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University of California.
WASHINGTON OBSERVATIONS FOR 1871. APPENDIX I.
ZONES OF STARS
OBSERVED AT
THE UNITED STATES NAVAL OBSERVATORY
WITH
THE MERIDIAN CIRCLE
THE YEARS 1847, 1848, AND 1849.
BY
Professor JAMES MAJOK, IT. S. N.
Lieutenant LAFAYETTE MAYNARD, U. S. N.
Lieutenant WILLIAM B. MUSE, U. S. N.
PUBLISHED BY AUTHORITY OF THE
HON. SECRETARY OF THE NAVY.
REAR-ADMIRAL B. F. SANDS, U. S. N.,
SUPERINTENDENT.
WASHINGTON:
GOVERNMENT PRINTING OFFICE.
I873-,
TABLE OF CONTENTS.
Page.
Introduction y
Intervals of transit-wires V
Intervals of micrometer-wires \?
Revolutions of micrometer-screw VI
Index of Zones VII
Zones !_ I62
\
LIB K Ait i
UNIVERSITY OF
CALIFORNIA.
INTRODUCTION
The zones of stars contained in the following pages were observed with the Me-
ridian Circle in the years 1847, 1848, 1849, and form a continuation of those reduced
and published by Mr. James Ferguson, assistant astronomer, in the year 1860.
The zones reduced by Mr. Ferguson are those which were observed with this instru-
ment in the year 1 846. In his introduction Mr. Ferguson has given a description of
the Meridian Circle, and a detailed account of the methods of making and reducing
the observations. The description of the instrument will be found also in the annual
volume for 1846, page xxxvn. The object-glass of the telescope was 4.5 inches in
aperture, and 58.2 inches in focal length. The diaphragm contained eleven transit-
wires, and seven micrometer-wires for declination. The transit-wires were designated
i, 2, I, II, III, IV, V, VI, VII, 10, it; and the micrometer-wires 1,2,3,4,5,6,7.
The first of the transit- wires was that first passed by a star, circle east ; and the first
of the micrometer-wires was that uppermost in the field, circle east, and the observer
looking southward.
The equatorial intervals of the transit-wires from the mean were as follows :
Date.
I.
II.
III.
IV.
V.
VI.
VII.
s.
s.
s.
s.
s.
s.
s.
1847
+ 3 2 -937
+ 21.838
+ 10.980
0.043
10.919
21.921
32.861
1848 . . '
+ 32.876
+ 21.793
+ IO -947
4- 0.136
10.913
21.960
32.869
1849. January I to May 31
+ 32-887
+ 21.795
4- 10.942
+ 0.152
10.940
- 21-947
32.889
1849. M a 3" 3 1 < June u .
+ 3 2 -963
+ 21.834
+ II. Oil
+ O.O2I
- 11.035
21.819
- 32.97-4
1849. J une ll to November 28
+ 32.927
+ 21.884
+ 10.940
0.016
10.996
21.891
- 32.848
The following intervals of the micrometer-wires are given in the introductions to
the annual volumes for the several years :
Date.
4-1.
4-a
4-3.
4-5.
4-6.
4-7.
1847. January I to March 29 .
- 20 30.25
- u 38.54
- 5 55-42
+ 5 46-13
+ M 28.94
t it
+ 20 19.03
1847. March 29 to December 30
20 31.32
- 14 40.37
- 5 55-95
+ 5 46.58
+ 14 28.19
+ 20 18.65
1848. January I to'January 4 .
- 20 31.32
- 14 40.47
- 5 55-95
+ 5 46.58
+ 14 28.19
4- 20 18.65
1848. January 4 to Decem'r 30
- 20 24.3O
- 14 35-06
- 5 52-iS
+ 5 47-94
+ 14 29.23
+ 20 23.37
1849. January I to February I
20 27.16
- 14 38.50
5 52.45
+ 5 48-33
+ 14 29.13
-f 20 23.08
1849. February I to March I .
20 26.OO
- 14 36.10
5 52.04
+ 5 49-45
+ M 30.45
+ 20 23.46
1849. March I to June II .
- 20 24.84
- 14 33-71
- 5 51.63
+ 5 50.56
+ 14 3I-76
+ 20 23.73
1849. June 18 to December 31
- 20 24.54
- 14 33-72
5 46-44
+ 5 49-46
+ M 37-04
+ 20 23.86
VI INTRODUCTION TO THE MERIDIAN CIRCLE ZONES.
A fixed horizontal wire was placed near the center of the field at the fortieth divi-
sion of the scale. To this were referred all the angular measurements of the circle.
The relation of the fixed wire to the micrometer-scale was determined by bringing 1 the
fourth micrometer-wire into coincidence with it, and this reading is recorded as the
micrometer coincidence. The above intervals, expressed in revolutions of the microm-
eter-screw, furnish each a constant to be applied to the micrometer-reading whenever
the corresponding wire has been used in the observation. The micrometer correction
to be applied to the circle-reading is C/ + m C, where C/ denotes the above con-
stant, m denotes the micrometer-reading corresponding to wire 4, and the coinci-
dence of wire 4 with the fixed wire.
The adopted values of one revolution of the micrometer-screw were as follows:
1847. January i to March 29111=34.433
1847. March 29 to December 31 R zr 34.406
1848. . R = 34_447
1849. R = 34.515
The observers were Professor James Major, U. S. N., who determined the values
of the instrumental corrections, the values of a revolution of the micrometer-screw and
the wire intervals; Lieutenant Lafayette Maynard, U. S. N., and Lieutenant William
B. Muse, U. S. N. The observers are distinguished by the letters Maj., M., and Ms.,
placed at the heading of the zones.
The proofs were compared with the hand-books of the observers, and in all cases
were made to correspond with the original record. The results for right ascension and
declination, and the notes given by Dr. Gould, are printed without any change. A few
cases occur where, through a fault of the copyist, Dr. Gould has been led to an erroneous
reduction, but these may be seen by a comparison of the observation and the right
ascension or declination deduced. In reading the proofs I have been assisted by Mr. A.
N. Skinner from page i to 1 1 2, and from page 1 1 2 to the end by Professor Holden.
In arranging the page for printing, as two extra transit-wires were used in these
observations, it was found necessary to omit the sign of the quantity, i. It is always
negative.
The publication of these zones completes the work undertaken more than two
years ago of printing the zones observed at the Naval Observatory in the years 1 846,
1 847, 1 848, and 1 849. On account of the inexperience of some of the observers and the
lack of good organization these observations contain many errors, and the whole work
needs a careful revision. In order to facilitate this revision, and the final arrangement
of the stars into a catalogue, a list of 4 1 5 stars has been selected from the Mural Zones,
and these stars will bo observed anew with the Pistor and Martin's Meridian Circle.
With this new data, combined with the results obtained from southern observatories, it
is hoped that we may have the means of deriving from these zones a valuable catalogue
of southern stars. A. HALL,
Professor of Mathematics, United States Navy.
SEPTEMBER 19, 1873.
INDEX OF ZONES.
In the following index, D denotes the declination of the middle of the zone, and
the following' columns give the extent in right ascension, and the number of the zone,
the page on which it will be found, and the number of stars it contains.
The whole number of observations of stai's in these zones is 7,390; of which
Professor Major made 4, 701
Lieutenant Maynard made 615
Lieutenant Muse made 2 >74
D = -4O HO'.
D = -31 3O'.
Right Ascension.
Zone.
Page.
No. Stars.
Right Ascension.
Zone.
Page.
No. Stars.
h. m. h. m.
II 47 to 12 43
181
158
16
h. m. h. m.
7 38 to 12 52
17 59 t 21 43
4 59 to 8 3
3 I to 5 I
II 40 to 14 58
16 39 to 16 56
90
134
159
160
172
185
21
80
118
120
140
161
121
I8 3
120
53
137
14
D = -38 40'.
10 40 to 13 58
'73
M3
122
D = -36 2O.
D = -3O 4O.
4 8 to 4 32
3 31 to 8 6
8 9 to 10 53
6 I to 8 27
13 34 to 15 6
82
83
87
165
182
4
4
16
128
158
12
175
65
137
4 6
7 7 to 8 30
171
139
33
D=-35 50.
8 4 to n 5
168
133
121
D = -3
D = -33 3 5O.
9 46 to 15 13
14 50 to 17 59
4 54 to 6 39
88
96
162
17
34
123
125
82
6 9
7 39 to 10 2
5 59 to 6 55
6 52 to 8 I
12 34 to 14 39
1 66
167
169
170
131
'33
136
138
99
33
73
85
D = -29 40.
7 34 to 9 43
9 51 to 12 59
12 42 to l8 22
6 6 to 7 40
4 41 to 6 28
89
95
97
155
161
20
32
35
"3
121
60
96
170
80
67
D = -32 3O'.
2 2 to 4 57
81
3
52
VIII
INDEX OF ZONKS.
D = -29 O
D = -25 10'.
Right Ascension.
Zone.
Page.
No. Stars.
Right Ascension.
Zone.
Page.
No. Stars.
h. m. h. m.
9 26 to 13 52
15 18 to 18 14
Qi
94
24
3
1 20
92
h. m. h. m.
18 10 to IS 38
18 39 to 21 2
20 59 to o i
13 21 to 13 56
10 55 to 12 13
9 39 to 13 24
103
104
109
126
176
177
46
46
5i
68
'49
150
ii
46
62
23
59
'74
D = -2" 20.
8 5 to 10 6
9 33 to 14 6
86
92
14
27
96
121
D = -31 4O.
D = -2T 40.
21 3 tO 21 ig
21 23 tO 23 56
i 41 to 2 39
15 46 to 16 58
19 6 to 20 40
20 43 to 21 42
13 24 to 15 19
9 57 to 13 38
112
"3
114
128
138
140
175
179
54
55
56
70
89
92
147
154
9
62
26
45
60
43
76
Mi
5 29 to 10 10
10 45 to ii 58
16 23 to 19 6
3 50 to 6 o
10 5 to ii 3
84
85
IOI
158
178
8
13
44
116
154
236
44
38
47
36
D = -2r 0'.
D=-23 SO.
9 46 to n 3
II 21 to 14 56
16 2 to 18 16
19 17 to 23 57
I 38 to 2 53
2 41 to 3 58
8 54 to to 1 8
14 44 to 15 22
93
99
IOO
107
108
'54
174
I So
29
40
43
49
51
112
I 4 6
157
25
"3
61
89
27
52
62
24
16 35 to 20 8
17 4 to 20 o
129
132
71
79
119
126
D = -23 1O'.
9 13 to ii i
ii 50 to 13 8
17 47 to 18 9
17 12 to 19 24
18 50 to 22 6
13 o to 13 30
1 20
121
130
131
148
I8 3
61
62
73
74
102
159
48
24
15
61
149
10
D=-20 15'.
12 5 to 15 29
18 3 to 20 16
19 29 to 21 54
23 51 to I 2
23 4 to o o
I I to 2 59
4 47 to 6 12
98
102
105
106
no
in
163
39
45
47
48
53
53
124
70
36
48
20
26
49
51
D = -22 30.
o o to o 48
23 39 to 4 o
2 30 to 3 4
6 6 to 7 48
9 17 to 10 47
II 20 to 14 2O
14 49 to 15 17
17 5 to 19 13
20 16 to 21 49
20 13 to 21 59
U5
116
"7
118
119
122
123
127
135
136
57
57
59
59
61
63
64
69
84
85
22
73
17
58
30
68
12
58
51
51
D = -2.V 40'.
13 15 to 16 I
16 12 to 17 47
17 42 to 19 15
124
125
139
65
67
90
104
90
81
INDEX OF ZONKS.
IX
D= 22
O.
D = -19 2O.
Right Ascension.
Zone.
Page.
No. Stars.
Right Ascension. Zone.
i
Page.
No. Stars.
h. m. h. m.
i
h. m. h. m.
23 i to o 42 156
114
59
19 15 to 21 51 141 93 120
3 it to 4 i
157
116
32
23 9 to o 59 147 101 61
6 o to 8 4
.64
125
112
17 56 to 19 i 186
162 ' 50
D=-21 15.
D^-18 50.
m
22 45 to o 37 i 151 m*
50
i
17 45 to 2O 47
133
78
19-7
I j
20 8 to 21 57
M4
96 70
D=-I* 2O.
22 41 to 23 46 , 145
98 34
22 35 to 23 56
152
109 46
19 22 to 21 56 1.49 105 75
n=-2O so.
I I
l>--17 ; SO
-
22 49 to 23 34 150
107
24
23 20 to 23 33
143
96 8
19 13 tO 22 O
146
99 IO 7
D--16 5O.
D = -2O O.
20 27 tO 153
IIO
93
18 27 to 21 58
137
86
125
22 39 to 23 24
142
96
15
15 4 to 17 17 184
1 60
73
L> 55
ZONES OF STARS
OBSERVED AT THE NAVAL OBSERVATORY
\VIT1I
THE MERIDIAN CIRCLE
IN THE
YEARS i847-'48-'49.
l 7.
ZONES OF STARS
OBSERVED WITH THE
MERIDIAN CIRCLE AT THE NAVAL OBSERVATORY IN THE YEARS 1847-48-49.
ZONE 81. JANUARY 6. M. D = 31 48' 40".
No.
Mag.
SECONDS OF
TRANSIT.
T.
i
<*z
MICROMETER.
2
d,
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0. .
I.
II.
III.
IV.
V.
VI. VII.
ii.
12.
i
2
3
4
5
6
7
8
9
10
II
12
13
M
15
16
17
IS
19
20
21
22
23
24
25
26
27
28
29
30
31
32
7.8
8.9
9.10
8
9
9
S
8
8
7
8.9
9
7.
7
9
8
7
8
8
9.10
9
7.8
8.9
7
9.10
8
5
6.7
7
9
7
9.10
4L5
54-5
h. m. s.
2 2 54.51
3 10.52
12 2.75
16 58.26
19 42.99
20 53.04
24 43.36
24 50.90
27 24.38
28 19.28
30 46.05
32 36.35
34 41-58
42 23.46
46 55.82
2 47 20.26
3 2 24.35
5 35-93
6 46.38
20 37.29
23 49.80
26 6.75
26 44.64
29 7.01
32 2.52
35 32.31
36 51-37
38 28.25
41 5-74
43 10.19
45 50.93
3 49 47-72
s.
31.01
31.92
32.07
32.15
32.19
32.21
32.28
32.28
32.32
32.33
32.37
32.40
32.42
32.56
32.63
32.64
32.87
32.91
32.93
33-13
33-18
33-21
33-22
33.25
33.29
33-34
33.36
33-38
33-41
33-44
33-47
-33-52
s.
I.OI
I.OI
0.99
o-99
I.OI
i.oo
0.98
1.02
I.OO
0.99
I.OI
1.02
0.99
o-99
0-99
0.98
0.99
i. 02
I.OO
0.98
0.99
o-99
0.98
I.OO
0.99
I.OO
I.OI
0.97
1. 02
0.99
0.98
1. 02
IV.
VII.
VII.
IV.
VII.
VII.
V.
VII.
VI.
VII.
IV.
VII.
VII.
IV.
I.
VII.
VII.
V.
VII.
IV.
VII.
IV,
VII.
V.
VII.
V.
IV.
VII.
IV.
VI.
VII.
V.
3
2
6
6
3
5
7
i
4
5
2
I
6
6
5
6
5
i
4
6
5
5
6
3
5
4
3
7
i
5
6
2
r.
35.46
44.18 <
41.20
38.64
33-39
40.56
43.10
34-45
33.29
43-77
45.63
34-39
36.00
42.78
43-88
45.69
40.24
40.53
45-21
43-40
43-27
43-91
39-40
44-15
48-55
36.42
39-80
46.52
38.20
38.22
37-04
42.52 '
iS 31-74
(2 14.23
[4 49.36
[6 17.73
!9 42.65
!3 54-21
7 54.19
53 40.98
53 50.89
12 3.68
U 24.69
53 43-05
7 48.41
13 55-34
11 59-89
2 14.77
24 5.23
;o 11.96
'-1 0.23
13 33-99
!2 20.90
21 59-24
15 51-34
i3 32,49
[9 19.09
i2 3-23
J6 2.31
5 56.09
;i 32.23
25 14.84
[7 12.58
t3 II-73
- 5 .6l
5-63
6.69
7-34
7.70
7.86
8.41
8.42
8.79
8.92
9.26
9-55
9.86
11.09
11.82
11.89
14-53
15.12
15.35
18.03
18.69
19.15
19.28
19.78
20.39
21.14
21.43
21.78
22.36
22.83
23-41
-24.33
6.29
6.89
2.71
2.90
6.50
4.07
1.65
8.70
5-59
3-78
6.92
8.70
3.13
2.54
3-77
2.29
4-09
8.15
4-54
2.50
3.82
3-77
2.84
5-54
4-36
5-31
5-93
1.36
8.36
4.26
3-05
7-04
h. m. s.
2 2 21.59
2 37-59
II 29.69
16 25.12
19 9.79
20 19.83
24 10.10
24 17.60
26 5 i . 06
27 45.96
30 12.67
32 2.93
34 8.17
41 49.91
46 22.20
2 46 46.64
3 i 50.49
5 2.OO
6 12.45
20 3.18
23 15.63
25 32.55
26 10.44
28 32.76
31 28.24
34 57-97
36 17.00
37 53-9
40 31-31
42 35-76
45 16.48
3 49 13-18
32 27 23.65
31 6.75
3 38.76
5 7-97
28 36.85
32 12 46. 14
31 56 44.25
32 42 33.10
22 45.29
10 56.39
30 2O.87
42 4L30
6 41.40
2 48.97
10 55.48
I 8.95
13 3.85
39 15-23
16 0.12
2 34-52
II 23.41
II 2.16
4 53.46
22 37.81
8 22.84
21 9.68
32 25 9.67
31 54 59.23
32 40 42.95
14 21.93
6 19.04
32 32 23.10
28.5 ....
19.2
4-4
16
(7
.8
.8
45-5
30-5
30-3
58.3
42.7
II.
6.
19.
32-
. .
4.
17. 30.
37.
50.8 . .
7-
'JO.
45-458-1
. . 25.
2.5 . .
44-7
57
7
I
10-523.5
42". 71 . -
54-5
36.3
8 8
7-520.5
49-4 2.1
. .
58.3
11.5
24-5
TC I
33-3
37-
47 8
46.159.
50.4 3.5
58 .'2
10.8
28.
28.3
ti
24
41
41
5
.1
-3
. .
24-5
36-7
53-5
46.7
37-4
59-
12.5
25-3
31.8
53-4
44-5
7-1
57-3
20.
10.723.6
33- 46-
28 5
::
6
'
5
32-5
25-53S.5
45-
51-5
4-4
'7-3
31.5
39-8
44-5
53-
57.
38-
35-
5-5
10.3
51.1
48.
18.8
23-
3-7
O.I
31-8
ifi
44-7
16.8
29.8
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(81) i. Blurred; imperfect.
(81) 12. Hardly visible ; observation very in-
different.
(81) 27. Transits over T.'s II-VI assumed to
have been recorded over T.'sIII-VII.
(81) 30. Double or triple star.
1847. h.
Jan. 6, 5
s.
40
73
s.
g 0.027
s. s.
0.043
s.
+- 0.294
r.
o o 0.44 0.216
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
li
1g
tj <u
s
a 5
C
sg
* 2
W
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 8 i
1847
Jan.
h.
6, 2
3
5
m.
288
49 23.3
22.
22.
19-3
18.
19.0 23.8
16.8 23,3
21.73
19.91
21.85
20.02
in.
ZONES-OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE
81. JANUARY 6. M. D = 31 48' 40 Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
.,
0-.
MICROMETER.
I
*
tit '
Mean Right
Ascension,
1850.0
Mean South
Declination,
1850.0.
I.
II.
HI.
IV.
.V.
VI.
VII.
II.
12.
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
I
2
3
4
5
6
7
8
9
10
ti
12
I
2
3
4
6
8
9
8.9
9.10
9
6-7
8
8.9
6-7
6
9
9
9
9
9
8
9
6
8.9
5
8
7.8
8
8
8
8
7
8-9
7.8
4
7-8
7-8
8.9
9
8.9
9.10
8
6
7
5
. .
. .
55-7
8.7
21.3
34-5
47-2
. .
55.8
h. m. s.
3 51 8.50
3 59 44.38
4 I 46.55
8 5:31
8 45.06
9 57.63
10 42.58
18 6.99
22 31.56
23 48.60
25 21.90
26 19.39
31 29.41
35 53.6o
37 46.66
38 35-21
40 6.15
54 15.41
55 18.87
4 57 17-60
JE 82. JANI
4 8 45.56
9 48.40
10.25.32
19 58. 2g
21 33.96
22 10. 6l
25 9.88
27 5.46
28 56.38
30 22.94
31 4L38
4 31 54.64
VE 83. FEB
3 31 41. oS
31 52.84
35 44-32
36 41-42
37 3-8S
40 18.4;
41 36.2?
41 53-4C
3 42 32.0.4
s.
-33-54
33.63
33.67
33.76
33.76
33-77
33-78
33-86
33.90
33.91
33-93
33-94
34-00
34-04
34.06
34.06
34-08
34-21
34-22
-34-24
FARV 22.
-38.52
38.54
38.54
38.65
38.67
3 8.6S
38.71
33.73
38.75
38.77
38.78
-38.78
RUARY I
-38.59
38-59
38.65
38.66
38.66
38. 7c
38.72
38.72
-38.72
s.
-0-99
0-99
0.98
0.97
I.OI
0.99
I.OO
I.OI
1.04
1. 02
1.03
0.97
0.98
1 .02
o.97
J.02
I.OO
I.OI
0.97
-0.97
. M.
0.99
0.98
i. 02
I.OO
0.97
0.97
I.OI
0.98
I.OI
I.OI
1. 02
I.OO
M.
0.98
I.OO
0-99
1 .00
I.OO
0.99
0.99
0.99
-0.99
VII.
IX.
VI.
IV.
III.
VII.
IX.
V.
IV.
IX.
III.
VII.
V.
VII.
VII.
VII.
VIII.
IV.
IX.
V.
VII.
VII.
IX.
IV.
VII.
VII.
IV.
VII.
V.
.IV.
IV.
VII.
n o =-
VI.
VI.
IV.
VII.
IV.
III.
III.
V.
5
5
5
7
3
5
3
2
I
2
I
7
6
2
7
2
4
3
6
6
30
6
6
2
4
7
7
3
6
2
2
I
3
30
7
4
6
3
4
5
5
3
4
r.
49-44
43-50
48.43
41.86
39-6i
46.09
45.72
46.65
3L45
40.48
40.52
36.52
37-05
45-15
38-. 91
42.93
4L79
35.30
44.64
49-32
n' 10".
34.96
39-71
40.12
41.70
41.13
45-41
41.69
42.96
43.92
46.54
41.9
45.56
10' 50''
41.98
40.28
43-4
44.28
43-12
42.63
47-6
47-97
46.37
18 48.44
22 12.09
19 23-45
8 36.93
36 8.71
20 43.79
32 37.21
40 49-52
55 24.66
44 20.76
50 12.31
II 40.42
17 17.60
41 40.84
10 18.13
43 57.27
28 57.52
38 37.25
12 50.04
10 10.10
18 24.26
15 40.70
44 33-23
29 1.47
9 I-?'
6 34-23
34 57-24
14 23.20
41 49.09
40 53-35
49 59-26
32 43-63
8 32.63
29 50.21
13 33.84
33 28.05
28 12.22
22 43.31
19 52.14
10 56.60
26 2O.62
-24.63
26.40
27.15
28.67
28.82
29.09
29.30
3LI5
32.26
32.70
33.01
33-93
34-59
25-75
36.25
36.46
36.86
40.72
41.01
-41-57
6.20
6.43
6.56
8.72
9.10
9.23
9-93
10.38
10. 80
11.14
11.46
-11.51
6.72
6.76
7-54
7-75
7.81
8.49
8.76
8.82
8.95
- 3-29
3.8i
1^73
5.91
3-55
5-40
6.65
8.96
7.21
8.13
2.16
3.02
6.79
1.99
4.83
6.29
2.27
- 1.97
- 4.38
3-99
8.08
5". 86
3-07
2.74
6.71
3-S2
7.69
7-55
8.86
- 6.38
- 3-14
5-97
3.82
4-48
5-75
5.00
4.61
3.38
- 5-50
h. m. s.
3 50 33-97
3 58 9-76
4 i 11.90
7 30.58
8 10.29
9 22.87
10 7.80
17 32.12
21 56.62
23 13-67
24 46.94
25 44.48
30 54-43
35 18.54
37 11-63
38 0.13
39 31.07
53 40.19
54 43.68
4 56 42.39
4 8 6.0;
9 8.SS
9 45.76
20 18.64
20 54.32
21 30.96
24 30. 16
26 25.75
28 16 62
29 43-16
31 1.58
4 31 14-86
3 31 1-51
31 13-25
35 4-6S
36 1.76
36 24.22
39 38.7*
40 56.57
41 13-67
3 41 52.32
32 7 56.36
II 22.30
32 S 33.96
3i 57 47-33
32 25 23.44
9 56.43
21 51.91
30 7.32
44 45-88
33 40.67
33 39-35
o 56.51
6 30.21
32 31 3.36
31 59 36.37
32 33 20.92
18 19.21
28 4.26
32 2 13.32
31 59 33.64
30 29 44.84
27 I. 12
55 57.87
40 26.05
20 23.88
17 56.20
46 23.88
25 47.40
53 16.58
30 52 22.04
31 i 29.58
30 44 11.52
30 19 32.49
40 52.94
24 35-20
44 30.28
39 I5-78
33 46.80
3 55-51
21 58.80
30 37 25.07
.
33-7
46.5
5-8
59-5
18.
12.4
31.
44-
24.
23.7
36.5
40.8
46.8
54
o
3
41.1
54-
18.5
7-
31-5
20.
44-6
33-
4 . 6 '.
R R
50.7
14.7
x'.S
27.6
6.6
16.4
40.5
33-8
19.3
29.3
53-5
46.8
32.1
42.1
45-6
58.
6-5
59-7
19.6
12.4
32.8
25.2
33-5
17
36.5
49-6
2.4
15-5
28.2
41-3
54-4
17-
30.
Zo:
. .
.... 17-530.543.556.5
. . _ . . . cfi 1 T . 1 21 . R
14
26.5
35
.8
20.
33-
45-4
58.2
34-
46.6
24-
iR i
. .
3-
31.
57-5
15-7
57-5
43-5
to.
28.7
9-3
56.4
23-
41 2
22.8
18.
9-
35-5
31.
33-7
33.
. . 16.
?R "
Zo
18 5
. .
19.
31.8
28.5
44-2
41.6
. .
. .
. .
.
40.3
58.
53-
5-7
iR c
40.6
32.
44.8
CORRECTIONS.
REMARKS.
P. . Corr. of
Datc - Clock.
Hourly
rate.
m
n
c
Zenith Point.
Mic. Co. (81) 3
4. Minutes of transit assumed as 58 in-
stead of 59.
^. Minutes of transit assumed as 20 in-
stead of 19.
3. Time of transit over T. VII assumed
asat43".7 instead of 33". 7 ; micrometer
reading assumed as 4i r .g6 instead of
42 r .g6.
3. Micrometer reading assumed as 44'. 9
instead of 43 r .g.
i. Micrometer reading assumed as 4o r .g
instead of 4i r .g.
2. Time of transit over T. VII assumed
33 instead of 23.
3. Micrometer thread assumed as 6 in-
stead of 3.
lour noted for observations or for circle
iding, but it was evidently 4'', as shown
comparison with the Zone of February I.
1847. h. s.
Jan. 22, 2* 45.92
Feb. i, 10 46.65
s.
g 0.007
o.ooo
s.
s.
0.212
O.2I2
s.
+ 0.294
+ 0.294
o o 14.42
16.54
r
40.
40.
(82)
206 (82)
201
INSTRUMENT READINGS.
(82)
Date.
CIRCLE.
is
11 (82)1
X V ^ '
It (83)
*Nol
37-9 re;
35-8 by
34-1
32.9
32.8
31-5
30.8
A.
'B.
C.
D.
Corr'd
Mean.
Barom.
Mean.
Zone 82
Zone 83
h. m.
Jan. 22,*
Feb. i, 3 30
4
4 50
5 10
5 30
6 50
7 4
O
290
290
27 15.6
27 22.4
20. 6
29.8
22.
30.
18.
20.3
19.11
25-73
19.0;
25.62
in.
30.036
30.040
43-5
42.8
41.
39-
38.2
*
30.060
30.086
30.086
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 83. FEBRUARY i. M. D =: 30 10' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
,
MICROMETER.
i
*
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
10
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
8.9
9.10
9
9
9
10
5
9
8
9
9.10
9.10
9
8
S
7
7-8
9.10
8.9
8.9
8
7.8
9.10
9
3
6
7
9
9
4-5
9.10
8
7
7
9.10
10
9
7
9.10
10
10
9
9.10
8.9
9.10
9
8.9
7.8
8
29.8
42-5
h. m. s.
3 42 32.42
45 ".56
46 1.34
5-i 10.46
52 15-32
53 17.00
55 21.30
56 42.89
59 33.83
3 59 41-10
4 i 27-54
3 1-17
5 20.56
6 54.41
7 34-10
8 46.06
9 48.89
12 5.24
20 58.83
21 34.02
22 lO.gg
25 10.49
27 6.O6
28 56.85
30 33.36
31 41.99
31 55-14
34 5.48
34 12.84
38 1.76
40 29.49
44 59-io
47 31-49
50 0.21
51 18.20
53 13-42
4 56 20.60
5 6 23.59?
6 53.58
8 39.19
20 17.64
21 I. 08
21 42.76
24 24.00
26 34.53
28 21.84
30 43-05
30 53.62
5 32 56.93
s.
-38.73
38.77
38.78
38.84
38.86
38.87
38.89
38.91
38.95
38.95
38.97
38.99
39.02
39-04
39-05
39-06
39-07
39.10
39-20
39.21
39-22
39.25
39.28
39-29
39.31
39.32
39-33
39-35
39-35
39-39
39-42
39-46
39-49
39-51
39-53
39-55
39.58
30.67
39-68
39-79
39-79
39.80
39-82
39-84
39.85
39-87
39-87
-39-89
s.
-0-99
1. 02
0-99
0.98
0.97
1.02
I.OI
I.OI
o-99
o-99
1.03
I.OI
I.OO
I.OI
I.OO
0.99
0.98
I.OI
I.OO
0.98
0.97
0.98
I.OI
I.OI
1.03
I.OO
1.02
I.OI
1.0 3
I. O2
0.99
1.02
0.99
O.gS
I.OO
0.98
0.98
I.OO
I.OO
I.OO
I.OI
I.OO
1.03
1.02
I.OI
1. 02
0.99
-0.99
IX.
V.
V.
V.
V.
V.
IV.
V.
II.
IV.
VII.
VII.
V.
IV.
V.
IV.
VII.
IV.
IV.
V.
VII.
IV.
IV.
IV.
IV.
III.
VII.
II.
VII
IV.
IV.
VII.
IV.
IV.
VII.
VI.
VII.
IV.
VII.
VII.
IV.
VII.
VI.
V.
IV.
IV.
IV.
VII.
i
5
6
7
i
2
2
4
5
i
3
4
3
4
6
6
3
4
7
7
3
6
2
2
I
3
2
3
i
2
6
2
5
6
4
6
6
4
3
3
3
4
i
2
3
2
5
5
r.
42.64
41.22
46.2
41.07
44.42
43.03
41.38
43-99
45-37
39-70
36.71
33-11
41.04
35-71
38.38
44-45
39-26
33.64
41.27
40.61
45.10
41.29
41.56
44.46
35-8
40.55
45.22
44-3
43-21
38-09
.39.23
32.15
42.06
46.40
36.98
44.24
39.08
43-73
43.98
45-43
44.2
38.20
38-54
35-19
34-26
31.10
41.4
35.89
38.61
22 41.79
49 48.21
20 40.34
14 54.18
7 8.74
48 45.89
43 51.03
42 21.12
26 54.95
24 24.20
53 23.19
39 52.31
29 24.15
38 23.14
30 55-75
18 42.17
15 56.19
38 25.55
29 16.28
9 19-93
6 45.01
35 ii. oi
'4 37-35
42 4-97
41 18.84
50 11.27
32 55-34
42 10.33
34 4-54
51 36.02
45 5-05
20 I.OI
43 27.61
20 33.50
17 14.70
27 33-86
16 2.39
13 22.63
27 42.61
32 48.11
33 3o.8o
36 57-05
30 49.10
53 15-73
47 56.15
41 1.88
43 50.34
26 35.40
25 1-39
u
- 8.95
9.52
9.72
10.80
11.03
11.25
11.70
12. OO
12.64
12.67
13.06
13.40
13.91
14.28
14-43
14.71
14-95
15-47
17-54
17.69
17.84
18.55
lg.02
19.46
19-85
2O.I3
20.18
2O.72
20.74
21.68
22.30
23-43
24.06
24.70
25.03
25-51
26.32
28.95
29.08
29.55
32.63
32.82
32.99
33-73
34-33
34-80
35-44
35-50
-36.05
- 5.01
8.71
4-75
3-97
2-95
8.58
7.90
7.69
5-58
5-24
9.22
7-34
5.92
7-15
6.13
4-44
4.06
7.16
5-90
3-24
2.89
6.72
3-93
7.65
7-56
8.78
6.41
7.68
6.56
8-97
8.07
4.62
7-85
4.70
4-25
5-66
4.09
3-73
5-6?
6.38
6.47
6-97
6. ii
9.22
8.47
7.52
7.91
5-54
- 5-32
h. m. s.
3 41 52.70
44 31-77
45 21.57
50 30.64
51 35-49
52 37-11
54 41.40
56 2.97
58 53-89
3 59 l-i6
4 047.54
2 21.17
4 40.54
6 14.46
6 54-05
8 6.01
9 8.84
ii 25.13
20 18.63
20 53.83
21 30.80
24 30.23
26 25.80
28 16.55
29 43-04
31 1.64
31 14.81
33 25.11
33 32.48
37 21.34
39 49-05
44 18.65
48 50.98
49 19-71
50 37-68
52 32-87
4 55 40.04
5 5 42.94
6 12.90
7 58.50
19 36.85
20 20.28
21 1.96
23 43- f 5
25 53-67
27 40.98
30 2.16
30 12.76
5 32 16.05
1 II
30 33 45-75
31 o 56.44
30 31 44.81
25 58.95
18 12.72
59 55.72
55 0.63
53 30.8i
38 3-17
30 35 32.11
31 4 35-47
30 51 3-05
40 33-gS
49 34-59
42 6.31
29 51.32
27 5.20
49 38-18
40 29.72
20 30.86
17 55-74
46 26.28
25 50.30
53 22.08
30 52 36.25
31 i 30-18
30 44 11.93
53 28.93
30 45 21.84
31 2 56.67
30 56 25.42
31 19.06
54 49-52
31 52.90
28 33.98
38 55-03
27 22.80
24 45-31
39 7.36
44 14-04
44 59-90
48 26.84
30 42 18.20
31 4 48.68
30 59 28.95
52 34.20
55 23.69
38 6.44
30 36 32.76
58.5
ii. 8
i fi
14.
26. 7
32.1
43-
55?'s
45-1
56.'
s.'s
57-8
8. '5
30.
21.
15-3
17-
21.2
42. S
23-2
28.
29.8
34-1
55-8
47-
59-3
?8 -i
r-l R
f,
26.8
1Q.6
16.'
29.
55-3
|i 8
21.
32-7
21-4
34-
1 fi
46.8
58 8
59-8
:
40.
52.
5-4
1-7
14-3
27.
20.3
33-5
46.
34-3
46.4
32.2
18*7
55-
45-
40.7
31-4
7-8
T6 r
58.
53-7
43-7
20.5
20.
10.7
6.
56.6
33-4
23-
18.5
9.8
35-7
48.8
.
46.
59
27-
40
21.
33-3
iR i
23.2
21.
53-
21.9
45-6
36.1
3-8
33-8
6.1
34-8
58.2
49-
16.8
46.
18.8
47-5
10.8
1-7
29-5
59-2
31-5
O.I
13.6
20.8
23.6
14.5
44-
12.9
SI-
33-2
24-7
57-
25.8
44-
38.9
46.3
37-3
10.
38.5
56.
58 .'5
39-3
4 8
2-4
14-5
27.8
40.4
40.2
53-
56.'
4.8
57-?5
9-3
10.8
21-7
24.4
3*- 5
37-3
50.
17-5
31.8
44-1
57-2
6-7
19.
22.2
31-8
35-
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co. (83) 22. Transit over T. II assumed to have
been recorded as over T. III.
1847. h.
s.
s.
s. s.
s.
o , r _ (83) 2.
(83)2
;. Micrometer reading assumed as 34 r .45
instead of 44 r .45.
j. Micrometer reading assumed as 35 r .64
instead of 33 r .64.
!. Times of transits assumed as to" too
large for all the threads ; micrometer
reading assumed as 45/8 instead of
35 r -8-
INSTRUMENT READINGS.
W) 3-
Date.
CIRCLE.
-a g
||
5 E
H '
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 83
1847. h, m.
Feb. i, 7 6
7 25
7 36
8 7
' "
"
n
in.
30.092
30.086
30.092
30.104
38.
38.2
38.
37-8
O
30.9
30.8
30.9
30.5 *
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZHXK 83. FEBRUARY i. M. D =-3o" 10' 50 'Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
":
MICROMETER.
i
</>
</
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II. III.
IV.
V.
28
VI.
VII.
II.
12.
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
go
91
92
93
94
95
96
97
98
99
100
IOI
1 02
103
104
105
106
107
9
7
5-6
9
to
8.9
IO
9.10
5-6
9-8
9
S
8
6.7
9
8
8
10
9
S
9
9
8.9
9.6
7.8
6-7
9.10
8
7.8
7-8
9.10
9
9
9
7
9
9
9.10
9.10
9
5
IO
5.6
8.9
6
5
7.8
IO
h. in. s.
5 34 15-37
34 55-14
37 9-27
39 2.06
39 49.76
40 39.57
41 33-20
43 2.47
44 52-38
45 10.60
46 40.06
47 59.46
48 26.83
50 56.46
53 25.53
55 10.93
55 25-56
5 58 34-99
6 2 24.56
4 29.61
5 7-17
5 28.63
7 20.52
S 3.04
9 54-Sg
12 5-1.92
14 58.04
15 48.36
17 0.94
18 15.42
19 16.82
20 26.46
f 22 16.22
22 18.85
25 1.03
27 57.46
28 12.40
30 3 . 20
30 36/64
32 50.76
34 38.72
35 56.46
36 4-83
37 45-94
39 27.65
39 58.96
40 28.98
42 7-69
6 44 14.75
s.
39-9
39-91
39-92
39-93
39-94
39-95
39-95
39-96
39-98
39-98
39-99
40.00
40.00
40.01
40.03
40.04
40.04
40.06
40.08
40.09
40.10
40.10
40.11
40.12
40.12
40.14
40.15
40.15
40.16
40.16
40.17
40.18
40.18
40.18
40.19
40.21
40.21
40.22
40.22
40.23
40.24
40.24
40.24
40.25
40.25
40.25
40.25
40.26
40.26
S.
-0.97
I.OO
0.99
.00
.03
.02
0.99
.02
.00
.02
0.97
0.99
I.OI
0.97
1.03
1.02
1.03
1.02
0.99
1.03
1.02
I.OI
' 0.98
0.98
I.OI
1.02
0.97
0.99
0.98
.02
.04
03
.01
.00
.04
.01
.02
I.OI
I.OO
0.98
0.96
0.98
0.98
I.OI
1. 02
0.98
I.OI
I.OI
I.OO
VI.
VII.
IV.
IV.
VII.
VII.
VIII.
VII.
IV.
VII.
VII.
VII.
IX.
IX.
IV.
IV.
VII.
IV.
IV.
IV.
V.
VII.
V.
VII.
VI.
IV.
IV.
V.
V.
VII.
VII.
VII.
III.
VII.
IV.
V.
IX.
VII.
IX.
VI.
V.
V.
IX.
VII.
IV.
IV.
IV.
IV.
III.
7
4
5
4
I
2
5
2
4
2
6
4
3
7
I
3
i
2
5
2
3
4
6
5
3
2
7
5
6
3
i
i
3
4
i
3
i
3
4
6
7
6
5
3
2
6
3
3
4
r.
36-96
37.o8
38.35
41-34
42.88
36.22
37.00
36.8
42-54
45.70
49-77
48.80
36.81
41.86
39-99
31.40
37.71
45-32
38.55
33.56
30-55
3i.7i
40.47
46.72
38.35
38.40
36.25
42.86
38.78
31-94
35-30
36.54
40.61
38.34
35.96
44-29
47-44
37.27
34.14
34-42
42.99
44.12
49.72
43-78
42.13
42.17
40.15
39.78
42.24
i n
it 25.50
31 40.20
25 10.69
29 13-87
48 50.74
46 48.35
25 56.38
46 53-iS
23 32.54
41 21.93
18 37.46
24 56.65
37 44-oS
8 35-75
50 30.60
40 51-55
51 48.76
41 35.36
25 3-8o
48 20.29
41 20.77
34 45-II
15 14-84
20 22.13
36 52.09
45 33.64
II 50.09
22 35-35
16 13.04
40 33.64
53 H-74
52 29.04
35 34-38
30 56.82
52 49-20
33 27-67
46 12.89
37 29.08
33 20.60
18 43.05
7 57.98
13 9-i6
18 38.00
33 44-92
43 25.10
14 16.34
35 50.26
36 3.00
28 42.83
II
-36.41
36.58
37-20
37-72
37-94
38.18
38.42
38-83
39-34
39.41
39. 8 3
40.20
40.32
41.01
41.71
42.20
42.26
43.16
44.25
44.81
44.98
45.08
45.60
45.81
46.33
47-17
47.76
46 . oo
48.34
48.69
48.99
49-31
49.84
49-85
50.61
51-43
51-52
52-04
52.20
52.84
53-35
53-74
53-77
54-23
54-72
54-86
55-00
55-47
56.07
- 3.48
6.23
5-35
5-89
8.61
8.33
5-44
8.34
5-79
7-57
4-54
5-31
T.ob
3-io
8.85
7-49
9-03
7.60
5-33
8.55
7.56
6.66
3-99
4.68
6-95
8.16
3-53
5-00
4-13
7.46
9-23
9.13
6.75
6.12
9.17
6.48
8.25
7-04
6-45
4.46
3.01
3-70
4-44
6.51
7.86
3-86
6.82
6.83
- 5-82
h. m. s.
5 33 34-50
34 14.23
36 28.36
38 21.13
39 8-79
39 58.6o
40 52.26
42 21.49
44 11.40
44 29.60
45 59-10
47 iS.47
47 45-82
50 15.48
52 44-47
54 29.87
54 44-49
5 57 53-9 1
6 i 43-49
3 48.49
4 26.05
4 47-52
6 39-43
7 21.94
9 I3.76
12 10.76
14 16.92
15 7-22
16 19.80
17 34-24
18 35.61
19 45-25
21 35.03
21 37.67
24 19.80
27 16.24
27 3I-I7
29 21.97
29 55-42
32 9-55
33 57-52
35 15-24
35 23.61
37 4-68
38 46.38
39 17-73
39 47-72
41 26.42
6 43 33-49
30 22 55.39
43 13-01
36 43-24
30 40 47.48
31 o 27.29
30 58 24.86
37 30-24
58 30.4
40 7.67
52 58-91
30 11.83
36 32.16
49 21.46
30 20 9.86
31 2 11.16
30 52 31.24
31 3 30.05
30 53 16.12
30 36 43.38
31 o 3.65
30 53 3-3'
46 26.85
26 54-43
32 2.62
48 35-37
57 18.97
23 31-38
34 18.35
27 55-51
30 52 19.79
31 4 59.96
31 4 17.48
30 47 20.97
30 42 42.79
31 4 38-98
30 45 15-58
58 2.66
49 18.16
45 9-25
30 30-35
19 44-34
24 56.60
30 26.21
45 35-66
55 17-77
26 5.06
47 42.08
47 55-30
30 40 34.72
31-
43-8
37-
56.3
49-
9-4
2.2
. . 21.
2I.S35.
[4.6
33-3
47-6
28.2
*
18
27-339-4
52-3
<.7
r8
12.325.
37-7
37.1
6.5
53-4
47-
46.4
51.1
25.5
45-5
9-3
59-2
4-i
58.
11.9
T6 1
35-2
38-5
37-
51. J
4-
7.
7 &
20.5
13-3
20. i
26.4
32.8
23-3
42-3
39-3
54-7
51.8
7-6
28.8
4I.I
. .
35-3
48.3
3-4
48.2
i.
15-
1.2
13.5
28.3
39-3
Id
26.5
41.2
42.5
52.
39-
54-
55-3
5-
57-2
39-3?
48.3
44-8
i.
n 8 .
IO. - -
9.8
34-
22.8
47-
16.
28.8
38
,1 r
14.9
24.3
14.8
42.
55-1
41.6
54-3
7.8
36.5
49-
2.
1C .
CORRECTIONS.
REMARKS.
r, . Corr. of
Date - Clock.
Hourly
rate.
l
m n
Zenith Point. Mic.
Co.
(83) 66. Micrometer reading assumed as 3& r .o8
instead of 36 r .8.
(83) 69. Micrometer reading assumed as 5
49 r .77 instead of 6 49 r .77.
(83) 93- Transit over T. II assumed as at 35'.3
instead of 39 S .3.
(83) 98. Transit over T. V assumed as at 3'4
instead of I3".4.
1847. h. s.
s. s. s.
s.
,
s
INSTRUMENT READINGS.
Date.
CIRCLE.
1\
<-> C
rt i-
~ OJ
<S
11
u C
<u
* Ji
"iS
A.
B. C. D.
Corr'd
Mean.
Mean.
Barom.
' %
1847. h. m.
in.
o
ZONES OLSSERVE'D \V1_TU TIIK MERIDIAN CIRCLE, [847.
ZONE 83. FKIIKI- u<\
i. M. D = 30'" 10' 50" Continued.
No
Mag
SECONDS OF TRANSIT.
T.
'
S.
-40.2:
40. 2-,
4O 2y
40. 2
40.28
40.2!
40.28
4O.2CJ
4O. 2C
40. 2C
40.3C
40.3C
40.30
40.31
40.31
40.31
40.31
40.31
40.32
40.32
40.32
40.32
40.32
40.32
40.32
40.32
40.32
40.32
40.32
40.32
40.32
40.32
40.33
40.33
40.33
40.33
40.33
40.33
40.33
40.33
40.33
40.33
40.32
40.32
40.32
40.32
40.32
40.31
-40.31
flti
MICROMETER.
i
</,
4
Mean Right Mean South
Ascension, Declination,
1850.0. | 1850.0.
I.
II.
III.
IV
V.
VI.
VII
II.
12.
1 08
log
no
in
112
"3
114
"5
116
"7
118
9
1 20
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
8.9
6.7
7-8
8
8
9
7
5
5
7
8-9
7
5.6
8
9
8.9
7
5
7-8
9
6
7
5
7
8.9
7
8
9
8.9
9
8
8.9
8.9
8
4
9
S
9.10
7-8
9.8
&
8
7-8
S
9
9.10
7
9.10
9.10
iR
h. m. s.
6 44 39-54
45 38.22
49 6.82
49 46.20
51 18.06
51 57-01
53 4-i6
53 40.41
55 6.58
55 11-06
58 39-73
6 59 15.43
7 o 54.92
3 5.78
4 3-69
5 7-02
6 24.13
6 58.45
6 7.46
8 27.04
S 42.27
9 30.86
10 16.13
ii 50.76
12 56.61
13 26.45
13 39.42
14 46.75
15 56.51
16 27.36
17 33-28
18 29.00
19 46.74
24 4-59
25 33.8o
27 35-05
31 25.32
31 44.76
31 56.50
33 36.13
34 9-88
36 23.78
38 55-23
38 54-62
39 44-24
39 50.44
43 22.86
47 40.34
7 48 33-66
j-1.04
I.O-l
0.98
1.02
I.O3
I.OO
O.gS
I. 01
1. 02
1. 02
0.96
0.99
0.97
0.90
I.OO
1.02
0-97
0-99
I.OO
1. 01
I. 01
0.97
0.97
0.99
I.OO
o.g8
1.03
0.96
0.99
I. 01
1.02
I.O3
0.98
0.97
0-99
1.02
I. O2
I.O3
O.gS
I.OI
1.02
1.03
I. O2
1.02
I.OI
I. O2
0.97
I.OO
-0.99
VII.
VII.
V.
VII.
IV.
V.
IV.
VII.
VII.
IX.
VI.
VII.
IV.
IV.
IV.
IV.
VII.
IV.
VI.
VII.
IX.
IX.
VII.
V.
VI,
VIII.
VIII.
VII.
VIII.
VIII.
VIII.
VIII.
tv.
IV.
IV.
IV.
VII.
VIII.
VI.
VI.
IV.
11.
VII.
VII.
IX.
IV.
IV.
V.
i
i
6
2
I
4
5
3
2
3
7
5
6
5
4
3
7
5
4
4
3
7
7
5
4
5
i
7
5
3
2
2
5
7
1
2
2
2
7
3
2
I
J
3
4
3
7
1
!
r.
34.56
33-11
42.89
38.17
38.32
39-89
45.85
39-94
40.54
33.13
38.30
45.05
42.92
43-97
38.20
33.19
33-64
43-01
38.36
36.72
36.78
35-69
32-94
37-16
42.12
47.89
38.98
46.28
41.68
40-59
38.20
32.75
45.78
42.46
45.26
39-80
35 -"43
34-02
29.84
38.38
38-25
40.15
36.77
33-64
34.65
29-95
.37.67
38.34
36.7
i a
53 37-22
54 27.14
'3 5I-5I
45 4I-2I
51 28.10
30 3-75
20 52.44
35 57-14
44 !9-6o
39 50.79
10 39.36
21 19.63
13 50.51
21 67.18
31 I-gS
39 49-91
13 19.62
22 30.23
30 56.48
32 52.79
37 45-95
12 8.21
13 42.89
25 5I-3I
28 12.53
19 42.05
51 4-59
6 3-94
23 15.68
35 34-32
45 39-73
48 47-39
20 54.06
8 16.26
26 58.89
44 45-43
47 15-9
48 4.10
15 30.46
36 51.06
45 38.65
;o 25.09
l6 29.61
39 33-07
53 3-87
H 40.29
[I I . 20
30 57-17
26 7-46
56.19
56.47
57-47
57.65
58.09
58.28
58.59
58.76
59.18
59.21
60.21
60.37
60.84
61.47
61.74
62.03
62.12
62.58
62.90
63.01
63.08
63.3'
63.67
63.98
64 . 29
64.44
64.50
64.81
65.14
65 3
65.61
65.88
66.2=;
67.48
67.90
68.48
69.57
69.66
69.72
70.20
70.35
70.99
71.71
71.71
71.93
71.96
72-94
74-14
-74.38
- 9-29
9.42
3.81
8.18
9.00
6 t oi
4.76
6.82
7.98
7.36
3-36
4.81
3-78
4-90
6.14
7.36
3.71
4.98
6.13
6.40
7.09
3.58
3-77
5-43
5-78
4-59
8.g(
2.76
5-o8
6.75
8.17
8.61
4.76
3.06
5-59
8.05
8.39
8.51
4-03
6.9"!
8.18
8.87
8.31
7-33;
6.42
7-63
3-41
6.14
- 5.48
h. m. s. j
6 43 58.231 31 5 32.70
44 56.91 31 6 23.03
48 25.57 30 25 42.79
49 4.90 30 57 37.04
50 36.75 31 3 25.19
51 15-73 31 41 58.04
52 22.90' 30 32 45.79
52 59.11 47 52.72
54 25.27 56 16.76
54 29.75, 51 47.36
57 58.47 22 32.93
6 58 34.14 33 14.81
7 o 13.65 25 45.13
2 24.48 33 53.55
3 22.38 42 59.86
4 25.69 51 49.30
4 42.85 25 15.45
6 I7-I5 34 27.79
7 26.14 42 55-51
7 45.71 44 52.20
i 0.94' 49 46.12
8 49.57 24 5.10
9 34-84 25 40-33
li 9-45 37 50.72
12 15.29 40 1 2. 60
12 45.15, 30 31 41.08
12 58.07 31 3 8.00
14 5.47 30 18 1.51
15 15.201 35 15.90
15 46.03 47 36.37
16 51.94 30 57 43.51
17 47.65 31 o 51.88'
19 5.43 30 32 55.07
23 23.29 20 16.80
24 52.48 39 2.38
26 53.70 56 51.96
30 43.97 30 59 23.86
31 3.40! 31 o 12.27
31 15.19 30 27 34.21
32 54.79 48 58.21
33 28.53 30 57 47.18
35 42.42:31 2 34.95-
38 13.89 30 58 39.63
38 13.28! 51 43.11
39 2.91 45 12.22
39 9-lo : 53 49.88
42 41-57 23 7.55
46 59-03! 43 7-45
7 47 52.36:30 38 17.32
? 8
t6 R
28.6
41.6
54-
7 .
T8 'l
12.
24.5
Q.7
4 ^
. . ST. T
18 8
21.5
27.
39-7
41 .
55-
7-5
51.
28.5
38.151.
41.6! . .
3-8
....
in 6
T .
46.
58.
7. 5
24.2
.?:: ::
52.7
39-8
52.5
40.8
3-7
ifi
'1.3
52.
)fi 7 .
43 8
34 -8
24.7
30.6 . .
9.5 52.
4-4
55-8
S.
9-7
21.
22.
33-9
l"-5
....
12.2
57-5
10.6
-j.
6.'5
T S
P
3.-; in.6'2.1.
16.8
20.2
33.1
>> f>
0.9
44-8
1.9
S7-7
.4.8
9.8
27-7
21.
13
40.4
. . 46.2
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
C
Zenith Point. ! Mic.
Co.
(83) nS. Transits over T.'s III and IV assumed
to have been recorded as over T.'s
IV and V.
(83) 124. Minutes of transit assumed as 5 in-
stead of 6.
(83) 130. Transit over T. VII assumed as 54".3,
not 24 S .3.
(83) 132. Micrometer reading assumed as
43 r .i2, not 42 r .i2.
(83) 133. Minutes of transit assumed as 13 in-
stead of 14.
(83) 153. Minute doubtful.
1847. h.
s. s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
1-
liaiom.
3 S
2
ss
% <u
*p
a S
C
C C
6
X %
wp
A. B.
C. D.
Corr'd
Mean.
Mean.
1847. li. m.
/ II '
In.
8
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 83. FEBRUARY i. M. D^= 30 10' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
2
MICROMETER.
4
'/
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
157
158
"59
160
161
162
163
164
165
1 66
''7
1 68
&Q
170
171
172
173
'74
175
I
2
3
4
6
7
8
9
10
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
9.10
6.7
9.10
9
9
9
8-9
8
8
7-8
7-8
9.10
9.10
7-8
8
7-8
7-8
8
9
9
7
9
7
9
8
9
8
8
9
8
7
9
9
9
7
8
9
9
7-8
7
7
7-8
8
7
1 R
h. m. s.
7 50 4-76
49 59-25
50 51-77
51? 9.68
52 53.08
53 20.16
52 54.20
54 0-63
55 26.68
56 55-34
56 59-67
59 3.26
7 59 11.16
8 o 13.91
i 30.80
2 42.94
3 11.68
4 14-44
8 7 3-42
NE 84. Fun
5 30 24.19
32 i. 20
32 15.78
32 48.26
33 37-94
35 5-77
36 38-71
37 4-o8
39 5.83
39 42.96
40 12. Si
42 2.9?
44 41.18
51 59-52
52 12.9;
5 56 35-41
6 o 12. 3f
3 44-31
5 22. 4C
6 23.73
6 22. it
7 25.56
7 39.22
10 45.12
12 53.08
6 13 53-7>
s.
-40.31
40.31
40.31
40.31
40.31
40.31
40.31
40.31
40.30
40.30
40.30
40.29
40.29
40.29
40.29
40.28
40.28
40.28
-40.27
RUARY 5
-38.91
38.92
38.92
38.93
38.93
38.94
38.95
38.96
38.97
38.98
38.98
38.99
39.01
39-06
39.06
39-9
39-II
39-13
39-M
39-15
39-'5
39-15
39-J5
39-17
39.18
-39.18
s.
I.OO
0.98
0.98
0.98
1.02
1.03
I.OO
1. 01
I.OO
1.03
I.OO
1. 02
1.02
0.97
I.OO
1.03
0.99
0.98
0.99
. \\.
I. 01
1.03
I.OI
0.98
i. 02
1.03
i. 02
i. 02
I.OI
0.98
I.OO
0.97
I.OI
0.98
1.02
0.08
9.97
I.OI
i.oo
0.97
1.03
I.OI
I.OI
0.99
0.97
0.96
IV.
VII.
VII.
IX.
V.
VII.
VIII.
VII.
VIII.
V.
VIII.
IV.
VIII.
VIII.
VII.
VII.
VII.
VII.
VII.
D = -
V.
IV.
VII.
VIII.
VIII.
VI.
VI.
VII.
IV.
VI.
VIII.
VI.
III.
II.
VII.
VII.
V.
IV.
IV.
IV.
VIII.
VII.
IX.
V.
V.
V.
4
6
6
6
3
2
5
4
5
2
4
2
2
7
4
2
6
5
-27
3
I
3
6
2
2
2
2
3
6
4
7
3
6
2
6
7
3
4
7
i
3
3
5
7
7
r.
39-48 :
33-08 i
34.31 i
38.74 i
34.87 :
31.14 i
33-"7
30.84 :
33-84 :
32.23 .
37-97 :
35-86 .
44.83 .
38.63
36.22 ;
32.39 -
35.62 :
39-38
38.29
' 2' 50".
33-61 :
32.73
37.21 ;
40.81
37-77 '
35-12 -
42.66 .
41.43 -
43-94 .
43-30
40.33 '
42-36
44.88
35.19
41-34 -
34.80
43-31
38.03
41.27
41.85
39-75
36.12
35-33
39-74
43-70
49-77
o 17.91
9 28.99
8 46.64
6 13.27
8 52.03
9 43-27
S 8.26
5 |5.o6
7 45- "9
9 6.04
|I 9.12
7 1-09
II 51-44
o 27.36
12 9.81
L9 0-23
!6 44.34
5 52.06
!5 12.41
!9 35.41
4 40.58
!7 31-18
5 2.47
15 54.63
\1 26.43
13 6.81
13 49-00
S3 39-76
3 37-3"
>.g 47-94
8 ig-57
S3 7-35
i? 55-88
13 52.10
t8 29.81
7 46.96
57 3-26
29 16.28
8 37-28
;o 38.16
38 8.71
38 35-18
24 22.78
7 33-53
4 4-52
-74-Si
74-79
75-02
75-11
75.60
75-72
75.60
75-89
76.30
76.71
76.72
77-28
77.32
77.60
77-94
78.27
78.40
78.68
-79-43
- 6.78
7.20
7.26
7-41
7.62
8.01
8.42
8-55
9.07
9-23
9-36
9-85
10.56
12.52
12.58
13-77
14-75
15.73
16.18
16.47
16.47
16.74
16.82
17.66
18.27
-18.55
- 6.04
4-57
4-47
4.13
7-24
8.77
5-74
6.73
5-69
8.68
6.16
8.38
7.65
3-33
6.29
8.67
5-55
4.08
- 5-35
9.02
10.62
8.79
6.43
9.69
9-85
9-39
9-46
8.40
6.29
7-9S
5-75
8-34
6.72
9-48
6.80
5-70
8.74
7-93
5-78
IO.2O
8.85
8.90
7.40
5.66
- 5-31
h. m. s.
7 49 23-45
49 17.96
50 10.48
50 28.39
52 11-75
52 38.82
52 12.89
53 19-31
54 45-3S
56 14.01
56 18.37
58 21.95
58 29.85
7 59 32-65
8 o 49 . 5 1
2 1.63
2 30.41
3 33-iS
8 6 23.16
5 29 44.27
31 21.25
31 35.85
32- 8.35
32 57-99
34 25.80
35 58.7-1
36 24. 10
38 15-85
39 3.00
39 32.83
41 23.02
44 1.16
51 I9.45
51 32.85
55 55-34
5 59 32-28
6 3 4-17
4 42.26
5 43-6i
5 41-98
6 45.42
6 59.0(1
10 4.96
12 12.93
6 13 13.63
/ (/
30 42 28.76
31 38.35
30 56.13
28 22.51
30 51 4.87
31 I 57.76
30 40 19.60
47 27.68
30 39 57.18
31 i 21.43
30 43 22.00
59 16.75
54 6.41
22 38.29
30 44 24.04
31 I 17.17
30 38 58.29
28 4.82
30 37 27.19
27 42 41.21
57 48.40
40 37.23
18 6.31
49 I . 94
50 34.29
46 14.62
46 57-01
36 47.23
16 42.83
32 55-28
ii 25.17
36 16.25
21 5-12
47 4.i6
21 40.38
10 57.41
40 17-73
32 30-39
II 49-53
53 54-83
41 24.30
41 50.90
27 37.84
10 47.46
27 7 18.38
19.7
r f,
CS f)
4-5
8 i
57-
8.5
ii.
c6 8
R R
8 8
21.2
40.
52.6
.
2n.
. . III. 7' . -
Zo
36.5
i.?
11.5
53.
43-7
33-5
18. 1
30.7
1 6
59-8
12.2
f,
iK
7.7
5O.
3-9
28 '.&
15."
27.8
38
5O.
12.5
2O.
o.
31.1
44-7
22.5
24.6
59-
ii. 6
23.8
17.7
> 8
47-5
20.3
28.7
32.6
40.8
45-5
53-
57-4
ft'
CORRECTIONS.
REMARKS.
Date Corr ' f
Uate - Clock.
Hourly
rate.
m n
c
Zenith
Point.
Mic. Co.
(83) i
(83) i
' (83) i
(84)
(84)
- t&A\
53. Minutes doubtful ; 54' or 55'.
73. Minutes assumed as 3 instead of 4.
74. Minutes assumed as 4 instead of 5.
9. Times of transit over both threads as-
sumed as 10* earlier than recorded,
ii. Minutes assumed as 40 instead of 41.
13. Micrometer reading assumed as 44 r ,88
instead of 42 r .88.'
14. Micrometer reading assumed as 35 r .79
instead of 35 r .ig.
22. Double.
\
1847. h. s.
Feb. 5, 4 46.00
s.
ff 0.009
s. s.
O.2I2
s.
+ 0.294
O
20.38
r.
40. 199
INSTRUMENT READINGS.
vH;
(84)
Date.
CIRCLE.
Barom.
li
ii
*j w
<e
11
*
Wjf
(84)
A.
B. C.
D.
Corr'd
Mean.
Mean.
Zone 84
1847. h. m.
Feb. 5, 5 15
5 20
5 50
7 10
7 3
8
8 15
9
O
293
35-28.7
33-7 35-8
33-
32.67
//
32.80
in.
29.870
29.870
29.882
29.88
29.888
29.888
29.878
37.1
36.2
34-4
34-
33-3
33-
33-
30.
30.
28.
27-
26.
26.
26.
j
T
7
s
ZONES OBSERVED WITH THE .MERIDIAN CIRCLE, 1847.
ZONE 84. FEHRi'ARY 5. M. D = 27 2' 50" Continued.
N...
Mai,'.
SECONDS OF TRANSIT.
T.
"i
flo
MICROMETER.
i
rfi
dt
Mean Rii>ht
Ascension,
1850.0.
Mran South
Declination,
1850.0.
I.
11.
III.
IV.
V.
VI.
VII
ii.
12,
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
63
69
70
71
72
73
74
75
8
8
7.8
8
7.8
9
9
9
7
9
6
8
8
6
9
8
7 s
4-
16.
22.
29.
h. m. s.
6 14 47.04
15 20.80
16 26.48
17 53-9'
19 6.62
19 6.18
22 21.34
23 15.84
23 27.20
23 30.76
24 32.94
25 29.78
26 45. 12
26 44.9-
26 26.76
28 30.54
29 41.84
30 5 I . oo
32 42-71
33 9-96
33 32-19
34 45-88
36 27.90
36 20.57
38 35-49
39 32.87
40 47-33
43 15-37
43 39-9
45 26.80
44 45-64
46 47-97
47 20.65
47 54-06
48 10.72
49 14.12
52 22.82
53 19.60
54 17.17
54 53-49
55 28.62
55 52-55
56 24.72
57 5I.I8
58 37-58
6 59 33.62
7 i 52.47
2 24.15
7 2 36.79
s,
-39.19
39-19
39.20
39-21
39-21
39-21
39-23
39-23
39-23
39-23
39-24
39-24
39-25
39-25
39-24
39.26
39-26
39.27
39-27
39.28
39-28
39-28
39-29
39-29
39-30
39-30
39-30
39-31
39-31
39-32
39.32
39-33
39-33
39-33
39-33
39-33
39-34
39-35
39-35
39-35
39-35
39-35
39-36
39.36
39.36
39.36
39-37
39-37
-39-37
s.
0.96
0.98
0-99
I.OI
1.03
0.97
1.02
I.OI
I. 00
1.0 3
O.gS
I.OI
1.03
0.99
0.98
1.02
0.97
0-99
I.OI
1.02
1.01
I.OI
0.99
1.02
0.99
0.97
0-97
0.97
03
.02
0.97
.02
.02
.OO
.01
O.gS
O.gS
1.03
I.OI
I.OO
1 .00
0.99
I.OI
1.02
O.gS
0-97
1.03
1.02
I.OO
VII.
IX.
VIII.
VIII.
V.
IX.
III.
III.
V.
VIII.
VII.
VII.
V.
IV.
VIII.
VIII.
VII.
VII.
II.
III.
IV.
IV.
III.
VII.
II.
IV.
VI.
III.
VI.
II.
VIII.
IV.
V.
IX.
IX.
VIII.
IV.
VI.
V.
IV.
VI.
VII.
IX.
VII.
VIII.
VIII.
IV.
V.
VIII.
7
6
5
3
I
7
2
3
4
I
6
3
I
5
6
I
7
5
3
2
4
3
c
2
5
7
7
7
I
2
7
2
2
4
3
6
6
2
3
4
4
5
3
2
7
7
I
2
4
r.
45-22
37.46
42.22
42.49
34.88
37.15
41.02
34-32
38-85
39-15
38.87
38.57
37-12
37-15
41-39
45.63
44-92
36.66
38.28
37-13
34.22
39-9S
41-23
46.39
4L75
41.58
46.46
40.21
38.93
41.42
45-69
39-92
42.83
36.16
38.96
34-1
37-42
33-42
36.18
36.28
39.18
38.27
33-1
35.17
32.96
39-15
34-2
38.58
44-13
6 40.92
'6 57.48
22 56.73
34 28.98
53 26.51
n 18.07
+4 3.38
39 10.96
30 39-57
50 58.82
16 9.67
36. 44-36
52 9-38
25 52-01
M 42.51
47 15.70
6 51.25
26 8.57
36 54.51
46 17.32
33 19-03
35 56.11
23 3L4S
to 58.21
23 13.50
8 46.57
5 58-39
9 33-70
51 6.96
3 49-51
6 24.35
t4 41-29
43 1.05
32 n. 18
36 30.20
18 53-52
16 59.90
48 24.97
37 46.27
32 8.09
30 28.09
25 13-14
39 51-97
47 24.54
13 42.68
10 9-54
53 49.96
45 27.40
29 20.39
18.80
18.93
19-24
19.66
20.00
19.99
20.89
21.15
21.21
21.22
21.51
2I./8
22.13
22. 13
22.03
22.63
22.97
23.29
23.81
23.94
24.04
24.39
24.87
24.84
25.47
25; 73
26.09
26.79
26.91
27.41
27.22
27.79
27.94
28.11
28.20
28.50
29-39
29.66
29.94
30. ii
30.28
30.39
30-54
30.96
31.18
31.43
32.11
32.26
-32.31
- 5-57
6.63
7.26
4.48
10. 50
6.05
9-49
8.97
8.07
10.23
6-54
8.70
10.36
7-56
6.40
9-84
5-59
7-58
8.72
9-73
8.36
8.62
7.32
9.16
7.29
5-77
5-47
5-84
10.27
9-48
5-51
9-57
9-39
8.22
8.68
6.82
6.62
9.98
8.82
8.22
8.05
7-49
9-05
9.86
6.28
5.91
10-57
9.66
- 7-93
h. m. s.
6 14 6.89
14 40.63
15 46.29
17 13.69
18 26.38
18 26.00
21 4 1 . 09
22 35.60
22 46.97
22 50.50
23 52.72
24 49-53
26 4.84
26 4.73
25 46.54
27 50.26
29 1.61
30 10.74
32 2.43
32 29.66
32 51.9
34 5-59
35 47-62
35 40.26
37 55-20
38 52.60
40 7.06
42 35-09
42 59.56
44 46.46
44 5-35
46' 7.62
46 40.30
47 13.73
47 30.38
48 33.81
51 42.50
52 39-22
53 36.81
54 IS-M
54 48.27
55 12.21
55 44-35
57 10.80
57 57-24
6 58 53.29
7 I 12.07
I 43.76
7 i 56.42
27 9 55-29
20 13.04
26 13.23
37 43 12
56 47.01
14 34.ii
47 23.76
42 31.08
33 58.85
54 20.27
19 27.72
40 4.84
55 31-87
29 11.70
1 8 0.91
50 38.17
10 9.81
29 29.44
40 17.04
49 40.99
36 41-43
39 19-12
26 53.67
44'22.2I
26 36.26
12 8.07
9 19-95
12 56.33
54 34.14
47 16.40
9 47-oS
48 8.65
46 28.38
35 37.51
39 57-08
22 18.84
20 25.91
51 54-6i
41 15-03
35 36.42
33 56.42
28 41.02
43 21.56
50 55.36
17 10.14
13 36.88
57 22.64
48 59.32
27 32 50.63
IS S
I<>
'4-
44-
56.5
CI
I. E
. . 10. =,
. 26. T
7.
57- '
45-
..22.2
. . . . 26.1
. . tS.S . .
16. 28. . .
7.8
8
7-8
8
7-8
7-8
7
a.?
8.9
s
9
8.9
6
8.9
9
9
8.9
8.9
6
S
8
S
8
S
5
S
8
8
8
8.9
7.8
IS
ii,
;S i
r 5-^
;;.? . .
20. 5
33-
45-
12.
38-5
50
7
1 S
41 .
4 s
23
19.
6
45-S
57-8
10.7
23.
2() . ^
r S
=;-;.S
29.7
n .
33-
ID.
28.5
. . 20.
C2 c,
. . 36.^
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
in n
C
Zenith Point. Mic.
Co.
(84) 65. Micrometer reading assumed as 36 r .78
instead of 36 r .i8.
1847. h.
s.
s.
s. s.
s.
r.
(84) 68. Declination i' difference from Arg. Z.
349, 21 ; micrometer reading perhaps
3& r .27.
INSTRUMENT READINGS.
:
Date.
CIRCLE.
11
is
<
13 E
S
X U
w
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 84
1847. h. m.
Feb. 5, 9 45
10 10
10 45
293
35
"
"
in.
29.878
29.89
.884
32.
32.
32.
25.
25.
26.
IO
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 84. FEBRUARY 5. M. D = 27 2' 50" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
"i
;
MICROMETER.
i
</i
4
Mean Righl
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
1 1.
12.
76
77
78
79
80
81
82
83
84
85
86
87
88
89
go
9i
92
93
94
95
96
97
98
99
100
IOI
102
103
104
105
1 06
107
1 08
I0g
no
in
112
3
114
"5
116
i>7
118
i 19
1 20
121
122
123
I2 4
7-8
6
7
7
9
8.9
8
9
5
9
9
8-9
8.9
8-9
7
6
9.8
8
7-8
7-8
9
8-9
8
8
8.9
9
9
9
6
9
7.
6.7
8
7-8
7
8
8
8.9
8
8.q
8.9
9
7
8
8.9
8
6-7
6-7
7
35 7
li. m. s.
7 4 23.38
4 58.00
6 6.41
7 2.47
7 18.39
8 54-97
8 57.87
II i . So
it 14.42
ii 36.99
13 15-41
13 33.30
14 31.61
15 36.43
16 8.42
18 6.74
19 4.17
19 I5.M
19 56.70
20 55.44
22 39.70
23 19.47
25 24.18
25 24.40
26 50.27
28 2.97
28 11.42
29 56.86
30 42.94
31 58.27
35 7.12
35 18.98
36 54-51
37 0.37
37 37.09
38 45.92
39 51.24
40 31.90
42 10.40
42 20.38
44 2.18
44 21. IO
44 53-20
47 29.28
47 32.44
48 16.80
48 58.58
49 55.60
7 50 46.91
s.
-39-37
39-37
39-38
39-38
39-38
39-38
39.38
39-39
39-39
39-39
39-39
39-39
39-39
39-39
39-39
3<J-40
39.40
39-40
39.40
39-40
39-4
39-40
39-41
39-41
39-41
39-41
39-41
39-41
39-41
39-41
39.41
39.41
39-41
39-41
39.41
39.41
39-41
39.41
39-41
39-41
39-41
39-4'
39-41
39-41
39-41
39-41
39-41
39-41
-39-41
s.
1. 01
0-97
0.99
0.97
1. 00
0.99
1.03
0.99
I.OI
I. 00
0.99
1. 00
I.OI
1 .02
1.03
1. 00
1.03
1.02
1.03?
1.03
I.OO
I. 00
1.02
I. O2
I.OO
1.03
I.OI
1 .02
0.97
1.02
1.03
I .OO
I .OO
0.98
O.gS
0.98
0.98
1.02
0.99
0-97
0.99
03
.00
.02
O.gS
.00
.OI
.02
.02
V.
VII.
V.
IV.
VIII.
IV.
VIII.
II.
IV.
IX.
V.
VII.
VI.
V.
VII.
IV.
III.
V.
VI.
V.
I.
IV.
11.
VI.
IV.
IV.
VIII.
VII.
VIII.
VII.
I.
VI.
1.
IV.
VII.
VI.
V.
VI.
III.
VI.
II.
VI.
VIII.
II.
VII.
VII.
VII.
VI.
VI.
3
7
5
7
4
5
i
5
4
4
5
3
3
2
I
4
I
2
I
I
4
3
2
2
4
2
4
2
7
2
I
3
3
5
6
6
7
2
5
7
5
i
3
2
6
4
3
2
2
r.
41-54
36.79
37.48
39-40
40.34
39-32
38.61
36.14
33.62
40.94
39-19
43-76
37-68
32.82
39.10
41.28
41.14
37-51
41.61
43.76
41.78
46.42
42.00
39-44
36.42
33-98
3.7
41.84
45-1
45-21
42.87
46.21
48.10
49-6
40.27
35-95
33.84
35 - 47
36.44
36.77
40.56
43.18
46.82
39-39
37-74
36.70
34-17
36.5
42.16
35 2.36
ii 31.19
25 40.61
10 1.63
29 47.60
24 37-28
5i 17.42
26 26.64
33 39-68
29 26.60
24 41.72
33 45.65
37 15.17
8 45-73
51 0.95
29 15-93
49 50.96
46 4.24
49 55-35
jS 20.76
28 58.41
32 14.36
43 29.53
14 57-68
32 3.27
48 5-83
35 19-53
13 34-88
6 44.66
i 38-84
tS 51-13
32 21.45
31 16.21
[9 1.91
15 21.46
17 50.37
13 13-04
17 14.38
26 16.41
ti 32.05
23 54-45
|8 40.62
31 59-89
14 59-41
6 48.57
31 53.32
39 15.86
16 38.93
13 24.02
It
-32.83
33-00
33-32
32.58
32.66
34.12
34.13
34.72
34.7S
34.89
35-37
35.46
35-74
36.05
36.20
36.78
37-06
37-11
37.31
37.58
38.08
38.27
38.86
38.86
39.28
39.61
39.66
40-15
40.37
40.72
41.60
41-65
42.10
42.13
42.29
42.61
42-93
43-II
43-57
43.62
44.08
44-17
44.32
45-04
45-05
45.25
45-44
45-72
-45-95
- 8.53
6.04
7-54
5-89
7.98
7-43
10.29
7.62
8.39
7.'i4
7-44
8.40
8.77
IO.OI
10.26
7.92
10.13
9-73
IO. 14
9.96
7.89
8.24
9-45
9.61
8.23
9-98
8.56
9.48
5-53
9.26
10.06
8.25
8.14
6.83
6.42
6. 70
6.21
9-87
. 7.61
6.04
7-35
10.04
8.22
9.63
6.58
8.20
g.OI
g.8l
- 9-45
h. m. s.
7 3 43-00
4 17.66
5 26.04
6 22.12
6 38.01
8 14.60
8 17.46
10 21.42
TO 34.02
10 56.60
12 35.03
12 52.91
13 51.21
14 56.02
15 2S.OO
17 26.34
IS 23.74
18 34-72
19 16.27
20 15.01
21 59.30
22 39.07
24 43-75
24 43-97
26 9.86
27 22.53
27 31.00
29 16.43
30 2.56
3' 17-84
34 26.68
'34 38.57
36 14.10
36 19.98
36 56.70
38 5-53
39 10.85
39 51-47
41 30.00
41 40.00
43 21.78
43 40.66
44 12.79
46 48.85
46 52.05
47 36.39
48 18.16
49 I5.I7
7 50 6.48
Of II
27 38 33.72
15 0.93
29 11.47
13 30.10
33 18. 24
28 8.83
54 51.84
29 58.98
37 12.85
32 5'). 43
28 14.53
37 19-51
40 4<i.(>>
52 21.79
54 37-41
32 50.63
53 28.15
49 41 .08
53 32.8o
51 58.30
32 31.38
35 50.87
47 7-84
48 36.15
35 -4". 7 s
51 45-42
38 57-75
47 M.SI
10 20.56
45 18.82
52 32.79
36 1-35
34 5''. 45
22 40.87
19 0.17
21 29.68
16 52.18
50 57.36
29 57-59
15 II-7I
27 35-88
52 24.83
35 42.43
48 44.08
20 3O.20
35 36.77
43 0.31
50 24.46
27 47 9-4?
18.7
14.
53.4
3:
a
M.7
26.5
32.6
27. 7
10.5
s6 e
|R R
42.2
54-3
6. '7
33-2
45.8
27 . 5
M 6
7-8
IQ, C
46.8
"'
c
4Q. "3
=o ^
3.
7.
9-3
34-
I'R '7
5C C
29.8
17-3
19.
31-3
o 4
1 8
14 2
to. 7
a , c
e6 S
58
45. 1
37
6
|6
|R 8
4
--
9-5
54-
35 8
20. 5
i -
CORRECTIONS.
c
REMARKS. .
Date.
Corr. of
Clock.
Hourly
rate.
m n
Zenith Point
Mic.
Co.
(84) 94. Micrometerreadingassii!iKHlas4i r .oi
instead of 4l r .6i.
(84) 109. Micrometerreadingassumedas49 r .o6
instead of 49 r .6.
(84) 117. Right ascension indifferent.
(84) 123. Declination differs 3' from Arg. Z.
352,5O; 396, 118 ; micrometer read-
ing perhaps 3l r .5.
1847. h. m.
s.
s.
s.
s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRl'I 1 .
Barom.
^
o E
c-3 t-
~2
<H
3E
eg
2 c
X
u
A,
a
C. D.
Corr'd
Mean.
Mean.
1847
h. m.
1 tl
in.
XONT.S OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
I I
-
Xi INK 84. |-'KI:I;I AKV 5. M. D t= 27" 2' 50" Continued.
No.
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
1 60
161
162
163
164
165
1 66
167
168
169
170
171
172
173
Mag.
SECONDS OF TRANSIT.
T,
a,
4
MICROMETER.
i
4
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
IT.
12.
7-8
7
7
8
3
9
8
7-8
7
9
9
9
7-8
8.9
8.9
9
7-8
8
8
8
8
8
6
8
7-8
3
7-8
8
9
8
9
9
8.9
9
9
8.9
8.9
9
7
9
4
8.9
7.8
8
8.9
7.8
8
7.8
6.7
18.7
h. m. s.
7 52 6.32
53 25.30
54 I8.il
55 43-71
55 1.98
56 56.24
58 6.60
7 59 57-73
8 17 58-37
18 23.14
19 45.70
21 29.OO
21 54-37
22 56.62
22 14.52
23 53-58
24 59-83
25 41.80
26 21. 50
28 7.42
28 42.67
29 23.97
30 10.67
3O 46.70
31 53-63
32 5L47
33 46.37
34 34-57
34 45-01
35 20.37
35 2.01
36 13.23
37 44.87
38 32-59
39 50. 6g
40 8.65
4i 57-99
42 33-55
44 1.64
44 47-79
44 49.88
46 43-45
47 25.75
)S 18.91
48 35.68
49 19.10
50 10.47
51 47-47
S 53 57-47
s.
-39-4I
39-41
39-41
39.40
39-40
39.40
39-40
39.40
39-37
39-37
39.36
39-36
39-35
39-35
39-35
39-35
39-35
39-34
39-34
39 -3J
39-34
39-33
39-33
39-33
39-33
39-32
39-32
39-32
39-32
39-32
39-31
39-31
39-31
39-30
39-30
39-29
39-29
39-28
39-28
39.28
39-27
39.27
39- 2 7
39-26
39.26
39-26
39-25
-39-24
s.
-1.03
0-99
i .01
0.99
0.97
03
03
.01
0.98
.02
.OO
.02
I. O2
1.03
1.03
I.OI
0.98
1.03
0.99
I.OI
I.OO
0.99
1.03
I.OO
I.OI
I.OI
1.02
1.02
0.98
0.99
O.gS
I.OI
0.98
I.OI
I.OI
0.98
1 .02
0.98
I.OI
1.02
0-97
I.OI
1 .02
1 .01
1.03
0.99
0.99
0.97
0.98
V.
III.
VI.
V.
VII.
VII.
VI.
III.
IV.
VII.
V.
I.
H.
I.
VII.
VII.
V.
VI.
VI.
III.
IV.
IV.
IV.
V.
III.
IV.
IV.
IV.
VII.
VII.
VII.
IX.
VII.
VII.
V.
VII.
IJ.
V.
IV.
II.
VII.
IV.
V.
VI.
VIII.
VIII.
VIII.
VII.
VI.
i
5
3
5
7
2
I
3
6
2
4
2
2
I
I
3
6
i
5
3
4
5
i
4
3
3-
2
2
6
5
7
3
7
3
3
6
2
7
3
2
7
3
2
3
i
5
5
7
6
r.
35-66
36.19
36.01
39-3'
34-79
32.88
33-79
43-24
38.14
43-24
43-40
39.81
41.56
44.36
34-94
35-53
38-95
38.65
44.9
43 10
42.57
38.57
31-51
40.05
40.98
36.78
35-54
32.6
36-25
42.55
41.14
39-33
35-80
41.21
40.63
41 .18
38.64
41-3
36.22
37.62
47.46
42.20
IT. 69
33-50
33.68
35.46
45 . 29
49-27
49.60
>2 59-66
:6 25.02
j8 12.67
=4 37-59
2 40.06
IS 43-39
54 3-94
54 3-82
6 35."
12 46.67
:8 2.89
U 44-77
t3 44-69
17 59-82
S3 24.18
58 29.02
6 7.18
;i 16.60
:i 25.01
54 8.64
:S 31.51
!5 3.12
53 39-29
!9 58-24
55 21.64
57 46.30
17 12. II
19 11.94
7 39.87
'2 45-75
9 i 4 1
36 17-45
12 5.29
55 13-45
55 33-69
14 50.12
15 25.24
9 5.4S
38 5.58
16 0.35
5 23-79
34 39.66
13 40.32
39 39-09
54 7.17
26 49.50
21 I I. O2
4 21.47
10 0.36
-46.30
46.66
46.90
47.28
47-37
47.62
47-93
48.43
53-21
53-31
53.67
54.12
54-22
54-49
54-44
54-74
55-02
55-20
55.36
55-82
55-97
56.16
56.36
56.51
56.79
57.02
57.28
57.46
57.51
57.64
57.82
57.87
58.24
58.47
58.80
58.87
59-34
59-84
60.03
60.03
60.50
60.68
60.90
60.97
61.15
61.36
61.76
62.29
10.51
7.62
8.88
7-43
6.15
10.04
10.62
8.42
6.56
9-39
7-79
9.61
9-49
9.96
10.58
8.92
6.51
10.32
7.08
8.44
7-84
7-47
10.59
S.oo
8.56
8.84
9. 85
10.10
6.66
7.22
5.76
8.68
6.07
8.56
8.60
6.35
9.68
5-74
8.89
9-75
5-35
8.50
9.46
9.05
10.66
7-65
7.04
5-24
- 5-84
h. m. s.
7 51 25.88
52 44.90
-53 37-69
55 3.32
55 21. 61
56 15.81
57 26.17
7 59 17.32
8 17 18.02
17 42.75
19 5-34
20 48.62
21 13.99
22 16.24
22 4.14
23 13.22
24 19.50
25 1-42
25 41.17
2 7 27.07
28 2.33
28 43.64
29 30.31
30 6.37
31 13.29
32 11.13
33 6.03
33 54.23
34 4-71
34 40.06
35 21.71
35 32.91
37 4.58
37 52.27
39 10.37
39 28.37
41 17.68
41 53-28
43 21.35
44 7-49
44 9-63
46 3.17
46 45-46
47 38.63
47 55-39
48 38.85
49 30.22
5i 7-25
8 5'3 17-25
/ II
27 56 46.47
30 9.30
41 58.45
28 22.30
16 23.58
52 31-05
57 52-49
37 50.67
20 24.88
46 39-37
31 54-35
48 38.50
47 38.40
51 54.27
57 19-20
42 22.68
19 58.71
55 12.12
25 17.45
38 2.90
32 25.32
23 56.75
57 36.24
33 52.75
39 16.99
41 42.16
51 9-27
53 9-50
21 34.04
26 40.61
12 54.99
40 14.00
15 59.60
39 10.48
39 3 1 . 09
18 45-34
49 24.26
13 0.68
42 4-31
50 0.13
9 I 9-'7
38 38.66
47 40.49
43 39-04
58 8.80
30 48.30
25 9-42
8 18.47
27 13 58.49
12
43-
56.
TO
33 5
31.5
4; T
i i
;s:,
48 i
- 3
58
51 7
If) 1
29
6
0, ^
30 8
12. I
6 i
4(1 ;
55
42 7
24.
10. 7
50
i r 2
c I e
46.4
1| 6
22 I
'V).
21.5
6
n S
33
a
45 8
24-5
37
.,.,
40
I | f,
>f> s
31-
43-5
3^ i
41 S
T, I 2
14.7
6.
24 4
57-5
9-5
22. .4
CORRECTIONS.
REMARKS.
Date.
CcilT. Of
Clock.
Hourly
rate.
m it
c
Zenith Point. Mic. Co.
(84) 152. Micrometer readingassumed as 32 r .o6
instead of 32'. 6.
(84) 161. Two stars; first observed.
(84) 162. Micrometerreadingassumedas4i r .03
instead of 4l r .3.
1847. h.
S.
s.
s. s.
s.
s.
INSTRUMENT READINGS.
CIRCLE,
111!
Date.
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
1847. h. m.
in.
12
ZONES OBSERVED WITH TIIK MERIDIAN CIRCLE, 1847.
ZONE 84. FEBRUARY 5. M. D = 27 2'
50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
0|
a,
MICROMETER.
</l
4
Mean Ri^lii
Ascension,
1850.0.
Mi'an South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
174
175
1/6
177
178
79
1 80
181
182
183
184
185
1 86
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
2O2
203
204
205
206
207
208
2Og
2IO
211
212
213
214
215
216
217
218
219
220
221
222
7-8
7.8
7
8
8
8
7
8
7 S
"1 8
h. m. s.
8 55 37.25
56 18.75
57 5-19
57 6.60
8 59 57-27
9 o 40.72
2 1.46
2 27.45
2 53-11
; 20.42
3 49-55
5 43-46
6 3.67
7 53-75
7 57-97
8 18.50
10 3.68
ii 0.96
ii 54.88
13 19. 8c
18 39.43
19 6.04
20 46.4.
21 34-45
22 64. 1C
23 38.4-
24 3-5C
24 i i. ii
25 22.76
26 3.7c
28 i6.n
28 57. 2C
30 57- 8S
31 19. t)t
31 33-ii
32 31.2;
36 19. 8fc
37 26.52
39 27.7:
40 10.6;
4t 39-71
4' 59-5-1
43 14-9^
45 4-4S
46 13.6;
48 o.3(
48 52.2)
49 7-95
9 50 50. it
s.
-39-24
39.23
39.23
39.23
39.21
39.21
39-20
39-20
39-20
39-20
39-19
39.19
39.18
39-17
39-17
39-17
39.16
39.16
39-15
39-14
39-'l
39-II
39.10
39.00
39-09
39.08
39.08
39.08
39.08
39-07
39-05
39-05
39-04
39-03
39-03
39-03
39.00
38.99
38-98
38.97
38-96
38.96
38.95
38.94
38.93
38.92
38.91
38.91
-38.89
s.
I.OI
0.98
1. 00
I.OI
0.99
0.98
i .00
I.OI
0.99
I.OO
1.02
I. O2
I .01
I.OI
o.g<^
0.99
1 .00
1.02
0.98
0.99
O.gS
o .99
I .OI
1.01
1. 02
1.02
I.OO
I .02
0.99
I .OO
1.02
I.OI
0.98
I.OI
I .02
0.98
I .OO
I.OI
I.OI
I .02
I.OI
0.98
1.02
I.OI
I. O2
O.gS
0.99
I.OI
I.OI
III.
V.
V.
VIII.
I.
III.
II.
III.
V.
VI.
VIII.
III.
V.
I.
IV.
VI.
IV.
III.
III.
II.
V.
VII.
HI.
III.
VI.
III.
V.
IX.
VIII.
VIII.
V.
VI.
II.
III.
V.
V.
II.
IV.
V.
II.
V.
IV.
IV.
IV.
IV.
IV.
VJI.
V.
2
6
3
2
5
6
4
3
5
4
i
2
3
3
5
5
4
2
7
5
6
6
3
3
2
2
4
I
5
4
i
3
7
2
I
6
4
2
3
i
3
7
2
2
I
7
6
2
2
r.
47-57 4
50-49
46.3 :
52.30 :
37.36 :
34.95
36.92 ;
32.52 i
37-66 ;
40.81
43-10 .
39-54 -
35-99
37.69
39.82
37-17
38-47
39-65
39-1
35-92
36.55
29.12
33-74
31-74
42.42
42.90
38.6
37-17
38.49
40.94
41.43
35.38
33-25
36.69
35.65
4L75
41.67
44-79
34-95
43-15
38.10
34-10
37-28
42.6
35-3
33-55
35-71
38.46
38.47
o 17.85
9 29.82
2 18.45
7 34.31
5 44-47
8 24.91
i 45.91
8 56.06
>5 34-41
'9 31-97
[8 42.82
14 54-34
18 13.46
57 14- 6(
34 20.07
'-S 5' 1 8
50 52.69
M 50.55
to ii .92
26 34.22
17 29.81
21 10.96
39 30-93
40 39.80
43 15-07
42 58.64
10 48.17
52 6.66
25 5-17
29 26.9^
49 40-98
38 34.36
13 33-25
46 32.48
53 o.oo
'4 30-77
29 2 . 50
41 53-47
38 49-3'
48 41. -,(
37 0.71
13 4.09
46 12.21
42 53-18
53 12.09
13 23. of
17 58.78
45 3' -2f
45 31. ig
62.67
62 . 84
63.04
63.04
63.73
63.90
64.22
64.33
64 - 44
64.55
64-67
65.09
65. 15
65.60
65.62
65-71
66.il
66.34
66.53
66.87
68.08
68.18
68.55
68.73
69.05
69. 17
69.27
69.30
69.57
69.71
70.22
70.37
70.80
70.87
70.92
71.13
7L95
72.21
72.63
72.78
73-oq
73-16
73-42
73-77
74.01
74-37
74-55
74- 6<
74.96
- 9.12
5-79
8.25
8.82
7-54
6.74
8.19
10.07
7-5 =
7-95
10.05
9-63
8.90
8.78
7-39
7-56
8.10
9.62
5.86
7-63
6.1,4
7.04
9.04
9. If
9-45
9-42
8.09
10.45
7-4f
7-94
10. 17
8-94
6.21
9.82
10. 55
6.3=
7 .8<
9-3 n
8-97
10.07
8-77
6.17
9.78
11.4-
10.58
6.2C
6.6<
9-7<
- 9-7C
.
h. m. s.
8 54 57.00 27 44 19.64
55 38-54 13 2S-45
56 24.96 36 19.74
56 26.36 41 36.17
8 59 17.07 29 45.74
9 o 0.53 22 25.55
I 21.26 35 48.32
I 47.24 53 0.4(1
2 12.92 29 36.37
2 40.22 33 34.47
3 9-34 52 47-54
5 3.26 48 59.06
5 23.48 42 17.51
7 13.57; 41 19-04
7 17.81 28 23.08
7 3S-34 29 54-4?
9 23.52 34 56.90
10 20.7-* 48 56.51
II 14.75 14 14.31
12 39.67 30 38.72
17 59.34 21 34.53
18 25.94) 25 1(1.24
20 6.33 43 38.52
20 54.34 44 47.69
22 23.99 47 23.57
22 58.35 47 7.23
23 23.42 34 55.53
23 31.00 56 16.41
24 42.69 29 12. 2O
25 23.71 33 34.59
27 36.05 53 51.37
28 17.14 42 43.67
30 17.86 17 40.26
30 39.92 50 43.17
30 53-07| 57 H-47
31 51.22 18 38.22
35 39-88, 33 12.34
36 46.52 46 4.98
38 47.78 43 0.91
39 30.64 52 54.61
40 59.74 41 12.57
41 19.60 17 13.42
42 35.00 50 25.40
44 24.50 47 6.37
45 33-72 57 20. 6S
47 20.46 17 33.63
48 12.37 -- 1O.O2
48 28.03 49 45-56
9 50 10.26 27 49 45.85
31.
17. 5
2.2
20 i
16
6
3
-
28.2
I ^
7
8
7.8
7
7
7
7
7.8
8
g
8
8
8
8
8
9
9
6
8
8
8
8
7-8
8
8
8
9
9
8
8
7-8
7-8
7-8
8
6
7-8
7
8
45- 1
16
16 <;
-8
. .
39-
51-3
|S r
43-5
55-5
42.5
55
>
51.7
31.
43-
22.
26
ic R
19-5
iR ?
50. 4
2'S c.
. . 22.1
9
43-5
42.8
49-
50.7
55
2
2
3
.8
I ^ 4
'S
II S
1 5 .
27-33')
4 5
n 7
23.436
- 47-7
0.4
-45 2
CQ I
-> 6
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
?;/ n
c
Zenith Point.
Mic. Co.
(84) i
(84) i
(84) 2
3i. Ilor. thread assumed as 2 instead of 3.
35. Micrometer reading assumed as 3o'.i2
instead of 29 r .i2.
17. Micrometer reading assumed as43 r .ofi
instead of 42 r .6.
1847. h.
s.
s.
s. s.
s.
1 It
r.
INSTRUMENT READINGS.
i
Date.
CIRCLE.
ir
.
^1
c
rt i-
u
<F
1
SE
2
X i
^H
A.
B. C.
D.
Corr'd
Mean.
Bare
Mean.
1847. h. m.
O ' II
in.
O
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 84. FEBRUARYS. M. D,, 27" 2' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
<,
MICROMETER.
'
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
.IV.
V.
VI.
VII
ii.
12.
223
224
225
226
227
228
229
230
231
232
233
234
235
236
i
2
3
4
5
6
7
8
9
10
ii
12
13
M
15
1 6
I?
18
'9
20
21
22
23
24
25
26
27
28
29
30
31
8.9
8
7.8
8
7
7
7
9.8
8
8
5
9
8
7
8
8
8
8
8
6
7
6
8
7-8
8
8
7.8
9
7
7
8
7
8-9
8.9
9
9
9
7
7.8
8.9
41 . 5
h. m. s.
9 51 45-94
53 40-28
55 45-87
56 59-42
57 48.66
58 10.20
9 58 40.88
IO I 2.6l
3 8.17
4 3-2i
5 52-34
6 41.92
7 29.52
10 9 5.20
NE 85. F'El'
10 46 38.91
50 34-12
51 28.Og
5 2 36,68
10 56 18.28
ii o 4.18
o 52.00
2 7-87
2 50-77
3 40.72
8 6.58
8 9.98
9 52.27
10 20.41
" 33-19
12 45-13
13 6.23
13 7-24
13 39.66
16 54.23
17 1.97
18 23.16
21 II.5O
21 18.87
22 5I.O6
24 17.02
25 52.35
27 36.62
27 43.67
27 46.32
II 28 0.6S
S.
-38.89
38.87
38.85
38.84
38.84
38.84
38.83
38.81
38.80
38.79
38.77
38.77
38.76
-38.74
RUARY ;
-38.39
38.35
38.34
38.33
38.29
38.25
38.24
38.23
38.22
38.21
38.16
38.16
38.14
38.14
38.12
38.11
38.11
38.11
38.10
38.06
38.06
38.05
38.01
38.01
37-99
37.98
37.96
37-94
37-94
37-94
-37-93
s.
1.02
I.OO
1. 02
1. 02
I. 01
I.OO
0.98
1 .00
0.98
0.99
1.02
I. 01
0.98
I. O2
. M.
I . OO
I.OO
I.OO
1 .00
I. 01
1. 01
T.OO
0.99
I.OO
I.OO
I.OO
I.OO
o-99
1. 01
1 .00
I.OO
0.99
I. 01
I.OO
I.OO
I.OO
I. 01
I.OO
1 .00
0.99
I. 01
I. 01
0.99
I.OO
1 .00
I.OO
VIII.
VII.
IV.
V.
V.
VIII.
IX.
VII.
IV.
V.
IV.
VII.
VIII.
V.
VII.
IV.
IV.
V.
IV.
IV.
IV.
IV.
IV.
V.
II.
V.
IV.
VI.
V.
III.
VI.
VIII.
IX.
I.
IV.
III.
II.
IV.
IV.
V.
IV.
I.
IV.
VII.
IX.
2
4
I
I
2
3
6
4
7
5
2
2
7
i
-27
4
3
5
3
i
i
3
7
5
5
5
3
6
2
3
3
6
2
4
3
3
2
3
4
7
I
2
6
5
4
4
36.3
34-81
35-38
37-12
44-1
41.68
41-31
38-9
46.97
40-93
34-53
44.56
41.13
44-39
' 2' 50".
39.10
39-55
35-99
41.97
39-63
39.85
39-4
36.45
39-43
42.17
38.48
38-51
42-3
47.80
45-71
41.78
36.21
42.21
46.44
44-34
38.69
37.36
40.51
41 .20
43-23
34-44
44-7
38.51
41.99
42.31
39-24
46 45.24
32 58.40
53 9-34
52 9-38
42 17-33
34 56.88
23 27.71
31 5-46
5 40.98
23 41.81
47 46.89
42 1.22
9 J-36
47 59-o6
30 30.68
36 10.91
26 3 i . 96
34 47.56
50 42-99
50 35.42
36 16.08
ii 43.21
24 33.50
22 59-H
25 6.08
36 46.69
14 11.86
40 9-83
32 38-78
34 54-io
17 4L42
43 21.74
26 17.21
33 25.68
36 40.54
46 9-41
35 37-72
29 18.68
7 49-75
53 41.66
41 56.71
16 22.06
23 5.36
28 40.15
30 25.13
-75."
75.52
75.90
76.17
76.32
76.40
76.49
76.93
77-33
77.48
77-82
77-97
78.12
78.57
84.61
85.20
85-32
85.47
86.01
86.54
86.65
86.81
86.90
87.01
87.60
87.61
87.84
87.89
88.04
88.18
88.22
88.22
88.29
88.69
88.70
88.87
89.20
89.21
89.39
89.54
80.71
89.89
89. go
89.90
-89.93
- 9.85
8.33
10.58
10.47
9-35
8-54
7.30
8. II
5-36
7-31
9-98
9-32
5-71
- 9-99
- 8.05
8.69
7.61
8.54
10.33
10.32
8.70
5-99
7-39
- 7.22
7-45
8.76
6.25
g.i4
8.29
8.55
6.64
9-49
7-58
8.38
8.75
9.80
8.63
7-92
5.56
10.68
9-33
6.47
7.24
7.86
8.04
h. m. s.
9 51 6-03
53 0.41
55 6 . oo
56 19.56
57 8.81
57 30.36
9 58 1.07
10 22.80
2 28.39
3 23-43
5 12.55
6 2.14
6 49.78
10 9 14.44
10 45 59.52
49 54-77
50 48.75
51 57-35
55 38.98
10 59 24.92
ii o 12.76
i 28.65
2 H.55
3 I-5I
7 27.42
7 30.82
9 13.14
9 41.26
10 54.07
12 6. 02
12 27.13
12 28.12
13 0.56
16 15.17
16 22.91
17 44. 10
20 32.49
20 39.86
22 12. 08
23 38.03
25 13-3S
26 57.69
27 4-73
27 7-38
II 27 21.75
27 51 0.20
37 12.25
57 25.82
56 26.02
46 33.00
39 11.82
27 41.50
35 20.51
9 53.67
27 56.60
52 4.69
46 18.51
13 15.19
27 52 17.62
27 34 53-34
40 34.80
30 54-89
39 11-57
55 9-33
55 2-28
40 41.43
16 6.01
28 57-79
27 23.34
29 31. 13
41 i 3 . 06
18 35-95
44 36.86
37 5- 1 1
39 20.83
22 6.28
47 49-45
30 43.08
37 52.75
41 7.99
50 38.08
4 5-55
33 45-8i
12 14.70
58 11.88
46 25.75
20 48.42
27 32.50
33 7-91
27 34 53.10
21.
33-545-8
52-8
TI R
17-3
i.
e R
48.8
30 S
. . . 8.2
15 5
'5-
27
.6,40. 52.2
|
24 .9
. ; 4i.8 . .
6 5'
Zc
. 16 T . .
57-
9
3
ic R
g*8
4Q
27-
53
39
u?
-13
5
.1
-3
.1
6.
51 R
18.2
30.5
39- f>
55-8
52.
S.
50.8
20.
. .
29-3
42
T
40.8
52.S
5-7
22 3
^7
.8
40-
52.2
, r
,IC _ ^
45.5 . .
fR r
" R
47-9
17.
2.
10.7
46
8
iR o
...
26
5
4-7
30 . n
51.2
17.1
3-3
21). 2
9
7.8
8.9
7
59- 5
43.7
23 . 5
8.9
CORRECTIONS.
REMARKS.
Date.
(
Clock.
Hourly
rate.
m n c
Zenith Point. Mic.
Co.
(84) 225. Double ; brightest observed.
(84) 229. Hor. thread assumed as 5 instead of 6.
(84) 230. Micrometer reading assumed as 38 r .og
instead of 38 r .g.
1847. h.
s.
s.
s. s.
s.
' " r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
a g
j=
o
55
"~* C
52
E
* S
A.
B. C. D.
Corr'd
Mean.
Mean.
Zone 85
1847 Ii. m.
Feb. 5, ii 45
12 OO
293
/ i,
"
"
in.
29.884
29.884
31.8
29.7
25-
25- r
35 28.3
33.6 36.1 32.9
32.59
32-72
ZONKS OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 85. FEBRUARY'S. M. D = 27 2' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
*
MICROMETER.
i
"i
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
32
33
34
35
36
37
38
39
40
41
42
43
44
I
2
3
4
5
6
7
8
9
10
ii
12
13
14
rs
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
7
7
6.7
8
9
7
8.9
8.9
9
6
7
8
7
8
9
9
9
8.9
8.9
9
9
9
9
9.10
8
8
7.8
9.10
8
9
8
8
8
9
9
9
8
9
8
8.9
7
8
8
7
8
28 4
h. m. s.
ii 31 5-54
31 23.04
33 25.82
38 32-37
39 37.6i
40 58.53
46 16.52
46 39-45
48 23.48
48 41.19
56 o.io
57 50.28
ii 58 7.97
ME 86. FEB
8 6 37.49
6 44-13
7 7-04
8 28.65
8 44.94
9 34-ot,
io 36.62
12 53-55
13 19.52
14 23. 8c
15 2.74
16 37. 2C
'7 5-45
1 8 20.92
18 42. sc
19 35- 3?
21 30. gc
21 56.5-1
23 46. 4C
23 39-6?
24 30- 7<-
25 7-47
25 18.3;
27 '5- <3f
26 35. 1C
27 56.78
29 33-7E
30 12. sc
30 52.8-1
33 48. 3f
34 7-8c
35 7-5:
s.
-37.90
37.89
37.87
37-Si
37-80
37.78
37.71
37-71
37.69
37.69
37-59
37.58
-37-57
WARY 11
41.62
41.62
41.62
41.62
41.62
4r.6i
41.61
41.61
41.61
41.61
41.61
41.61
41.60
41.60
41.60
41.60
41.60
41.60
41-59
41-59
41-59
41-59
41-59
41.58
41.58
41.58
41.58
41.58
41.58
41-57
41.57
-41.56
s.
-0.99
I.OO
I.OO
i.oo
I.OI
I.OO
I.OO
1 .00
0.99
I.OO
0.99
I. or
i. or
. M.
1.03
0.99
1.03
1.02
1.03
I.OO
1 .00
1.03
1.02
0.98
0.98
I.OO
1.02
1.02
I.O3
I. O2
0-97
0.97
r.oo
I.OO
i .00
0.99
0.99
I.OI
0.99
r-03
1.01
0.98
i. or
0.98
1.02
0,98
I.
IV.
IV.
IV.
VI,
IV.
Ill,
V.
II.
VII.
IV.
II.
VI.
II.
VII.
VIII.
VI.
VIII.
VIII.
VII.
V.
VII.
VI.
VIII.
IV.
VI.
IV.
VII.
VII.
V.
VII.
II.
VI.
VI.
VII.
IX.
V.
IX.
VIII.
VIII.
IX.
IX.
IV.
VII,
VII.
5
5
3
4
i
5
4
5
6
3
5
2
2
-27
I
5
i
2
I
5
5
i
2
7
7
5
2
2
I
2
7
7
4
4
4
5
5
3
5
i
3
7
4
7
i
7
45.23 2
41.98 2
40.75 3
43.63 2
37-So 5
38-77 2
40.96 2
43-52 2
42.61 I
43-35 3
45.82 2
39-36 4
35-24 1
" 42' o".
.38-85
37-64
37-93
3.9-86 .
35.64
36.28
36.1
40.36
36.59
32.39
34-69
35-91
35-25 -
35-74
37.63
37.63
45.89
47.63
4L33
43.83
44-74
44-65
44.18
35.36
39 36
37-12
31.
3L6
32-30
41-56
39-36
37-99
i 13.47
3 5-70
5 29.60
7 55-01
i 45.87
4 56.23
9 26.91
2 12.63
4 1-05
3 59-76
o 53-47
5 0.44
7 22.30
,1 9.72
=5 34.82
,i 40.81
14 43-22
>2 59.67
17 38.45
!6 27.84
;o 17.82
16 35.64
14 2.87
2 43.10
26 34.71
n 21.95
(7 5-22
;r 51.54
15 59.83
6 18.12
5 17.93
29 14.07
27 47.98
27 16.65
21 33-44
21 48.87
38 35-15
24 34.84
52 S.7C
41
14 29.14
34 24.06
8 47. 2f
;o 51-97
[o 49.87
it
90.26
90.29
90.48
90.97
91.07
91.20
91 .61
91.63
91-77
91.80
92.28
92-39
-92.41
- 6.73
6.76
6.87
7.28
7-35
7.60
7.88
8-53
8.65
8.95
9.13
9-57
9-71
10.06
i o . 1 6
10.47
10.95
11.07
"57
H-55
11.78
I I .c)5
12. 0(1
12.54
12.63
12.73
13-
13-37
13-56
14.36
14-45
14.72
II
- 7.01
7.24
8.61
7-77
10.45
7-43
7-95
7-13
6.23
8.45
6.98
9.69
- 9-95
-10.44
7-4'J
10.50
9.69
10.65
6.59
7-59
10.33
9.91
6. 20
6.05
7.60
9-99
9.96
10.55
9-85
5-31
5 20
7.92
7-75
7.69
7.03
8-99
7-38
10.57
9-
6.24
8. 5 <
5.6.
10.42
- 5-82
ll. 111. S.
II 30 26.65
30 44-15
32 46.95
37 53.56
38 58.80
40 19.75
45 37-Si
4'' 0.74
47 44-So
48 2.50
55 21.52
57 11.69
ii 57 29.39
S 5 54.84
6 1.52
6 24.39
7 46.01
8 2.29
S 51.48
9 54-01
12 lO.gl
12 36.89
13 4L2I
14 20.15
15 54-'
16 22.83
I- 38.30
17 59-87
18 52.77
20 48.42
21 13-97
23 3-Si
22 57-IC
23 48.11
24 2 4 .S.
24 35-77
26 33.37
26 52.53
27 14.17
28 SI.K.
29 30.0;
"o 10.25
33 5-84
.33 25.21
8 34 24-9',
27 25 40.74
27 33-23
39 5' s -'">
32 23.7;
56 17.39
29 24.86
33 56.47
20 41.39
1 8 29.05
38 30.01
25 22.73
49 32.52
27 51 54.66
28 33 26. S()
"7 -1
33 58.18
27 0.19
28 35 17.67
27 59 52.1,4
28 8 43.31
32 yuo
28 S4.ao
28 56 18.02
27 54 5. 28
28 8
29 41.65
29 25.24
34 12.25
28 28 20 15
27 48 34-38
27 47 34.20
28 II 33.56
H) 7.28
9 36. 12
3 52.42
4 7-93
20 56.68
6 54.85
34 32.00
28 23
27 56 47-75
28 16 46.12
27 51 7.22
28 33 16.84
27 53 10.41
18.7
55-3
i.i
7-7
10.723.
I3.525.S
20. 32.3
38.
50.
2.5
46
rK r
IT '
59.4 51 .8
39-5
51-7
4-3
CT 8
6 T
1*8.** . .
23-
35-5
25.5
47-7
0.
. .
S.
20.532.7 .. . .
Zo
21 . 5
2.Q
in R
14
6
,_
48.7
37-
49-8
21.
33-3
o 5
i" R
9.1
21 .5
4. 7
55-7
44 8
26.8
16
41.
43-6
. . 52.6
20.9
1.5
0.7
CORRECTIONS.
REMARKS.
Date C " rr - of
lte - Clock.
Hourly
rate.
m 11
c
Zenith Point. Mic.
Co.
(86) 6. Ilor. thread assumed as 6 instead of 5.
(86) 16. Transitsover T.'s VI and VII assumed
as recorded over T.'s V and VI.
.
1847. h. s.
Feb. TT, 6 - 48.20
s.
g 0.016
s. s.
O.2I2
s.
0.290
r.
O O 1 8. 2 1 40.103
INSTRUMENT READINGS.
Date.
CIRCLE.
Ii
5 s
^ J
A.
B. C.
D ;
Corr'd
Mean.
Barom.
Mean.
Zone 86
1847 h. m.
Feb. ii, 8 5
9 30
9 52
ro ro
292
57 2.4
8. IT. 3
7-
7.20 :
7"l
in.
30.076
. .
30.05
.042
.040
34-
33-2
32-
31.9
O
28.
24.
25-
24.
2.1
3-7 iJ-o
6.7
5.90
5-8J
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
/ONE 86. FEBRUARY ii. M. D j = 27 42' o" Continued.
No.
Ma};.
SECONDS OF TRANSIT.
T.
a\
"a
MICROMETER.
i
4
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
[V.
V.
VI.
VII.
ii.
12.
33
34
35
36
37
38
' i
40
4'
42
43
II
45
4<>
47
4^
49
50
5
52
53
54
^5
5<>
57
58
59
61
6s
''3
''4
"5
66
67
69
7"
7i
72
73
74
75
76
77
78
7')
Si
8
S
8.9
8.9
8
9
9
9
7
7.8
7
9. in
9
9
9
9.10
8-9
6
9
9
8
6
9
9.10
7
7.8
7
9.10
I). 10
6
9. 10
7
S
9 . 1 o
<). in
6
8
7
8
5.6
8.9
S
8.9
7
5
9
7
9
5.6
17.
50.
h. m. s.
8 35 8.30
35 4L2S
37 3.87
38 21.67
39 5 74
40 54-82
4i 1.37
42 0.46
42 37.67
41 42.9(1
44 43-97
44 4.5-8:5
46 33.24
46 55-44
48 37-47
51 10-13
52 19.14
53 36.17
54.24.97
54 30.21
- 55 34.58
59 25.71
S 59 28.08
9 o 49.40
2 4 . So
2 29.98
3 19.80
3 29.56
4 13-24
6 38.08
9 - 67
I O 2 I . 98
11 2 . 69
II 0.05
12 58.54
M 39-35
15 0.47
15 55.49
If) 1.13
17 25.28
17 31-95
18 34-77
18 44.80
19 30.02
20 55.12
21 53.86
22 13.63
24 48.13
9 24 49-12
s.
-41.56
41.56
41-56
41.56
41.55
41.55
41-55
41-55
41-55
41-54
41-54
41-54
41-53
41-53
41.52
41-51
41.51
41-5"
41.50
41.50
41.50
41-49
41.49
41.48
41-47
41-47
41-47
41.46
41.41
41-45
41-44
41-43
4L43
41-43
41.42
41.41
41.41
41.40
41.40
41.40
41.40
41-39
41-39
41-39
41.38
41-37
4L37
41.36
-41.36
s.
.01
.01
.00
.02
.03
0-99
0.99
0.97
0.99
I. 01
0.99
I. 00
1.03
1.02
0.98
1.02
1. 01
1 .00
1. 01
1.02
I.OO
1.02
1.00
1. 01
0.98
0.98
I. 01
I.OO
1 .00
I. 01
1.03
I.OO
0.98
1. 02
0.99
1.02
I.OO
I. O2
0-99
I.OO
I. 01
1.02
I. 01
1.01
I.OO
I.OO
0.98
0.98
0.99
IX.
IX.
IV.
IV.
V.
11.
IV.
III.
IV.
IV.
IV.
IX.
V.
VII.
IV.
III.
IV.
IV.
IV.
VII.
IV.
IV.
VIII.
V.
II.
V.
V.
VIII.
IX.
II.
V.
IV.
V.
VI.
VI.
II.
IV.
VII.
VI.
IV.
VI.
IV.
VIII.
IX.
VII.
VIII.
II.
II.
V.
3
3
5
2
I
5
5
7
5
3
5
4
i
6
2
3
4
3
2
4
2
4
3
6
7
3
4
5
3
i
4
7
i
5
i
4
I
5
4
2
I
2
3
5
4
6
6
5
r.
35-75
3' -73 -
36.45
36.46 <
36.83
38.53
41.81
44-74
42.36
40.22
45-25
41.00
35-6
42.39
39.58
34.25
41-34
38.00
33.36
33-90
35-70
43-iS
42.69
42.26
37-38
38.54
35-8
39-45
36.54
37."
37-66
34-23
45-72
44.36 .
44.<}i
46.13
44.16
36.27
42.1
41-43
38.33 '
41.44
43-3 -
37-19
37-23
35-5
43-13
42.22
40.47
> u
i8 20.69
|o 39.12
!6 16.11
[6 40.43
j2 19.36
=5 4-35
=3 ".55
6 57.72
!2 52.61
55 47.85
!I 13.09
!g 24.50
>3 i-72
13 '5-93
15 45.52
17 56.49
55 9-29
H 8.87
59 44.06
)8 8.26
52 28.06
12 49.04
28 26.66
54 37.56
7 I- 14
o 31.21
58 20.00
JO 18.22
26 II. 94
57 34-79
;i 50.79
J3 18.68
6 23.97
t7 59-99
:i 24.67
(6 59-04
27 36.76
52 38.37
23 1.42
29 10.77
15 25.91
19 40.67
(2 44.19
57 3i.li
!5 48.93
)2 34-22
3 43-14
4 M-48
'3 57.65
-14.72
14.89
I5-25
15.60
15.82
16.30
16.33
16. 60
16.76
I7.33
17-33
I7-33
17.82
I7.93
18.40
Iq.o8
Ig.37
19.72
19.72
19.95
20.23
20.98
20.99
2i. 61
21-93
22.05
22.26
22.31
22.49
23.12
23.68
24. 12
24.23
24.22
24.72
25.14
25.22
23.19
25.47
25.82
25.85
26.12
26.16
26.35
26.69
26.93
27.51
27.63
-27.63
- 8.95
9-23
7.58
9-93
10.59
7-44
7.23
5-39
7.18
8.66
6-99
7-93
10.67
9-52
6-39
10.07
8-59
8.13
9. 12
lO.Og
8.28
9-47
7.82
8-53
6-53
5-79
8-95
8.03
7-56
8.87
10.53
8.38
5-31
10.09
7.02
9.98
7-73
10.64
7.20
7.91
9.81
10.29
9-47
8.86
7-52
8.29
6.15
6.21
- 7.3i
h. m. s.
8 34 25.73
34 58.71
36 21.31
37 39-09
38 23. i 6
40 12.28
40 18.83
41 17-94
41 55.13
44 0-41
44 1-44
44 1-34
45 50.68
46 12.89
47 54-97
50 27.60
51 36.62
52 53-67
53 42-46
53 47-69
54 52-08
57 43-20
8 57 45-59
9 o 6.91
I 22.41
i 47-43
2 37-32
2 47.10
3 30.78
5 55-62
8 17.20
9 39-55
10 20.28
10 17.60
12 16.13
13 56.92
14 1 8. 06
14 13.07
15 18.74
16 42.88
16 49.54
17 52-36
I 8 2 . 40
18 47.62
20 12.74
21 11.49
23 31.28
24 5-79
9 24 6.77
28 20 44.36!
23 3-24;
8 38.94!
29 5-96!
34 45-77
7 28.09
28 5 35-"
27 49 19.71
28 5 16.55
18 13.84
3 37-41
ii 49.76
35 30.21
28 25 43.38
27 58 10.31
28 30 25.64
17 37-25
13 36.72
22 13.10
30 38.30
M 56.57
25 19-49
10 55-47
28 17 7.70
27 59 29.60
27 52 59-05
28 20 51.21
12 48.56
s 41.99
20 6.78
34 25.00
28 15 51.18
27 48 53-51
28 30 34.30
3 56.41
29 34.16
10 9.71
35 14-20
5 34.09
ii 44. 50
28 11.57
32 17.08
25 19.82
20 6.32
8 23.14
28 15 9.44
27 56 16.80
27 56 48.32
28 6 32.59
3.i
21.7
IS >
31
I .-1
48.
. 17. 7
5-5
1 1 ^
52.5
15-7
12. Q
. . ??. s
*
CT ft
6.7
TO. I
/ - , - -
. . 16.2
-5-
7.7
i"
48.5
"7
ij-
2^ . 7
....
-4-
I .S . .
4<:
. .
1 ' -
!5-5
j'l ,'s
o.S
i;
TO. ^
2.7
; T
1 ;.
>S 1
i
1
o. n
2(> . I
. . 12.8
57-
1 s
38.7
20. i
32.5
10 S
49
23
--,
CORRECTIONS.
REMARKS.
Date.
('l)lT. Of
Clock.
Hourly
rate.
in n
C
Zenith Point.
Mic. Co.
(86) 40. Double star.
(86X45. Declination about i different from
Arg. Z. 352, 149.
(86) 54. Minutes assumed as 58 instead of 59.
(86) 55. Minutes assumed as 58 instead of 59.
(86) 63. Transit over T. IV assumed as recorded
over T. V.
(86) 64. Transit over T. II assumed as recorded
over T. I.
(86) 70. Minutes assumed is 14 instead of 15.
(86) 79. Minutes assumed as 24 instead of 23.
(86) Si. Star apparently double.
1847. h.
s.
s.
INS"
s.
S.
1
s.
o /
r.
rRUMENT READINGS.
Date,
CIRCLE.
Harom.
1'
-5
2
<
~a E
C
o
>< V
"
A.
H.
C. D.
Corr'd
Mean.
Mean
1847. h. in.
in.
i6
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 86. FEBRUARY n. M. D = 27 42
o" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
*
MICROMETER.
i
*.-
.Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
82
83
84
85
86
87
88
89
90
9'
92
93
94
95
96
I
2
3
4
5
6
7
S
9
10
n
12
13
15
16
17
18
19
2d
21
22
23
24
25
26
27
28
2 9
30
6
9
9.10
9. 10
8
9
9
9.10
o-
8
8
8
8.9
7
6
6
6
8
9
8
8
5
7
8
10
10
8
8
8
8
8
.7-8
M 5
h. m. s
9 26 26.
26 14.
27 48.
29 4.
31 21.
31 35-
55 48.
56 50.
9 57 36.
IO O I.
o 20.
o 34-
0.
3 50.
io 5 54-
<K 87. M
8 io 37.
ii ii.
14 48.
16 18.
17 44-
19 56.
21 36.
25 29.
27 45-
29 55-
30 56.
36 o.
37 54-
?40 52.
44 i.
46 17.
46 52.
48 38.
50 43-
51
96
58
87
22
79
16
17
4'
10
46
5'
81
75
71
AF
3
66
38
B5
45
33
54
29
55
03
13
;-'
Io
58
98
7'
56
S.
-41.35
41-35
41.34
41-33
41.32
4L32
41. 16
4LI5
41.15
41-13
41-13
41-13
41 . ic
-.11. oS
-CH 5.
-44.13
44-13
44.13
44-13
44-13
44-13
44-13
44-13
44-13
44.13
44-13
44.12
44-12
44-12
44-11
44-11
44.11
44.11
44-10
s.
-O.gg
1. 01
1.02
I.OO
0.98
0.98
0.98
1.02
1. 01
1. 01
0.98
1. 01
I.OO
1. 02
O.gS
MAJ.
0.98
I.OO
O.gg
1.02
1.02
1. 01
1.03
0.99
03
.01
.01
.01
.02
.02
O.gg
O.gg
I.OO
O.gS
IV.
VIII.
IV.
IV.
I.
III.
IV.
IV.
V.
I.
III.
V.
VI.
V.
IV.
IV.
V.
V.
IV.
IV.
IV.
IV.
IV.
IV.
V.
VII.
VII.
VII.
III.
6
2
I
4
7
6
6
I
3
2
6
2
4
I
7
30
6
4
5
2
I
2
I
5
I
3
3
3
2
2
7
5
5
4
6
4
5
4
3
6
3
4
2
3
5
2
r.
39-92
47-3
40.16
39-74
42-73
41.65
41.31
36.33 :
38.91
46.66
45-24
45-24
47.80
40.40
40.69 [
Ii' 30".
38.605
38 . S6o
37.31
42.88
48.3251
50.28
35.893
36.68
41.885
42.675
37.695
33-40
35.65
42.20^ .
38.28"
42.11
40.g7 '
42.51 '
40. gl
38-53 .
33.53 '
43-665-
41.60 ;
43.135
42.812 ;
37-99 .
45-778.
44-824.
44.356-
46.252 .
'5 33-Si
40 26.46
50 24.74
30 8.05
8 6.65
M 34-21
14 45.96
52 36.62
36 32.92
40 48.90
12 30.60
41 38 ..08
25 3L29
50 16.44
9 17.22
[6 19.10
30 39.22
25 46.50
12 59-33
15 43-6o
58 44-57
;2 51.68
:6 S.ig
19 25.35
!4 23.31
>7 I4-76
K> 42-33
17 7-97
.3 22.26
o 40.16
!3 I. 21
!3 40.48
!S 33-57
4 5g.6g
)0 50.62
15 4.49
'7 53-8i
15 0.33
3 43.ii
14 18.59
(I 9.22
(I 19.60
13 9-32
!I 43.89
H 3-22
-27.98
27-95
28.35
28.66
2g.lS
2g.25
34.58
34-79
34-96
35-48
35-55
35.60
35.48
36.28
-36.68
- 6.47
6.64
7.6c
8.01
8.43
9.01
9-4?
10.47
11.07
ii .go
13-17
13-67
14.41
15.18
15.73
15.87
l6.2g
16.80
16.65
16.65
17.41
17.58
18.30
21. 8l
23.58
24.53
25-55
25.66
27.22
II
- 6.36
9.20
10.38
S.oi
5-52
6.24
6.26
10.64
8.76
9.2.,
6.01
9-34
7-49
10.36
- 5.64
- S.io
lo.og
9.4]
11.83
12.22
11.23
13.27
9-45
12.76
10.62
II .02
II-37
12.43
1 1 . (p
7.30
9-3
9.13
9-79
7.91
10.12
9.31
9.70
10.70
7-73
10.60
10.16
1 1. 60
10.44
8.84
-11-57
h. in. s.
9 25 44.62
25 32.22
27 6.51
28 21.89
30 3g-4g
30 52.86
55 6.10
56 8.30
56 54-24
59 18.96
59 38.35
59 52.45
9 59 18.68
10 3 8.63
io 5 12.68
S g 52.12
io 26.53
14 3-26
IS 33-70
16 59-30
ig n. 19
20 51.38
24 44-17
27 0.39
21) 9.89
30 10. gg
35 15.70
37 9.38
40 7.46
43 16.45
45 32.88
46 7.61
47 53.48
49 58.28
52 31.16
8 56 18.65
9 II 39.84
19 35-11
23 57.02
28 43.01
29
9 36 47.48
27 58 8.19
28 23 3.61
33 3-47
28 12 45.62
27 50 41.35
57 9-70
27 57 26.80
28 35 22.05
19 16.64
28 23 33.62
27 55 12.16
28 24 23.02
S 14.26
28 33 3.08
27 51 59-54
30 28 3.67
42 25.95
37 33-51
54 49.17
57 34.25
30 50 34.81
31 4 44-40
30 37 58-11
31 i 19.18
30 46 15.57
49 7-68
51 36.87
sg 4.07
55 18.57
22 32.64
34 55-97
35 35-48
40 2g.6s
26 54.40
42 47-3g
37 0.45
39 5o. 92
46 58.61
25 39-14
46 2 I . OO
43 12.96
53 25.73
45 15-31
33 48-39
30 53 12.01
J
ift r
16.6
22 7
ii.
23-5
48.3 . .
. . jS.S
>? 6
R
47-
">c S
1.2
17.530.1 42.454.8 . .
.... 24.537.649.5
19.5
31. <j
50.
Zo
10.
23.2
35-9
6 6
]8
IO.
23.
22.
15.
7-
20.
29-5
16.8
32.4
41.2
29.5
4L5
I I . 5
55-
= 6
7-9
2O. 2 . .
. . 11 .
23-
. .
49-
61.8
I 7 .8
. .
43-8
3' -
. .
. .
51.2
56.
"7-
7-8
8
8
8
10
9
8
8
IV.
IV.
IV.
V.
51-
63-516.
2g.
4-.
53 16.26
54
8 57 3-72
g 12 24. go
20 20.13
24 42.05
2g 28.00
30
9 37 32.44
44-10
44.09
44-05
44.02
44-01
43-99
-43-95
I.OO
O.gS
1. 01
I.OO
1 .02
T.OO
I.O1
55-
7-4
29.5
15-1
4-
25-
2O. 2
42.
16.
55-
40.8
t's.'s
45-4
42.
20.
32.4
46.
IO.
CORRECTIONS.
REMARKS.
n Corr. of
Clock.
Hourly
rate.
. m n
c
Zenith Point.
Mic.
Co.
(86) 88. Double star.
(87) 13. Doubtful.
(87) 19. } The observa
(87) 20. > in the orig
(87) 21. ) gible for tr
(87) 25. Transit over'
instead of
ions of right ascension
nal record are unintelli-
ese three stars,
f. VI assumed as at 50". 5
1847. h. s.
Mar. 5, 5 50.77
s.
g 0.004
s. s.
- O.2I2
s.
+ 0.294
o o o.g6
r.
40.169
INSTRUMENT READINGS.
Date.
I
CIRCLE.
f i
||
34-:
34-t
33-8
30. f
30. c
30.
A.
50
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 87
1847. h. m.'
Mar. 5,
7 32
7 48
8 7
9 6
io 15
io 57
290 27 28
32.2
33-4 35-3
32.52
32.48
in.
30.39
390
-396
.400
.402
30.42
D
41-
40.5
39-5
39-5
38.5
38.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 87. MARCH
c
. MAJ. D = -3o ii'
30 ' Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
l
a, MICROMETER.
i
,,
d
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
32
33
34
35
36
37
38
30
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
5')
60
61
62
63
64
65
i
2
3
4
5
6
7
8
9
10
S
8
7
8
S
8
7
9
S
8.9
8
8
8
3
8
8
9
8
7-8
9
6
7
7
5
7
8
8
8
8
6
9
I
&
6.7
9
7
7-8
8
8
IT 6
h. m. s.
9 38 39.26
40 43.16
41 15.42
44 35-88
45 13-64
48 30.19
50 22.49
54 2.99
9 56 20.04
10 2 38.61
5 38.14
8 31.24?
9 41-33
15 3.23
15 9.06
16 21.15
17 45.64
56.64
20 1.31
26 0.23
28 37.69
30 4-32
30 14.64
31 1.58
35 7-20
37 3-62
38 51-87
41 17.25
41 57-97
43 0.66
43 29.39
47
50 '30.38
51 52.64
10 54 18.51
E 88. MAR
9 46 45-41
49 23.
52 23.32
53 52.51
55 53-69
57 2-18
9 58 47.99
10 i 39.66
3 13-85
10 6 26.82
S.
-43-95
43-94
43-94
43-92
43-92
43.90
43-89
43-87
43.86
43.83
43-81
43-79
43.78
43-75
43-75
43-74
43-73
43.72
43-71
43-6-
' 43.64
43.64
43.64
43-6i
43-59
43-55
43-54
43-54
43-43
43-47
-43.46
en 14.
+ 12.70
12.71
12.72
12.73
12.74
12.74
12.75
12.76
12.77
+ 12.78
s.
I.OO
0.99
0-99
I.OO
l.OI
I.OO
0.98
I.OO
0.99
0.98
1.02
l.OI
I.OO
l.OI
1.02
I.OO
I. 01
I.OO
0.98
1.02
0-99
I.OO
I.OO
1.02
1.02
I. O2
O.gg
I .Ul
l.OI
I.OO
I.OO
0.99
I.OO
l.OI
MAJ.
+ 1.00
0.98
l.OI
I.OO
l.OI
l.OI
0.99
0.98
0.99
+ 1.02
IV.
IV.
VII.
IV.
V.
VII.
V.
V.
IV.
IV.
V.
VII.
IV.
I.
II.
IV.
VI.
VII.
VII.
V.
IV.
V.
3
5
5
4
3
4
7
4
5
7
i
3
4
3
2
3
3
3
r.
49.652
42.156
43-285
43.200
39.22
40.662
38.305
47-162
41.962
39-462
39-15
40.931
36.77Q
33.681
37-421
44-725
40.756
43-470
30 23.07
22 59.64
22 20.76
28 g.8l
36 21.93
29 37.21
10 39-34
2 5 53-35
23 5-97
9 59-45
50 59.48
35 23.37
31 51-02
39 33-01
46 7.35
33 12.73
35 29.05
33 55-59
-27-47
27.88
27-99
28.67
28.79
29-45
29.81
30.54
30.78
32.20
32.75
33-og
33-50
34-47
34-49
34-71
34-95
35-
10. 06
9.02
8.93
9-74
10.89
9-95
7.29
9-43
9.03
7.20
13-03
10.76
10.26
11.35
12.30
10.45
10.77
10.55
h. m. s.
9 37 54-31
39 58.23
40 30.49
43 50.96
44 28.71
47 45.29
49 37.62
53 18.12
9 54 35.19
10 i 53.80
4 53-31
6 46". 44
8 56.55
14 18.47
14 24.29
15 36-41
17 o.go
(17)11.92
20 16.62
25 15-54
27 53-05
29 19.68
29 30.00
30 16.92
34 22.57
36 ig.oi
38 7-3
40 32.68
41 13-41
42 I6.I2
42 44.85
49 45-91
51 8.17
10 53 34.04
9 46 59.11
52 37.05
54 6.24
56 7-44
57 15.93
9 59 1-73
10 i 53.40
3 27.61
10 6 40.62
30 42 30 60
35 ' 6.54
34 27.68
40 18.22
48 31.61
41 46.61
22 46.44
38 3-32
35 15-78
30 22 8.85
31 3 15.26
30 47 37.22
44 4.78
51 48.83
58 24.14
45 27.89
47 44-77
30 46 ii.
31 4 27.45
30 34 0.79
39 47-97
46 22. 8(
30 59 '-53
31 3 7-65
30 57 35 -9 f
32 54- 5t
48 47. gj
53 40.65
42 40.4?
37 19-35
20 4g.
24 5-04
30 45 40.21
31 2 17.84
29 29 24.25
30 23 19.57
29 58 18.70
30 3 44.4?
29 51 26.57
29 57 47- K
30 9 58.15
22 9.6;
30 9 43-3'
29 41 22. If
30.
43-4
56.
41 -
10.5
49-?
57-2
37-8
13-
17-8
10.
50.
24 .'S
30.
23-
3-5
20.
3S-7
42.7
35-
15.6
32.8
47 4
28 "
64.0
9. 6
. .
16.
29.
50.6
41. S
64.0
54-?
75-0
22.
66.?
34. :
21 .
47-
24.
35.
13.
l
5
4
3
i
i
2
6
3
2
3
4
7
7
4
I
-29 C
4
I
5
4
6
5
3
i
3
7
37.165
44.32
44-32
43-20
46-65
39-52
38.915
31. 10
39.50
45.96
49.695
48.68
41.98
36.33
34.215
41.5
34' 30'
49-10
43-25
40.98
41 .602
37.76
41.92
41.122
45-35
41-578
45-I65
52 7-87
21 45. 12
27 31-25
34 5-19
46 40.93
50 46.78
45 15-56
20 37/37
36 28.13
41 20.07
30 21.25
25 0.79
8 32.80
it 47.30
33 19.20
49 54-10
24 46.66
48 38-35
23 40.13
29 4-84
16 48.20
23 7.76
35 16.75
47 26.04
35 I- 10
6 43.12
36.39
36.83
37-07
37.10
37.23
37-9
38.22
38.51
38.91
38.99
39.18
39.26
39-
40.32
40.55
40.89
2.29
2.72
3.42
3-72
4. ii
4-31
4-67
5-23
5-53
- 6.12
13.19
8.84
9-65
10.57
12.37
12.97
12.18
8.68
10.90
11-59
10.05
9-30
6.98
7.42
10.46
12.85
- 5.30
8.50
' 5-15
5.87
4.26
5-Oy
6.71
8.36
6.68
2.91
50.5
I?.
15-8
C'J.
4O.
54-2
4.
2O. I
2Q.
42.
39-
52.
39-
4-5
52.
16.8
bn
20.?
24.
36.
cc
40.
53-
5-
52.
43-4
6.
32.
56.
29.?
44.
68.
3'.
Zo*
45-
59-
58.4
37-
II.
41.
12.
27- 37-
53 .'8
. . IS.
6.2 19.
30.6?
. . 13.226.4
i.
49-
27.4
1.2
^Q.S
14.
25.8 . .
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co. (87) y
). Minute of transit assumed as 55* in-
stead of 56'.
;. Minute of transit assumed as 7 in-
stead of 8'".
). Transit over T. V assumed to have
been recorded as over T. VI.
i. Micrometer reading assumed as 3g r .O5
instead of 3g r .so.
). Double; micrometer reading assumed
as 45 r .76 instead of 45 r .g6.
. Minute of transit assumed as 43 in-
stead of 44.
. Micrometer reading assumed as 4i r .O5
instead of 4i r .5.
'.. Transit observations incongruous.
1847. h. s.
Mar. 14, 10 + 7.72
s.
g 0.018
s.
; 0.212
s.
+ 0.294
o o 7.12
r.
40. i
\ (87) 4
42 | (87) 4'
INSTRUMENT READINGS.
(87)- 5!
! (87) 5<
Date.
CIRCLE.
||
S'I (87) 6
III (87)6;
"IE: (88) :
32.1
30.
28.5
28.5!
28.6
28.4
A.
B. C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 88
1847. h. m.
Mar. 14, 9 46
8 35
9 45
10 35
10 44
II 27
12 4
12 51
291 5 o.o
3.5 0.5 o.i
0.85
j
1.02
in.
30. 182
.180
.180
.180
.166
.162
.161
43.8
41-5
40.
40.
39-
38.5
38.
i8
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 88. MARCH 14. MAJ. D = 26 34'
30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
4
"2
MICROMETER.
i
4
d
Menu Right
Ascension,
1850.0.
Mean South
Declination,
1850.0
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
2 9
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
8
8
8
7
8
7
8
8
3
8
5
9
I
8
8
7
7
8
9
8
8
8
8
8
8.9
8
8
8
6
7
7
8
8
8 .
9
8.9
9
9
8
6.7
'7-
30.
42. '
56
h. m. s.
10 7 42.31
8 43-34
9 57-88
12 35.86
14 52.36
15 19.60
16 31^19
19 15-03
20 3.54
22 11.83
22 24.84
29 11.54
34 12.01
35 29.45
36?24-35
38 40.14
40 33.38
41 41-63
42
46 54-49
49 32-54
50 7-52
52 15-70
57 7.52
10 58 54.87
ii i 16.76
5 1-54
7 57.50
8 22.17
II 32.82
14 32.90
25.97
20 32.97
22 ?O.g3
25 15.28
27 23.43
30 6.10
ii 31 22.32
12 7 56.69
56. 6c
9 43-66
II 2 I . 70
12 55-95
13 7-59
16 29.08
17 16.49
21 35.29
22 45-70
12 23 27.69
s.
+ 12-79
12.79
12.80
12. 8l
12.82
12.83
. 12.83
12.85
12.85
12.86
12.86
12.90
12.92
12.94
12.94
12.96
12.97
12.98
13.01
13-03
13.03
13.05
13.08
13.09
13.11
13-14
I3-J6
13. 16
13.18
13.21
13.21
13.25
13-27
13.29
13-31
13-33
13-34
13.68
13.68
13.69
13.71
13-73
13-74
13.76
13-77
13-81
13.83
+ 13.83
S.
+ 1.00
O.gS
0-99
1. 01
1. 01
0.99
I. 01
0.99
1.02
I. 01
I.OO
1.02
I. 01
0.99
I.OO
0.98
0.99
0.98
I.OO
I.OO
I.OO
1 .00
0--99
I.OO
0-99
.01
.00
.00
.00
.00
0.99
I.OO
0.99
1. 01
0.99
0.99
0.99
i.oo
0-99
1.00
I.OO
0.99
0.99
0-99
0.99
I.OI
+ I.OO
V.
VI.
IV.
V.
VII.
VII.
vii.
VIII
yii.
IX.
IV.
VII.
IV.
V.
VI.
IV.
3
i
3
2
5
5
3
6
2
6
5
5
7
5
2
4
I
2
3
I
4
r.
51.11
46.39
40.36
48.30
45.505
48.63
41.105
36.61
41.815
46.69
54-83?
34.16
38.77
41-65
42.3
41-15
40.?59
46.528
52.76
47.87
45.51
>.g 32.87
(6 50.24
)5 42-99
!9 52.60
!i 4.31
9 16.72
)5 17-28
7 27.79
13 36.05
i 40.67
5 42.72
'-7 34-65
[0 23.33
23 16.72
13 28.64
29 20.41
>o 9.94
to 53-77
28 35.29
15 59-27
26 49.94
- 6.37
6.57
6.80
7.29
7.72
7.78
7 99
8.47
8.63
9.01
9-04
IO.2O
I I 03
11.23
11.38
11-75
12.04
12.23
12.
I3.OO
13.41
- 5.93
8.28
6.77
7-34
4.82
4-5*
6.72
4-34
7 . 86
3-59
4.12
5.68
3.42
5.09
7.81
5.91
8.74
7-47
5- Si
8.17
5-5S
h. m. s.
10 7 56. 10
8 57.11
10 1 I .67
12 49. 6(>
15 6.3,,
15 33-44
16 45.01
ii) 28.89
20 17.38
22 25.71
22 38.71
29 25.44
33 25.95
35 43-4"
36 38.2?
38 54.10
40 47-33
41 55-6o
47 8.48
49 46.57
50 21.55
52 29.75
57 21. 60
10 59. 8.95
II I 30.87
5 15-67
8 11.67
8 36.33
ii 47.00
14 47.11
15 40.18
20 47.21
22 I5.2(i
25 29.56
27 37-75
30 20.42
II 31 36.65
12 8 11.36
8 11.37
9 58-34
ii 36.41
13 10. 6S
(14)22.32
16 43.83
16 31.25
21 50.09
23 0.54
12 23 42.52
Of II
30 4 I5.I7
21 35.09
10 26.56
30 14 37.23
29 55 46.85
29 53 59.08
30 10 2.09
29 52 10. 60
30 i 8 22.54
29 46 23.27
29 50 25.88
30 2 20.53
29 45 7.78
29 58 3.04
30 1 8 17.83
4 8.07
-5 0.72
15 43-47
3 23.
20 50.44
I 38.93
6 21.74
2 0.22
30 17 25.28
29 57 31-07
30 19 5-53
29 46 46.44
30 i 49-45
ii 21.41
4 42.94
4 20.04
24 32.66
9 11.26
30 12 36.95
29 53 42-57
30 23 6.08
23 23.15
16 27.18
10 9.54
22 1.82
20 36.47
21 ig.II 1
17 54.83
3O 19 6.96
29 50 47.10
30 9 0.04
16
II.
27
23.
36-
53.
18
45.
c-. r,
56
IO.
15.
?8
40.
2 9-
41.8
7 2 .
50.
63.
37-
34-
27
7-5
38
50.
2O.
34-
53-
78.
Ifi
20.
|i S
20.
58
53 8
3
5
2
4
2
6
4
3
4
4
i
2
2
5
i
i
2
3
I
I
I
2
2
6
3
47.625
34.882
43.651
52.74
40.77
46.22
45.29
40.05
40.275
40.95
41-56
58.05
52.10
49.41
44.10
43-61
45-54
41.29
46.057
31 3L72
27 10.10
(2 32.83
22 40.98
U 12.03
I 56.89
26 57.86
36 28.13
29 5O.2O
29 27.29
19 36.50
u 17-03
37 41-90
18 49.85
(8 9.08
8 25.96
M 27.79
35 11.01
7 1-55
I3.SI
14.50
14.76
15.07
15.56
15-95
16.0O
16.39
16.76
16:82
17.48
17-65
18.01
18.22
18.54
18.67
21.83
21 .83
2 1 . 94
6.21
5.62
7-69
5.02
7.04
3.60
5-59
6.89
5.98
5-93
8. 68
6.58
7.04
4.50
8.46
8.52
7.56
6.70
8.33
29.
54-8
7-4
55- '
20.2
7 8
33-5
20.
42.
55-
36.5
48.2
II. 8
8.'
19.8
22.
33-
35.0
JC I
47.6
IT.
?6
33
I.
69
-
41 *
ii .
53 .
15-
23.2
36.'
40.7
53-8
35 -
(
45
c6
JC .
r6
69
9-
22.
c 8
fin
^i
.
42.
55-
48.
47-
42.
40.
39-
43-
542
3'
r-'
934
442
33
)5 36.13
j6 18.51
42 54-7'
4 6.38
15 50.27
34 0.76
22.21
22.37
22.37
22.65
22.72
-22.74
8.13
8.23
7-75
7-93
4.11
- 6.54
42.
7 .
M-
i
10.5
33-
22.
46.
35-2
rH
48.
53
fi
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
tn 11
C
Zenith Point.
Mic.
Co..
(88) 21. Apparently wrong by 3".
(88) 23. Time of transit over T. II assumed as
47 s instead of 27*.
(88)_ 25. Three stars of nearly the same right
ascension ; transits over T.'s V and
VI assumed to have been recorded
as over T.'s VI and VII ; micrometer
rending assumed as 42 r .O3 instead of
(88) 32. A star of 6.7 magnitude in upper part
of field.
(88) 37. Time of transit over T. IV assumed as
i".8 instead of ii".S.
(88) 40. Micrometer reading assumed as 39 r .05
instead of 40^05.
(88) 42. Minute of transit assumed as 15"", and
transit over T. IV a'ssumed as re-
corded over T. VI.
(88) 45. Declination 3' different from Oeltz,
Arg. Z. 401, 53 ; micrometer reading
ucrhaps 47 r .io.
(88) 56. Transit assumed to have been observed
over T. ii instead of 12, as recorded.
(88) 58, Transits over T.'s III, IV, and V ass'd
as recorded over T.'s II, III. and IV.
1847. h. s.
s.
s. s.
S.
t II
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
-a
2 o
11
S!
X
28. (
28.
28.
28.
27.
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
Zone 88
1847. h. m.
Mar. 14, 12 53
13 57
14 49
15 12
' . "
"
"
in.
- 30. ito
.148
30. 140
30.138
-134
38.
37.
37-
37-
37-
.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 88. MARCH
14. MAJ. D =-
2 9 34' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
o 2
MICROMETER.
i
J\
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I. II.
III.
IV.
V.
VI.
VII,
II.
12.
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
go
9 1
92
93
94
95
96
97
98-
99
IOO
IOI
IO2
I0 3
104
105
1 06
107
108
9
8
8.9
8
8
7
9
8.9
8
8
8
O
9
9
9
8
9
8
8
8
8
8
7
8
8
9
9
8
9
9
8
8
8
7
9
9
9
8
7
9
8
7
7
6c
h. m. s.
12 24 4.97
34 31-91
40 36.49
4i 13-95
43 30.39
s.
+ 13.84
13.95
14.01
14.02
14.04
s.
+ 1.00
l.OO
0.99:
i.ool
0.99
VII.
VII.
V.
vii.
VI.
VII.
VII.
V.
VII.
vii.
tii.
VII.
5
3
2
5
i
2
2
3
6
4
5
7
2
2
5
6
6?
5
4
4
3
5
5
2
5
6
2
3
6
2
3
2
2
I
4
3
6
4
2
2
2
5
2
3
2
7
6
r.
46.978;
46.221 ;
34- 403 <i
39.121 ;
44-37 ]
46.575^
46.30 4
46.59? :
45-39 i
46.52 5
47.255 i
40.515!
40.816 ^
46-575 ! -l
47-16 <
48.521 1
44.6g8i
44-92 "<
38.492:
46-738:
46.475:
38.886:2
42.7142
41.0704
34-4455
40.25 |i
39-45 'A
35-Og j;
36.945 i
34-45 4
42. Sg ;
38.21 4
47.205^
49-51 -1
o 13.61
2 21.22
7 51-27
4 44-1-4
7 59.78
o 52.15
I 10-57
2 8.51
2 25.48
6 15.46
I 21.10
9 23.24
4 lo.n
o 52.00
o 7-33
o 37-33
2 49.16
I 24.46
51-59
6 8.00
2 12.32
4 51-90
2 40.08
4 1.70
7 25.11
5 22.45
4 57.48
8 44.48
7 22.80
7 49-31
4 14-76
5 40.18
o 30.45
5 2.46
22.76
23.23
23.46
23-48
23.55
23-55
23.69
23.70
23.76
23-79
23.82
23-92
23.92
23-93
23-93
23-94
23-95
23.95
23-95
23-95
23-73
23-48
23.46
23.43
23-37
25.26
23.10
23.
22.79
22.76
22.58
22.25
22. 12
22. 0$
n
-4.69
6.32
8.44
5-30
8.47
7.48
7.53
6.30
3.66
5-50
3-51
3.26
7-g4
7-48
4.67
3-4i
3-6g
4.84
6.12
5.48
6.30
5-31
5-02
7-93
5-64
4.01
8.08
7.19
4-29
8.47
6.58
8.17
7-45
8.08
h. m. s.
12 24 19.81
34 46.86
40 51.49
41 28.97
43 45-42
(44)
48 39-91
49 15.41
52 0.84
53 37-77
12 55 32.93
13 3 6.28
3 2.08
4 10.44
7 8.40
8 35.69
9 47-81
10 57.44
14 6.89
30 56. g2
39 51-96
40 27.64
41 47-54
43 43-87
47 18.68
50 5-35
(49)18-99
56 18.96
13 56 51.7
14 o 36.00
5 58.27
7 53-82
g 3.85
13 1.04
16 13.52
16 46.00
19 33.48
24 17-45
24 13-04
24 14.06
27 44.65
31 30.47
32 55.22
35 8.58
37 12.87
38 2g.o8
39 13.45
14 39 34.29
29 55 it. 06
30 7 20.77
30 22 53.17
29 59 42.92
30 23 I. 80
15 53-18
1 6 11.79
30 7 8.51
29 47 22. go
30 I 14-75
29 46 18.43
29 44 20.42
30 19 11.97
30 15 53.41
29 55 5-93
45 34-68
47 46.80
29 56 23.25
30 5 51.66
I 7-43
30 7 12.35
29 59 50.69
29 57 38.56
30 19 3.06
30 2 24.12
2g 50 19.72
30 19 58.66
30 13 45-
29 52 ig.88
30 22 50.54
9 13.92
20 40.60
15 30.02
20 2.62
6 54.01
30 10 57.24
29 49 13.81
30 2 51.87
22 57-74
18 26.11
22 39.85
I 53-34
17 2.24
9 31.49
30 19 59-73
29 42 53.21
29 46 58.79
6.8
19.
31-8
44:8
62
52.
5-
18.
30.
50.
25.2
50.
T S
48 24.82
49 0.31
5i 45-71
53 22.62
12 55 17.76
13 2 51.03
2 46.83
3 55-17
(5)
6 53.10
8 20.38
9 32.48
10 42.10
13 5L5I
30 4L35
39 36.29
40 ii. 96
41 31-83
43 28.15
46 2 . g4
49 49-55
3.12
56 3.10
13 56 35.82
14 o 20.08
5 42-28
7 37-Si
8 47.82
12 44.97
15 57-41
16 29.88
19 17.34
24 1-24
23 56.82
23 57-84
27 28.39
31 14-18
32 38.90
31 52.24
36 56.51
38 12.71
38 57.08
14 39 17.90
14.09
14. 10
14-13
14-15
14.17
14-25
14-25
14.27
I4-30
14-31
M-33
14-34
14.38
14-57
14.67
14 68
14.70
14,72
14-75
14-79
14.87
"14-87
14-87
14.92
14.98
15.00
15.02
15.07
15.11
15.12
15-15
15.21
15.21
15.21
15.25
15.29
15.31
15-34
15-36
15.38
15.38
+ 15-39
.00
.oo !
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00.
.00 :
.00;
.OO:
.OO;
.01
.00
0.99
.01
.00
o.gg
.01
.00
.01
.01
.01
.00
.00
.00
0.99
.00
.01
.or
.01
.00
.01
.00
.00
0.99
o.gg
+ 1.00
46. 38
rf< ?
35-6
43?. 2 . .
48.
60.4
36
2=> .
21 .
'i3
31.
45 .
59-
10. 5
20
51.6 4.
17.
23.4
54-
36.4-I9-
-6.8
50
10
25-
Vs.'
49 8
. . 41.
1.2 .
54-
5-6
. . |jo.8 2.
. . 16.
4 1
50.2
3.016.
30.
3-S
17.2
12.
29.
24.6
-12.7
38-
55.
51.2
26
45.
31-
44-5
57-8
II.
S
36.625;
40.889;
42.105 i
43.6255
34.19 <
42.06 L
34-71 4
35-252:
44-48 H
42.34 i:
39-325'
42.92
45-97 i
I 56.17
5 58.90
4 18.58
7 55-18
7 58.26
3 27.27
7 40.70
6 57.36
2 4.29
4 34.81
5 1.78
8 0.42
2 5-51
21.58
21.54
21.36
20.97
20.98
. 20.98
2O.7I
20.39
20.27
2O.O5
19.87
19.76
-19.69
6.26
6.80
3.87
5-72
8.50
7.86
8.44
5-59
7.68
6.63
8.08
3-03
- 3-59
23-
36.'
49.
61 '
30 . 6
42.
-1C
i&
3-
15-
29.
14-
27-
51-
5 .
5-0
IT 6
5.1
17-
3L
43-4
57-
38
35-
eft
CORRECTIONS.
REMARKS.
D-ite Corr - of
Clock.
Hourly
rate.
m 11
c
Zenith Point. Mic.
Co.
(88) .60. Minute of transit assumed as 25"' in-
stead of 24"'.
(88) 64. The time, 30-', assumed for transit over
T. IV instead of T. V supposed. to
be 5" in advance of the last star, as
indicated by the rejected observation
of T. VI ; micrometer reading as-
sumed as 46^03 instead of 46 r .3O.
(88) 70. Transit over T.VI assumed as recorded
over T. IV ; hor. thread assumed as
6 instead of 5.
(88) 85. Minutes assumed as 47 instead of 46.
(88) go. Right ascension differs I2.g from Arg.
Z. 404, 67 ; transit over T. n proba-
bly recorded over T. 12
1 (88) 96. Micrometerreadingassumedas39 r .88g
instead of 4O r .88g.
(88) 98. Transit overT. IV assumed as i s .o in-
stead of 6'. i.
1847. h. s.
s.
s. s.
s.
' " s.
INSTRUMENT READINGS.
Date.
CIRCLE.
n
w S
rt t-
<U
<S
o
"3
|
Z c
x ;
w
A.
B. C.
n.
Corr'd
Mean.
Mean.
Barom.
.
1847. h. m.
in.
20
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 88. MARCH 14. MAJ. D = 29 34' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
0|
flj
MICROMETER
i
4
Mean Right
rf3 Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
IV.
VII
II.
12.
109
no
in
112
"3
114
115
116
U7
118
119
1 20
121
122
123
124
125
I
2
3
4
j
6
7
8
9
10
n
12
13
'4
15
16
17
IS
'9
20
21
22
23
24
25
26
27
8
7
8
7
8
8
6
7
7
7
9
8
9
8
7
7
8
8
7
9
8
6
8
8
7
7
7
7
6.7
8.9
7
8
9
i
9 .8
47-
72.
h. m. s.
14 42 24.98
43 20.89
45 14-13
47 3-09
50 10.75
55 28.33
56 12.79
57 11.41
14 59 43.81
15 2 44.91
3 5-85
4 5-86
6 13-64
6 39-97
9 21.85
10 45.96
15 13 3-7S
SE 89. MAB
7 33 57-79
34 19.69
22.47
35 59-95
38 15.01
40 41-13
24.97
45 3L72
47 16.95
50 12.74
25.76
7 26.14
8 2 52.21
4 7-17
5 10.40
29.72
6 29.92
9 43-6o
n 41. 19
12 44.09
16 13.84
17 43-13
19 50.47
19 38.53
22 32.39
22 59.05
8 23 33.17
s.
+ 15.43
15.44
15.46
15.48
15.52
15.58
15.59
15.60
15.64
15.67
15.68
15.69
15.71
15.72
15.75
15.77
+15.79
OH 18.
+10.15
10.15
10.15
10.14
10.14
10.13
10.13
10. II
IO.IO
IO. 10
to.oS
10.08
10.07
10.07
10. 06
10.06
10.06
10.06
10.05
10.05
10.05
10.04
10.04
10.04
10.04
10.04
+ 10.04
s.
+ I.OI
.00
.00
.01
.00
0.99
.00
.01
.00
.01
.01
.01
.00
.01
.01
.01
+0.99
MAJ.
+ 0.97
0.98
1. 00
0.97
0.97
0.99
.00
.02
.OI
0.96
.OO
.00
.01
0.99
0.97
0.98
I. 00
0.98
I. 00
0.98
03
.01
.07
.01
.00
0.97
+0.97
VII.
VIII.
D = -
vii.
VI.
VI.
V.
IX.
2
5
3
2
4
6
5
2
4
2
2
2
3
3
2
2
6
-28"
I
2
I
I
3
i
6
5
I
4
5
3
i
2
4
2
3
2
6
5
5
4
4
i
i
47.86
43-39
34-502
46.125
37-502
35.695
41.92
39 -'44
37-956
41-59
47.41
51-73
44-51
41.298
45-305
43-79 -
40.27
59' 20".
41.176
40.59
40.042
35.76
41.2=1
to 7.90-19.36
12 17.15 19.26
)3 20.40 19.07
tl 7.64 18.87
51 26.01 18.57
[7 59.30; 17.98
>3 7.76 17.93
14 57-48 17-78
51 9.62 17.52
t3 43-80; 17.18
10 23.39! 17.14
57 54.65! 17.02
53 18.07! 16.78
55 10.74! 16.73
H 35.54 16.38
[2 28.OO 16.21
15 21.77-15.92
9 49.77 6.00
14 18.23 6.09
;o 28.47 6.51
52 56.11 7.07
55 12.20 7.68
- 7-40
4-94
6.46
7-53
6.19
4-37
5.06
8.08
6.16
7-93
7-44
7.10
6.45
6. -I
7.6!
7-72
4.00
- 8.43
7-74
e. 5 i
8.81
6.62
h. m. s.
14 42 41.42
43 37-33
45 30-59
47 19-5*
50 27.27
55 44.9
56 29.48
14 57 28.02
15 0.45
3 1-59
3 22.54
' 4 22.56
6 30.35
6 56.70
9 38.61
ii 2.74
15 13 20.56
7 34 8.91
34 30.82
34 33-62
36 i i. 06
38 26.12
40 52-25
(42)36.10
45 42.85
47 28.06
50 23.80
58 36.84
7 59 37-22
8 3 3-29
4 18.23
4 21.43
4 40.76
6 40.98
9 54-64
II 52.24
12 55.12
16 24.92
17 54.18
20 1.52
19 39.58
22 43-43
23 10. 06
8 23 44.18
30 15 4.66
29 57 11-35
30 8 15.93
16 4.04
30 6 20.77
29 52 51.65
29 53 0.75
30 19 53.34
6 3.30
18 38.91
15 17-97
12 48.77
8 11.30
10 4.1*
16 29.53
30 17 21.93
29 50 11.69
29 49 24.20
43 52.06
5 3-49
52 31.99
34 46.50
16 53.93
26 2.25
53 7- 11
32 25.04
25 55-Sg
35 45-93
47 5-14
42 12.80
27 37-55
43 21. ii
32 10.45
41 0.40
12 42.33
22 27.77
22 9.83
25 39.59
27 I-5
29 49 24-44
21.5
34-
27.
45-2
52.
33-
6.4
45-2
18.5
20.
50.2
58.
5-5
31.6
3t-9
63.
II. 2
28.7
60.
II. 2
43-8
76-
22
jo. 7
12.5
24.
56.
25.8
36.8
50.
iS
6n
38. 51.
- 45.
. . 7-
59-
64.8! . .
/
57-9
2O. 12.
II. 2
24.
42.
Zo
,
37-9
28.4
41.7
6.
39-2
7^2
51-
47-
I.
19.
5-1
0.4
31-4
36.82
36.122
34.832
35.16
36.419
40.70
44.56
43.69
43-55
41-74
46.00
45-84
44-33
42-555
43-09
47.03
44.672
17 20.56
26 27.36
;3 28.20
52 46.65
*
26 17.17
?6 5-75
17 53-24
2 31-49
27 57-76
t3 38-63
52 28.82
U 17-46
'3 1-97
22 45.89
22 27-47
25 56.81
27 18.00
8.88
9-31
10.04
12.05
13.16
13-45
13-71
13-70
M.03
14-83
15-33
'5-57
16.39
16-75
17.26
17.26
17.90
4.49
5-58
8.87
6.34
5.56
6.73
8.19
7.52
5.76
7.6 5
6.30
7-37
3-97
5-13
5-io
5-52
5-68
13-
2O.
25.2
63.1
39-8
52.1
5-
17.2
23.
S
3-4
18.7
16.
31-
29.
43-2
41-
56.2
54-
6.
22.
36.
48.7
1-9
30.4
13.8
43-
51.
26.
56.2
3-
8.1
15.2
- -
'
25-
19.4
32-8
14.')
37-
45-
59.2
II. 2
41.
52
19 37-88
- 18.15
- 8.41
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate;
m n
C
Zenith Point. Mic.
Co.
(88) 109. Double. ?
(88) 115. Transits ove
sumed as n
and VI.
(89) ii. Transit over'
stead of 20".
(89) 14. Micrometer re
stead of 40'.
(89) 15. Transit over
been recordc
minutes to b
(89) 16. Transit over
been recordc
(89) 24. Transit over
been record(
rT.'s III, IV, and V as-
coided over T.'s IV. V,
\ IV assumed as 26" in-
ading assumed as 39'. 70
70.
T. V assumed to have
d as over T. IV, and the
e 4 instead of 5.
T. V assumed to have
d as over T. IV.
T. n assumed to have
d as over T. 12.
1847. h. s.
Mar. 18, 6 + 5.83
s.
g 0.012
s. s.
- 0.238
s.
- 0.341-
r.
o 4.73 40.152
INSTRUMENT READINGS.
Date.
CIBCIJt,
11
~ E
rt u
w t,
<{5
a S
1
H
X V
w
46.:
45-f
45-:
45-:
45-1
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 89
1847. h. m.
Mar. 18 7 33
8
8 22
9 10
9 23
9 45
10
291
i ti
42 22.6
25-7
20.5 28.7
24.41
24-38
in.
30.160
.156
.170
30.186
30.188
46.2
46.5
46.5
46.5
45.5
12.2
IO.4
,
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
21
ZONE 89. MARCH 18. MAJ. D = 28 59'
20" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
az MICROMETER.
i
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI. VII.
II.
12.
28
29
30
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
i
2
3
4
5
6
7
8
9
10
ii
12
9
8
7.8
9
8
8
8
8
7
8
8
8
S
7
8
6
7-8
6.7
S
8
8
9
8
9
8
7-8
8
7-8
8.9
7
8
7
S
I
7
7
7
7
7
6
7
7
. .
h. m. s.
8 26 43.11
26 41.6;
30 3-3<
30 34-8:
31 58.5:
37 38.7
40 20. 8.
42 38.1:
43 50.0
46 6.7<
46 10.5.
49 13-5'
S 50 46.4*
9 o 56.3:
I 42. 5<
3 36.4>
8 10. 7(
8 29.0
9 56.3'
13 55-8<
16 10. 8<
15 36.0.
19 31. i<
20 55.9
23 29. 4(
30 30.3
32 51-2
35 7-1
37 15-3
38 34-7
41 36.1
41 44.8
9 14-2
IE go. MAI
7 38 10. o-
42 40. o>
45 5'-l2
45 55-2.
46 19.3.
48 4.9!
48 48. 3<
51 43-7'
58 52.9
4.6
s.
+ 10.03
; 10.03
1 10.03
10.03
10.03
: 10.03
^ 10.02
10.02
IO.O2
)' IO.O2
i 10.02
) 10.02
) 1O.O2
! IO.O3
1 10.03
i 10.03
) 10. OJ
i IO.O4
) IO.O4
) 10.05
) 10.05
I IO.O5
) 10.06
i 10.06
) 10.06
y to. 08
[ 10.08
} 10. or;
I 10. or,
7 10. ic
; io.ii
I IO.I1
2 +10. II
-cii 24.
' + 8.77
8.76
8.75
> 8.75
8.75
8.74
) 8.74
) 8773
< 8.73
' 8.73
s.
+o.gg
0.99
I.OO
1.01
I.OO
0.97
1.02
o.gg
0.97
i. 02
I.OI
I.OI
1.02
I.OO
o.gg
0.98
i.oo :
o.gS:
i .00
1.02
0.97
0-97
.02
.00
.00
.02
o.gg
o.gg
I.OO
o.gg
o.gg
+ 1.02
MAJ.
+ 1.00
I.OI
I.OO
I.OO
0.98
I.OO
o.gg
0-99!
0.98
I.OO
VI.
VI.
VII.
IV.
IV.
VI,
VII.
IV.
VI.
IV.
IV.
IV.
V.
vii.
VI.
in.
3
3
4
5
4
2
6
2
I
6
5
6
4
2
I
4
2
4
6
I
i
5
6
4
4
7
3
I
3
3
7
30
3
3
2
2
2
2
I
3
3
2
r.
43-95
45-295
37.546
40.492
43.921
34-'532
44.662
48.35
38.10
34-04
37-472
41.032
38 . 692
41-97
47-582
49.187
35.832
40.86
39-589
38.2gg
35-65
39.524
41.87
42.392
41.425
36.372
36.570
37-94
37-20
38.885
42.542
37-452
35.650
48' 50".
|49-58
47.525
46.75
46.75
40.19
59-66
58.525
47.965
48.645
44.965
48.60
47-742
27 43-84
32 53.11
31 24.51
23 56.93
27 44.84
J2 2.4g
12 50.54
39 50.88
5i 35-35
18 56.28
25 40.92
23 37.65
16 i6.n
28 52.18
o 17-47
45 13-92
32 23.51
J4 43.36
30 14.15
16 29.64
52 59-89
jo 46.31
23 9-49
'4 8.55
29 10.94
32 4-92
II 38.93
37 6.36
37 31-83
30 38.40
34 27.89
37 23.16
12 10.76
30 25.55
25 40.86
32 3.00
32 3-00
44 32.00
33 21.23
34 0.52
jo 4.29
45 32.59
33 4-47
3" 59-30
jo n.g2
18.89
18.89
19.68
19.80
20.14
21.46
22.04
22. 6l
22.89
23.41
23.61
24.I3
24.48
26.76
26.93
27-34
28.36
28-44
28.74
2g.6o
30.08
30.17
30.80
31.10
31-64
33.10
33-59
34-05
34-49
34-76
35-37
35-40
-35-70
- 2. 68
3-86
4.70
4.82
5-28
5-47
6.25
6.2g
6.34
6.50
- 6.51
- 5-72
6-35
6.17
5 27
5-73
7-33
3-96
7.19
8.65
4.66
5.48
5-23
4-35
5.87
7.25
7.86
6.2g
7-79
6. 02
4-38
8.83
8.56
5.17
4.09
5-89
6.25
3.80
6.85
6.91
6-08
6-54
6.90
- 3-85
- 6.06
5.38
6.29
6.29
8.05
6.48
6.57
7-43
8.19
6-45
6.14
- 7-47
h. m. s.
8 26 54.13
26 52.67
30 14.42
30 45.87
32 9-55
37 49-71
40 19-35
42 49.14
44 1.04
46 17.80
46 2f.s6
49 24.62
8 50 57.50
9 i 7-35
i 53.61
3 34.87
8 21.74
8 40.10
10 7.40
14 6.93
16 21.91
16 47.06
19 42.26
21 6 . gg
23 40.46
30 41.44
33 2.31
35 18.24
37 26.39
38 45-87
41 47-25
41 55-94
9 43 25.35
7 38 ig-79
42 49-85
46 0.87
46 4.98
46 29.07
48 14.70
48 58.12
51 53-51
52 2.64
52 14.35
7 52 49-7
29 27 28.45
32 38.35
29 31 10.36
28 23 42.00
29 27 30.7,
41 5'- 2
12 36.5
39 40.6
51 26.8
18 44-38
25 30. o r
23 27.0
16 4.9,
28 44.8
40 n.6 3
45 9-if
32 18.16
44 39-59
30 8.91
16 23.62
52 58.80
50 45.04
23 5.46
M 3-74
29 8.47
32 4-27
ii 36.32
37 7-26
37 33-23
30 39-24
34 29.80
37 25.46
29 12 IO-3I
31 19 24.29
14 40.10
21 3.99
21 4 . OO
' 33 34.87
22 22.99
23 2.56
29 7-97
34 37-07
22 7.26
20 1.94
31 29 15.90
20
54.2
25.6
38.2
50.8
35-
15.6
47.2
27. . .
2d. 16.2
.. .
39-
21 .
50.9 4.2 . .
33.al.i6- . .
m .
3-2 16.
. .28.
41.8
54-
7-
33-
31.2
45-2
1-3
. .
44-
23 .'s
58-
13-4
46.
55-9
36.2
26.
59-1
60
12. . .
55-
49-2
8.220.4
2. . .
1
2 1 . 2 34 . ',
31-
43-2
58.4
55-8
II. 2
8.4
23.
i. 4 ; ;
18.6
30. 9
44-
6.
26.2
42.
50.
ii.
18.2
39-
54-2
2.4
24-
2g.2
30.
Si-'
7-5
15.6
34-8
41.254-
42.8 ....
3. 5 'i6.4 . .-
20. 32.2 . .
28
47-2
O.2 . .
!jO 2 22 7
31-4
57-
i<?
IO.
. . Isg. 252.1
23
. . 1 . .
Zoi
6. 18.5
S
. . 58.
g.
~
. . 27.
31-
40.
43-5
56.5
c r
e A
I 3
7 52 39-9
+ 8.73
+ 0.99
CORRECTIONS.
REMARKS.
Corr. of
Clock.
"rate" 7
c
Zenith Point.
Mic. Co.
(89) 28. Hor. thread as
(Sg) 30. Transit over '
instead of 2"
(89) 33. Micrometer re
instead of 3.
(89) 34. Tr'ts over T.'s
been recordc
(Sg) 37. Transits discc
correct.
(Sg) 38. Transits over
been recordc
(Sg) 43. Tr'ts over T.'s
been recordc
(Sg) 45. Micrometer re
instead of 4C
(Sg) 4g. Minutes of.tr:
stead of 15.
(89) 51. Transits over
been recordc
(89) 54. Touched teles
changed rea
(90) 9. Minutes assur
(90) 10. Minutes assut
(90) 12. Circle movec
instead of 6-
sume'd as 4 i
P. VI assum
'.
idingassum
r -532.
V-VII assu
d as over T.
rdant ; 6rst
T. ii assurr
d as over T.
IV VII assu
nstead of 3.
ed as at 29'
edas44 r .532
med to have
s IV-VII.
adopted as
ed to have
12. .
mod to have
s III-VI.
ed as 39 r .S6
d as 16 in-
ed to have
VI.
dent ; circle
stead of 58.
)e A 53".8
1847. h. s.
Mar. 24, 6 +4
51
s. s. s.
+ 0.018 , . 0.238 -
s.
- 0.341
359 59 55-47
r
40.
no
INSTRUMENT READINGS
1
Date.
CIRCLE.
1 1
c c
x i
A.
B. C. D.
Corr'd
Mean.
Mean.
Barom.
d as'over T.
ading assum
^.86.
insit assume
T. V assum
d as over T.
cope by acci
ding; mic. /
ned as 51 in
ned as 52.
; microscoi
".2.
Zone go
h
Mar. 24, 7
7
7
7
8
8
9
IO
m.
37
35
52
59
27
30
36
13
289
49 6j.2
64.0 47.8 66.5
6o.53
60.62
in.
29.992
30.002
29.998
30.008
30.008
53-5
52.4
51-5
49-9
48.!
46. c
44. <
42.:
41.2
53-8
47-0
50.4
22
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE go. MARCH 24. MAJ. D = 30 48'
50 Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
o a
MICROMETER.
i
4
;
Mean Right
Ascension,
1850.0
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
13
M
15
16
'7
18
19
20
21
22
23
24
25
26
27
28
29
30
3i
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
7
8
6
7-8
8.9
9
7-8
7
5
7
8
7
5-6
6
5
9
7-8
7
8.9
9
6.7
9
9
9
8.9
8.9
7
7
8
9
6
6
7
7
4
9
9
8.9
9
h. m. s.
7 53 25.50
8 3 2.92
4 51-19
7 31.08
9 23.98
ii 17-54
13 29.00
14 12.30
15 43-15
7.91
ig 1.02
20 39.78
21 5.28
s.
+ 8.72
8.70
8.69
8.69
8.68
8.68
8.67
8.67
8.67
8.67
8.66
8.66
8.66
s.
+ I.OO
I. 00
0.98
I.OO
0.99
0.98
I.OO
0.99
0.98
I.OO
0.99
0.98
I.OI
vii.
IV.
IV.
IV.
IV.
4
3
I
4
2
2
3
2
2
2
I
4
I
3
4
6
2
I
3
2
t
2
5
3
4
4
3
2
4
2
I
I
3
2
I
I
2
2
4
4
4
3
2
2
I
2
I
r.
45-186
5I-5I5
46.928
43-004
44-485
40.558
46.74
43-75
39.525
27 I- 4-1
29 18.57
46 3'-7i
28 16.56
42 4.12
44 19-33
32 3-34
42 29.26
44 54-74
- 6.69
9-23
9.71
10.40
10.89
"Se-
ll . 96
12.12
12.51
- 5.58
5-9
8-34
5.76
7-71
8.03
6.29
7-79
8.13
h. m. s.
7 53 35-22
8 3 12.62
5 0.86
7 40.77
10 33.65
II 27.20
'3 38.67
14 21.96
15 52.80
(16)16.68
19 10.67
20 49.42
21 14.93
24 36.90
25 59-75
26 59.97
38
38 49.76
47 4.66
48 0.30
49 0.79
49 32.78
51 39-77
52 21. Si
56 39.22
8 57 45-82
9 i 2.37
I 35-50
6 2.41
7 58.81
9 32.59
12 5O.2I
13 58 62
16 7.21
18 10. 60
19 29-47
19 29.49
21 4-52
25 /-"I
25 7.- 7'
27 32.80
27 34.63
30 42.59
30 50.83
32 22.37
35 21.06
9 36 49.52
31 16 3.71
iS 23.70
35 39.76
17 22.72
31 12.72
33 28.75
21 11.59
3t 39->7
34 5.38
27 4-78
32 5-43
10 40.35
29 56.
M 17-77
18 29.47
I 17.75
28 40.60
36 24.64
23 52.06
29 24.39
36 26.56
30 34.14
5 28.84
23 2.57
IS 24.96
IS 57.48
18 52.61
25 57-21
17 41.36
31 12.65
36 24.42
35 25-70
25 8.63
31 16.28
36 40.16
36 40.10
32 47-47
27 24.7?
13 47.84
12 34.68
16 41.17
21 5L23
3 13.67
30 13-55
39 2.33
30 31.12
31 40 34.45
It C
-
5-4
48.551.
18.231.0
. . 2d.
14.
44-1
if. R
56.9
52.
17.4
i 6
38
5i- 1
15 6
35-
|8 f
14. 1
51.74
53-256
54.763
57-004
58.81
41.205
45-860
49.10
45.875
42.33
47-90
45-89
45-89
53-952
43-79
41-55
40.605
51.10
53-995
42.876
44.898
46.090
47.812
40.29
44-84
45.69
45.69
42.215
51.605
49-73
5I.88S
44.752
46.080
46.752
46.752
41.650
46.275
39.008
37 54.30
42 63-82
21 31.68
40 44-75
25 7-74
29 18.51
12 8.93
39 25.20
47 7-97
34 35-19
40 6.52
47 7-45
41 15.74
16 13.46
33 44.56
29 6.63
29 38.81
29 33.18
36 36.66
28 20.98
41 49.90
47 0.56
46 1.26
35 45-40
41 51.69
47 14-34
47 13-98
43 21.91
37 58.95
24 23.75
23 10.77
27 16.38
32 25.71
40 46.05
40 45-89
49 33-oS
41 2.48
51 4-05
13-35
13-77
13.88
4-
14.72
15.06
15-31
18.05
18.23
20.21
20.43
20.67
20.8O
21.30
21.47
22.46
22.72
23-49
23.60
24.62
25.05
25.42
26.15
26.41
26.89
27.34
27.64
27.64
28.65
28.88
28.88
29.18
20.18
30.07
30.11
30.43
31.06
-31.36
7-13
7.84
4-79
7-53
5.31
5.90
3.51
7-35
8-44
6.66
7-44
8.44
7.60
4.08
6.54
5.87
5-95
5-94
6.95
5.76
7.70
8.44
8.29
6.82
7.70
8.48
8.48
7.92
7-15
5-21
5-03
5.61
6.34
7-55
7-55
8.82
7.58
9.04
->6 8
7Q Q
31.
13 S
3.
24 27.23
25 50.10
26 5O.29
38
38 40.15
46 55-03
47 50.67
48 51.17
49 23.15
51 30.11
52 12. 18
56 29.58
8 57 36.18
9 o 52.73
i 25.87
5 52.76
7 49-17
9 22.96
12 40.58
13 48.98
15 57.56
18 0.96
19 19.83
19 19.85
23 54.86
24 57-33
24 58-03
26 23.13
26 24.96
30 32.92
30 41.16
32 12.71
35 ".38
36 39-85
9 28.56
8.66
8.65
8.65
8.64
8.64
8.64
8.64
8.64
8.64
8.64
8.64
8.64
8.64
8.64
8.65
8.65
8.65
8.65
8.65
8.66
8.66
8.66
8.66
8.67
8.67
8.67
8.67
8.67
8.68
8.68
8.68
8.69
+ 8.69
1. 01
I.OO
1.03
o.97
0.99
0.99
0.98
0.99
i .02
0-99
I.OO
I.OO
I.OO
0-99
I.OO
0.99
0.98
0.98
o-99
0.99
0.98
0.98
0.98
0.99
1. 01
i.'oi
I.OO
I.OO
0.99
0.99
0.98
0.99
+0.98
vii.
vh.
vii.
V.
.
IV.
VII.
vh.
3.
if R
>R T
3.
fifi
20.5
55-
50.9
2.8
4.
17-
.
m
. . 16.9
43-2
23-
4. . .
29.4
42.6
5.5
4* 5
. . UO. I
1
52.8 6.1
49.6 2.1
17.8
14.5
14.6
2 7 .'S
23.035.9
40.7 ..
49-4! 1-4
48.7
5-
27.4
t
6 1
rR r
rR r
. . 42.
67.6
8."
->T S
58-
IO.2
27.
25.
7.420.2
33-2
45-9
rS
45.8
3 '
58.7
II. 6
40.
23-9
37.
5-6
CORRECTIONS.
REMARKS.
n . Corr. of
Datc " Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co. (qo) i
5. Transit over T. V assumed as at 4' in-
stead of 14".
2. Micrometer-screw works badly.
J. Circle moved a little farther.
3. Transit observations incongruous.
2. Double.
4. Transits over T.'s II-IV assumed to
have been recorded as over T.'s
I-III ; minutes assumed as 27 instead
of 26.
5. Transit over T. IV assumed to have
been recorded asoverT. Ill ; minutes
assumed as 27 instead of 26.
1847. h. s.
s.
s. s.
s.
(90) 2
' (9) 2
(90) 3
(90) 5
INSTRUMENT READINGS.
O) 5
'
Date.
CIRCLE.
o c
* I
s
s >
<
1 (90) 5
si
K V
W i5
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
Zone 90
1847. h. m:
Mar. 24, 10 44
II 10
II 30
12
12 15
12 52
'
"
"
in.
30.012
.012
.008
.008
29.902
48.9
48.5
48.0
48.0
51.5
4O.O
39.8
39-7
39.1
51.8
48.. o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE go. MARCH 24. MAJ. D = 30 48' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
a,
,
MICROMETER.
i
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
vir.
11.
12.
.62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
So
81
82
83
84
85
86
87
88
89
go
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
1 06
107
1 08
log
no
3
S
8
S
8
7.8
6.7
8
8
6
7-8
9
8
9
9
6
6
6
6
7
9
6
6
7
7
4
8
5
5
6
6
7.8
8
6.7
7
7
3-4
8
7
5
9
S
10
8
9
8
30.9
4-4
27-
57-
39 -8
8.9
10.2
52. g
21.2
47.6
32.
h. m. s.
9 47 57-04
49 39-93
52 8.82
52 21.17
55 55-88
58 20.22
g 11.16
10 4 44.63
8 56.07
13 37-77
15 20.76
ig 35.69
21 0.41
23 4.38
25 5-og
25 33-01
30 7-14
31 41.03
33 35-42
11.23
36 8.50
1. 20
46 34-17
47 55-40
48 35-90
49 54.63
52 38.42
52 45-03
10 55 57.71
II I 44-4*
4 51.16
10 42.04
13 3-39
ID 32.52
16 42. og
17 29.06
20 g.oo
20 57.62
25 27.35
27 12.80
2g 20.19
34 4-55
9. IS
37 22.41
40 13.16
42 59.78
46 51.84
n 48 18.80
s.
+ 8.73
8.73
8.74
8.74
8-75
8.76
8.76
8.78
8.80
8.82
8.82
8.84
8.S 5
8.86
8.87
8.87
8.89
8.90
8.gi
8.g2
8.g2
8.g 3
8.98
8.98
8-99
g.oo
g.o2
g.O2
9.04
9-07
9.07
9.10
9-13
9.13
g. 16
g.i8
9.18
9.20
9.20
9-2.4
9.25
9-27
9-30
9-30
9-33
9-35
9-37
9.41
-t- 9-42
s.
+0.99
o.gg
1.02
0.99
I.OI
0-99
I.OO
1.03
o.gg
1.02
O.g8
o.gg
o.gg
o.gg
.01
.02
.02
.OO
.01
.00
.02
.OO
O.gg
.02
.02
.00
o.gg
0.99
1. 01
-99
o.gc
o.gS
1.02
I.OO
o.gg
.02
.00
.00
.01
.01
o.gc
o.gf
0.98
I.OO
1.02
o.gc
o.gg
I.OO
+ I.OO
IV.
VII.
vh.
IV.
VII.
vh.
VI.
VII.
vh.
IV.
vii.
vh.
VII.
IV.?
VII.
IV.
3
5
3
4
2
7
3
6
i
2
2
2
5
7
5
7
3
2
6
6
4
2
I
5
2
2
I
7
4
i
6
3
3
6
6
I
I
I
7
2
I
4
3
r.
43-237
44.10
55-745
43-00
48.454
55-198
i4 3-96
12 17-37
5 11-73
54 IL76
!5 8.91
55 55-23
-33- 6g
34.03
34-53
34-57
35.26
35-74
- 6.58
7-77
3-91
6.61
5-31
6.85
h. m. s.
9 48 6.76
49 49.65
52 18.58
52 30.90
56 5-04
9 58 29.97
(10) (1)20. 92
10 4 54.44
9 5-86
13 47-61
15 30.56
19 45.52
21 1O.25
23 14.23
25 14-97
25 42.90
30 17.05
31 50.93
33 45-34
(34)21.15
36 18.44
(41)11-13
46 44.14
48 5.40
48 45.91
50 4.63
52 48.43
52 55-04
10 56 7.76
ii i 54-50
(2) 4-02
5 1-24
10 52.19
13 13.54
15 42.67
16 52.29
17 39.24
20 19.20
21 7.83
2 5 37.60
27 23.04
29 30.44
34 14-83
(35)19-48
37 32.76
40 .23.50
43 10.14
47 2.25
II 48 29.22
31 23 34.23
3i 49-17
04 40.17
23 42.94
M 39-48
31 25 27.82
30 58 36.5
.31 25 8.64
3 37-43
39 26.07
29 33-35
31 16.58
26 15.48
31 4 0.55
30 58 58.42
31 8 11.24
30 58 14.56
31 20 59.
31 31 33-82
30 59 44.85
30 sg 0.08
31 13 42.35
26 4.6g
31 21.78
8 57-59
30 37.19
32 57-
31 36 58.47
30 55 47-53
31 16 41.70
31 36 21.55
30 56 27. go
31 10 17.85
19 15.81
I 40.89
i 27.92
36 46.50
38 48.69
31 39 46.15
30 56 15.30
31 33 2.60
36 2g.4g
>7 18.55
31 23 17.73
54
43-
7.4
58.2
55-8
20.8
II. I
24-
21.8
37-i
41.992
40.62
42.488
41.22
48.20
45-206
53-95
57-07
9 6.47
35 34-07
[4 5.04
19 48.25
39 56.19
u 38.93
36 38.20
14 26.06
36.97
37-77
38-64
38.95
39-73
39.98
40-33
40.69
3.06
6.80
3-75
8.87
7-43
7-67
6-95
3-8o
17.2
30
.243.8
56.1
8.7 . .
16.2
20 S
. .
22. S
35.
49-2
5-9
25-9
39-4
18. !3O.g
43-2
II 6
6.5
53 V ' '-
46.2
40.
50
9 23-75
41-57
3.10
13. g
49-85
18 34-7'
42. 15
4-38
21 2
41.80
48.00
44-84
49-4
50.70
50.372
54.402
55.42
48.607
46.545
42-47
45.725
46.195
45.28
46.835
55-214
56.354
51.162
46.160
46.562
46.152
42.62
40.97
8 3g.oo
31 19- 9* 1
41 51. 8g
10 7.23
9 22.47
24 2.50
36 22.64
41 38.94
19 17.51
40 53.18
43 13-49
47 I3-I3
6 7.30
26 58.20
46 34-9'
6 46.83
20 34.72
29 31.08
II 58.59
it 45.11
46 58.43
49 0.04
49 56.86
42-56
43-
44.22
44-44
44-54
44-.70
45-14
45-16
45.61
46.43
46.
46.84
47-62
47-93
48.23
48.37
48.48
48.80
48.87
49-41
49.61
49-85
50-35
3.00
6.19
7-7'
3-iS
3-07
5-15
6.91
7.6S
4.47
7.58
7.90
8.50
2.61
5-57
8. 4I
2.70
4.65
5-93
3-43
3-40
8.46
8.80
8.94
12.
55-4
8
.6
2O.g
34-2
47-3
21.2
I .
33-6
I | 8
52.4
59.8
'3-
25.
38 7
56.
3
.8
44-9
32.
57-9
44-
10.7
54.
51.2
8
20.
50.2
19. 8
3-4
32.7
16.6
45-
29.2
41.9
20.5
42.
s.1.6
7-7
56.
9-2
"' !--
34-4
48-
55-
7.6
51-
27.8
20.
39-6
25.8
33-4
17-4
53-
45. -1
31-
JC .
5.8
51-3
59-
45-
42.
46.
44.
44-
49
46
694
32
24
6 31-93
43 13-67
46 39-77
27 31.25
33 29-43
50.70
51.00
51.28
51.65
-51-79
2.67
7-93
8.44
5-65
- 6.51
26.4
+7-
39-
O.O
12.3
64.5
11
38.4
58
. -
.
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(90) <
jg. Micrometer reading assumed as 4o r .gg2
instead of 41'. 992.
7. Transit over T. 1 1 assumed as recorded
over T. 12.
)S. Hor. thread assumed as 5 instead of 3 ;
micrometer reading as 4& r .354 in-
stead of 56 r .354.
xi. Transit over T. 1 1 assumed as recorded
over T. 12.
1847. h.
s.
s.
s.
s.
r.
(go) S
(go) c
(go) ic
INSTRUMENT READINGS.
Date.
CIRCLE.
o E
S o
3S
II
ji
A.
B. C. D.
Corr'd
Mean.
Mean.
Barom.
1847. h. m.
in.
O
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 90. MARCH
24. MAJ. D = 30 48' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
Q. 2
MICROMETER.
'
d
</=
Mean Right
Ascension,
1850.0.
: Mean South
Declination,
1850.0.
I.
II.
III.
IV. V.
VI.
VII
II.
12.
in
112
113
114
"5
116
"7
118
119
120
121
I
2
3
4
6
7
8
9
10
II
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
7-8
7
8
8
8
8
7
7.8
8
8
S
9
6
7
7
7
6
9
9
8
8
6
7
6
8
6
9
6
7
6
44 .
IC
h. m. s.
u 56.64
53 7.9<J
53 54.60
56.49
55 42.51
n 24.01
12 6 5.83
8 56.02
10 42.49
15 3-18
12 51 49.20
ZONE
9 26 28.20
30
30 54.62
34 57-67
36 44-52
37 56-81
0.91
38 52-35
40 4.40
40 56.68
46 52.58
s.
+ 9-43
9.46
9-47
9-47
9.48
9-4?
9-57
g.6c
9.61
9-65
+ IO.OI
31. AP
+ 0.42
0.42
0.42
0.42
0.42
0.42
0.42
0.42
0.42
0.43
S.
+0.99
1. 01
I.OO
i.oo
0.90
I.OO
0-99
i.oo
i.oo
I.OO
+ 1.00
RIL 9.
+0.08
0.08
O.Og
0.08
O.Og
O. IO
O.Og
o.io
0.09
0.09
VII.
MAJ.
IV.
VII.
IX.
VIII.
VI.
VI.
VII.
VI.
3
5
3
3
i
4
I
2
5
5
4
D,
2
5
i
3
i
2
2
4
2
2
6
6
3
6
2
6
2
6
4
3
1
5
4
5
2
I
2
5
r.
40.11
45-22
46.56
44-97
41.142
46.57
42.682
46.10
45-10
43.176
50.55
38.47
38.372
42.85
42.60
43-66
47-14
35 51-27
21 14.13
32 9-18
33 4-30
49 50.93
26 13.78
48 57-91
41 8.46
21 18.26
22 24.52
=3 56.73
5 33-01
25 9-43
t8 52.93
22 45.00
\& 24.66
34-57
-52.
52.23
52.30
52.
52.45
52.
53-31
53-55
53. 6b
54.00
-06.24
II. 21
11.96
12.14
13.00
13.38
13.63
H
- 6.84
4-74
6.2q
6.42
8-93
5-46
8.80
7-63
4-74
4-gc
- 5-13
- 5-75
3-46
6.14
3.19
6.08
5-20
h. m. s.
(49) 7-o6
53 18.43
54 5-07
(54) 6.96
55 52.98
ll(56)34-50
12 6 16.39
9 6.62
10 53.10
15 13-83
12 52 O.2I
9 26 28.70
30 55-12
34 58.18
36 45-02
37 57-32
(38) 1-43
38 52.86
40 4.92
40 57.19
46 53-10
50 4-31
51 50.66
51 59-86
53 46-87
56 8.18
(57)11.87
9 58 22.67
IO 2 6.44
3 7-4
5 58-72
10 10.04
10 55-5S
12 41.73
15 29.04
16 37-73
16 1.89
19 22.5
20 39.91
22 7.2O
21 25.91
23 33-40
10 25-33.22
3i 25 40.
II I.IO
21 57-77
22 53-
39 42.31
16 i.
38 50.62
30 59.64
ii 6.68
12 13.42
31 13 48.10
29 4 29.97
28 44 4.85
29 7 51.21
28 41 41.19
29 7 24.12
28 59 33.40
29 o 3.58
28 47 16.35
28 59 47.99
29 i 53-49
28 33 23.25
54 32-90
28 35 27.10
29 i 20.80
29 i 8.08
28 32 59.50
45 38.16
55 25.02
29 15.83
40 26.11
48 M-39
28 41 47.33
29 2 32.61
29 5 38.79
28 56 49.59
28 43 48.30
55-
7.9
. .
33-9
33.2
35.1
21.2
4Q 8
39-7
52.9
6.
18.9
9-7
33-8
21.
63
50.7
3.2116.
88.2 . .
2 9 .
14.7
41.2
28.
2O.
22 8
31.2
31.9
57-2
22.
13.
39-
30.
46.
42-
46.
43-
40.
41-
40.
38.
44-
38.
27
95
738
132
972
94
70
358
II
695
(i 4-50
28 18.50
to 48.54
2 52.61
14 58.36
14 24.92
55 31-86
[6 28.17
12 18.64
13.82
14.05
14.23
15-43
16.
16.06
16.41
16.43
16.76
5.26
3.80
5.22
5-45
2-33
2.27
4-63
2.50
5.40
20. S
39-8
9-
65.4
21.5
34-9
. .
29.
41.2
50 3-76
5i 50.14
5i 59-32
53 46.35
56 7-t>4
11-33
9 58 22.13
IO 2 5.90
3 6.84
5 58.17
10 9.49
10 55.00
12 41. 16
15 28.47
16 37-15
16 1.33
19 21.98
20 39.33
22 6.62
21 25.33
22 32.83
10 25 32.63
0-43
0.43
0.43
0-43
0.44
0-44
0-44
0.45
0.45
0.45
0.46
0.46
6.46
0.47
0.47
0.47
0.48
0.48
0.48
0.48
0.48
+ 0.49
0.12
0.09
O.II
O.Og
O.IO
O.IO
O. IO
0.09
O.II
o.io
0.09
O. 12
0. II
O.IO
O. II
0.09
0.08
O.IO
O.IO
O.IO
0.09
+O.IO
78
4Q 8
37.
24.
20. i
4Q.
59. s
^.2
c 8
T8 T
44-535
42.705
45-945
39-288
39-05
44.96
41.462
42.62
42.152
46.972
|2 4-34
3 58.74
:6 35.46
;6 20.46
o 14.04
n 22.77
'.g 9.69
!2 43.14
3 26.19
|6 31-43
18.36
18.54
19.08
19.84
19.98
20.31
20.80
21. OO
20.90
21.48
5-38
2.22
3.62
4.72
1.81
3-03
3-90
3-19
5-52
5.88
20.5
33-4
46.2
7-
58.2
19.6
6r, 8
31-3
22.
35-
46.8
J2 7
3.2
it.
23.5
53-8
53.8
62.2
. .
JO,
9-5
34-5
17.
32.
44.
3.
58
52.
38.
M
154
(7 42-68
4 42-39
22.O2
-22.51
4.89
3-40
--S
CORRECTIONS.
REMARKS.
Date Corr - of
Clock.
Hourly
rate.
m n
c
Zenith Point
. Mic.
Co.
(91) i. Minutes assumed as 27 instead of 26.
(91) 3. T. VII assumed as 32 8 .2 instead of
3I'.2.
; (91) 4. Hor. thread assumed as 4 instead of 3 ;
micrometer as 52'. 60 instead of 42''. 60.
j (91) 17. Micrometer reading uncertain.
(91) 34. Micrometerreadingassumedas39 r .i54
instead of 38 r .i54.
>
1847. h. s.
Apr. 9, 6 5.05
s.
g 0.024
s. s.
0.238
s.
- 0.341
O 1 II
o o 1.52
r.
40.150
INSTRUMENT READINGS.
Date.
CIRCLE.
n
s!
^ v
<
13 e"
S
* <u
"
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 91
1847. h. m.
Apr. 9, 9 26
IO II
10 8
10 57
12 5
12
13
292
2O 1 1 . 2
II. 2
16.8 16.2
13.61
il
13.85
in.
20.998
30.
61.
66.
5 '7 -'8
55-8
54-5
53-0
57-8
54-
52.4
50.2
50.
48. c
48.!
45-!
45-
29.994
29.984
29.986
29.980
29.988
3-8
1-3
9.8 7.2
5.24
5-52
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
/< INK 91. Al'RII.
9. MAJ. D u =
' Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"\
-
MICROMETER.
i
4
</i
Mean Right
Ascension,
1850.0."
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
vii.
II.
12.
58.2
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
53
54
55
56
57
58
59
60
61
62
63
6 4
65
66
f'7
68
69
7"
71
72
73
74
75
76
77
78
79
S,,
81
82
83
9
8
7
6
8
10
8
8
7
9
IO
9
9
7
7
9
9
8
7
10
7
8
9
9
9
9
8
8
S
8
9
8
7
h. in. s.
lo 26 49.
35 35-
36 19.
38 i.
42 30.
44 4<>.
45 25.
46 36.
49 3-
50 13-
50 o.
53 27.
55 25.
56 45.
59 S.
10 59 59-
ii i 23.
2 31.
2 43-
3 29.
5 2.
7 5-
7 48.
8 28.
10 29.
13 50.
14 56.
15 2.
1 6? 8.
18 37-
19 38.
22 I.
II 25 2.
12 47.
2 43-
3 I-
5 24.
8 15.
10 6.
10 58.
13 33-
17 45-
17 59-
19 34-
20 42.
16.
29.
24 40.
12 29 17.
19
71
1 8
37
75
'-
53
24
7"
85
02
ja
1 8
'4
>8
33
63
04
18
)5
29
77
4')
33
4-'
32
10
12
55
64
12
66
77
So
80
So
96
34
64
r-
93
33
s.
90
s.
+ 0.49
0.51
0.51
0.52
0.54
0.54
o.54
0.55
0.56
0.56
0.56
0.57
0.58
0.58
o.59
0.59
0.60
0.60
o 60
0.61
0.61
0.62
0.62
0.63
0.63
0.65
0.65
0.66
0.66
0.67
o.6S
o. 70
o.SS
0.90
0.90
0.91
0-93
0-94
0.94
0.96
0.98
0.99
.00
.01
.01
.01
.03
+ .of
s.
+ 0.10
0. 10
. 1
O.'IO
o.oS
0. 10
O. IO
0.09
O. 12
O. 12
O. IO
0.09
O. I I
0.09
o.oS
0.10
O. IO
0.09
O. IO
0. 10
0.09
0.09
0.10
0.10
O.II
o.oS
O.oS
O. IO
O. IO
O.I I
0.09
0.09
O. 10
O. I 1
0. 10
0. II
O. 10
O. IO
O. 10
0.09
O. 10
O. 10
0. 10
0. 10
0. 10
0.10
O. IO
0.09
+ 0.10
vii.
vii.
F. W.
5
5
4
I
4
5
2
7
7
7
6
3
I
4
3
3
5
5
3
2
3
4
5
i
5
3
5
i
5
5
6
4
6
5
4
4
I
3
3
4
3
5
5
I
4
r.
,
" "
h. in. s.
10 26 49.78
35 36.32
36 19.79
38 1.99
42 31-37
44 4L3I
45 26.17
46 36.88
49 4-38
50 14.53
50 0.68
53 27.71
55 28.01
56 46.55
10 59 8.85
ii o 0.15
i 23.74
2 31-77
2 44-03
3 30-34
5 2.74
7 5-89
7 49-67
8 29.02
10 30.06
13 51.50
14 57.22
15 3.08
16 9.18
18 38.09
19 38.86
22 2.70
II 25 2.92
12 O 48. 5J
2 44.64
3 2.13
5 25.67
8 16.80
10 7.84
10-59.83
13 34.66
17 46.94
18 0.43
19 35-74
20 44.03
(2l)l8.04
(21)30-44
24 41.92
12 29 19.06
< II
28 43 57-47
46 7.89
28 53 50.51
29 12 3.22
28 51 16.86
28 42 51.72
29 6 56.02
28 27 0.68
28 28 44.05
29 5 33-17
28 40 16.74
29 o 52.92
29 9 29.69
28 52 17.54
55 54-05
58 44.42
47 6.96
45 29.69
28 57 59-o6
29 5 9.88
28 53 32 ..24
44 13-99
28 35 2.05
29 12 54.15
29 12 54.30
28 46 12.37
55 58.76
28 40 16.12
29 6 27.30
28 40 38.04
42 7.10
32 20.29
47 10.13
33 47-40
44 46.25
47 26.21
28 47 12.25
29 7 42.08
28 53 28.83
56 43-52
50 1C. Si
57 12^34
46 13-64
28 45 34.48
29 13 6.05
28 49 23.57
3 D.
i .
138
60.5
U-5
56.6
30. 5
38.94
35-i6
31-82
35-93
36-307
40.882
34.626
43.142
40. 158
4
37.06
30.26
29.96
30.254
34.6oS
38.682
33-74
?3-55
36.375
35.07
37.818
42.789
48.641
54-6i
34.58
34-58
35-19
38.60
45-529
45.814
44-915
42.31
44-552
43-975
42.02
38.08
43-52
43.928
44-032
43-356
37.715
38.762
36.882
35.570
36.70
'A 49-89
'-(> 59-95
)4 41-43
)2 51-35
J2 7.06
'-3 42.74
t7 44.18
7 52.91
9 35-92
(6 20.43
21 6.59
It 40.29
jo 15.69
33 5.38
)6 41.29
39 3LI9
27 55-01
26 17.81
38 45-57
(5 55-31
34 18.89
25 i. 60
15 50.42
>3 37-8o
^3 37-So
26 58.91
36 44-07
21 2.. 86
17 10.95
21 24.32
22 52.84
12 55.2O
27 43-23
14 21.98
25 19.44
27 58-89
27 44.85
)S 12.27
34 0.49
37 M.57
30 42.59
37 43-22
26 45.70
26 6.62
24.l6
24.28
24-55
25.24
25-57
25.68
25.83
26.22
26.40
26. S3
27.I5
27.30
27.68
27.80
28.00
28.15
28.18
28.29
28.49
28.76
28.86
28.95
29.22
29.64
29.79
29.80
29-93
30.26
30.39
30.68
31.05
43-01
43-15
43-17
43-34
43-55
43-66
43-71
43-88
44.12
' 44.14
44.23
44-30
44.30
- 3-42
3.66
4-53
6.63
4-23
3-30
6.01
1-55
1-73
5-86
3.00
5-33
6.32
4-36
4.76
5.08
3-77
3-59
5-oo
5.81
4-49
3-44
2.41
6.71
6.71
3.66
4-76
3-00
5-9 6
3-04
3.21
2.08
3-75
2.25
3-47
3-77
3-74
6. 10
4.46
4.83
4.08
4.89
3-64
3-56
30 7
16.
28.2
40.4
53-
63 . 2
32.9
4 ' 4
r ^
25. 1
7-r 6
36.2
61
42.3
S i
24-5
37-2
60 . 9
-,,
6(i
21 .
7 3
39. 7
31-
42-3
58.'
37-2
67
51 .
61
69.
o
2O. 5
34 .
I c
1 R
6"
74- 5
86 8
n.
48.
43-8
59-7
12.3
21.2
78 S
29.
41.9
3.2
54-6
7-
37-
28.7
19.8
50.
40.5
3'-3
62.2
44-
36. ^
21.
32.8
33-4
45-9
59-2
46.4
58.9
59-7
s
37-2
72.4
c | 6
67
50.
34-
40.
635
150
53 34-Si
29 54.84
44-50
44-74
6.74
- 3-99
40.5
S3-
5-6
17.2
12
CORRECTIONS.
REMARKS.
n Corr. of
Datc - Clock.
Hourly
rate.
m n
c
Zenith
Point. Mic.
Co.
(91) 42. Transit over T. II assumed as recorded
over T. 12.
(91) 47. Transit over T. VII assumed as 65 in-
stead of 63.
(91) 48. Transit over T. II assumed as recorded
over T. 12.
(91) 49. Hor. thread assumed as 2 instead'of I.
i (91) 53. Double.
(91) 67. Circle changed.
l
1847.
h. s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Datc.
CIRCLE.
Barom.
1 2
o
s
If
3 1
X I
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 91
1847. h. m.
Apr. 9, 13 45
13 51
' "
"
"
in.
29.982
29.982
52.
44.
44-:
26
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 91. APRIL
9. MAJ. D =-
" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
.,
a-2
MICROMETER.
i
A
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
84
85
86
87
88
89
go
91
92
93
94
95
96
97
98
99
IOO
IOI
1 02
103
104
05
106
107
108
tog
no
in
112
114
US
116
"7
118
iig
1 20
6
8
8
9
7
8
7
8
7
7
8
8
8
8
9
8
8
6
7
7
8
7
6
6
8
8
8
8
7
6
io.
53
h.
12
*
]
1
'
j
1
1
4
A
I
1
1
1
1
1
jo t
n. s.
17.88
o 25.19
o 48.84
2 ig.gl
4 18.86
6 17.92
7 18.15
9 19.89
37.98
4 30.62
5 47-io
5.32
o 48.12
i 16.84
4 15-58
5 12.96
6
8 25.75
9 35.64
5 49-51
7 31-49
i 54-35
!4 10. 6g
!4 IO.II
>6 32.29
'7 15-25
!9 55.96
(0 15.62
12 42.86
S3 38.58
39-34
;8 26.12
.0 20.5;
.7 26. 2C
18 35-81
19 33-75
52 10.44
s.
-t- i. 06
1.07
1.07
i. 08
i.og
I . IO
.n
-13
. -13
.16
.18
.18
.21
.22
23
24
s.
+O.IO
0.10
O. IO
O.IO
O.IO
O. IO
O.IO
O.IO
O.IO
O.IO
O.IO
O.IO
O.IO
O.IO
O. IO
O.IO
VII.
IV.
VII.
5
5
4
4
3
5
2
5
6
7
6
i
5
7
3
2
5
5
2
4
5
4
6
i
6
2
4
2
2
2
4
4
i
5
2
2
r.
36.382:
41-71 :
39.238;
43.568
47-43
45-10
36.025
35-57
34-625
31.12
39-I65
37.S4 =
46.48
42.89
47.04
41.61
48. g2
46.02
49-30
52-23
48.092
43.565
46.105
41.56
37.272
39-575
43.382
55-55
46.24
51.272
35.152
31.11
42.3
44-33
46.42
54-65
6 17-75
3 14-58
o 26. Ig
7 57.24
i 3g.g8
I 17-95
8 12.38
6 45.84
g 0.89
o 37-33
o 10.09
6 0.55
i 45.64
!O 29.73
8 I.g2
)i 53-73
13 44-97
g 6.51
!O 46.29
jg 20.40
!2 58. 8g
[g 35.00
=7 57-30
[2 1.43
19 37-64
17 5-53
14 55-00
28 3.20
55 45.36
ii 5.67
38 12.54
35 38.83
35 5.87
19 I2 -i9
21 44.44
to 59-48
36 16.32
-44-71
44.80
44-81
44-88
44. gS
45-05
45-09
45.18
45-20
45-35
45-39
45-40
45-54
45.56
45.63
45-65
45.65
45-73
45-76
45- SS
45.9
45-95
45-96
45.96
45.96
45.96
45-95
45-95
45-92
45-9'
45.91
45.84
45.81
45.65
45-62
45-59
-45-49
- 3-58
3-2-)
4.05
3-78
4. IS
3.02
4-95
3-64
5.04
2.94
1-77
2.41
6.52
2-93
1-52
4.21
5-59
2.78
2.g6
3-21
2. 82
3.7S
1.95
6.28
2.51
5-74
3-78
4.66
5-27
4-63
4-59
6.25
3.06
5-27
- 4-72
h. m. s.
12(28) ig.04
31 26.36
31 50.01
32 21. og
34 20.05
36 19.12
37 I9-36
39 21.12
39 39-21
44 31-88
45 48-38
46 6.60
50 49-43
51 i S.i 6
54 16.91
55 M-SO
(55)
58 27.11
12 sg 37.01
13 5 50. g3
7 32-92
12 55.82
24 12.25
24 11.67
26 33.87
27 16.84
29 57-57
30 17-23
32 44-49
33 40.22
(35)40.98
38 27.80
40 22.22
47 27.95
48 37-57
49 35-52
13 52 12.23
28 45 46.07
42 42.62
49 55-05
47 25. go
51 9-14
40 46.02
57 42-42
46 14.66
58 31.13
40 5.62
29 37.25
28 35 28.36
29 ii 17.70
28.39 58.22
27 29.07
28 51 23.59
29 3 16.21
28 38 35.02
40 15.01
58 5L37
42 28.00
39 3-77
47 27-04
28 31 29.34
29 9 9.88
28 36 34.00
29 4 26. 6g
28 47 32. g3
28 55 15. g4
2g 36.85
28 57 43.41
55 9-30
28 54 36.27
29 8 44.09
28 41 13.12
29 o 30.34
28 55 46/53
25.2
1.3
14.
12.
53
55
2
5-2
5-
67.2
19-
18
31-
56.8
17.9
31-
43-8
56.
3-4
15.4
56
18
"1 R
43-
i.
13.
13.
,g
40.8
53-
38 7
50.
51.
63.2
1.26
1.27
1-32
1-33
1-37
1. 4 6
1.46
I. 4 8
1.49
LSI
LSI
1-53
1-54
1-54
1-58
1-59
1.65
1.66
1.67
+ 1.69
O.IO
O.IO
O.IO
O.IO
O. IO
O.IO
O.IO
O.IO
O.IO
O.IO
O.IO
O.IO
O. IO
0. 10
O.IO
O.IO
O.IO
O.IO
O.IO
+ O. IO
vii.
iii.
VII.
VI.
vii.
i .
49-7
14-5
44.
r6 1
13
]
i
i
13
2O
31 4
46
_ g
IT R
44 8
18.
30
9
43-6
54-2
40.4
52.8
28.1
41 .
C-l
30.
42 8
rr R
.
Tfi
55
2
8.'
13-4
26.
20.8
26.
75 R
38.8
31-4
39-2
51.2
]6 >
59.
II- 4
58 4
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith
Point.
Mic. Co.
(9i)
35. Minutes assumed 3531 instead of 30.
36. Minutes assumed as 31 instead of 30.
30. Hor. thread assumed as 3 instead of 2.
35. Minutes assumed as 46.
33. Transit over T. VI assumed to have
been recorded as over T. V.
35. Minutes assumed as 12 instead of n.
15. Time of transit over T. VI assumed
as 5 i s .2 instead of 57. S 2; and microm-
eter as 3O r .i52 instead of 35M52.
1847. h. m.
s.
s.
s. s.
s.
f
n
r.
(91)
(9i)
(90 i
INSTRUMENT READINGS.
! (9M I
(gi) i
CIRCLE.
Barom.
"
t; s
rt i-
Il
Date.
A.
B. C.
D.
Corr'd
Mean.
Mean.
1847. h. m.
in.
XONKS OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 92. APRIL ii. MAJ. D = ' ".
No.
Mag.
SECONDS OF TRANSIT.
T.
h. m. s.
9 33 13-22
34 17.15
37 3-02
40 15-32
42 35.28
43 8.18
43 22.04
45 26.04
47 42.68
51 4-42
51 37-52
50 6.29
51 54.65
59 ig.7i
g 59 54-i6
10 o 20. 14
ii 16.08
12 14.65
12 54-53
1 6 40.98
18 29.77
22 22.O6
25 H.52
25 34-03
28 54-53
29 35-12
30 45.68
36 28.10
40 34-15
41 53.50
42 10.22
49 3.8o
50 15.14
1.64
51 32.06
m 59 25.66
ii 15 44.16
17 17-57
20 7.67
21 59.03
23 33.75
24 50. g6
25 6.18
2g 10.04
32 40.48
33 42-87
39 17.50
51 54.27
ii 55 30.74
"i
,
MICROMETER.
t
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
35-8
II.
in.
IV.
V.
VI.
VII.
It.
12.
i
2
3
4
5
6
7
S
9
10
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
37
38
39
40
42
43
44
45
46
47
48
49
8
S
S
8
S
7
9
8
8
8
8& 10
8
7 '
8
7
6
S
8.9
S
6
9
10
9
8
6
8
8
8
8
9
10
8
7
9
6
6
7
8
8
8
6
7
10
8
6
9
9
9
48.
n R
T S
s.
- 0.44
0.44
0.44
0.44
0.44
0.44
0.44
0.44
0.44
0.43
0.43
0.43
0.43
0.43
0.43
0.43
0.41
0.41
0.41
0.40
0.40
0-39
0.39
0-39
0.38
0.38
0.38
0.36
0-35
0.35
0.35
0.33
0.32
0.32
0.32
0.29
0.24
0.23
O.22
O.2I
0.21
0.20
O.2O
0.18
0.17
0.16
0.14
0.08
0.06
s.
O. IO
0. 10
0.12
O.IO
0.08
O. II
O.IO
O.II
O. IO
O.II
O. IO
0.09
0. II
O.II
O.II
O. IO
0. 10
O.IO
O. IO
O. II
O.II
O.IO
O.I2
O. IO
O.II
o.og
O.II
O. IO
O. IO
O.IO
O.II
0. 11
O. II
O. IO
O.II
0.08
0.09
O.II
O.IO
'o.u
0.09
O. II
O. IO
O. IO
O.II
O.II
O.II
O. IO
O.IO
vh.
VI.
VI.
VII.
V.
4
4
i
3
7
3
4
2
5
3
4
6
3
2
2
4
3
4
4
2
2
5
2
4
3
6
3
3
-1
3
3
2
2
3
7
5
3
5
3
6
2
3
4
i
2
I
3
2
r.
35-605
42.95
45.836
41.116
41-705
35-59
41.05
48.331
37-815
35-73
38.275
39-65
37-215
45.068
43-67
46.19
45-445
33.804
38.57
46.382
40.82
35.105
33.122
31.648
33.88i
35-80
37.150
42.002
39.518
38.60
35-25
39- IS
36.5
32 31.21
28 18.18
47 10.53
35 I7-42
8 42.68
38 27.68
29 23.87
40 28.14
25 28.60
38 22.86
30 5g-35
15 43.85
37 31-77
41 46.01
42 34.10
26 27.02
32 48.61
30 4 i . oo
30 48.88
41 0.78
44 12.15
27 1.70
48 37.01
34 47-32
39 26.48
17 56.31
37 34-01
34 47-07
30 16.59
36 44-11
33 39-24
45 8.55
46 40-79
- 4-97
5.18
5-70
6.32
6.76
6.85
6.89
7.29
7.72
8.34
8.45
8.17
8.50
9.86
9-g6
10.04
ii. gs
12.12
12.23
12.87
13-17
13.80
14.27
14-33
14.86
14.98
15.15
16.05
16.68
16.88
16.92
17.92
i8.ii
10.27
9.81
11.86
10.58
7-73
10.93
9-93
II. 12
9.52
IQ.gO
10. II
8.50
10.82
11.28
11.36
g.62
10.31
10.07
10. og
1 1 . 20
11-55
g.68
12. O2
10-53
1 1. O2
8. 7 I
10.83
10.53
IO.O3
10.74
10.94
11.64
ii. Si
h. m. s.
9 33 12.68
34 i 6. 6 i
37 2.46
40 14.78
42 34.76
43 7-63
43 21.50
45 25. 4g
47 42.14
51 3-88
51 36.99
50 5-77
5i 54-11
59 19-17
9 59 53-62
10 o ig.6i
ii 15-57
12 14.14
12 54.02
I 6 40.47
I 8 2g.26
22 21.57
25 ii. 01
25 33.54
28 54.04
29 34.65
30 45.19
36 27.64
40 33.70
41 53.05
42 9.76
49 3-36
50 14.71
51 1.22
51 31.63
10 59 25.29
II 15 43.83
17 17.23
20 7.35
21 5S.7I
23 38.45
24 50.65
25 5-88
29 9.76
32 40.20
33 42.6o
39 17-25
51 54-09
ii 55 30.58
28 14 16.45
10 3.17
28 58.09
28 17 4.32
27 50 27.17
28 20 15.46
II 10.69
22 16.55
7 15-84
20 12.10
28 12 47.91
27 57 30.52
28 ig 21. og
23 37-15
24 25.42
S 16.68
14 40.87
12 33. ig
12 41.20
22 54.85
26 6.87
8 55-18
30 33.30
16 42.18
28 21 22.36
27 59 50.00
28 19 29.99
16 43-65
12 13.30
18 41.73
20 37.10
27 8. II
28 40.71
28 20 6.22
27 54 58.34
28 4 25.98
21 33.62
8 24.32
28 19 34.82
27 58 13-51
28 26 31.42
18 52.87
12 57.69
30 29.78
22 24.76
31 18.38
22 34.76
28 25 37. g7
33
3.
35 - 2
27-5
53-
21
-> R
47.
.
"6
IS r
17.829.9
. . C2 .
43-
17-
30.
53-8
41.8
6-7
37.6
6.4
54-9
50.
18.5
2.4
Bo
31 .6
-i h
51 -
4 -
27-
39-8
52.
3-5
16.2
5-
28.3
17.2
29.8
42.4
54- S
47.
n-5
16.4
30.
42.
59.2
71-3
47-8
0.2
II
12.1
22 8
28.5
34-2
---, f,
40.5
46.7
52.3
59-
6.
51.4
35-
47-9
37-
49-4
15-3
1.2
27-4
36.18
44-39
43.142
33.752
36.242
37-215
38.815
40.380
38.442
33.99
43- 6g
47-564
42.30
32.082
42.oig
38 7.06
13 0.77
22 25.31
39 30.91
26 22.71
37 31-77
16 12.58
44 27.29
36 49-55
30 34.61
48 24.36
4O 2O. 12
49 12- 19
40 28.34
43 30.91
18.28
ig-39
21.48
21.66
22.00
22.22
22.41
22.54
22.57
23.02
23.40
23.50
24.08
25.27
-25.57
10.88
8.18
g.ig
11.05
9.61
10.83
8.5 =
11-59
10-75
30/06
1 2. O2
11.14
12. II
11.15
1 1 . 4g
48.5
1-3
19-5
53-
12.9
31.8
4-5
55.2
25.5
44-2
17.8
-p R
56.3
* -
34-
13-8
46.7
26.2
39-5
59-
33.9
50.9
3-
31.2
35
15.4
4. 5
5 .
43-5
17 6
55-
15-
6 i
5-8
iR
31.
r
CORRECTIONS.
REMARKS.
Corr. of
Datc - Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co. (92)
5. Micrometer reading assumed as
47 r .33l instead of 4S r .33i.
2. Double.
r >. I lor. thread assumed as 6 instead of 7.
2. Double ; observed first.
5. Time of transit over T. VII assumed
20" instead of 15'.
1847. h. s.
Apr. ii, 15 6.40
s.
i' 0.025
s. s.
. . 0.238
s.
- 0.341
o . o 3.26
r
(92) i
60 (92) 3
(92) 4
i (92) 4
INSTRUMENT READINGS.
Date.
CIRCLE.
P
II
rt
*~J __
~a H
Eg
2 C
gjs
48.8'
46.5
45-8 '
44-5
43-2
42.8
40.9
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
Zone 92
1847. h. m.
Apr. ii, 9 32
10 36
ii 5
ii 35
12 35
13 4
M 7
292
57 23.5
20.9 25.4 28.5
24.61
24-58
in.
30.058
.058
.060
.054
.056
.056
.042
30.032
57-
55-5
55-
53-5
53-
52-
. . . . ( . . . .
28
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 92. APRIL n. M. D =
" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
1
-2
MICROMETER.
i
4
<l,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
u.
12.
50
5
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
So
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
7
7
8
8
8
8
7
8
6
7
7
8
8
9
8
8
8
8
8
8
8
7
9
7
ii
7
9
8
8
S
7
9
9
10
9
7.8
9.10
9
8
10
8
8
7
8
8
9
7
37.2
h. m. s.
ii 57 12.41
30.61
59 11.68
ii 59 54.72
12 48.49
4 3-04
7 20.50
16 49.47
19 35.02
21 19-49
21 55.80
25 13.07
25 5I.67
27 9.O2
30 31-55
37 56. ?f
38 50.96
40 21.13
41 8.03
43 3.23
17-37
43 0.76
36.57
44 48.52
47 9-92
49 14.87
49 35-04
55 29.28
12 55 31.52
13 o 58.06
3 3-32
4 9.01
42.57
6 9.07
7 28. 3t
9 15.66
10 28.65
10 42.53
13 30.81
16 47.78
IS 49.78
21 10.98
21 31-55
s.
0.04
0.04
0.03
0.03
0.03
0.01
0.19
0.14
O. 12
O.II
O.II
O.Og
o.oS
0.08
0.06
o.oo
0.00
4- o.oi
O.OI
O.02
O.O2
0.03
0.03
0.04
0.05
0.06
0.07
O.IO
0.10
o. 14
0.16
0.17
0.17
0.18
o. 19
0.20
0.21
0.21
0.23
0.25
0.27
0.29
0.25
s,
0.09
0.09
o.io
O.IO
O.II
0. 11
+ 0.10
O.IO
0. II
0.09
0.09
O.IO
0.10
O. IO
O.IO
O.IO
0. 10
O.IO
O.IO
O.IO
O. IO
0. 10
O.IO
O.IO
O.IO
O.IO
O.IO
o. 10
O.IO
O.IO
O.IO
O.IO
O. IO
O.IO
0.10
O.IO
O.IO
O.IO
O.IO
O. IO
O.IO
O. IO
o.io
vii.
VII.
7
7
3
4
I
I
2
5
7
2
2
4
2
6
6
4
6
5
2
4
6
I
I
5
5
2
3
4
6
4
3
2
2
4
7
6
4
7
3
3
4
2'
*6
4
2
2
6
r.
43-90
40.615
40.95 3
37.1623
40.50 5
38.0055
44.6524
39.26 2
37.63 I
34.6954
36.2654
41.9182
47.6484
41.005 I
7 27.16
9 54-62
5 23.26
i 37.65
o 14.12
i 39.96
2 0.31
4 38.88
I 2.89
7 42.90
6 48.87
8 54.01
o 17.24
4 56.91
-25.73
25.74
25.89
25-94
26.01
26.26
26.51
27-15
27.32
27.42
27.46
27.62
27.67
2/./3
- 7.57
7.83
10.59
10.18
12.23
12.38
11.32
9.42
7-')?
H-95
11.85
9.88
11.13
8.37
h. in. s.
ii 57 12.28
57 30.48
59 11-55
ii 59 54-59
12 o 48.35
4 2.92
7 20.41
16 49-43
19 35.01
21 19.47
21 55.78
25 13.08
25 51.69
27 9.04
30 31-59
37 56.86
38 5 i . 06
40 21.24
41 8.14
43 3-35
43 17-49
44 0.89
44 36.70
45 48.66
47 10.07
49 15.03
49 35-21
55 29.48
12 55 31.72
13 o 58.30
3 3.58
4 9.28
(4)42.84
6 9-35
7 28.65
9 15-96
10 28.96
10 42.84
13 3 T - T 4
16 48.13
18 50.15
21 11.37
21 31.94
24 15-45
24 5L77
2 7 6.84
27 22.52
13 28 39.20
27 49 30.46
27 51 58.19
28 17 29.74
13 43-77
32 22.36
33 48.60
24 8.14
28 6 45.45
27 53 8.16
28 29 52.27
28 58.18
II 1.51
28 22 26.04
27- 57 3.01
27 56 36.77
28 9 52.29
27-55 50.40
28 2 7.89
21 36.24
28 9 53.61
27 54 44-59
28 29 43.83
29 37.18
3 25.32
6 45-25
27 23.35
22 14-74
S 41.75
2 1.83
12 15.51
18 2.82
27 56.02
23 26.11
28 13 17.65
27 52 56.76
27 59 35-52
28 9 33.32
27 51 32.69
28 16 55.89
19 8.51
9 58.97
28 24 37.55
27 55 2.93
28 n 56.86
23 13.64
28 20 39.99
27 55 29.99
55-4
. .
24.
16 R
7-2
[9.8
32.
16
33-4
45.
58.
12.5
<-6
32.
68
44-5
;
43
5
60.2
12.7
25.8
1 6'. 7
]6 c
45-
50.
63.
33-5
16/7
33-5
29.
41.79014 30.22
43.94527 44.27
43.13813 43.85
47.34820 0.61
49."539 26.77
43.90227 45.42
44.020 12 38.00
28.23
28.27
28.32
28.36
28.43
28.44
28.45
8.32
9-75
8.23
8.92
1 1 . 04
9-75
8.13
33.
45-4
38
3.5
17.4
56-
><>
45-17=4
45.362|4
45.1092
39.30 2
39-0554
32.7654
46.0102
32.38 I
39-81 3
40.08 3
38.II2I-I
45-94414
38.0093
38.0091
36.628 I
44-5182
40.451
42.026 '
38.178;
43-775-
43-874-J
44.5381
40.:55-
46. 308 A
50.765':
43-7521
7 33-37
7 26.69
i 17.64
4 37-19
5 12.89
o 4.84
6 33.22
9 53-98
6.54
5 53-20
5 45-29
i 15.86
i 8.50
o 49.81
7 27.83
7 24.52
9 25.84
4 46.25
6 58.64
7 50.11
2 27.07
2 55.68
9 47-79
i 3-34
8 29.95
3 22.71
28.47
28.56
28.63
28.64
28.79
28.79
28.91
28.95
28.96
28.97
28.99
29.00
29.03
29.04
29.05
29.08
29. 10
29.11
29.10
29.10
29. i o
29.10
29.10
29.09
29.09
29.09
11.94
11.93
9-05
9.42
11.67
II. II
9.62
8.90
IO.OI
10.65
ii. 7-1
11.25
10. 12
7.91
8.64
9-72
7-75
10-53
10.77
9.76
11.38
8.15
9-97
II. 21
10.95
8.19
35.
37-
50.
2.6
14.9
27-5
12.5
52-
5.
17.8
28.1
58.'
6T
41 .
44-3
76 '
5 6.2
2J.4
35-2
22.
cc .
45-9
21. 5
16
->R T
41
15.7
20.
43.
56
12.8
36.
37-
47.6
50.
59-5
1.8
- .
2.8
14-7
* ^
-R'R
24 15-0^
24 SI'S;
27 6.40
27 22. OS
13 28 38.75
0.31
0.32
0-34
0.34
+ 0.35
O. IO
O.IO
O.IO
O. IO
-ho. 10
29.5
4
.2
54-5
6 e
34.6
47-
47-
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
C
Zenith
Point. Mic. Co.
(92) 50. Transit over T. VI assumed as recorded
over T. V.
(92) 51. Transit over T. VI assumed as recorded
over T. V, and micrometer reading
assumed as 39'. 615 instead of 4O r .6i5.
(92) 71. Micrometerreadingassuinedas45 r .o2O
instead of 44 r .oao, to agree with
Ar.ir. /. 292, 86 ; and transit over T.
ii assumed as recordet over T. 12.
(92) 73. Minutes assumed as 45 instead of 44.
1847. h.
s.
s.
s. s.
s.
s.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
If
IE
~ 4>
Zf J=
^H
E
c o
S!
X <l>
J p
A.
B. C. D.
Corr'd
Mean.
Mean.
1847. li. m.
in.
O
ZONES OBSERVED WITH THE MERIDIAN' CIRCLE, 1847.
ZONE 92. APRIL ii. MAJ. D u = ' " Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
"l
MICROMETER.
i
<?
4
Mean Right
Ascension,
1850.0.
Mean South
Declination
1850.0.
I.
II.
III.
IV.
V.
VI. VII.
II.
12.
99
IOO
lot
102
103
104
105
1 06
107
108
109
no
in
112
I!3
"4
I<5
ri6
117
US
n 9
120
121
I
2
3
4
5
6
7
S
<)
10
H
12
13
M
15
16
17
18
19
20
21
22
8
8
8
9
10
9
6
S
8
8
6
8
9
S
9
9
8
9
9
8
7
9
7
9
9
10
S
8
9
8
8
S
S
8
S
8
S
8
9
9
8
h. m. s.
13 32 15.5
34 30.3
36 24.8
36 50.5
39 12. c
41 19.7
41 37-2
44 58.4
45 32-6
18.5
43 44-9
49 16. c
52 2O. 2
55 50.3
14-5
. 58 22. C
'3 59 5-5
M i 49-5
3 4-5
2 57-0
24.0
5 50.4
14 7 3-6
NE 93. Al>
9 46 16.9
47 23.4
49 10.4
50 9.3
50 52.9
56 33-7
9 53 36-7
IO 2 30.0
6 52.0
' 8 0.5
8 54-7
9 22.9
IO O. I
13 1 1. 9
15 57.7
17 17.7
18 0.7
21 40.7
23 15-6
24 21.9
59 48.2
10 50.9
s.
5 + 0.38
o. 0.40
6 0.41
6 0.41
5 0.43
7 0.45
I 0.45
6: 0.47
3 0.48
7 0.49
5 0.50
2 O.50
8 0.53
7 0.56
6 0.57
2 0.58
6 0.59
5 0.61
5 0.62
4 0.62
4' 0.63
2' 0.64
S'-r- 0.65
RII. 13.
4 - 1-43
i .43
5 -43
3 -43
4 -43
o .43
i .42
9 -42
2 : .42
4 .42
9 .42
S .42
3 .42
3 -4'
6 .41
o .41
4 .41
7 .40
5 -40
3 .40
3 -32
7 - 1-32
s.
+ O.IO
O. IO
O. IO
0.10
0.10
O. IO
O. IO
O. IO
0. 10
0.10
O. IO
O. IO
0.10
0.10
0.10
O. IO
O. IO
0.10
O. IO
O. IO
0.10
O.II
+0.09
MAJ.
-0.98
1.02
1 .00
o-99
0.98
0.98
1 .00
1. 01
I .02
0.97
0.99
I. 00
-99
o-99
1.02
0.98
1. 00
0.98
0.99
1. 00
I. 01
I. 00
4
4
4
3
4
VII. 3
4
5
4
7
3
3
i 2
2
I
3
2
' 5
4
I
7
D o =
VII. 7
i
4
5
VII. 6
V. 6
! 2
i
7
6
4
5
5
'. 6
5
7
5
4
2
3
r.
37.695
41.016
43-182
42.246
38.347;
37.112
37.005
32.91
50.60
41.25
36.028
37.238
32.535
35.8i ;
43-955 1
47.718
38.92.
42.61
42.21
41.82
40.695;
41.828!
36.872
39.082
43.875
48.422
46. 190
45-968
31 19.31
29 25.05
28 10.52
33 29.55
30 56.55
ii 20.58
37 38.68
34 3-94
18 8.71
29 16.99
II 58.01
37 30.99
40 12.79
47 4-53
2 23.97
46 5-46
36 33-10
43 10.25
22 57.06
28 57.23
50 7-41
8 33-45
I 28.66
;t 2.61
!7 46.67
9 23.65
II 58.53
12 6.45
-29.07
29.03
29.01
29.01
28.97
28.95
28.94
28.86
28.85
28.83
28.78
28.77
28.69
28.58
28.50
28.50
28.47
28.38
28.33
28.30
28.20
28.14
- 3-59
3.76
4-07
4.22
4-34
5.24
10. 15
9-94
9.80
10.39
IO.JO
7-95
10.84
10.44
8.71
9.92
8.04
10.83
11.13
11.90
11-37
11.79
10.73
11.47
9.24
9.89
12.24
- 7.66
2.52
6.86
3-70
3.58
2.58
2.59
h. m. s.
13 32 16.03
34 30.8o
36 25.37
36 5L07
39 12.58
41 20.32
41 37-79
44 59-03
45 33-21
46 19.16
48 45-55
49 16.62
52 20.91
55 51-03
(56)15-23
58 22.70
13 59 6.25
14 I 50.26
3 57.76
2 24.77
5LI7
M 5 4-39
9 46 14-53
47 19.96
49 8.02
50 6.91
50 50.53
56 31.29
9 58 34-29
IO 2 27.66
6 49.58
7 58.15
8 52.38
9 20.56
10 57.72
13 9-53
15 55-33
17 15.31
18 1.33
21 38.39
23 13.26
24 19.58
59 45-90
10(59)48.65
28 13 28.53
ii 34.02
10 19.33
15 38.95
28 13 5.62
27 53 27.48
28 19 48. 4f
16 13.24
o 16.27
28 ii 25.7.
27 54 4.83
28 19 40.59
22 22.61
29 15.01
24 33.84
28 15.75
1 8 42.30
25 20.10
5 4-63
ii 5.42
28 32 17.85
27 50 44.25
26 37 54-77
17 33.23
54 14-44
45 1-45
38 25.45
26 38 34.28
27 9 56.67
27 13 18.64
26 33 53.00
42 6. ii
57 43-93
48 16.64
26 47 49.60
27 15 33.26
26 40 9.55
51 44-49
35 29.12
48 3-82
26 53 1.24
27 10 44.79
26 54 53.81
55-
68
24.
38.2
28.
4Q. C .
55-
*
49-6
2.5
14.5
41.
31 .
32.5
45-
57-8
9.1
12.
55-4
20.4
32.5
3-
Wa
27.6
= Q C
27. . .
31 C
49-
>s S
2-4
ifi.
Zo
^o *
10 5
. . 21.534.
46.5
-1O.
10.2
18.
39.6
30.342.
52. 4.5
6"i.
2.1. S
. .
42
46
43
39
37
44-
45-
42
43-
38.
41.
44-
46.
41.
43-
20 .
563.
99 2
882
892
3O2 '
IOO'
70 .
3
31 :
265
732:
185:
035-
028 :
13 24.68
|6 45-51
7 24.00
5 35-87
ii 12.53
ii 45.41
!I 17.95
[8 58.42
3 38.27
!5 ".56
8 57-82
!I 30.6l
'.6 27.17
4 4-63
8 15.82
6.17
6.86
7.03
7-17
7.24
7-34
7.83
8.26
8.47
8-57
9.12
9-35
9-55
14.22
14.22
5.82
6.27
1.97
3-07
4.16
3-89
3-82
6.58
2. Si
4.36
2.18
. 3.86
4-52
5-94
- 3-77
6.919.5
fin
36.
48 .'5
48.
60.5
45-
59-8
ii. 5
58.
18
12.5 . .
21.5 . .
10.3
28. '5
63.
4-
40.6
15-4
15-928.
53- - -
28.240.5
47. -S.7
4L
CORRECTIONS.
REMARKS.
r> . Curr. of
Clock.
Hourly
rate.
m n
t
Zenith Point. Mic.
Co.
(92) 102. Micrometer reading assumed as
44 r .24& instead of 42 r .246.
(92) no. Transit over T. n assumed as re-
corded over T. 12.
(921 120. Double.
(93) 13- Minutes of transit assumed as n in-
stead of 10.
(93) 20. TransitsoverT.'sVIandVIIassumed
as recorded over T.'s V and VI.
C'** 4 '-'
>'**** rrr '
*
f~-
1847. h. s.
Apr. 13, 6 8.17
s.
g 0.026
s. s.
0.238
s.
- 0.341
r.
oo 0.56 40.175
INSTRUMENT READINGS.
Date.
CIRCLE.
a p
J=
Ss
3 5
<
~.
a o
56
* D
W
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 93
1847 h. m.
A I' r - 13, 9 46
lo 20
?
ii ?
2Q4
12 29.7
29.0
32-4 35.2
3I-8I
31-58
in.
30.142
.148
30.154
54-5
54-5
53-5
50.
52.8
49-8
33-5
35-5
36.2 37.2
33-86
35.6o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 93. APRIL
13. MAJ. D = " ' " Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
3
MICROMETER.
i
0\
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
It.
12.
23
24
25
i
2
3
4
5
6
8
9
10
ii
12
13
14
15
16
17
18
'9
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
6
8
7
8
8
8
8
8
8
10
10
IO
3-4
9
6
7
9
8
8
8
5-6
8
8.9
7
S
9
S
S
7
9
IO
9
10
9
8
10
10
8
9
S
S
8 .
. .
. .
18.5
30.6
43.2
. .
. .
h. m. s.
ii i 30.76
2 36.92
u 2 52.46
)NE 94. API
15 18 27.40
19 34-57
21 40.40
22 52.26
32 23.2O
27.84
34 22.24
36 39-50
47-93
47 38.60
52 46.22
53 23.79
55 15-49
58 18.98
59 13-24
15 59 42.92
16 i 4.94
44-50
4 20.48
6 29.55
ii 12.62
16 17.04
16 56.89
1-49
8.50
21 18.29
23 2.57
24 50.34
26 54.92
28 43.48
30 47-75
32 42-34
33 35-26
34 41-35
36 4.89
7.2(1
38 3L33
39 22.34
39 50.87
41 44-44
44 18.32
16 44 42.29
s.
1.32
1.32
1.32
IL 15.
- -51
50
.48
-47
39
39
37
-36
-36
.26
.22
.22
.20
.18
-17
.16
-15
-15
-13
.11
.07
03
-03
.OI
.OI
0-99
0-97
0.96
0.94
0-93
0.91
0.89
0.89
0.88
0.87
0.87
0.85
0.84
0.84
0.82
o.So
0.80
s.
I.O1
i.oo
-0.99
MAJ.
0.09
0.09
0.09
0.09
O.IO
O.IO
O.IO
O.IO
O. IO
O.IO
O.Il
O.II
0.12
0.09
0.12
O.IO
O.IO
0.09
0.11
O.II
0.08
0.09
o.oS
0.09
0.09
0.08
O.II
0.09
O.IO
0.11
0.11
O.IO
0.08
0.09
O.IO
o.oS
O.II
O.IO
O.IO
O.IO
0.08
-0.08
D = -
)
5
6
2
2
2
I
4
5
3
5
5
5
7
5
7
2
7
3
3
2
5
5
2
2
I
2
2
I
5
3
4
6
6
4
I
2
4
I
5
3
3
4
i
i
r.
41.890
36.93
37-109
47.020!
42-53
40.30
41.798
41.058
42.91
40.92
38.31
41.715
35.165
32. loo
41.32
36.694
40.31
41.17
41.96
43-272
45-275
45.928
49-73
31-35
41-575
44-56
44.635
52.622
4L358
40.93
37-82
37-095
38-95
34.817
39.10
40.070
45.630
41.856
40-57
43-99'
43-13
46.942
46.060
44-55
42.90
W 26.29
25 59-04
16 36.85
40 38.84
13 13-32
M 30.05
19 29.46
29 23.60
!2 33.30
35 23.96
!5 II-52
'-3 14.27
26 59.78
14 13.16
23 28.00
[i 35.09
44 29.70
'4 45-42
34 47.41
33 28.94
41 38.88
20 49.46
18 38.65
19 37.98
43 46.18
\1 54-10
42 0.90
37 26.10
49 44.60
23 41.42
37 10.62
31 39-95
[6 42.22
iS 30.00
30 30.97
;o 28.58
41 26.33
28 56.14
;o 11.38
21 56.11
34 8.26
31 57-10
26 31.50
*7 54-74
s 51-50
-14.42
14-55
-14.58
33.26
33-M
32.92
32-78
31.60
31.60
31-35
31-07
31.00
29-59
28.87
28.78
28.51
28.06
27.93
27-85
27.65
27-57
27.14
26.83
26.10
25.29
25-25
25.02
25.01
24-49
24.22
23.90
23.56
23.27
22.92
22.59
22.44
22.26
22.02
22.00
21.60
21.45
21.37
21.04
20.59
20.51
n
- 6.67
4.46
3.20
IO.2I
10.53
10.69
11.31
8.83
8.00
' 9-57
8.31
8.08
8.53
6.97
8. ii
6.66
10.70
7-04
9-49
9-32
10.34
7.78
7.52
H-34
10.61
11.13
10.38
9.82
"35
8.13
9.78
9.10
7-28
7-50
8.96
11.45
10.31
8-77
11.42
7.91
9.42
9.14
8.47
11.15
11.26
h. m. s.
ii i 28.43
2 34.60
II 2 50.15
15 18 25.80
ig 32.98
21 38.83
22 50.70
32 21.71
32 26.35
34 20.77
36 38.04
46.47
47 37-24
52 44-Sg
53 22.46
55 M.I7
58 17.71
59 H-95
15 59 41.66
16 i 3.69
i 43-26
4 I9-24
6 28.33
ii 11.47
16 15.92
17 55-/S
i 8 0.39
18 7.40
21 17.22
23 1-49
24 49.29
26 53fSS
29 42-44
30 46.73
32 41-35
33 34-29
34 40.38
36 3.92
(36) 6.31
38 30-37
39 21.40
39 49-93
41 43-5=
44 17.44
16 44 41.41
27 16 7.38
26 52 38.05
26 43 14.63
29 o 2.31
2 36.99
3 53-66
29 8 53.55
28 48 44.03
41 52.90
54 44-88
44 30.90
42 33-35
46 17.90
33 29.00
42 44-89
28 30 50.26
29 3 48.46
28 34 0.39
54 4-75
28 52 45.91
29 o 56.79
28 40 4.38
28 37 53-00
29 8 55.42
3 2.08
7 10.48
29 i 16.30
28 56 40.93
29 9 0.44
28 42 53.77
56 24.30
50 52.61
35 52.77
37 40.42
28 49 42.52
29 9 42.47
29 o 38.90
28 48 6.93
29 9 24.80
28 41 5.62
53 I9-I3
51 7-6i
28 45 41.01
29 7 6.48
29 8 3.27
29. S
27-5
39.8
46.8
59-7
12.6
18
Zc
30.
58
23.4
63-
28.
40.
SQ.t)
13.
61.
27-
33- S
38.7
46.
">7 R
5.
. .
. .
40.9
53-7
19.4
27.6
41-
53-
25.8
38.
St-
52.
30.
42.7
-
17.
57-
33-5
9-7
45-
20. o
39-2
52.
0.4
4.8
12.5
17-
25-
2Q.1
74-
cfl
30.8
49-7
3-
15-
2*8
55-
8 r
54-7
13-
8.
25.2
19.6
13.
45.
43-8
56.4
9-
fin
16
8
9
9
53-
fifi
c] R
CORRECTIONS.
REMARKS.
n . Corr. of
Datc ' Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(93) 2
;. Micrometer read ing assumed as 3S r . 109
instead of 37 r .iog.
7. Right ascension differs i m from Arg.
Z. 384, 63.
;. Micrometer reading assumed as 3i r .i7
instead of 4i r .i7.
7. Micrometer reading assumed as 44 r . 272
instead of 43'. 272.
3. Minutes assumed as 17 instead of 16,
and transit over T. V assumed as re-
corded over T. VII.
3. Minutes assumed as 29 instead of 28,
and micrometer reading as 37 r .95 in-
stead of 3S r .95.
1847. h. s.
Apr. 15, 20 - 9.45
s.
g 0.028
s. s.
0.238
s.
- 0.341
' r.
o o 2.59 40.
iCG
(94)
(94) I
(94) I
(94) 2
(94) 3
INSTRUMENT READINGS.
Date.
CIRCLE.
Ii
5 s
rt i-
w
<F
11
S E
X 0.
Wf
A.
B. C. D.
Corr'd
Mean.
Mean
Barom.
Zone 94
1847. h- ni-
Apr. 15, 15 18
15 45
16 15
16 51
17 38
>7 50
18 15
292
20 6.5
6.4 14.0 13.6
10.08
IO.I2
in.
30.066
.066
.06
.062
.064
30.080
50.8
50.
49-
48.8
48-5
48.
34-
34-
34-
34-
34.
34-
1
;
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 94. APRIL 15. M. D "Continued.
No.
Mag.
SECONDS OF
TRANSIT.
T.
"i
"2
MICROMETER.
i
flT,
iff
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
it.
12.
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
6t
62
63
64
65
66
67
68
69
70
71
72
73'
74
75
76
77
78
79'
So
8l
82
83
84
8s
86
87
88
89
go
91
92
9
S
8
8
10
10
9
9
9
8
9
9
8
8
9
to. ii
9
9
9
9
7-8
9
9
9
9
10
9
6
S
8
9
9
8
8
8
9
7
8
9
9
S
6.7
8
8
7
8
8
I s
h. m. s.
16 45 35-49
46 5- ii
51 12.49
56 20.62
56 35-79
57 1-65
16 52 58.32
17 o 16.35
5 16.32
8 13-50
8 45-34
n 59.02
ii 3-49
14 55-15
15 37.62
17 47-51
18 47.42
21 24.98
23 32.83
24 22.29
27 7.70
28 27.26
30 52.97
32 27.35
36 29.35
38 41.87
44 17.72
47 4.3i
48 30.34
49 8.52
51 12.24
51 59-33
54 15-99
55 45-9'
55 47-29
57 16.32
57 23.30
17 59 16.09
18 o 2.4
2 26.78
2 44.46
4 15-49
5 2.34
6 48.78
7 53-70
9 52.13
10 53.38
12 30.82
13 45-30
18 14 26.80
s.
- 0.79
0.79
o.75
0.71
0.71
0.70
0.69
0.68
0.64
0.62
0.62
0.59
0-59
0.57
o.57
0.55
0-54
0.52
0.51
0.50
0.48
0.47
0.45
0.44
0.41
0.40
0.36
0.34
0.33
0.32
0.31
0.31
0.29
0.29
0.-29
0.27
0.2-
O.26
0.25
O.2.J
0.2-|
O.22
O.22
0.21
0.20
O.lg
O.lS
0.17
0.16
- O.lf)
s.
0.08
o.oS
0.09
O. II
o.oS
O.II
0. II
0.09
0.10
O. IO
0.09
O.oS
0.08
O.I2
o.io
O. 12
0.09
0.09
o.oc
o.oS
0. 10
0.12
O.IO
0.09
0.09
O.II
O.II
0.09
o.oS
O.IO
O. II
0. 10
O.II
0. 11
o.oS
0.09
o.oS
O.IO
O.IO
0.09
o.oc
O.IO
0.10
0.09
O.II
0.08
o.oS
O.I2
0.12
0.07
2
2
5
i
6
5
2
4
4
3
I
2
7
4
6
3
3
3
2
4
7
4
2
2
5
5
2
2
5
5
4
5
5
2
2
2
4
3
3
2
4
4
5
2
I
7
7
i
r.
40.82
14 12. ii
20.36
10.67
h. m. s.
16 45 34.62
46 4.24
51 11.65
56 28.80
56 35.00
57 0.84
16 58 57.52
17 o 15.58
5 15-58
8 12.78
8 44.63
10 58.35
ii 2.82
M 54.46
15 36.95
17 46.84
18 46.79
21 24.37
23 32.23
24 21.71
27 7.12
28 26.67
30 52.42
32 26.82
36 28.85
38 4L36
44 17-25
47 3-88
48 29.93
49 8.10
51 11.82
51 58.92
54 15.59
55 45.51
55 46.92
57 15-96
57 22.95
'7 59 15.73
1 8 o 2.07
2 26.45
2 44-13
4 15.17
5 2. 02
6 48.48
7 53-39
9 51.86
10 53.12
12 30.53
13 45.02
18 14 26.57
29 3 23.14
29 I 40.28
28 39 36.88
29 5 46.01
28 36 16.54
28 41 59.09
29 i 22.65
28 44 39.58
45 55-54
28 55 48.05
29 12 15.37
29 7 35-35
28 30 20.37
47 16.57
37 56.82
55 1-27
28 55 25.23
29 o 26.93
29 6 45.70
28 53 33.64
32 48.04
28 50 i.oi
29 o 33.66
29 o 49.79
28 42 7.55
28 38 54.03
29 1 14.23
29 2 58.52
28 44 9-76
41 48.48
46 31-54
43 49-9
28 41 5.10
29 5 27.26
2 40.91
29 5 0.19
28 46 13.50
52 9.83
28 55 39.67
29 2 28.09
28 51 37.95
52 28.59
58 26.75
28 41 49.58
29 3 13-84
29 7 30.98
28 29 37.41
28 28 38.10
29 9 41.39
5Q
IT
-5-
43-775
46.472
46.82
37-12
42.325
44-23
47-71
45-50
38.9381
36.448
34.365
37-17
43.11
49.26
39.96
39-25
30.448
34-73
32.11
32.81
38.256
45-475
44-984
41.87
47.442
44-22
41.19
38.265
42.352
44.21
38.81
43.582
36.834
41.65
37-6l
44.69
44.695
38.595
41.99
35-249
34.766
43-768
42.22
40.62
43.356
38.082
39-795
39-552
12 30.45
!0 30.74
( 6 36.66
17 10.90
22 53.IO
12 I4.5I
25 34.40
26 50.77
36 42.16
53 7-97
48 28.54
II 18.72
28 13.00
18 54.78
35 57-33
36 21.76
+1 23.22
17 41-36
34 31-47
13 48.69
31 o.oi
41 31-67
41 48.56
23 9.07
19 57-04
42 15.04
43 59.38
25 13.11
22 52.50
27 35-15
24 54.32
22 IO.I7
46 29.29
43 43-59
46 2.60
27 i8.6j
33 M.38
36 44-29
13 31.9
32 43.46
33 34-i6
39 31-94
22 57.04
44 I9-04
48 35-86
to 47.34
9 48.41
;o 46.74
19-37
18.41
18.39
18.32
17.96
17-73
16.82
16.26
16.17
15.61
15.60
15.04
14.89
14.49
14-30
13-79
13-39
13-23
12.70
12.44
11.98
11.66
10.87
10.44
9-33
8.76
8.48
8.34
7-94
7.78
7-31
7.01
7.00
6.70
6.68
6.29
6.13
5.65
5-59
5-25
5-09
4-73
4-50
4-og
3-87
3-54
3-28
3- r 3
10.46
7-73
10.96
7-32
8.03
10.41
8.36
8.51
9.72
1 1 . 79
II. 21
6.61
8.68
7-55
9.64
9.68
10.32
ii. ii
9-47
6.91
9.02
10.33
10.36
8.04
7.66
10.43
10.66
8.31
8.04
8.6l
8.27
7-92
10.97
10.62
10.91
8.57
9-32
9-73
10. 60
9.24
9-34
10. 08
8.04
10.71
11.25
6.53
6.41
11.52
5L4
5-
17.3
13.5
>6
16
54-
36-
49-
1-5
12.4
-3
xn.
[6
18.
to.
29.8
P. 7
35-
55
37-5
47.8
50.
60.
3-
12.
25 .
33-
45-
58.2
ftn'
43-
54-7
8.
20.
V) . 7
23. 2
53-
5-
17-7
31-2
6f
67
29.6
42.
54'
5^-4
2o. S
IT
CC 1
47-
60.'
12.2
33.8
46.
17 .
|fl
29.
-s -
41-
53-2
6.
16.
28.9
-ri.
48.5
2-5
IO.
21.8
"S
40.
39-
52.
61.2
5-4
66
14-
19.
26.5
31.2
31 .
t t
30-9
42.9
56.
36.
CORRECTIONS.
REMARKS.
Ditc Corr ' of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(94) 5
|. Minutes assumed as 10 instead of IT,
and micrometer reading as 35 r .44S
instead of 3& r .44S ; transit over T.
IV as recorded over T. V.
3. Micrometerreadingassumed as 33'. 365
instead of 34 r -365 ; transit over T. V
assumed as recorded over T. VI.
5. Hor. thread assumed as 5 instead of 6.
3. One only of a large cluster.
3. Right ascension differs I'from Arg. Z.
221, 64.
;. Micrometer reading assumed as 33 r .7&6
instead of 34 r .7&6.
5. Hor. thread assumed as 3 instead of 2,
and micrometer reading assumed as
33 r .768 instead of 43 r .7&8.
1847. h. s.
s.
s. s.
s.
r.
(94) 5
(94) 5
(94)6
(94) 7
(94)8
(94) 8
INSTRUMENT READINGS.
Date.
CIRCLE.
Ii
IE
~ 0)
<
13
c o
r-
S E
X a
e
A.
B\ C.
D.
Corr'd
Mean.
Mean.
Barom.
1847 h. m.
O 111
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 95. APRIL 18. MAJ. D u = 29 o' 20''.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
"a
MICROMETER.
i
<A
.
Mean Right
Ascension,
1 850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
i
2
3
4
5
6
7
8
Q
10
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
8
8
8
&
7
8
8
8
8
8
8
9
7
8
8
S
8
8
8
9
9
8
8
9
8
8
8
10
8
S
8
8
S
7-8
8
7
7
8
9
10
9
9
7
7
9
10
9
8
9
. .
. .
. .
. .
17-5
30.
. .
h. m. s.
9 5i 52.17
53 17.06
54 22.97
54 28.44
56 12.60
56 11.53
56 51.90
58 29.76
9 59 47-95
IO I 8.60
13 46.00
14 46.03
16 26. 10
17 2.24
IS 7.78
19 24.48
36.47
20 1.24
22 30.41
25 8.09
25 I3.05
26 40.28
18.47
30 49-50
34 30-95
45 29.60
45 42.53
47 30.12
47 49-66
50 36.17
52 10.10
56 2.31
56 29.09
58 6.47
59 13.08
10 59 45.09
ii o 52.52
i 6.59
3 25.63
6 6.64
7 16.27
7 50.35
12 3O. 1C
12 42.01
16 23.43
17 22.12
20 32.56
23 13."
II 23 33. 5C
s.
- 4.48
4-48
4.48
4.48
4.48
4.48
4.48
4-47
4-47
4-47
4.46
4-45
' 4-45
4-45
4-45
4-45
4-45
4-45
4-44
4.44
4-44
4-44
4-43
4.42
4.42
4.40
4-39
4-39
4-39
4.38
4.38
4.37
4-37
4.36
4.36
4.36
4-35
4-35
4-34
4-34
4-33
4-33
4-32
4.31
4.30
4-30
4.29
4.28
4.28
s.
I.OO
I.OO
0.99
0.99
1.02
I.OO
I.OO
I.OO
0.99
I.OO
I.OI
0.99
I.OO
I.OO
0.98
0.99
0.99
0.99
.01
.01
.01
.01
.00
.00
I.OI
0.99
i.oo
I.OI
I.OO
I.OO
0.98
0.99
I.OO
I.OO
0-99
I. 01
0.99
0.99
I.OI
I.OI
I.OI
o-99
I.OO
I.OO
I.OI
I.OO
I.OI
I.OO
I.OI
VII.
V.
VII.
VII.
V.
VII.
VII.
VII.
V.
IV.
vii.
VII.
VII.
vii.
VII.
in.
VI.
4
4
6
5
i
4
4
4
5
4
2
4
5
4
7
6
6
5
2
2
2
3
4
2
2
5
4
3
4
5
7
5
4
3
7
2
5
5
3
2
2
6
4
3
3
5
3
3
2
r.
40.504
35.85
40.9
43.78
39-307
36.86
38.09
39-34
42. ii
39.768
39-507
41-506
41.000
38.134
37.838
45-33
41.99
50.80
37-88
38.956
32.535
36.07
34.52
36.975
40.476
42.05
36.032
32.884
37.23
35-492
43-965
44.18
45.505
38.338
41.252
4LI75
45-97
50.41
36.915
37-12
37.58
38.00
41.03
38.142
34.085
41.725
33.675
40 . ooo
47.06
29 42.33
32 22.74
15 0.51
22 3.03
50 55.13
3i 47.70
3i 5.48
30 22.38
23 0.79
30 7-99
44 57-34
23 21.57
23 38.68
29 55.06
10 55.41
21 10.03
M 23.34
18 1.83
45 53- 3 1
45 15-96
48 56.88
38 ii. 16
33 8.55
46 24. 41
44 24.00
22 28.48
32 16.52
40 0.45
31 35.31
26 48.52
7 24.93
21 49.61
26 50.60
36 53.13
8 58.27
43 59-94
21 48.01
18 15.25
37 42.09
46 19.42
46 3-59
16 39.49
29 24.23
36 59-54
39 19-43
23 13.91
39 33-57
35 55-95
40 37-47
- 7.78
8.05
8.25
8.27
8.59
8-59
8.71
9.02
9 . 26
9-50
11.79
1 1 . 96
12.25
12.35
12.53
12.77
12.80
12.87
13.29
13-73
13-75
13-99
14-
14-52
15.26
16.94
16.97
17.24
17.29
17.70
17-93
18.46
18.53
18-73
18.90
18.97
19.12
19.15
19.44
19.80
19-94
20.02
20.60
20.62
21.06
21. IS
21-55
21.86
21.90
- 7-13
7-47
5.32
6.19
9-79
7 39
7 3P
7.22
6.30
7.18
9.05
6.34
6.38
7.16
4.82
6.08
5-25
5-69
9.16
9.09
9-55
8. 19
7-57
9-23
8.98
6.22
7-45
8.43
7.36
6.78
4.38
6.16
6.78
8.04
4-57
8.93
6.16
5-71
8.14
9-23
9.20
5-51
7.10
8.0=;
8.35
6.32
8.38
7.91
- 8.51
h. m. s.
9 51 46.69
53 ".5 s
54 17.5
54 22. t) 7
56 7.1
56 6.o5
56 46.42
58 24.29
9 59 42.49
to i 3.13
13 40.53
M 40.59
16 20.65
16 56.79
18 2.35
19 19-04
19 31.03
19 55-So
22 24.96
25 2.64
25 7.60
26 34.83
(28)13.0-1
29 44.08
34 25.52
45 24.21
45 37-14
47 24.72
47 44-27
50 30.79
52 4-74
55 56.95
56 23.72
58 i. n
59 7-73
10 59 39-. 72
ii o 47.18
i 1.25
3 20.28
6 1.29
7 10.93
7 45-03
12 24.78
12 37. 30
16 18.12
17 16.82
20 27.26
23 7.83
II 23 28.27
o t n
29 30 17.24
32 58.26
15 34.08
22 37-49
51 33.51
32 23.68
3i 41.49
30 58.62
23 36.35
30 44.67
45 38.18
23 59.8/
24 17-3'
30 34-57
ii 32.76
21 48.88
15 1-39
i 8 40.39
46 35-76
45 58.78
49 40.18
38 53-34
33 50.1
47 8.19
45 8.24
23 11.64
33 0.94
40 46. 12
32 19.96
27 33-00
8 7.24
22 34.23
27 35-9'
37 39-90
9 41-74
44 47-84
21 33.29
19 o. ii
38 29.67
47 8.45
46 52-73
17 25.02
30 11.93
37 48.21
40 8.84
24 1.41
40 23.50
36 45-72
29 41 27.88
48
38
21.
29.8
42.
6 8
fj.
. .
20.5
33-2
69.
46.
33-5
rfi 6
I.
13-7
26.
38 c
27.1;
45-7
i'. 2
40.
|6
49-8
18 c
3-
14.9
3.
43-
14.
56.8
52.
R
23-5
36.
49-
37.2
19-8
2.
15-
42.
54-
6.
18.7
32-
45-
51. . .
23. -
4.5
31.
44-5
25.8
38.
Si-
44-8
29.
41-5
54-2
59-5
R
20.5
46.
35-
58.
I'R '
70.5
33-
34-9
45-
57.6
59-8
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic. Co. i (95) i
(. Micrometer reading assumed as 4O r . 1 34
instead of 3S r .i34.
6. Micrometer thread assumed as 5 in-
stead of 6.
O. "The reading of the circle I am afraid
is in error two minutes."
4. Transits discordant; those over T.'s
III and IV rejected, and minutes
assumed as 29 instead of 30.
6. Time of transit over VII assumed as
7'.5 instead of 57'. 5, and micrometer
reading assumed as 43 r .O5 instead of
42 r .os.
7. Right ascension differs igMs fromArg.
2. 375. 32, and 401, 25 ; transit over
1847. h. s.
Apr. 18, 17 11.40
s.
g O.O2O
s. s.
. . 0.238
s.
- 0.341
. , r _ (95) i
359 59 59-19 40.173 ( 95 ) 2
INSTRUMENT READINGS.
W5J
Date.
CIRCLE.
11
11
Wf5 (95) 3
A.
B. C
D.
Corr'd
Mean.
Barom.
Mean.
Zone 95
1847. h. m.
Apr. 18, 9 52
10 30
II 12
II 2O
II 50
12 50
291 42 32.4*
49-0 54-5
55-2
47.87
47-7
in.
J 30.424
434
.440
O
44-
43-2
42.5
T. VII probably 4".5 instead of 44".5.
36.2 *This circle-reading is evidently erroneous by
34-0 4' and should be 291 38'.
32.8
32-3
32.2
29.
.456
30.454
42.
42.
/ONES OliSERVKI) WITH THE MERIDIAN CIRCLE, 1847.
33
ZONE 95. APRIL 18. MAJ. D = 29' o' 20" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
.
a..
MICROMETER.
t
i
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
50
52
53
54
55
56
57
58
59
00
61
62
63
64
65
66
6?
68
69
70
7i
72
73
74
75
76
77
78
79
80
Si
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
9
9
9
7
9
7-8
8
9
8
9
9
9
7-8
8
9.10
8
7.8
9
8
S
8
9
9
9
8
8
9
9.10
6
10
8
8
8
6.7
7
8
8
6
8
9
9
7
8
8
8
8
39.
21 .
6.
h. m. s.
ii 23 29.66
24 11-43
25 56.50
26 27.23
26 53.12
27 40.46
31 52.68
32 11.40
32 37-29
34 15-60
35 30.74
38 4.67
39 34.36
39 50.90
41 46.35
42 46.59
46 35-50
51 48.86
52 11.59
52 49-92
52 50.46
54 38.00
56 22.07
57 58.54
ii 59 36.82
12 12 49.68
13 4.14
13 45.20
15 11.90
I 6 I. 60
16 51.60
19 40.91
22 14.76
22 21.26
23 6.06
24 59.87
27 36.I7
27 43.28
30 10. ii
42 25.05
4+ 57-11
45 16.23
48 30.39
50 54-25
52 4.86
54 41-73
12 59 31.31
s.
- 4.28
4.27
4-27
4.26
4.26
4.26
4.2-1
4-24
4.24
4-23
4-23
4.21
4.21
4.21
4.20
4.19
4.17
4.15
4.15
4.15
4-1;
4-M
4-13
4.12
4.11
4.05
4.04
4-04
4-03
4.03
4.02
4.01
3-99
3-99
3-99
3-98
3.96
3.96
3-95
3.87
3.86
3-86
3.83
3.82
3.8i
3-79
S.
I.OO
I.OI
I.OO
I.OI
I.OI
0.99
I.OO
I.OO
I.OO
I.OO
0.99
I.OO
I.OO
I.OO
I.OI
I.OI
0.99
0.99
I.OI
I.OI
I.OO
I.OI
I.OI
0.99
1.01
I.OO
I.OI
I.OO
I.OO
I.OO
I.OO
I.OO
i.oo
I.OO
I.OI
0.99
I.OO
I.OO
I.OO
I.OO
I.OI
I.OO
I.OO
I.OO
I.OO
I.OO
I . 00
4
2
3
i
2
6
4
3
3
5
7
3
3
5
i
2
7
6
2
2
4
2
2
7
I
3
2
3
4
4
5
6
2
2
I
7
5
7
4
2
I
6
6
7
2
4
3
47.84
42.40
41.058
42.78
46.80
47.045
39.96
35.68
36.172
36.29
37.70
34-455
34-U5
37.242
42.225
45-35
42.832
44.000
39-312
39-072
41.262
38.560
36.67
39-42
37.96
40.605
'41-475
35.85
40.86
4L556
41.602
41.01
45-70
43-75
40.84
35.838
33-32
31.148
31.64
40.84
42.942
47.886
42.036
38.96
36.61
38.515
38.298
25 29.13
43 16.67
35 18.42
48 55.67
40 46.07
II 29.42
30 1.38
38 24.43
38 7-65
26 20.72
II 0.33
39 6.70
39 18.44
25 48.31
49 14.77
41 36.15
839'
12 39.78
45 3-71
45 11.17
29 15-44
45 28.78
46 34.61
10 1.27
52 41-51
35 35.13
43 49.62
38 17-98
29 30.08
29 6.47
23 17.96
14 22.65
41 24.25
42 31.34
50 2.42
12 4.55
28 3.25
14 45.91
34 47.63
44 11-47
48 49-95
n 0.34
14 21.77
ro 17.13
46 37.00
30 51-09
36 54-51
21.89
21.96
22.15
22.19
22.26
22.34
22.80
22.83
22.87
23.04
23.17
23.43
23.59
23.61
23.80
23.90
24.29
24.75
24.79
24.83
24.83
25.01
25.16
25 . 30
25.44
26.51
26.53
26.58
26.67
26.73
26.79
26.99
27.16
27.17
27.22
27.34
27.51
27.52
27.67
28.34
28.46
28.47
28.63
28.73
28.78
28.88
29.06
6.61
8.84
7.84
9.56
8.53
4-87
7-17
8.23
8.20
6.72
4.82
8.31
8.34
6.65
9.60
8.64
4.46
5.02
9.07
9.09
7.07
9-13
9.27
4.69
10.05
7.88
8.94
8.22
7.II
7.06
6-34
5-23
8.61
8.76
9-71
4-93
6-93
5.26
7-77
8.98
9-57
4-79
5-21
4.70
9.30
7.27
-8.04
h. m. s.
ii 23 24.38
24 6.15
24 51-23
26 21.96
26 47.85
27 35.21
31 47-44
32 6.16
32 32.05
34 10.37
35 25.52
37 59-46
39 29.15
39 45.69
41 41.14
42 41-39
46 30.34
51 43.72
52 6.43
52 44.76
52 45-31
54 32.85
56 16.93
57 53-43
ii 59 31.70
12 12 44.63
12 59.09
13 40.16
15 6.87
15 56.57
16 46.58
19 35.90
22 9-77
22 16.27
23 I. O6
24 54.90
27 31.21
27 38.32
31 5-16
42 20. IS
44 52.24
45 H.37
47 25.56
50 49-43
52 0.05
54 36.94
12 59-26.55
29 26 17.63
44 7-47
36 8.41
49 47.42
41 36.86
12 16.63
30 51-35
39 15.49
38 58.72
27 10.48
n 48.32
39 58.44
40 10.37
26 38.^7
50 8.17
42 28.69
8 52.66
13 29.55
45 57-57
46 5-09
30 7-34
46 22.92
47 29.04
10 51.26
52 37.00
36 29.52
44 45.09
39 12.78
30 23.86
30 0.26
24 11.09
15 14-87
42 20.02
43 27.27
50 59-35
12 56.82
28 57.69
ID 38.69
35 43-07
45 8.79
49 47-98
ii 53.60
15 15.61
ii 10.56
47 35-oS
31 47.24
29 37 51.61
31.
49-5
39-8
53-
15 8
53.5
c6
8 c
>f> 8
52
9-
21.534.7
47-
it's
. . 46.
59-
12.
12.
24.4
rR
23.8
36.
49-
47-
47.
47-6
o.ol . .
1 1 .
23.7
12.
24.236.3
37. jo. 8
IT 8
49.8 .
37-
23.2
62.
53-5
.V
43.
47-
59-8
16.2
12.6
31.
4 . 4 : 5
. .
21 .2
1^
25.2
50.263.
22.5 . .
29-
IS. 30.
41.8 . .
43-
42.8! .
29.5 J I. -i
. . 0.2
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m
c
Zenith
Point, i Mic. Co.
1
(95) S 2 . Minutes assumed as 24 instead of 25.
(95) 53- Transit over T. VI assumed as re-
s.
1
corded over T. VII.
1847.
h.
s. s.
s.
s.
'
r
(95) 66. Transit over T. V assumed as 48' in-
stead of 58*.
(95) 67. Micrometerreadingassumedas45 r .ooo
instead of 44 r .ooo.
INSTRUMENT READINGS.
(95) 69. Transit over T. ii assumed as re-
corded over T. 12.
(95) 70. Transit over T. n assumed as re-
CIRCLE.
~? E
"rt
corded over T. 12.
Date.
Hnrom.
||
Extern
'hermo
(95) Si. Micrometer reading assumed as 42 r .oi
instead of 4i r .oi.
(95) 88. Minutes assumed as 31 instead of 30.
A.
B.
C.
D.
Corr'J
Mean.
Mean.
H
f
(95) 92. Minutes assumed as 47 instead of 48.
1847. h. m.
n n
in.
|
34
ZONKS OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 96. APRIL 22. MAJ. D = 29
' 33' 40".
No.
i
2
3
4
5
6
7
8
9
10
ii
12
13
M
1 =
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
Mag.
SECONDS OF TRANSIT.
T.
1
03
MICROMETER.
2
di
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
1-3
V.
VI.
VII.
II.
12.
7
9
8
9
8
7
7
7
8
8
9
8
8
6
8
8
8
8
7.8
7.8
9
?.
8
8
9
9
8
6
10
9
8
?.
9
9
10
10
10
8
8
7
6
7
8
9
8
9
4-
6-5
9-5
44.6
57-2
. .
i. m. s.
4 50 31-87
5 8 52.36
ii 6.95
30 33.10
32 47.28
34 14.28
34 54.38
35 33-77
37 29.18
40 I . 70
40 23.70
41 28.11
42 17.08
43 57-30
45 12.06
48 1.51
49 23.10
50 1.86
52 19-54
15 58 28.84
16 2 4.33
4
6 42.34
10 33.21
10 43-33
9 49.88
ii 54-6o
14 30.56
14 45-24
29 55-02
41 42.16
43 38.72
44 M -3C
45 5.84
47 8.34
48 38. 6c;
49 26.35
50 42.88
50 53-Sf
55 38.12
57 0.41
58 43-oc
58 10. oc
16 59 i6.5;
17 o 22.8;
2 23.1:
2 47-5!
5 43-4:
17 6 57. SC
s.
4.10
3-95
3-93
3-77
3-75
3-74
3-74
3-73
3.72
3-70
3-69
3-68
3.68
3-67
3-66
3.63
3-62
3-62
3-6o
3-55
3-52
3-48
3-45
3-45
3-45
3-44
3.42
3-41
3-30
3.20
3.19
3-19
3- IS
3-i6
3-15
3-14
3-13
3-13
3.10
3-09
3-07
3.08
3-07
3-oC
3-04
3-04
3.02
3-O2
s.
I. 00
I.OO
0.99
0.99
I.OO
I.OO
I.OO
I.OO
0.99
I. 01
1. 01
I.OO
0.99
0.99
I.OO
0.99
0.99
I.OO
I.OO
i.oo
0.99
0.99
I.OO
I.OO
o.gc
i. 02
I .01
I. 01
I.OO
0.98
I.OO
I.OO
0.99
o.gc
I.OO
1. 01
0.99
o.gc
i .01
1. 01
1. 01
i. 02
o.gg
1.02
0.99
o.gq
O.gS
I.OC
vh.
VI.
4
6
2
I
3
5
3
3
i
7
7
3
2
I
5
2
2
3
3
3
2
6
3
4
5
3
7
6
6
3
i
3
3
2
2
5
6
3
3
7
5
6
7
3
7
2
2
2
4
r.
36.475;
30.4255
43 .022.1
37.162=
33.325:
32.08 ;
33-82 ;
36.30 ;
40.625 ;
39.022
35.844
4I-645:
47-516.
49.63 -
40.362-
37.208.
33-162.
52.07
41.78
36.864
37- "i
40.87
32.818
34-354
3L74
31.362
39.546
40.56
42.695
40.90
40.54
39.738
41-97
37.95
37-95
39.898
34-154
32.170
28.36
31.122
43.69
38.05
34.585
36.928
43.11
47.605
41.40
35-475
38.10
//
2 I.2S
I o.gi
2 56.24
2 8.g 3
9 45.6i
8 45.92
9 28.57
8 3.25
o 9.82
o 15.00
2 38.71
14 59-35
(o 21.78
14 59-99
!4 o.g6
[6 16.44
12 5L5S
!g 0.67
54 54-70
57 43-84
16 19.44
15 1.87
to 3.06
53 14.26
28 57.61
jo 52.80
9 56.98
'5 12.54
13 59-Og
35 24. gb
;o 12.74
36 4 . 97
34 48.01
45 50. go
5 50.90
24 16.94
18 52.61
40 25.01
42 36.09
14 46.80
22 6.46
16 38.90
12 47.66
37 41.64
7 54-35
40 18.71
43 51-St
47 16.06
3i 5-03
-36.35
35-97
35-gi
35.15
35.05
34-97
34-94
34-9 1
34.83
31.67
34.63
34.52
34-37
34-16
34-02
33-66
33.48
33-40
33-og
32.27
3L77
31.50
31-12
30.56
30.54
30.66
30.36
29. gS
29-94
27.61
25.70
25-37
25.27
25-13
24-79
24.52
24-38
24.16
24.13
23.31
23.07
22.77
22^86
22.67
22. 4b
22.11
22.04
21.52
21. 4(
it
10.26
8.87
11.64
12.82
11.25
9.84
II. 21
1 1.02
12.57
7.53
7.84
io.6.|
11.31
11.91
9.24
12.07
11.65
9-87
10.6;
10.98
12.09
8.12
11.28
10.41
9.87
H-39
7-49
8.14
7-99
10.69
12.6]
10.78
10.61
12.05
12.05
9 .2(
8.59
11.34
11.63
8.07
8.99
8.32
7.82
10. 99
7.21
II-33
II .79
12.23
IO. I:
h. m. s.
14 50 26.77 30 6 27.89
15 8 47.41 2g 55 25.75
II 2.03 30 17 23. 79
30 28.34: 26 36. go
32 42.53 14 II. gi
34 g.54 3 10.73
34 49-64! 13 54.72
35 2g.O4 ! 12 2g.l8
37 24.47 30 24 37.22
39 56.99 29 44 37.20
40 19.00: 2g 47 1. 18
41 23.43 30 9 24.51
42 12.41 14 47-4''
43 52.64 30 19 26.06
45 7.40 29 58 24.22
47 56. Sg 30 20 42.17
4g i8.4g 17 16.71
49 57-24 3 23.9-1
52 14.94 g 18.42
15 58 24. 2g 12 7.09
16 i 59.82 30 20 43.30
4 29 49 21.49
6 37.87 30 14 25.46
9 28.76 7 35.23
9 38.88 3 18.02
9 45.44 30 15 14.85
II 50.14 29 44 14-83
14 26.13 49 30.66;
14 40.82 29 48 17.02
29 50.72 30 g 43.28
41 37. 98: 24 31.05
43 34-53 10 21.12
44 10. ii g 3.89
45 1.67 20 8.08"
47 4.19 30 20 7.74
48 34-54 29 58 30.72
49 22.20 29 53 5.58
50 38. 76' 30 14 40.51
50 49.74 30 16 51.85
55 34.01 29 48 58.18
56 56.31 56 18.52
58 38.92 50 49.99
58 5.90 29 46 58.34
16 59 12.51 30 11 55.30
17 o 18.75 29 42 4.04
i 19.14 30 14 32.15
2 43.52 IS 5.69
5 39.42 21 2g.8i
17 5 53.84 30 5 16.63
3Q.7
32.5
^6 =;
. 36.3
. . 41-
54-
5.6 . .
55.2 . .
22.8
35-5
50.2
6m
61.3
40.
45-
eft
42.=.
4-5
17.
29.6
42-5
54-8
8.
20.
eft
28
r-j R
ft
o.'s
30.
13-
42.
29-5
25.8
45-4
55.
42.
39-
57-6
55-
. .
10 f>
= - ft
44-
43-
55-4
8.5
18 1
4-5
21.
32.
j8
3-5
13.
1 ft
18
54.7
6l
57-4
n.
23-
31-
42. r
56.4
36.'
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m
n
f
Zenith Point.
Mic. Co.
(96) i
(96) i
(96) 2
i (96) 2
i. Micrometer reading assumed as 34 r .844
instead of 35 r .844.
7. Micrometer reading assumed as 43 r . 162
instead of 33 r .i62.
4. Minutes assumed as 9 instead of 10.
5. Minutes assumed as 9 instead oi 10.
9. " Doubtful declination."
6. Minutes assumed as I instead of 2.
9. Minutes assumed as 5 instead of 6.
1847. h. s.
Apr. 22, 13 12.46
s.
g O.O2O
s.
1
s.
0.238
s.
- 0.341
/ ll
O 2.6l
r.
40.170
INSTRUMENT READINGS.
; (96) 3
(96) 4
(96)4
Date.
CIRCLE.
m
1.
-I
s!
~ o
<|5
1!
l\
/, -
fy
o
66.
65-
65.
64.
62.
'
4
6
A.
B. C.
D.
Corr'd
Mean.
Ban
Mean.
Zone 96
1847. h. m.
Apr. 22,14 49
15 52
16 58
17 31
17 45
17 59
/ II
291 '5 6.4
2.0
5.6 i.'3
1.7' 6.8
10.4
5-6
8.07
3-90
n
8.1
4.0
In.
! 29.96
i
29.94
29-93
29.92
29-93
t
3
3
3
D
70-5
70.
70.
69.5
69.2
/ONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
35
ZONK 96. Ai
RIF. 22
MAJ.
No.
Mag.
SECONDS OF
TRANSIT.
T.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
50
51
52
53
54
55
56
57
58
59
60
61
62
64
65
66
67
68
6g
70
71
72
73
74
75
76
77
78
79
So
81
82
I
2
3
4
5
6
7
8
9
10
ii
12
6
7
7
8
8
8
3
10
8
7
8
8
8
8
S
8
9
8
7
10
9
8
9
7
8
8
3
9
8
8
8
7
10
9
9
9
9
9
9
8
7
|6
< 1
h. m. s.
17 6 20.58
7 22.76
30.72
12 35.98
52.^4
14 49.69
17 50.44
20 39.21
22 2.38
22 2.40
22 41.85
24 26.35
24 56.08
24 37.87
27 39.84
29 14.96
29 54.64
3O 47.81
32 8.62
33 56.63
41 58.33
42 53.76
45 55-88
46 4.02
46 51-87
18.26
48 58.66
49 30.08
54 3-53
55 26.15
13.08
59 9-87
17 59 20.76
S T E 97. APR
12 42 28.55
45 19-74
47 33-4'
51 10.41
53 7-1'
54 44.63
55 24.51.
12 59 33.51.
13 I 5-3'
3 19.9^
4 20 . 1 1
13 6 56.1;
s.
3-o:
3-o
3,oc
2.9-
2.gf
2.g;
2.9;
2-9
2.gc
2.g<
2.g<
2.8f
2.8f
2. Si
2.8f
2.8.
2.8 =
2.S.
2.8;
2.8:
2.7'
2. 7 <
2.7-
2.7-
2.7;
2.7:
2.7
2.7
2.6S
2.6
2.6(
2.6
2.6
IL 25.
- 6. 4 <
6.4
6.4
6.4
6.4-
6.4
6.4
6.4<
6. 3 <
6.3
6.3
- 6.3
2O.
40.5
46.'
IO
.6
23-
36.2
52-4
4-5
17-4
30.9
ft r '
37-5
50-4
3
15.9
14.7
28.
40.7
20.
6.
. 16.
. 18.
=u S
20
13. 26.2 ..
' ' 56 '5
21.
34- 47-
22. 35.
51.
26
. . 30.
tfi R
8 ?
3-9
28.9
51 .4
41-2
4-5
51.3
c,7 2
g _
54-
66 r
Zo
41-3
55-7
32.
55
8
.2
67.
21.
57-9
33-
ii.
67
46
22.8
19.8
32.4
44-
57-5
50.2
2.
8
.2
21.
33-4
46.5
15-
. . . .
18.231.
43 -'a
56 .'5
33-
33-
68.4
45-4
45-1
21.
57-2
58.
34-
CORRECTIONS.
Date.
Corr. of
Clock.
Hourly
rate.
tn n
c
1847. h.
Apr. 25, 19
s.
-14.07
s.
g O.O2O
s. s.
0.238
s.
0.341
INSTRUMENT READINGS.
Date.
CIRCLE.
A.
B. C.
D.
Corr'd
Mean.
Zone 97
1847. h. m.
Apr. 25, 12 42
13 58
14 40
16 44
17 29
IS 22
2gl
/ n
42 27.5
27.6 31.3
34-4
II
30.25
, = 2<) 33' 40" Continued.
MICROMETER.
eh
VIean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
-I.OO
0.99
I.OO
o.g8
I.OO
1. 02
1. 02
I.OO
0.99
00
<)<)
99
00
00
02
I.OO
I.OI
I.OO
I.OI
I .00
0.99
0.99
.082 25
r.
44.02527
39.00
38. *
36.75
42.37
40.75
40.552
43-7I833
39
42.
41.
43
47
.69236
32 43
18 43
9.88J33
41.52-
30.36
ig.4i|
46 32-181
28 38. 4& 1
9 i5-54 :
9 22.36
47.69
6-55
h.
21.40- 9.71 17
21.25
21.20
20.26
2O.2O
ig.go
19-31
18.79
iS-54
10.83
9.40
12.14
9-83
7.38
7-39
10.50
10.78
6 46.66 u
4 43.42 28
6 36.89217
4 33
6 29
OO
01
36
32
39
38
42
0.99
3 40
54233
48421
go?3i
57240
41 36
31 25
972 22
05235
20.55
59.77
38.74!
24.83
42.66
2.33
53-17
42.04
33.62
46 . 4 i I
11.48
15.10
11.56!
31.16'
53- 82
18.42
18.13
18.01
18.09
17.54
17-24
17. 12
16.9-6
16.71
16.39
I4.9 2
14.79
14.22
14.19
I4-05
n. 73
ii. 81
10.46
10.18
7.67
9-74
8-47
10.47
8-93
10.23
11.32
10.80
9-38
9-05
10.76
oo
00
o.gg
I.OI
0.99
O.r "
0-99
-I.OO
MAJ.
42.85628 21.40:
48.15039 59.96
36.842^7 20.46
33.61539 35-63;
38.998151 5.80
40.218 35 48.41
36.215 26 23.64:-
13.65
13.56
12.73
12.4!
12.34
11.80
-11.77- 9.53I7
11.30
8.38
11.25
12.75
10-75
m. s.
6 16.
7 18.
(7)26
12 32
(12)48
14 45-
17 46
20 35
21 58
21 58
22 37
24 22
24 52
25 33
27 35
29 1 1
29 50
30 43
32 4
33 52
41 54
42 50
45 52
46
46 48
(47)14
48 54
49 26
53 59
55 22
56 9
59 6
5.9 17
56 30 I
76 30 10
72 29 59
.03 30 20
28 3O 2
72 29 43
49 29 43
30 30 7
-I')
5"
</'
48
20
10
17
18
7
99 30 5
go 29 45
II 30 2
78 29 51
97 30 7
78 29 55
81 30 5
58
01
14 29 59
27 29 56
15 30 9
54
95 2
38 30 14
84 29 51
49 30 13
14
30 10
n
23
25
9
ii 30 o
52.63
42.44
30.01
44.58
48.49
22.82
29.06
56.98
15.87
30.70
9.71
47-21
33-10
47.87
9.31
58.76
49-47
39.26
53-03
17.72
20.69
15.16
34.40
58.63
24.83
4.82
21.57
39.36
I0.
50-96
24.94
= 28 56' 10".
'-LOO! VI.
I.OO
I.OO
I.OO
I.OO
1 .00
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
43.62 48 26.62
41-38
35.438
38.765,30
37.07625
31-84234
46.518! 5
46. gg ko
38.68451
36.20 26
34-61433
37.02525
44.32
8.77
45.26
54.03
40.68
56:94
39.87
15.46
24.12
5-31
55.78
47.19
47-27
47-34
47-43
47-47
47-54
47-55
47-59
47.62
47.64
47.66
47.69
12.26(12 42
8.. 16
8-53
10.10
9-49
10.59
7.09
11.31
12.62
9-57
10.39
- 9.49I3
45
47
51
52
54
55
Jg
o
3
4
6
zr.ioi 29
12.26!
25.93
2.96
59.66
37.20
17.16
26.19
57-97
12.58!
12.74!
48.77 29
45 36.07
ii 49-75
15 14.64
27 52.79
23 0.99
31 48.81
3 1.58
37 48.77
48 25.70
23 31-33
30 13-36
23 2.96
Zenith Point.
o o 0.72
Mic. Co.
r -
40.169
Mean.
Barom.
30.20
in.
30.242
30.234
30.22
30.192
30.126
30.15
54-24<>-7
46.9
53-5
53-846.2
52.1:42.8
51.542
50.5 ! 40
REMARKS.
(96) 51. Transit over T.I I assumed as recorded
over T. 12.
(96) 63. Minutes assumed as 25 instead of 24.
(96) 66. Micrometerreadingassumedas35 r .Sg2
instead of 36 r .8g2.
(96) 71. Transit over T. 1 1 assumed as recorded
over T. 12.
(96) 77. "Beautiful double star."
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
/.<>M: 97. APKII. 25. MAI. D ., = 23' 56' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
;
MICROMETER.
i
tk
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
13
14
15
16
17
18
19
2O
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
7
9
8
IO.II
9
9
8
8
9
6.7
9
8
IO
8
8
I
8
8
8
8
8
8
7-8
8.9
6-7
7
IO
9
8
9
IO
IO
9
9
8
9
9
7
7
7
7
7-8
7-8
7-8
9
9
9
7-
30.5
19-5
43-8
32.
56.
45-
45-
56.'
9-5
27-
h. m. s.
13 8 43.43
9 31-57
II 32.18
14 17.62
16 59.50
20 56.88
31 2. II
32 54.61
I9-32
34 39-88
37 6.75
37 53-62
40 9.22
42 18.81
42 43-00
43 7.09
43 23.61
45 23.20
45 26.59
47 45-13
49 49-26
50 29.82
53 59-58
13 55 52.98
14 o 27.48
i 49.50
2 45-84
4 22.91
5 44-73
7 20.53
9 12.59
n 46.28
14 6.10
17 20.14
19 39-54
20 49.06
21 16.63
23 56.30
28 27.82
32 59-76
34 20.74
34 39-71
34 55-90
38 35.52
39 21. 16
39 43-05
47 29.61
50 58.83
14 54 44.09
s.
- 6-35
6-34
6-33
6.31
6.30
6.27
6.21
6.20
6.19
6.18
6.17
6.16
6.15
6.13
6.13
6.13
6.12
6. ii
6. ii
6.10
6.oS
6.08
6.05
6.04
6.01
6.00
5-99
5-98
5-98
5-96
5-95
5-93
5-92
5-89
5-88
5.87
5-86
5.84
5.8i
5.78
5.76
5-76
5-76
5-74
5-73
5-73
5.67
5.64
5.62
s.
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
0.99
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
0.99
I.OO
I.OO
I.OO
I.OI
I.OO
I.OO
I.OI
I.OO
I.OO
I.OO
I.OO
0.99
I.OI
I.OO
I.OO
I.OO
I.OI
0.99
I.OO
I.OI
0.99
0.99
0.99
I.OO
0.99
I.OO
i
I
3
3
4
3
5
4
7
5
4
2
2
4
7
i
2
3
4
6
7
5
4
i
7
5
5
7
5
3
7
6
5
4
3
i
7
4
2
3
7
i
3
I
I
5
i
6
r.
39.662
34.080
4 1 . 002
44-545
35.752
37-380
34.012
36.17
44.715
42.92
41.104
37-71
37-18
38.532
37-20
4i-3i
36.08
30.715
33.938
36.61
41.615
43-17
-31-87
33.426
37-07
38-025
44.126
46.262
46.834
41.02
33.587
4L552
44-255
3J-52
37-642
48.254
42.73
43.50
43-10
41-54
42.28
38.69
40.41
38.042
41.025
37-75
40.98
43-95
35-542
i a
50 42.95
39 19.60
35 21.47
27 22.50
38 22. IO
25 43.56
33 26.03
ii 53-12
21 3I.O5
28 lg.53
44 2.34
45 59- l6
31 36.88
10 31.85
52 7.66
43 55-29
38 10.82
35 19.46
19 0.38
II 37.98
23 17.85
28 10.93
55 11.03
13 27.54
25 54-23
25 21.37
7 19-40
20 37.96
32 o.Si
9 6.25
19 12.12
23 2O.O2
27 33.61
39 4-50
51 52.45
4 57.36
28 26.07
42 39.62
34 9-29
5 56.19
49 12.88
36 41.02
23 59-31
45 47-73
49 56.05
SI 48.73
23 39-70
48 15.41
18 4.86
-47-70
47-71
47-71
47-72
47.72
47.72
47.63
47.6i
47.60
47.56
47-53
47-51
47-47
47-41
47-40
47-39
47.38
47-34
47-34
47-28
47-22
47-19
47.09
47.03
46.84
46.80
46.76
46.66
46.60
46.53
46.46
46.33
46.22
46.05
45.92
45.85
45.82
45.67
45.39
45.ii
45-02
45-00
44-97
44-71
44.66
44.63
44.05
43.78
-43.46
n
12.56
11.14
10.66
9-67
11.03
9-46
10.42
7-76
8.94
9.80
H-75
11.98
IO.2O
7-63
12.73
11.72
II. 01
10.67
8.66
7-76
9.18
9.78
13.16
7-97
9-49
9-42
7-23
8.85
10.25
7-45
8.67
9.18
9.69
11.14
12.74
6.94
9.82
11.58
10.52
7.O2
12.41
10.84
9.26
11.99
12.51
12.75
9.22
12.30
- 8.53
h. m. s.
13 8 36.08
9 24-23
ii 24.85
14 10.31
1 6 52.20
20 49.61
30 54-9
32 47.41
(33)12.13
34 32.70
36 59.58
37 46.46
40 2.07
42 11.68
42 35-88
42 59.96
43 16.49
45 16.09
45 19-48
47 38-03
49 42.18
50 22.74
53 52.54
13 55 45-94
14 -o 20.47
i 42.50
2 38.84
4 15-93
5 37-75
7 13-56
9 5-64
II 39-35
13 59-18
17 13.25
19 32.67
20 42.IS
22 9.77
23 49.46
28 21. OI
32 52.97
34 13-99
34 32.95
34 49- !3
38 28.79
39 M-44
39 36.33
47 22.94
50 52.20
14 54 37-47
t i a
29 47 53.21
36 28.45
32 29.84
24 29.89
35 30.85
22 50.74
30 34-08
8 58.4,,
18 37-59
25 26.89
41 11.62
43 8.65
28 44-55
7 36.89
49 17-79
41 4-40
35 '9-21
32 27.47
16 6.38
8 43.02
20 24.25
25 17-90
52 21.28
10 32.54
23 0.56
22 27.59
4 23.39
17 43-47
29 7.66
6 I<>.2;5
16 17.25
20 25.53
24 39.52
36 1 1. 69
49 I-"
2 0.15
25 31-71
39 46.87
31 15.20
2 58.32
46 20.31
33 46.86
21 3-54
42 54-43
47 3.22
48 56.11
20 42.97
45 21.49
29 15 6.85
34-
32.
47-
44-3
60.2
57-
12.
9-
24.4
. .
7-4
20.
32-
54-2
41-5
44-
54-
6.
18.8
54-
66.
19.
21.
45-
fii r
48.5
24.4
37-
45-
49-
58.
61.5
42.4
70.
55-
25.
23-
7.8
t f
50.
2.
24-
14.8
37-
27.4 - -
49-8
23-
44-9
20.7
62.
57-2
33-
lO.g
48.
70.
45-4
23 .'s
50.5
8.5
28.8
42.2
21.5 . -
45-8 - -
41.4
14.'
53-
67.4
26.7
63-4
66.
20.
39-8
49-
77-4
18.
33-
52-3
61.5
29.
3L5
42.
34 2
ii
15-2
8.
28.
60.
2O Q
40.3
n. 8
25-
. .
n 8
. .
. .
22.8
35-7
34-
46.3
R r
.
16.8
46.2
30.
59-
42.
"3
54-8
22.
.
CORRECTIONS.
REMARKS.
n . Corr. of
Clock.
Hourly
rate.
m n
c
Zenith
Point. Mic.
Co.
(97) 49. Minutes assumed as 22 instead of 21.
(97) 52, Micrometer reading assumed as 46 r . 54
instead of 4i r .54.
1847. h. s.
s.
s. s.
s.
s
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
11
||
ii
Ii
y fl
A.
B. c. n.
Corr'd
Mean.
Mean.
1847. h. in.
in.
o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
37
ZONE g7. APRIL 25. MAJ. D 28 56' 10'' Continued.
No.
M,.
SECONDS OF TRANSIT.
T.
a \
Eg
MICROMETER.
i
d,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
n.
12.
62
63
64
65
66
67
68
6g
70
71
72
73
74
75
77
78
79
80
81
82
-83
84
85
86
87
S3
89
90
92
93
9-1
95
96
97
98
99
uw
101
102
103
I0 4
105
1 06
107
108
109
no
9
7
10
5.6
9
9
9
8
9
9
9
4
9
9
7-8
9
5-6
8
8
6
9
9
8
10
7
8
8
8
10
7
8
8
9
7-8
9
8
8
8
9
9
S
8
8
8
8
9
9
h. m. s
14 55 33-
14 56 23.
'5 4 41-
8 49-
10 43.
10 56.
13 27.
19 39-
23 45-
24 3-
24 48.
29 33-
30 48.
3i 14-
32 46.
35 12.
36 38-
49 2.
4i 53-
43 3-
43 42-
46-
48 6.
50 I.
50 26.
26.
53 48.
15 54 19-
16 16 28.
20 18.
22 24.
22 50.
24 49-
25 5-
29 22.
28 54-
32 21.
34 34-
36 10.
37 42-
38 9-
39 51.
41 55-
42 n.
43 5-
44 47-
45 35-
48 22.
16 48 40.
10
03
64
II
II
26
47
82
23
"9
62
49
42
86
48
09
5"
03
46
10
10
13
75
36
47
41
2,S
68
20
49
12
38
f'i
09
58
90
J3
32
63
98
45
56
08
59
36
84
s.
5.61
5.60
5-54
5-51
5-50
5-50
5-43
5-43
5-40
5-39
5-39
5-35
5-34
5-34
5-33
5-3'
5-30
5-27
5.26
5-25
5-24
5-24
5-21
5.20
5-19
5-19
5-17
5-17
4.99
4-97
4-95
4-95
4-94
4.92
4.90
4.90
4.88
4.86
4.85
4-84
4-83
4.82
4.81
4.80
4-79
4.78
4.78
4.76
- 4-75
S.
I.OO
I.OO
1. 01
I.OO
I.OO
I.OO
0-99
I. 01
I. 01
I. 01
I. 01
I. 01
I. 01
I.OO
0.99
o.gg
I.OO
0-99
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
o-99
1. 01
0.98
o.99
0.99
I.OO
1.02
O.gg
I.OO
1. 01
0.99
0.99
1.02
1. 01
1.02
I. 01
0-99
0.99
0.98
1.02
O.gS
1.02
o-99
1. 01
0.99
5
6
3
4
4
2
7
7
6
7
6
6
4
2
I
2
2
3
5
5
5
3
3
2
6
I
2
3
3
7
3
4
6
3
3
7
6
5
2
2
I
7
2
7
3
5
3
r.
38.304
35-542
4L938
35.572
33.085
29.04
35.60
36.51
45.182
46.61
44-49
32.61
35-43
37-542
43-88
47.694
53.685
34.84
42.535
32.50
34.31
36.52
39.726
40.874!
44.925
41.050
34.96
37-95
37-25
41.88
35-86
38.88
31 76
39-332
36.41
32.398
35-44
45-55
45-302
43-854
43.182
38.635
37.182
35.92
36.61
37-33
33-30
33.738
32-545
25 11.44
26 46.80
14 25.09
38 28.30
33 57-59
36 16.76
17 11.71
5 22.66
6 43.06
ii 44.23
7 6.72
19 46.07
18 9.04
31 24.42
& 26.83
\(> 6.27
36 49-52
47 37-91
34 28.73
28 31.47
27 29.19
26 12.82
36 5-38
35 25.72
+i 50:92
14 55.68
53 24.73
45 SO.go
37 30.57
34 50.13
'2 3-79
36 34.48
33 33-65
15 54-79
37 59-46
40 17-51
12 17.91
21 2.47
12 29.39
22 0.81
42 49.76
J5 26.20
52 8.28
12 1.72
16 37.00
II 13.21
jg 46.47
!4 56.80
jo 12.30
II
-43-40
43-33
42.59
42.21
42.04
42.02
41-77
4I.I5
40.72
40.70
40.62
40.12
39-96
39-94
39-78
39-50
39-33
38-96
38.74
38-61
38.54
38.50
38.00
37-77
37-72
37.70
37-30
37-24
34-20
33-6g
33.48
33-29
33.01
32.8o
32.29
32.22
31.81
31.46
31.22
30.98
30.90
30.61
30.28
30.23
29.95
29.80
29.66
29.20
-29.14
- 9-40
9-59
8.07
11.07
10.50
10-79
12. Id
6-97
7.11
7-73
7.16
8.73
8.53
10. IS
11.56
12.03
10.86
12.23
10.56
9.82
9.70
9.52
10.77
10.68
11.50
8.12
12.99
12. OO
10.95
10.61
7-75
10.83
10.46
8.23
11.03
11.31
7.76
8.87
7-79
8.99
11.5^
11.97
12.83
7-74
12.12
7.63
11.25
9-37
11.30
h. m. s.
14 55 26.49
14 56 16.43
15 4 35-12
8 43-13
10 36.61
10 49.61
13 20.79
'9 33.03
23 39.41
23 56.83
26 41.79
29 27.26
30 42.14
31 8.08
32 40.54
35 6.18
36 31-79
39 56.24
41 46.77
42 57.21
43 35-86
43 39-86
47 59-92
49 55-55
50 20.18
50 20.27
53 42.26
15 54 13.12
16 16 22.70
20 12.23
21 18.59
22 44-55
24 43.18
25 59-45
29' 16.75
29 48.20
32 15-68
34 29.03
36 5.06
37 36.47
38 4-12
39 45.82
41 50.19
42 5.63
43 44-79
44 41.28
45 29.82
48 16.59
16 48 35.10
2g 22 14.24
23 49-72
II 25.75
35 3L58
31 0.13
33 19-57
44 15-64
2 20.78
3 40.89
8 42.66
4 4.50
16 44.92
15 7-53
28 24.54
39 28.17
43 7-8o
33 49-71
44 39.10
31 28.03
25 29.90
24 27.43
23 10.84
33 4.15
32 24.17
38 50.14
II 51-50
50 25.02
42 50.14
34 25.72
31 44-43
8 55-02
33 28.60
30 27.12
12 45.82
34 52.78
37 11-04
9 7-48
17 52.80
9 18.40
18 50.78
39 42.25
42 18.78
49 1-39
8 49.69
43 29.07
8 0.64
36 37.38
21 45-37
29 37 2.74
t .
24
-5
36 -'5
50-7
51.2
62.
48.5
67-
71 6
60.7
79-4
. .
- -
21.
9-
26.5
33-
20.9
39-3
46-
33 .'8
fir
40.5
52.
58.2
46.'
52.
5-
28 .'5
13.4
58.8
41-
26.
71-
. .
-
40.
52.
59-6
24.6
25.8
37-9
50.6
4O.5
53-2
fifi
17 R
16.2
28.9
41.
28.4
41
36
53-4
fifi |
31.
61
32.
38.2
15-
80.5
O.
14-5
59
.2
10.
22.9
12.4 -
54-4
3".
7.8
43.9
20.4
. .
19-5
56.
9-7
2O. 2
20.5
44-
57
4
70.
47-6
1-5
66.
78.9
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly i
rate.
c
Zenith Point. Mic.
Co.
(97)6
(97) 6
(97) 7
(97) 7
(97) 9
(97) 9
(97) 9-
(97) 9
(97) 9<
(97) 9'
t. Transit overT. V assumed as at 54'.2
instead of 5i".2.
). Micrometer reading assumed as47 r .si
instead of 36'. 51.
2. Minutes assumed as 26 instead of 24.
i. Transit overT. V assumed as recorded
over T. IV.
i. Transit over T. n assumed as re-
corded over T. 12.
i. Transit over T. n assumed as re-
corded overT. 12, and minutes as 21
instead of 22.
(. Transits over T.'s IV and VI assumed
as recorded over T.'s V and VII.
. Minutes assumed as 26 instead of 25.
>. Transit over T. II assumed as at 57'.2
instead of 59*. 2.
. Minutes assumed as 29 instead of 28.
1847. h.
s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
if
o c
rt >-
*- 0)
"1
Si
u
*
Wj5
A.
B.
C. D.
Corr'd
Mean.
Mean.
1847. h, m.
/ n
a
n .
in.
o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 97. Armi. 25
. MAT.
D = 28' 56' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
Of
MIC ROM
7
4
4
: \
2
3
7
6
7
2
2
3
2
4
3
5
6
i
2
5
4
5
6
4
I
i
4
5
i
5
3
i 3
6
5
6
i
2
2
3
I
. 7
7
5
ETER
i
./,
d t
Mean Right
Ascension,
1850.0.
Mean South
Declination',
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
in
112
113
114
"5
116
"7
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
'34
'35
136
137
138
139
140
141
142
M3
144
145
146
M7
148
'49
150
151
152
153
154
155
156
157
158
159
8
8
9
8
7.8
S
9
8
8
O
7
7
7
7
7
7
9
8
9
9
8
8
9
9
8
8
9
8
8
8
8
8
8
8
8
I
8
8
8
6
8
h. m. s
16 49 3
51 37
47
53 13
55 40
16 59 54
'7 7 5
S 55
59
10 4
ii i
ii 6
14 26
14 50
16 2
17 53
29 52
31 24
32 58
34 28
36 47
37 S
1 1
27
39 58
39 o
41 13
42 57
44 53
45 38
45 50
45 52
49 46
50 57
51 44
51 44
51 57
54 31
56 12
17 56 34
18 o 50
i 33
i 46
2 50
4 27
5 34
6 29
6 45
iS 8 27
2S
00
84
04
44
58
So
68
52
58
!'-
3>
7-
II
06
20
56
4 S
72
13
02
60
50
'7
34
37
8?
04
4"
72
71
52
52
IO
10
18
56
ID
IO
62
30
10
12
06
97
08
88
.76
s.
- 4-75
4-74
4-74
4.72
. 4.71
4.68
4.62
4.61
4.61
4.60
4.60
4.00
4-57
4-57
4-56
4-55
4-47
4.46
4-45
4-43
4.42
4-4=
4.42
4.41
4.40
4.40
4-39
4-38
4-37
4.36
4-36
4-36
4-34
4-33
4.32
4-32
4.32
4.30
4.29
4.29
4-27
4.26
4.2t
4-25
4.24
4-24
4-23
4.23
4.22
s.
- 1.02
i.oo
I.OO
1.02
0.98
0.99
0.99
0.98
0.98
1.02
I. O2
I. O2
0.98
-99
0-99
0.98
.00
.00
.00
.01
.98
.98
.01
.00
.00
.01
.01
.00
o.gS
0.98
I.OO
i .00
I.OI
o.97
I.OI
I.OO
0.99
0.99
1.01
I.OO
I.OI
0.98
o.gS
0.99
I.OO
0.97
1.02
1.02
I.OI
//
33.92 13 10.53
40.802 29 32.40
39.30 30 24.09
42.45 S 17.06
37.5525I 55-55
39.15 45 9.62
39.15 36 25.16
38.71 45 24.75
39.11851 i. 68
37.64 II 2.55
40.198 15 25.00
38.165 10 44.49
42.13 43 27.09
46.56 146 45.61
40.74534 55.34
36.48 46 41.47
40.965 29 26.80
43-47533 56. 39
39.32 |24 36.82
37.09517 11.61
41.00149 56.84
34.10548 3.20
42.10923 0.86
29.08
28.65
28.60
28.36
27-9-1
27. -20
25.92
25-59
25.58
25.39
25.21
25.19
24.60
24.52
24.31
23.96
21.7?
21.47
21. IS
20.91
20.44
20.37
20.36
it
- 7.88
9-9-1
10.05
7.20
12. Si
II .95
10.82
11.97
12.70
7.61
8.16
7.56
11.74
11.40
10.71
12. 14
9-93
10.50
9-33
8.36
12.57
12.34
9-13
h. m. s.
[6 48 57.51
51 31.26
51 42.10
53 7-30
55 34-75
16 59 48-91
17 7 0.19
8 50.09
S 53-93
9 58-96
10 56.30
ii 1.27
14 20.76
14 45-i6
15 56.56
17 47-53
29 46.73
31 19.10
32 53-03
34 23.28
35 41.73
37 2.62
37 6.17
(38)22.09
39 52.77
39 54-93
41 7.97
42 52-49
44 47-69
45 33.06
45 45-36
45 47-3S
49 3LI7
50 52.22
51 38.77
51 38.78
51 5L87
55 26.27
56 6.80
17 56 28.81
iS o 45.34
I 28.06
I 40.86
2 44.88
4 21.82
5 29.76
6 23.83
6 40.63
iS 8 22.53
29 9 57-49
2<> 20. 99
27 12.74
5 2.71
48 46.30
41 58.77
33 11.9
42 12.31
47 49.96
7 45-5?
12 8.37
7 27.24
40 13-43
43 32.22
31 40.36
43 27.57
26 8.48
30 38.36
21 17.33
13 50.88
46 39.85
44 45-9"
19 40.35
22 49.36
15 2 I . 20
1.3 3I.03
30 19.95
48 52.01
46 34-74
29 37.69
16 17.54
48 30.71
19 33.78
34 28.09
34 46.76
16 41.52
25 30.37
13 48.90
46 23.02
39 41.47
35 49-51
23 18.44
51 38.08
ii 35-55
9 1-74
29 18 9.20
. 17. TI .
62
. . iS.
22.
"8
40.? .
12. 5
. . iS. 5 ?! -
43-
55-6 8.1
. ,
34-
37-5
42.5
14.5
27.
32.
48.6
. .
13-5
. . 51.
63.4
15.7
40.
31
.
26.8
34-
39.8 52.4
1 1. 8 24.9
45.958.8
64.6
37.
IO
6 r
12. C
33.
49.5
5-4
58.2 -
46.685 2
49.61 i
37-6381
33.60 3
37-125;
41.102 4
34.8i 3
6 9-99
8 42.78
6 53.08
3 40.19
2 10.24
9 53-4"
2 58.57
19.85
19.85
19.62
19.28
18.92
18.77
18.73
9-52
8-57
8.33
10.48
12.85
12.57
10.39
6O.3
. .
s's.'s
26.
IO.
38.7
23.
51.
51 .
7 R
16
IS
59-5
24.
47.g22 ig 40.85
37-7og5i 50.14
42.22 :22 57.04
18.00
17-77
17.62
8.69
12.80
9.12
22.
22.
54-
36.70137 4.1.45
36.14 38 8.75
32.03 20 6.03
31.85 28 53.82
37,01017 14.69
41.35 [49 44-72
42.79 43 4.05
49.52 39 12.83
47-35 31 43.07
32.19454 59.89
30.65 15 2.71
35.11 12 29.27
44.57821 35.92
17.62
16.95
16.76
16.69
1 5 . 86
15-73
15.69
15-47
15.15
M-94
14.76
14.71
-14-37
1 1. 02
1 1 . 06
8.73
9.86
8.35
12.57
n. 73
II. 21
IO.22
I3.25
8.08
7-76
S.gl
53-6
. .
19.2
32.
44-4
56.
5.
12.
,3
i.
.
84
-
28
39.6
5.
7.
23.8
53-6
65.
CORRECTIONS.
REMARKS.
n Corr. of
Date - Clock.
Hourly
rate.
111 n
c
Zenith Point. Mic.
Co.
(97) 124. Hor. thread assumed as i instead of 2.
(97) 125. Micrometerreadingassumedas4i''.745
instead of 4O r .745.
(97) 131. Transit over T. VI assumed as re-
corded over T. V, and minutes as 35
instead of 36.
(97) '36. Minutes assumed as 40 instead of 39.
(97) 147. Transit over T. ii assumed as re-
corded over T. 12.
(97) 148. Minutes assumed as 55 instead of 54.
1847. h. s.
s.
s. s.
s.
' r.
INSTRUMENT READINGS.
Date.
CIRCLE.
o S
11
II
11
OJ
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
1847. h. m.
in.
O
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
39'
ZONE 97. APRIL 25
. MAJ. D = -28
56' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
at
<7. 3 MI
CROMETER.
i
*
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I. II. III.
IV.
V. VI.
VII.
II.
12.
160
161
162
163
164
1 66
167
168
170
i
2
3
4
5
6
7
S
9
10
ii
12
'3
'4
'5
16
17
18
19
20
21
22
23
24
26
27
28
29
30
31
32
33
34
S
8
g
9
S
8
8
g
S
10
8
9
8
9
8
8
9
9
8
8
9
9
6
S
6
10
8
8
9
9
9
9
8
9
8
9
9
8
S
9
9-
20.9
50.6
h. m. s.
18 g 43 -2<
IO I2.6c
II 58.50
14 45-i!
M 55-0-
14 57. 6<
17 36. 2<
ig 44.0
ig 44.4.
20 I.6i
1 8 22 46.6
INK g3. M.
12 6 7-3(
6 41.11
8 39-7'
9 31 .oS
14 2 . 6c
15 42.9
17 59.0;
IS 59.4
21 7.8,
22 42.9.
24 28. 1(
26 31.2.
26 47. o(
28 33-4
29 57. 2(
33 39-3-
34 39-2.
40 7-4.
40 39. 4<
44 45-7 -
45 5I-7S
48 53-4S
50 10.0;
50 ii. 8.
54 49 - 8 <
12 56 48.1.
13 10 14.8.
12 26. ex
12 27. g<
15 22.5!
17 54-9<
20 27.2.
21 24.8
13 24 32.O.
s.
- 4.21
| 4-21
) 4.20
4.iS
4.18
) 4-lS
> 4.17
> 4.15
> 4-15
> 4.15
- 4-14
iY 4. M
> 11.23
) 11.22
) 11.22
11.22
) 11.20
11.20
11.20
II. 19
II. IS
II. IS
- 11.17
11.17
) 11.17
1 1 . 1 6
> II . 16
11.14
II. 14
11.12
II. 12
1 1. 10
I I. 10
n.og
! 11.09
11.09
) 11.07
1 1. 06
II. 01
1 11.00
) II . OO
s 10.99
)' 10.98
! 10.97
10.96
1 -10.95
s.
o.gS
o.gS
1.02
i. 02
0.98
o.gS
o.gg
1. 00
I. 01
i .00
I. 01
VI. D = -
- .00 I 1
.00
.00
.oo (
.00
< .99
o.gg
.00
.00
.00
.01
.00
.00
.00
.00
.00
.()()
.<)
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.1,1,
.00
.00
.00
I
~2
7
6
2
2
2
4
5
4
5
-25 5
f- 3
3
2
4
3
7
7
4
5
5
i
4
5
2
4
I
I
5
2
2
6
5
6
7
3
2
6
2
2
2
6
r.
45.68
41.64
37.036
44-615
37-38
39.788
50.48
40.735
40.110
44.082
45-954
[' 50".
37-807
35.817
41.27
44-93
42.68
40.59
45.258
4L743
40.602
41-53
37-039
4^527
46.317
4LI54
46.12
42.168
47 15. 8g
43 43-94
10 47.78
12 53.03
46 IO.I8
44 47-34
38 39-79
29 34-71
24 9-64
27 39-41
20 48.56
37 ".40
38 lg.57
43 56.67
27 10.34
34 23.74
9 20.75
6 40.45
29 0.03
23 52-57
23 20.77
52 13.20
29 7.46
2O 36.07
44 O.66
26 29.43
49 l6 -74
14.12
14-03
13.68
13.13
13.10
13.09
12.57
12.14
12. 14
I2.0g
-H.53
- 5.06
5 -09
5-19
5-24
5.42
5-52
5.62
5.67
5-75
5.82
5.88
5-95
5-96
6.02
6.07
6. 19
12.24
11.79
7.72
7 79
12. II
11.94
11.14
9-95
9.26
9.71
- 8.83
- 5.68
5-78
6.32
4-74
5-42
3-11
2.87
4.91
4-44
4-3'J
7.08
4.92
4.13
6.32
4.68
6.81
h. m. s.
18 9 38.10
10 7.50
10 53.28
M 39-95
14 49. gi
14 52.53
17 31.10
ig 38. g3
Ig 3g.32
19 56.53
IS 22 41.46
12 5 55-13
6 28.97
8 27.54
9 18.86
13 50.40
15 30.75
17 46.89
18 47.22
20 55.66
22 30.77
24 15.98
26 19.08
26 34. 8g
28 21.25
29 45.10
33 27.20
34 27.11
39 55.31
40 27.34
44 33-67
45 39-68
48 41-39
49 57-94
49 59-76
54 37-73
12 56 36.09
13 10 2.83
12 14.00
12 '15.90
'5 10.59
17 43-01
20 15.26
21 12.85
13 24 20.08
29 43 52.25
4O 19. 7(
7 19.18
9 23-95
42 45-39
41 22.37
35 3-50
26 6 . 8c
20 41.04
24 II. 21
29 17 18.92
26 29 12.14
30 20.44
35 58.18
19 10.32
26 24.58
26 i 19.38
25 58 38.94
26 21 0.61
15 52.7'
15 20.98
44 i6.i(
21 8 . 33
12 36. if
36 3.0(
18 30.18
41 19.74
44 48. 3C
46 34-4:
35 12. 5J
.34 8.52
17 43-15
6 56. oc
23 32.91
5 37-25
2 59.01
27 14.78
37 9-2<;
ii 26.71
46 51. i(
37 14-5?
36 37-73
26 10 7.oC
7-5
33-
7 = 6
.... 23.836.
49. . .
. . 28.
-() TT S
38.5
31- I3-254-5
7-5
7.'
IS
. . . . 27.2
40.
52. 4-5
43- S 55-4
[4.9 -.-.-
39-3 - -
ig.8 - -
. . 59- 'I-
. . I I. 2 24.
23.8
36.6
45-
. . . .'30.9
.... 15.7
54-2 7- IS. g
. . . . 35-
28.'
55- 7-4
40.8 ..
47.258.0 . .
33.845.857.7
57- 9- -2-
10.
34.6
. .
*
36. 12
33.04
43-6I9
42.632
44.492
47.50
41.038
27.28
43-336
37-75
41.27
39-26
33-205
22.378
39.112
40 . i 80
35-52
52 44.81
54 30.78
22 8. go
43 9-Si
42 5-82
25 41.96
14 55.80
31 31.07
13 37-03
10 58.76
35 12.25
45 5.83
ig 25.60
54 46.68
45 10.95
44 34-18
18 5.95
6.35
6.37
6.46
6:57
6-59
6.59
6.69
6.73
7.00
7.04
7.04
7.08
7-13
7.16
7-17
7.20
7.14
7.30
4.28
6.23
6.13
4.60
3.61
5-14
3-49
3-25
5-49
6.42
4.03
7-35
6.42
6.38
- 3-91
. . 52. . .
<; 21. 33-5
46. 58. . .
. . o. . .
30. . .
4S.7 . .
50. 2. [4.2
48. 60. 1 3 .
. 14.
. . 38. . .
28 in
46. 58. 10.
22.6
34.8 . .
. . 2.715.
27-5
25.
36.9 49.
2.
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
c
Zenith Point.
Mic.
Co. (g 7 ) I
52. Minutes assumed as 10 instead of n,
and micrometer reading as 3S r .O36
instead of 37 r .O3&.
7. Transits over T.'s IV, V, and VI as-
sumed as recorded over T.'s V, VI,
and VII.
1847. h. s.
May 4, 17 -18.40
s.
g O.O2O
S. S.
- 0.048
s.
- 0.531
359 59 59-6i
4 o r . M 8 (I > S)
INSTRUMENT READINGS.
Date.
CIRI-I.I:.
*.
iarom
-a
~ o
M
11
3!
X 0)
51-4
53-
47-5
46.
A.
B. C. D.
Corr'd
Mean.
I
Mean.
Zone 98
1847. h. m.
May 4, 12 5
13
M
14 25
1 II
^ 50 \l'l
15.4 13.0 14.2
13.8 14.2 14.0
11.67
(11.72$ -
3
in.
0.224
0.228
0.230
0.236
59-
58.
56.5
55-
3
/ONES OBSKKVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 98. MAY 4.
MAJ. D = 25 51' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
"2
MICROMETER.
i
<A
*
Mean Right
Ascension,
1850.0
Mean South
Declination,
1850.0.
I.
II.
HI.
IV.
V.
VI.
VII.
n.
12.
35
36
37
38
39
40
42
43
44
45
46
47
48
49
50
51
52
53'
54
55
56
57
58
59
60
61
62
63
64
65
66
67
63
69
70
I
2
3
4
6
8
9
8
9
9
9
9
8
9
9
9
6
2-3
9
5-6
8
8
7
9
8
8
7
7
8
9
8
8
8
8
9
9
6
7
8
8
8
8
8
7
9
9
9
8
9
7
8
44-5
45-2
25.6
56.2
37-9
7.6
10.
47.
22.
62.
58.4
h. m. s
13 24 43
27 45
29 25
30 22
31 43
33 18
35 16
36 26
40 55
49 36
54 3
13 58 I
14 o 41
4 22
6 30
7 27
io 41
13 14
14 15
15 55
17 20
17 35
19 31
22 15
22 8
. 23 42
3i 8
30 23
35 24
36 58
39 22
43 37
44 50
14 47 17
15 26 2
15 28 17
ONE 99.
II 21 32
22 24
25 23
28
29 8
29 59
37 2
39 I
11 41 36
89
4S
06
iS
19
5?
14
II
OI
34
62
05
67
i/
88
75
10
-,'}
68
27
42
r-
76
3"
93
22
08
76
33
75
34
58
So
M.
73
94
97
28
96
3"
34
99
II
s.
-10.95
10.93
10.93
10.92
10.92
10.91
10.90
IO.OO
10.87
10.83
io. Si
10.79
10.78
10.76
10.75
10.74
10.73
10.72
10.71
10.70
10.69
10.69
10.68
10.67
10.67
10.66
10.62
10.63
io. 60
10.59
10.58
10.56
10.55
10.54
10.32
10.30
VY 6. IV
-12.38
12.38
12.37
12.37
12.37
12.37
12.35
12.35
-12.34
S.
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
i.oo
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
1.0!
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OI
I.OO
0.99
I.OO
I.OI
I.OI
I.OO
I.OO
I.OO
I.OI
IAJ. D
I.OO
I.OI
I.OO
I.OO
1.00
I.OI
I.OI
I.OI
-0.99
o ~ 2
vii.
5
5
4
6
4
3
i
7
3
3
2
7
3
3
3
4
2
6
6
6
3
2
6
4
6
7
3
i
5
7
7
i
3
2
7
6 2
4
2
4
3
3
2
2
2
6
r. ' "
44.38 21 42.72
46.96 2O 13.95
48.15 25 19.59
38.64 16 18.47
37.98 31 9.20
40.68 135 32.55
37.02552 13.55
40.628; 9 19.45
36.04038 12.19
45.04833 2.27
40.69 ;50 7.58
47.67 5 17.46
38.65336 42.16
31.09 41 2.50
33.67539 33-57
n
- 7-21
7-2-1
7.2C
7.26
7.27
7.29
7.2C
7-3C
7.26
7.10
7.13
7. OS
6.gt
6.9:
- 4-23
4. io
4-57
3-73
5.10
5.52
7.10
3.oS
5-79
5.29
6.92
2.69
5.62
6.05
h. m. s.
13 24 31.94
27 33-38
29 13.55
30 10. 14
31 31.26
33 6.28
35 4-62
36 14-24
40 43-24
49 24.18
53 51-53
13 57 49.83
14 o 29.27
4 10.91
6 18.71
7 '5-43
io 30.15
13 3-03
M 3-39
15 44.08
17 9.02
17 23.99
19 19.59
22 3-75
21 56.75
23 31.10
30 56.67
31 I 2 . 30
35 12.63
36 46.49
39 "-I?
43 25.76
44 39.20
14 47 5.80
15 25 51.26
15 28 6.49
II 21 19.35
22 11.55
25 io. 60
(27)14.91
28 54.89
29 45.92
36 48.98
38 48.63
II 41 22.78
1 11
26 13 44.10
12 15.29
17 21.42
8 19.46
23 H.57
27 35-35
44 17-94
i 19.82
30 15.28
25 4-82
26 42 11.69
25 57 17.28
26 28 44.86
33 5-51
31 36.40
26 39.78
37 45.09
5 54-43
4 35-56
10 4.88
32 34-69
37 50.68
9 42.51
23 6.75
6 55-41
4 28.27
23 47.81
43 3-17
i 8 12.96
o 54-84
o o. 14
39 2.39
30 36.96
26 38 50.81
25 59 30.17
26 56 5.01
27 12 27.99
26 55 15.52
27 5 36.01
2 15.71
io 18.82
II 54.83
27 8 1.13
26 40 37.66
ee
41.2
18.
30.7
43-
67-
20.
51-2
3-3
27.8
40.3
38.5
5S/7
10.
22.3
5.5
47-
18.
60.
. .
38.'
52.
3-7 - -
38 .'2
50.
30.
62.3
8/2
42.
56.'
20.8
53-8
27-
7-9
33-
48.
6.
39-4
39-5
20.
6O. 2
19.
52.
3L93234 37.58
38.21 45 41.95
42.83413 54.30
45.121 12 35.62
35.56218 4.50
31.97 40 32.22
38.04 45 47.80
36.204 17 42.41
38.10 31 5.37
41.052^4 55.61
35.12512 29.08
38.53536 46.35
39.15 |5I 0.57
36.53 26 12.80
41.305: 8 56.45
42.855: 8 2.09
46.12 47 0.75
35-34 38 36.28
46.36 46 52.48
43.65 7 35.76
6' 30".
41.05229 23.80
38.12745 44.51
42.49 28 34.03
34.85 38 53.10
40.67 35 32.90
41.90543 34.82
39.14 45 9.96
45.92241 16.61
42.76813 56.58
6.76
6.6(:
6.62
6.55
6.49
6.48
6.40
6.2S
6.28
6.21
5.83
5.82
5.60
5-51
5-36
5.10
5-01
4.86
i. (it
- 1.50
- 6. 28
6.35
6.67
6.70
7.06
7.15
7.82
8.00
- 8.23
5-44
6.48
3.51
3-39
3.89
5-99
6.48
3-82
5-10
3-59
5^4
7.00
4-65
3-03
2.95
6.63
5-82
6.63
2.91
- 4-93
3-13
4.82
6.21
5-75
6.85
7.05
6.52
- 2.85
38 .'?
50.6
3-
1=1. Q
43-5
56.
68.
15.9
19.8
. .
13.
56.
12.
46.
8.7
24.2
58.
20.
36.
36.5
IO.2
48.4
47/6
61.
59-2
15.
28
29-5
42.
27 2
8.
33-
SO.'
44-9
42.554.3; ...
Z
fir
16
fir
8 1
2O.4
24.
36.4
25-
59-4
4-4
49-2
23.8
2.3I5.
2.4I4.4
36. - -
27-
. .
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(98) 45. Hor. thread assumed as I instead of 2.
(98) 54. Time of transit over T. VI assumed as
20' instead of 2 8 .o.
(98) 62. Minutes assumed as 31 instead of 30.
(98) 69. Hor. thread assumed as i instead of 2.
(99) 5. Transit overT. Ill assumed as at 56".!
instead of 61".
(99) 9. Transit over T. II assumed as at ii".4
instead of 4*. 4.
1847. h. s.
May 6, 8 19.27
s.
g O.O22
s. s.
0.048
s.
- 0.531
r
o o 0.36 40 .
181
INSTRUMENT READINGS.
CIRCLE.
-a B
||
12 1>
63-
63-
61.8
60/5
57-
C
Date.
A.
B. C.
D.
Corr'd
Mean.
Mean.
Barom.
Zone 99
h. m.
May 6, II 25
ii 35
12 14
13 9
13 27
14 50
294
12 29.
30.
31-2 34-8
32-5 37-0
35-2
37.2
32.69
32.55
in.
30.072
30.074
30.070
57-8
59.5
58.8
54-
48.
30.05
30.020
/ONES OB.SERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 99. MAY 6. MAJ. D = 26
26' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"
.,
MICROMETER.
'
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
10
ii
12
13
M
15
16
17
IS
'9
20
21
22
23
24
25
26
27
23
29
30
31
11
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
52
53
54
55
56
57
58
9
8
9
7
9
8
9
to
10
10
8
S
8
10
9
9
7-8
9
9.10
6
8
8
9
8
9
8
6
9
7
8
10
9
S
9
8
9
10
to
9
S
8
9
S
9
9
8
9
29.5
49-3
41.5
14.8
66.
h. i
... ii .
.
24.
m
13.2
m
11. S.
;2 29.29
17 49-51
(8 29.66
;o 42.78
;i 18.88
53 18.59
54 46.12
5.8 40-95
59 31-35
59 58.95
o 47.46
58.04
3 21. 10
5 27.31
6 41 .76
7 55.46
8 30.34
8 44.38
3 0.55
15 6.37
17 40.58
'9 28.74
23 33-86
24 40.66
28 34-53
35 28.21
36 11.62
jo 7.71
}0 39.89
}2 52.59
5 52.88
t6 25.02
17 52.20
*3 42.93
48 53-43
51 15-33
53 38.47
55 7-34
58 2.4^
59 18.73
i 23.25
5 49 -5C
6 7-17
8 27.42
12 28.42
58. of
16 28.34
'7 55-2<;
IS 47. U
s.
-12.34
12.33
12-33
'12.32
12.32
12.32
. 12.31
12.31
12.30
12.30
12.30
12.30
12.29
12.29
12.28
12.28
12.28
12.28
12.27
12.26
12.25
12.25
12.24
12.24
12.22
I 2. 2O
12.20
12.18
12. IS
12. 17
12. 16
12.16
12.15
12.15
12.15
12.14
12.13
12. 13
12. 12
12. II
12. II
12.09
12.09
12.08
1 2. 06
1 2. 06
I2.O5
12.04
1 2 . 04
s.
-0.99
I.OO
0.99
I.OO
o-99
9-99
I.OO
I.OI
o.99
0.99
I.OI
I.OI
I.OI
0.99
0.98
I.OO
I.OO
I.OO
I.OO
1 .00
I.OO
0.99
I.OO
I.OI
0.99
0.99
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
1 .00
I.OO
1.00
I.OO
I .00
6
5
7
5
6
5
2
6
6
2
2
2
7
7
5
2
3
4
4
6
3
i
7
7
7
6
6
4
7
2
7
7
7
4
7
6
2
4
4
5
4
I
7
7
4
6
5
r.
34.070
34-25
37-6i
40. 1 6
40.16
45-595
43-765
45-125
38.898
39.10
40. to
35-95
35.362
32.853
50-44
45-46
8 55-84
i- 31.26
ii 2.56
M 7.92
9 34.83
9 27.15
22 3.88
IT. 44.04
16 9.43
[6 2.48
u 36.93
16 59.70
17 19-94
13 47.25
3 42.12
21 5-53
- 8.31
8.77
8.82
9.01
9.04
9.22
9-34
9-63
9.70
9-73
9-79
9.80
9-97
10.12
IO.2I
IO.29
.1
- 3-53
4.67
2.49
4.22
2.31
2.31
3-93
6.60
3.16
3-15
6.99
7-31
7-36
2.85
1-53
3.81
h. m. s".
II 42 15.96
47 36.18
48 16.34
50 29.46
51 5-57
51 5.28
54 32.81
58 27.63
59 18.06
ii 59 45.66
12 o 34.15
(1)44.73
3 7-80
5 14-03
6 28.50
7 42. 18
8 17.06
8 31.10
12 47.28
14 53."
17 27.33
19 15.50
23 20.62
24 27.41
23 21.32
35 15-02
35 58.42
39 54-53
40 26.71
42 39-42
45 39-72
46 11.86
47 39-05
48 29.78
48 40.28
51 2.19
53 25.34
54 54-21
57 49-34
12 59 5.62
13 I 16. 14
5 36.41
5 54-oS
S 14-34
12 15.36
(14)45-00
16 15.29
17 42.25
13 IS 34.62
/ tl '
26 45 37.68
54 I4-7C
37 43.87
50 51. I!
36 16.18
36 8.6S
26 48 47.15
27 8 30.27
26 42 52. 2C
26 42 45. 3f
27 u 23.71.
13 46.81
27 M 7-27
26 40 30.22
30 23.86
26 47 49.63
27 7 9-5'
26 59 1.67
55 54-04
55 7-7t
26 52 i6.8e
27 o 59.71
27 16 43.47
26 36 6.52
32 19-95
37 I7-K
44 36. 8c
26 46 41. 8c
27 2 2.5r
26 35 19-31
27 S 42. 70
26 36 23. 4C
33 25.32
34 15- ic
53 8.82
33 27.8:
26 41 46.68
27 it 46.89
26 59 36.53
56 12.54
49 58- 9 C
26 55 6.oc
27 16 25.04
26 37 11.97
39 13- 3^
57 26.51
41 15.8=
26 52 6.6t
31-
43-
55-
6.7
18.
30.8
.-R f
43.7
1 6
41 -
8 1
16
. . II
55-4 12
66.
21.3
27-
^3-5
39-8
54-
15-7
66 >
58.
(- *
So
55-
fi-r -i
52.3
47-456
46.40
4L50
42.846
37-732
42.995
41.07
40.54
47-12.
38.50
35-94
32.318
30.85
41-93
44.84
40.07
45- 2 3
43-795
46.338
45- T 7
40.89
39-50
35- !o
41.018
41.782
42.95
41.64
38.68
35.16
38.875
41-795
38.052
to 22.83
32 15-75
29 8.39
28 22.09
25 3L45
34 12.91
[9 54.46
9 22.77
5 36.38
to 32.92
r? 51.50
19 56.12
35 14-77
8 34-94
9 38.81
6 41.11
7 .30.78
26 21.93
6 43-47
15 1. 19
+4 57-28
32 48.55
29 24.98
23 12. IO
28 18.50
49 34.59
10 26.76
12 27.88
30 38.57
14 30.05
25 19.42
10.35
10.62
10.75
10.89
1 1 .01
11 .22
11.29
11.49
11.80
11.83
I2.OO
12.03
12. II
12.21
12.23
12.29
12.31
12.31
12.3')
'12.45
12.49
12.56
12.60
12.64
12.71
12.72
12.76
12.82
12.83
12.86
12.87
12.87
6.40
5.30
4.90
4.78
4.40
5.58
2 . 20
1-77
2.4,
3-39
3.65
5-71
2.16
6.62
2.30
1.90
2.01
4-50
I .90
3-OO
7.05
5.38
4-92
4.0Q
4.78
2.39
2.67
5.08
' 2-93
4-37
23-
36
42
4
48-
54-
60.5
66.2
13.2
25.2
35-5
29.
34-1
41-
46.2
C-3
53-
58.3
5 .4
5-8
in
.2
22.4
34-3
46.5
fi'c '
24.
36
55-2
8.
40.
2O. I
= 1 R
32.
4-7
65
17.
"0
40.5
52.9
5-
49.8
fi'" '
17.
29.
20.
30.5
61.2
30.5
51
'I
5
3-5
26.
55-
15.4
38.4
26.8
4.
7-5
19.2
32.
39-5
2J .
37-6
23-5
50.
7-
31-
11). 2
43-
48.
32-3
56.5
60.
4 r,
. . 12
- . "3
4
-5
16.
28.5
.-R
40.
53-
5-4
20.
32.2
12.5 13
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Ho inly
rate.
"
:
C
Zenith
Point. Mic. Co.
(99) i
(99) i
(99) i
(< ,. 3
. ! (99) 3
i (99) 5
(99) 5
2. Transit over T. ii assumed to have
been recorded over T. 12.
4. Transit over T. n assumed to have
been recorded over T. 12.
5. Minutes assumed as 51 instead of 53,
and micrometer reading as 5o r .5g5
instead of 45'. 595.
i. Transit over T. ii assumed to have
been recorded over T. 12.
i. Hor. thread assumed as 5 instead of 6.
o. Micrometer reading assumed as42 r .oi8
instead of 4t r .oi8.
3. Transit over T. ii assumed to have
been recorded over T. 12.
1847. h.
s.
s.
s. s
s.
r.
INSTRUMENT READINGS.
Dale.
CIRCLE.
Barom.
11
IE
^
If
- ':
H
A.
D.
Corr'd
Mean.
Mean.
1847. h. m.
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE.
ZONK. 99. MAY
6. MAJ. D = 26 26' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
MICROMETER.
i
*
J,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
i.
II.
III.
IV.
V.
VI.-
VII.
II.
12.
59
60
6t
',2
63
64
65
66
67
63
7"
71
r-
73
74
75
76
77
73
79
So
Si
82
S3
-4
S3
87
gg
89
90
92
94
95
97
98
99
100
102
! ' .3
I'M
105
107
8
8
8
7
10
S
9
8
9
9
9
10
8
8
10
8
9
9
9
8
9
9
6
\
9
9
10
6
8 .
s
S
O
6
S
S
8
8
Id
8
8
>
S
S
4-5
h. m. s.
13 20 27.44
21 47.94
22 44.09
23
24 29.84
28 58.06
30 45-76
31 59-16
35 17-24
36 39.26
37 22.19
41 24.28
42 39-97
43 10.30
47 48.83
48 13-92
36.71
51.02
5 58.39
5i 19-95
52 15-82
54 4-04
55 10.90
57 40.06
58 41.12
13 59 58-66
14 i 30.23
4 15.03
4 23.34
6 18.49
7 55-26
9 47-59
13 15-45
14 39-93
14 56.86
is 30.3?
17 I9-4S
19
19 35.01
20 4.4;
21 55.0;
23 35-9:
45-71
33 5l-if
35 6.8c
47-7:
39 7-3<;
14 42 48.00
s.
12.03
12. 02
12.02
s,
I.OO
I.OO
I.OO
7
7
5
I
5
-
6
5
5
4
2
5
4
5
4
6
4
5
2
r.
38.36 i
39-55 '
4' .585 2
34.7525
34-05 2
36.56 J2
35.7/St
43-68 2
5L3I5 i
45.80 2
49-55 3
36.6872
38.46 3
35.9852
40.49 2
44.612 2
46.74 2
43-S7 4
37-77
3 18.88
3 31-88
7 38.14
6 H-77
7 56.77
2 6. So
7 44-11
6 4"- 14
9 11.77
6 7.40
o 52.98
6 31.5^
9 43-01
7 21.32
S 48.17
o 21.52
2 26.91
II
-12.88
12.89
12.89
12.89
1 2 . 89
12.89
ia!88
12.86
12.85
12.84
12.79
12. 78
12.77
I 2 . 69
1.2.60
12.68
12.67
12.63
2.42
2.33
4*1
4.68
4-4*
3-39
3-93
3-37
4-55
6.26
4-47
5-12
4-53
4.96
4.64
4.84
3-70
6.69
h. m. s.
13 20 14.41 26 37 23.07
21 34.92 36 42.06
22 31.07 26 50 5.88
(23) 27 20 23.00
24 16.83 26 54 25.71
23 45.07 52 59.14
30 32.78: 44 43.05
31 46.18 48 53.61
35 4.28 44 30.34
36 26.30; 26 53 27.54
37 9.24 27 6 0.87
41 11.34 26 52 54.66
42 27.04 57 40.88
42 57-37 53 18.86
47 35-9 2 56 30-66
48 I. 01 54 8.65
48 23.81 55 35.69
48 38.12. 26 47 7.89
50 45.50 27 9 16.23
51
51 7.06
52 2.93 26 35 7.64
53 51- "' 42 19-85
54 58.03 44 29.84
<;7 27.20 50 17.01
58 28.26; 38 11.08
13 59 45.81; 59 15.58
14 i 17.39 40 8.29
4 2.20 44 26.47
4 10.51 26 33 11.42
6 5.67' 27 3 31.18
7 42.45 27 9 45.38
9 34.79 26 49 28.33
13 2.71 26 38 4.69
14 27.15 27 "3 48.12
14 44.09
15 17.62 3 44.63
17 6.72 27 6 7.32
(16 59.) 26 50 21.82
19 22.26 26 38 1.67
19 51.68 27 14
21 42.29 20 28.65
23 23.20 21
(23)32.98 II 8.29
33 v 8 39
34 54.13 27 7 43.72
(36)35-06 26 34 7.51
! 38 54.74 27 4 1.39
14 42 35.46 27 o 54.00
. . 44.
56.5 8.7
. .
. .
29.5
42.5
22.8
35-
"> R
12.01
11.99
11.98
11.98
11.96
1 1 . 96
11-95
11.94
II-93
li 93
11.91
11.91
11.90
11.90
11.89
I.OO
I.OO
1^00
I.OO
I.OO
I.OO
I.OO
1,00
I.OO
i. a
I.OO
I.OO
1 .00
I.OO
I.OO
34
;
46.5 59.2
u. S
[6 1
34-9
46.4
59-3
17.
. .
-1
35.
17-3
*,
26
1" 4
= 6
20.
[67-]
23.2
11.89
11.89
11.88
11.87
11.86
11.86
11.85
11.84
11.83
11.83
11.82
li. Si
11.80
11.78
11.78
H-77
11.77
11.76
I.OO
I.OO
I.OO
I.OO
I. CO
I.OO
I.OO
i.oo
I.OO
I.OO
I.OO
1 .00
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
7
6
6
5
7
4
7
6
7
3
2
5
7
3
42.25
39-93 ;i
36.13 i
41.25 t
31-95 I
35-702.;
33-55 i
37-99 i
45.64
33-63 :
43.02 -
-42.65 ;
37.1251
38.13 :
S 22.92
5 34-22
7 43-94
3 30.41
i 26 . i i
2 27.84
3 23.14
7 40.84
6 27.30
6 43- 08
2 56.46
2 J2.2.I
I 20.27
7 0.29
12.60
12.56
12.54
12.47
12.44
12.40
1 2 . 36
12.27
1 2 . 26
12. 19
12.13
I2.O7
-93
li. Sb
2. 12
3-07
3-36
4-13
2.53
5-34
2-79
3-.3f
i.8(
5-91
6.7'.
4.02
a. 49
5-95
18.5
. .
40.5
52.4
53-3
II. 2
4.2
6.
23-
42.4
17.9
35-8
= 1 S
35-
3-5
28.
'9-
55-6
47-8
15-4
39-8
35-6
30-7
7-5
59-9
27.4
52-
48.2
43-
20.
40-
60.0
55-3
32-
30.4
3
3
5
7
2
I
3
2
2
2
7
2
3
38.23 ;
34.09 :
4 1 . 09 :
37.205
34.26 .
34-55
40.715.
40.595-
44.89 .
46.51 .
43-97
53-95 .
43.135.
6 56.85
9 19.29
3 35-91
i 17-52
7 57-86
3 38:84
(5 31-35
14 19-86
II 52-13
(0 56.38
7 24-75
,7 14.81
54 8.09
11.84
11.76
11.76
n.6f
11.64
11-54
11.47
10. 91
10.84
10. 8c
10- 5',
-10-35
5-94
6.27
4-1?
a. 49
7:48
8.27
5-75
6-97
6.63
6. 5 c
1.90
5-9<:
- 5-5C
32.
44-
||
'
32.5
44-
56.2
41.5
11-75
H-75
11.74
11-73
II-73
11.67
11.67
11.66
11.65
11.63
I.OC
i .oc
I.OC
I.OC
I.OC
I.OC
I. 01
i.oc
I.OC
.
42.955.
23.836.
7-2
48.
rR
.
38 =
n f
....
42-
43-
54-5
|S -
20..
. .
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
in
1
"
c
Zenith
Point.
Mic. Co.
(99) 74. Hor. thread
(99) 78. Observation
(99) 84. Micrometer
instead of
(99) 86. Transits ovc
to have be
and VII.
(99) 105. Transit ove
been recor
(99) 106. Micrometer
instead of
issumedas 4 instead of 6.
rejected.
reading assumed as 36^95
3i r -95-
r T.'s Vand VI assumed
:n recorded over T.'s VI
T. li assumed to have-
led over T. 12.
eadin assumed as 52 r .95
53 r -95-
.847- .,
s.
s.
s.
s.
s.
s.
INSTRUMENT READINGS.
Date.
CIRCLE.
1 larom.
s E "a
^ o c c
r, x j
A.
B. C.
D.
Corr'd
Mean.
Mean.
1847. h. m.
-
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
43
ZONE 99. MAY 6.
MAJ. D = 26 26' 30" Continued.
No.
108
109
no
in
112
113
1
2
3
-I
5
6
7
S
9
10
II
12
13
14
15
16
17
20
21
22
2;
24
26
27
28
29
30
31
32
33
34
35
36
37
38
39
Mag.
SECONDS OF TRANSIT.
T.
"V
,
MICROMETER.
<
1/1
Mean Right
</; Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
11.
III. IV.
V.
VI.
VII.
II.
12.
9
9
9
S
8
8
8
8
8
S
9
8
S
9
8
8
8
8
8
9
9
S
S
8
s
S
s
8
8
9
S
7
8
8
S
9
8
S
8
53
h. in. s.
14 43 15.97
18.38
44 40.02
48 43-54
49 32.46
'4 58.97
(INK 100. J
16 2 34.73
4 27.73
6 19.62
12 16.61
15 28.69
21 31.46
25 41.99
27 14.62
30 25.39
32 32. 16
45-31
33 29.64
35 9-97
36
37 28.84
38 27.94
40 12.09
40 41-55
42 23.96
43 7 94
48 23.65
50 16.33
52 10.56
52 19.23
53 55-94
54 53-14
55 7-95
56 1.36
i 6 59 28.98
17 i 28.77
H 43-50
19 42.68
21 22.54
29 55.66
31 39-lS
32 54-30
34 7-98
35 33-iS
17 36 49-7S
s.
11.63
11.63
11.62
"59
11-59
-11-59
IAY 6.
-11.17
II . 16
11.15
ii.Il
11.09
11. 06
11.03
II .02
11.01
10.99
10.99
10.99
10.98
s.
.00
.00
.00
.00
.00
- .00
MAJ.
I.OI
.00
.00
.00
.01
.00
.01
0-99
.00
.01
.00
.00
P-99
o.'=-
3
3
6
6
r
47-
43-
45-
54-
35-
15
36
41
3
63
31 49.65
34 0.04
12 24.65
16 1.42
18 2:16
-10.32
10.32
IO.22
9-94
- 9.88
- 5-24
5-55
2.62
3-12
- 3-39
h. m. s.
'4 43 3-34
(43) 5-75
44 27.40
48 30-95
49 19-87
14(55)46.38
16 2 22.55
4 15.57
6 7-47
12 4.50
15 16.59
21 19. 4(.
25 29.95
27 2.6l
30 13.38
32 21. if
32 33-32
33 17.65
34 58.00
36
37 I6.8S
38 15.97
40 0.13
40 29.59
42 12.02
42 56.00
49 H.75
50 4-44
51 58.68
52 7-36
53 44.07
54 41.27
54 56.07
55 49-49
16 59 17. 12
17 i 16.93
ii 31-75
19 30.94
21 10.83
29 43.9S
31 27.54
32 42.64
33 56.35
35 21.56
17 36 38.15
26 58 35.21
27 o 45.91
26 39 7.41
42 44.48
26 4-1 45-43
26 45 17.91:
27 o 45.34
26 49 17.41
52 3-02
47 48-21
50 36.53
26 47 29.78
27 10 15.76
26 58 55.98
48 32.84
26 59 23.50
27 10 10.74
10 18.58
27 12 9.05
26 37 14.61
34 35.64
42 0.88
51 13.33
39 29. 8(.
52 23. ic
26 56 39.14
27 I 21. 61
27 2 46.2;
26 52 33.71
59 44.13
42 32.25
43 59-06
38 2.63
26 48 31.71
27 it 7.74
26 35 51.29
27 4 47-68
26 50 31.14
27 18 37-2-1
26 45 48.55
27 9 52.56
27 9 27.64
26 54 13.97
55-4
47-5
. 43. ^
IO 2' 1Z - ~<l-
'/
<
6
4
5
5
5
5
5
2
3
5
34
32
42
37
45
40
45
41
45
43-
362
68
56
73
1 1
20
60
62
03
74
18 45-79
34 ".85
22 45-34
25 31.52
21 17.61
2 4 6.54
21 0.74
43 44.63
32 26.48
22 4-74
-30.53
30.26
29.98
29.16
28. 6g
27-79
27.16
26.92
26.44
26.11
- 1.67
3-23
2.08
2.34
1.91
2. 2O
1. 88
4.21
3.06
1-99
52 5
4 7
55-3
4-5
7.520.
16.228.7
31.8
|i.
43-5
41-5
ZT.
53-4
. .
8 c
30. 42.4
. . 14.5
19.532.5
54-1
44-4
57 6
66.
39-5
50.5
62.
37-5
4
2
2
2
7
7
6
5
7
5
4
3
3
5
-1
6
6
7
5
i
7
3
5
i
6
2
2
4
34-
U
41-
38-
38.
42.
39-
39-
34.
36.
39.
41.
39-
36.
34.
38.
36-
36.
43-
42.
40.
45-
40.
36.
33-
41.
42.
43-
93
73
50
287
045
65
915
038
91
98
62
76
30
65
23
935
412
55
63
09
25
64
02
95
042
96
675
59
32 54-44
43 40.84
43 48.76
45 39-31
10 48.61
8 10.17
15 34-74
24 46.53
3 4-37
25 57-32
30 13.08
34 55-39
36 19.91
.-.' 8.67
33 18.53
16 8.45
17 35.25
II 40.02
22 8.39
44 43-9-1
9 32.45
38 26.20
24 12.73
52 16.25
19 31.17
43 32.93
43 8.34
27 56.48
25-96
25.69
25.60
, 25.32
25.16
24.89
24.81
24-53
24.42
23.39
23-24
22.92
22. go
22.64
22.46
22.42
22.27
21. 6S
21.33
19-53
18.13
17.80
16.20
15.88
15-65
15.42
15.13
-14.90
3.10
4-21
4.22
4-42
0.84
0.58
1-33
2/27
1.08
2.39
2.82
3-30
3-44
2.40
3-14
1-33
1-54
0.93
t.gg
4.26
0.71
3.68
2.21
5-II
1-73
4-21
4-17
- 2.59
47-
. . . .
53- 5
6
10.97
10.96
.10.95
10.95
10.94
10.93
10. go
10.89
10.88
10.88
10.87
10.87
10.87
10.86
10.84
10.83
10.77
10. 72
10.71
10.67
10.66
10.65
10.64
10.63
Jo. 63
0.99
i .01
I.OI
1.01
I.OO
I.OI
1 .00
I. 'XI
I.OO
0.99
I.OO
1.00
I.OI
I.OI
1.02
I.OI
0.98
1. 02
I.OO
1.01
0.98
I.OI
0.99
0-99
I.OO
fa
. . 12.
18 6
. . 23.2
35-
60.
33-
45 .'S
II. 5 24.
58 211 "
35-4
28.5
4L
53-5
7-8
44-
56.2
45
. 61 3
13.4
26. 2
16 5
54-
5-2
19.
-13- P
55-2
t . c.
47-359-5
20. 5 32 . 5
64. . .
6 T
in ii'U 2
. ,
70.2
. . ' . .
2.5
14.626.2
CORRECTIONS. .
REM
ARKS.
D-iti Corr. of
Clock.
Hourly
rate.
111
S.
it
c
Zenith Point. Mic.
Co.
(loo) 9. Micrometer r
instead of 4
(100) 20. .Micrometer re
instead of 3
(loo) 21. Minutes assu
(100) 31. Micrometer rt
instead of <
(100) 32. Transit over
been record
(100) 33. Micrometer r<
instead of 4
.
Mtling assumed as46 r .O3
5 r .3-
adingassumcd as34 r .ogi
4 r .gi.
med as 49 instead of 48.
ading assumed as 5O r .og
2 r .O().
r. VI assumed to have
ed over T. VII.
:ading assumed as 35 r .&4
5 r .&4.
1847. h. s. s.
s.
s.
r.
INSTRUMENT READINGS.
CIRCUS.
Barom.
~S e
fs
rt ^-
11
1
* i
Date.
A.
B. C. D.
Corr'd
Mean. |
i
Mean.
Zone 100
1847. h. m.
Mav 6, 16 2
17 34
18
30.4
33-9
38.6 39.2
35-67
35-52
in.
29.992
29.982
29.968
55-
53-
52.
45-s
44.^
44.5
32.2
36.0 39.8 40.2
i
44
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 18.17.
ZONE loo. MAY 6. MAJ. D =
" Continued.
No.
Mag.
SECONDS OF TRANSIT.
40 6.7 39
42 S
43 8.9
44 S
4 ? S
40 8
47 7
48 9
49 8
50 S
51 9
52 S
53 8
54' 8
i 55 8
! 56 io
i 57 9
5 S 7.8
59 9
60 8
61 S
I.
II. III.
IV.
V.
VI.
40- f.
VII.
53.4
II. 12.
51-4 4-5
. J2.J
14.5
^?.
27.
7 S
5 *4
. . . .
18.
l f >
30.5
58
'.'A'.'.
....
j,
50.4 3
5 9
3-215-
2l). T .
....
19 2
33-
tf.
3'-
58.
57-8
43-
11.2
55-5
23.
>ft i
. . . . 54- . -
26.
52. 4-5 i
. 3-'
38.650.8 .... . .
. . . . J1. 2 . .
. . . . 62.315.2
6o.2
26.
."'I
. 2^.
T.
MICROMETER.
li. in.
17 39
40
40
42
44
45
46
47
47
50
50
52
55
57
17 59
1 3 2
3
4
13
18 15
15- "84
55."
28.3SJ
53-4'
21.07,
i9-94i
25-84
13.86
38.24
4-59:
11.31
32.931
18.49;
46.06;
49.40!
39-57;
6.90
26.12;
6.I2J
13.67
0.31
29-93
S.
-io. 61
10. 61
10.61
10. 6o :
10.59!
10.58
10.58
0-57
10.57
10.56
10.56
10.54
i-53
to. 52 1
10.52
10.51
10.50
10.49
10.49
10.44
10.44
-10.43
s.
1. 01
1.00
1. 01
1.02
1.OO
I.O1
I. 00
1.00
0.99
0.99
o-99
I.OC
0-99
1.02
1.02
0.99
O.gS
1. 00
I. O2
-1.02
ZONK IOI. JUMC 21. Ms. D=
16.2
;
os -
O.2
2.5
30.542-
7-2
28.
8.
1 |
2.5
3-
26.2
38.
43-
50.5
55-
_
' '
'
20.
32-5
2-5
8.5
2.8
43.5
23-5
8 'a
1 1 - 5 -3 5
4S.5 - -
13-2
26.5 .
52.
5- - -
42.
6.5
0.
1-5
42.5
51-5 3-5
54.5 . .
26.838.5
1 6 24
26
30
32
40
42
45
48
50
5t
52
55
16 58
17 i
3
6
7
S
12
14
17
29
17
16.04
54-88
7-36
40.16
10.84
25-37
50.46
55-20
21. l6
39-19
55-30
47.84
35-76
8.18
23.66
0.86
29-77
26.52
4-74
17.11
3.66
7.10
38.77
r.
42.295 28
48.75
42.1
Mean Right Mean South
Ascension, ! Declination,
1850.0. 1850.0
39.222,24
43-73 U8
40.85
40.09
50.555 18
45- I04J33
43.18234
38.43 36
36.23 38
39.18 36
35-4*533
32.16; 40
42.84
42.84
41.009
43-34 48
46.20932
48.13 5
43-13 7
<>
3 4f>.
5 42.
40.
43.
4 45
3 I 40
7 39
3 39
4 44
4 44
4 40
7 33
6 31
7 41
I 36
5 31
1 40
2 45
369 40
10847
06633
051 23
78911
73 32
46922
5<)i 15
821'28
76 [26
29935
830: 9
33827
793 27
3 ( '4 -'<)
918 16
96028
759 8
494 52
26320
820^0
7c6' 4 i
4 1 . o.| -
12.36
[3.48
40.10
22.98
12.10
39-17
10.27
O.2IJ
6.47
49.96
5.66
24.17
37-41
25-53
3.64
54-07
5.05'
36.40
22.32
1.63
53.66!
26.70 -
0.86
36.04
39- 65
3-5'
4 . o,S
48-44
11.45
22.63
41.69;
45-35
46.89
11.24'
30. 12
15.07
47-44
9.01
50.01
40.51
31.63
32.11
3.10
24.02 -
14-43-
14-12
14.20
13-74
13.46
13-27
13.06
12.91
12.83
12.35;
12.32
11.87:
11.32
11.04
1 o . ! |
10.47
<)-'>>
9-73
9-W
7-77
7-42
- - .y:
h.
8.6717
1.7"
3.23
2.26
4-73
2.52
i .39
.Mi
3-22 '
3-40
3.6?
3-45
3.07
I.
0.54 17
1.14 i S
4.28
4.7''
3-04
0.23
o.s2 18
m. s.
39 4.23
40 43-49
40 16.77
42 41.80
44 9-50
45 8.34
46 14.26
47 2.28
47 26.67
49 53-03
49 59-76
52 21.40
55 6-97
56 34-54
57 37-89
59 28.04
I 55.38
3 14-64
3 54.65
13 2.23
14 48.85
15 18.48
26 54
26 45
27 o
26 50
27 14
26 35
53
44
26 59
27 o
3
4
27 2
26 58
27 6
26 34
26 40
27 io
27 14
26 58
3i
26 31
36.75
36.3^
35-93'
35-56;
34- 47 1
34.14 !
33-62
33-16
32-95
32-75
32.56
32.18
31. 6s;
31-30!
3-95 !
30-53:
30.301
30.15;
29.5?
29.23
28.80;
26.83!
26.75!
7.02 It) 23 54.20 2
.68
6.36
5-37
4.16
6.21
5-28
4-54
5-S4
5-67,
6-57
4-03
26 33.04
29 45-52;
32 18.31;
39 49-00!
42 3-54
45 28.64;
43 33-37
49 59-35
51 I7-38
52 33-49
55 26.04
6.62 16 58 13.96
5.75 17 o 46.38
5-73
98
63
88
9'
3 i-86
4 39-07
5-Oj
8.01
7 7-97
S 4-72
ii 42.94
13 55-35!
16 41. S?
28 45.36
- 7.1317(31)17.02
47
53
40
30
17
38
29
22
35
33
42
16
43
34
34
36
22
35
'5
59
27
56
27 48
58.14
28.18
30.85
56.19
41.17
26.03
54-65
24-77
16.15
22.04
5-77.
21. is;
38.94
51-52
40.25
14.65
5.20
19.66
50.75
33-13
9.28'
1.50
22. SS
57-33
30-74
3*. 99
54-55
56.84
39-75
13-83
32.52
36.89
35-51
1-95
20. if-
4.16
36.361
53-94
36.0.1
26 . 4 1
21.52
CORRECTIONS.
Date.
Corr. of .
Clock.
Hourly
rate.
m
c
1847. h.
June 21, 7
s.
- 28.32
g O.OIO
s.
'
s.
+ 0.173
s.
- 0.752
Zenith Point. Mic. Co.
*359 59 32.82
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
'
Attached
Thermoin.
External
Thermom.
.
B.
C.
D.
Corr'd
Mean.
62.41
Mean.
62.40
1847. h. rh.
102 June 21, 17 8
i " 19 5
*293 53 59-4
59-8
7-6
28.
in.
30.260
30.200
68.5
67.
62.
60. S
REMARKS.
(100) 46. Micrometer reading assumed as
44''. 09 instead of 4o r .O9.
(too) 59. Time of transit over T. IV assumed
as 13". 2 instead of 15". 2.
(too) 60. 'Minutes assumed as 15 instead o! i |.
(101) 3. Micrometer reading assumed as
44 r .o66 instead of 43 r .o66.
(101) 12. Transit overT. VII assumed as 25 k in-
stead of 2 s . 5.
(101) 16. Minutes assumed as 5 instead of 6.
(101) 17. Ilor. thread assumed as 6 instead of 7.
(101) 18. Ilor. thread assumedas 5 instead of 6.
(101) 21. Hor. thread assumed as 6 instead of 5.
None. Increase the quantities in the column
i/i, of Zone 101, numerically 2". 41.
* The originally recorded values of zenith-point and circle-reading were found to give nil the
declinations about 37" too far south. Another value of the zenith-point, found in the Washington
Observations for 1847, page 119, would double the amount of apparent error. No time seems to
have been noted for either determination. The microscope-readings are very discordant, and the
minutes of the circle-reading are certainly erroneous by at least 22'. The circle-reading has there-
fore been arbitrarily assumed as 293 31' 4o".o.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
45
ZONK 101. JfXK 21, Ms. D =
' Continued.
24
25
26
27
28
29
30
32
33
34
35
36
37
38
i
2
3
4
5
6
7
8
9
IO
ii
(2
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
3
SECONDS OF TRANSIT.
T*
j
i
,
MICROMETER.
i
' </i
26.00
25.44
18.71
18.21
17.39
17.06
15.96
15.21
14.88
14.57
I3.9 &
13-19
11.67
10.83
10.14
-24.32
23-79
23-49
23.28
22.71
22.57
21.52
21 .42
20.83
19.28
18.34
17-97
I7.6l
I7.30
l6.8g
I 6 . 20
15.56
14.08
13-63
12.71
12.58
12. IS
10.96
10.81
10.49
10.22
9-55
7.88
- 7-54
Mean Right
(.'.- Ascension,
1850.0.
Mean South
Declination,
1850.0.
.Mag.
II.
III.
IV.
V.
VI.
VII. II. 12.
7 36.2
1-5
'3-5
. .
h. in. s.
17 34 13-5
5.2 .. .. 17 37 28.0
s.
7-20.75
5 20.75
6 20.69
5 20. 6g
g 20.69
2 20.68
7: 20.68
o 20.67
3 20.67
8 20.67
3 20.66
7 20.66
g 20.65
3 20.64
S 20.64
NIC 25. J
i 20.22
2 2O.22
2; 20.21
o; 20.22
O 2O.. 21
3 20.22
4 2O . 2 1
4 : 20.21
I 20.21
8 20. 2C
8 20. 2C
6 20. 2C
7 20. 2c
S 20. IG
7 20.19
o 20.19
o : 20.10
6| 20.18
3 20. 18
5 20 . i 8
S 20.18
8 20.17
2 20.17
6 20.17
5 20.17
i 20.17
8 20.17
6 20.17
S 20.16
3 20.16
s.
-0.99
I.OI
I.OO
I.OI
I.OO
I.OI
I.OO
I.OO
1 .02
I.OI
0.98
I.OO
I.OI
I.OI
I.OO
Is. D
1 .00
i.oo
0.98
I.OIj
0.991
0.99
1 .01
1 .01
I.OO
I.OO
0.99;
o-99[
I.OI
0.99
0.99
0.99
I.OI
I.OO
1 .01
I.OO
I.OO
0.99
I.OO
I.OI
1. 02
I'.OO
1.02
1.02
I.OO
1.01.
V. 2
VII. 6
IV. 5
VII. 6
IV. 4
V- 5
IV. 4
V. 3
VII. 7
VII. 7
VII. i
VII. 3
VII. 4
IV. 5
V. 4
VII. : 3
VII. 4
VII. i
VII. 5
VI. 3
VII. 3
VI. , 5
VII. 6
VI. 5
VI. 3
VII. 2
VII. 2
V. 5
VII. 2
VII. 3
VI. 3
VII. =1
V. 3
VI. 5
V. 4
VII. 4
VII. 3
VI. 3
VII. 6
VII. 6
VII. 4
V. 7
V. 6
VI. 4
VI. 4
r.
45-623-I
40.167 i
35-989;i
42.189 i
42.038;:
46.4692
43-3732
46.238;
42.952:
32.814 i
41. 900 j,
46.654;
50-555-
42.260;
43.8552
43-435';
40.636 ;
42.005 j
43.158:
37.332;
33.291 ;
39-298:
40. 109 i
36.839:
42.495;
37.336-
43.732-
47-499
43-535-
37.519;
36.365;
45-015:
43.315;
41.003
41.399:
44.772'
41.156;
42.700;
40.782
47.163
41.082:
43 3o
48.49
48.005
49-433'
i 26.88
5 25.76
7 49-Si
4 16.19
8 49.89
o 30.81
8 3-95
2 2 1 . 30
7 59-47
O 21 .70
9 25.63
2 6.69
3 56.54
2 55.66
7 47-33
3 57-47
9 37.83
9 22.22
2 24.48
7 27.61
9 46.49
4 37-45
5 27.77
6 2.04
4 29. g8
6 11.74
2 31.67
9 55.38
2 38. 15
7 2 1. 02
S -0.87
I 20.59
4 1.86
7 54-73
9 11.83
'7 15-52
15 15-89
!4 22.92
5 4.6i
I 25.08
ig 22.48
7 47-7S
0-39.67
!5'24.62
'4 35-32
- 7-13
4.56
4.78
4-44
5.88
5-05
3.11
4.06
. 7-98
6.21
5-39
5-29
- 5-78
3-36
2.96
4-75
2.33
3.67
3.83
2.51
1.71
2.64
3.40
4.46
4-13
2. 10
4.14
3.66
3-73
2.23
3.36
1.91
2-93
2.75
3-47
3.40
1.66
1.31
2.95
0-99
1.25
2.59
- 2.51
h. m. s.
17 33 51.83
17 37 6.29
18 16 35.17
19 30.55
24 12.50
26 10.03
32 24.19
36 39-83
38 32.64
40 15.70
43 43-99
48 4.71
18 56 58.13
19 i 23.43
19 5 19-54
18 3 45-79
6 51.60
8 34.92
9 46.87
13 1.89
13 51-12
19 50.32
20 25.02
23 47-40
32 30.58
37 49-49
39 50-37
41 55-36
43 40.10
45 58.89
49 48.02
18 53 26:20
19 I 43.48
4 0.44
9 29.37
10 17.50
12 31.12
19 24.0;
20 iS.lS
22 6.96
23 42.14
26 53.89
(33)30.37
37 5-52
19 38 59.16
27 48 12.42
22 8.17
24 25.71
20 51.25
35 25.57
27 5-33
34 38.13
38 55.15
14 30.57
16 52.74
55 59.98
38 38. 5<
30 26.01
29 24.19
27 34 15-66
26 25 35.' 1 5
21 14- 5?
40 59-55
14 o.o?
29 3-9?
31 22. gj
16 11.48
17 35-51
26 2.6(
37 44-54
34 3-77
ii 25.00
34 9-89
28 51-57
2g 30.80
12 48.38
25 29 30
9 20.32
20 37-47
1-8 40.85
26 41.54
25 47-2?
6 27.08
2 46.88
26 20 45.65
25 59 8.42
26 2 0.47
16 45.09
26 15 55-37
tS 16 56.8
9 . .
52 2
19 52.2
10 . .
9 54-5
9 i . .
S 24.
9
21
37
r
24 34. I
2
5
19.2
33-5
48.8
32-
1-5
26 31 .7
3= 45.8
. . ..... . . 37 1-5
. . 31.5 .... 38 54.3
2 40 37.3
30 . 5 44 5.6
. . 3.5 .. . . 48 26.3
8 42.2
S 8.2
55
g
7-5
32-5
19.5
(4-5 IS 58 19-7
19 I 45-0
. lo s A i . I
8 30.5
9
10 . .
10 . .
9
9 . .
10 35-
$
47
854.8 . . . . 31.
/INK 102. Jl
IS 4 7.0
7 12.8
43-5
59-2
23-4
46
8.8
20.8
35-
24.2
23-8
32-
;;--
S 56.1
10 8.1
13 23.1
M 12.3
20 11.5
20 46.2
S.S . .
24 8.6
51.8 . .
32 St. 7
rR S
38 10.6
9 34. S
9 39-2
17
52
2
5
40 i i . 5
4-5
16 8
38 44 1.2
44-6
9 32-5
10 . .
9 28.4
9 . .
9
1"
26
2
2
56.8
52.1
4 5
21/5
59.5
5" 9-2
24.2 . . . . 18 53 47.4
21.5 . .
50.5 . .
46.2
421.6
10 50.5
15.4 .. . . 10 38.6
16 S
(12)52.2
ll ..
20
S
45.2 ..
1945.2
52. <;
22 28. I
10 38.2
(O
50
.8
2.8
15.2 . .
C I C .
9-5
27 15. c
c I c
10 . ,
[4.8
. . 38.5
2 C.
37 26.6
. IO TO 2O 1
CORRECTIONS.
REMARKS.
Date.
Corr. of Hourly
Clock. rate.
//i n
c Zenith
Point. Mic. Co.
(101) 26. Hor. thread;
(101) 33. Micrometer
3s r .8i4 inst
(101) 36. Minutes asst
(102) 15. Minutes assi
(102) 19. Micrometer
5t r .oo3 inst
(102) 20. Minutes of
stead of 10
*l8' seem to be subtr
as if it should hav<
ssumcd as 6 instead of 5.
reading assumed as
ead of 32 r .8i4.
imed as 57 instead of 58.
lined as 46 instead of 45.
reading assumed as
3ad of 4i r .oo3.
ransit assumed as 9 in-
acted from this reading,
: been 294 50'.
1847. h.
June 25, 14
s. s. s. s.
28.38 g 0.002 | . ., + 0.173
s.
- 0.752
r.
INSTRUMENT READINGS.
C1SCLE.
Barom.
jJ 5
a E
C
5 ^
* S
69.;
Dale.
A. R C. I).
Corr'd
Mean.
Mean.
Zone iu2 June
h. in.
25, 18 19
19 20
S 4. 1 7.8 9.6 . 13.8
a n
8.75 8.82
in.
30.020
30.428
73-
4 6
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 18.17.
ZONE 102. JUNE 25. Ms. D =
" Continued.
No. Mag.
SECONDS OF TRANSIT.
II.
in. iv.
io. S
V.
6.5
36 10
1 9
2 7
3 10
4 S
6
P
9
to
I i
9 .... 16.4 . .
io 32.544- 9-2
45.
40.8
10.5
VI. VII.
1 1,
T.
IS. 2
34-2
h. m. s. :
19 41 53.98 2o. Hi
50 10. Si 20.15
52 9.62 20.15
19 54 28.60 20. 15
20 O 8.96 20.15
20 15 57.78 20.15
S.
-0.99
0.99
MICROMKTKR.
Mean Right Mean South
. \sfension,
1850.0.
VII.
VII.
0.99 VII.
0.99 VII.
I. oo VII.
-I. oo VII.
45.61041 27.0;
40.02544 39.22
36.49346 40.67
39.69936 6.02
39.19530 27.41
44.15527 36.70
h. m. s.
7.0, - 4.05 19 41 32.83
5-66
1-93
3-97
1.32
Declination,
1850.0.
26 32 48.21
1-37 49 49-6? ! 35 59-*!
4.54 51 48.4* 3 3 0.5:-
3.56 54 7.46. 27 24.51
3.05 19 59 47.81 21 44.4^
2.7820 15 36.63 26 18 50. 8(
/ONE 103. AUGUST 31). Ms. !> = --4 33' o".
. . 22.
34-
46.
58
. IO.
44. 5
,0.242.
54-
21
51-
6.
: I
44
4'
rS
. 15.2
. 56-5
553-2
17 4Q. ^
1.5
I :
8
2
. . 2.5
. . 6.
14-
I8. 5
-"'
-"
2 .
2 .
i.oo
i. oo
.00
18 II 46.00 .;
13 8.42 49.69'
19 51.10 49.72;
21 32.23 49.73
24 29.32 49.74
28 6.07 49.71''
31 33.65 49.78:
33 I3-48 49-79
34 30.13 49-80, 0.99
35 26.23 49-So I.oo
18 38 30.2249.82-1.00;
'/.( INK 104. AUGUST 30. Ms.
VII.
VII.
VII.
VII.
0.99 VII.
.01 VII.
.0! VII.
.oo| V.
6 9
7 7
8 7
9 8
10 7
11 S
12 S
13 io
14 10
15
16
17
18
19 9
20 8
21 9
22 9
r
I .
26.
30
10
237.
15.
433.
843-
42,
219,
535,
I.
57,
3,
I"
22
I I
38.2
18.2
549-5
227.2
550.5
55-2
1.5
24-
3-2
7
34
831,
847,
513,
2 y,
215,
S 52
233
26
46.458-2
48.260.
2-5
43-"
46.8
43-8
59.2
27.8
8
845
238
2
20.2
7-
29-
10.4 22
16.8
19.2
42
= 1-
18 40
41
43
46
47
48
52
54
56
18 57
19 7
16
20
23
24
26
27
31
33
34
35
19 33
48.12
50.40
30.65
1.44
39-19!
23.40!
2.68;
7-"3
6.00;
46.64'
43.60
59.I2J
25.64;
21. 12
27-39,
4.8l
45.65
33.12
20.07
7.12
29.65
10.26
-49-83-
49-83
49-84
49.86
49-86
49.87
49.89
49.90
49.91
49-92
49-9S
50.03
50.05
50.06
50.07
50.08
50.09
50.11
50.12
50.l3i
50-M 1
-50.15 -
i .<- '
I.OI
I. 01
I.OO
1 .00
I.OI
o-99
I . OO|
i.oo!
0-99
I.oo
i .01
i.oo
I.OI
I.OO
I.OO
I.OO
I.OO
0.99
0.99
1 .00
0-99,
VII.
IV.
IV.
VII.
VI.
VI.
V.
[V.
VII.
IV.
IV.
III.
VII.
V.
V.
IV.
V.
V.
V.
IV.
V.
V.
V.
VH.
VI.
46
4 8
50
43
37
r-'
15
3*
3 40
3 49
35226
88824
888 J|
000:37
865 20
"5833
96536
56835
449 3'- 1
. HI
48.
51
49
17
45
51
35
P
37
43
37
42-
41
46
3 47-
44
47
15
-! I
II
i)6o 24
'873 17
615 18
01525
19927
33<"7
77038
77S<32
39? 30
1H37
961 27
355 17
445 =6
74822
451:35
50826
622 32
93027
712 40
109 (I
36? 33
75843
53-94
5.78
2-57
38.91
22.54
51-37
36.28
3I-30
36.41
30.85'
5 1 . 46
24 . So
42.50
58.62
t . I a
21 .48
2 ? .2(.
55.19
35.10
8.79
50.14
38.85
6.00
16.06
8.14
10.35
15.00
44-56
25-5I
39-77
40. 17 3.76 iS io 55
40.42
38.12
37-85
37-33
36.67
36.06
35-77
35-47
35-37
34.83 - 4.03 18 37 39.40 25
.;.()(;
3.6l
4.27
4.51
3.90
3.411
4-24
4-44
4-3S
12 17
II) O
20 41
27 i;
30 42
32 22
33 39
35 35
32 25 o s.ir
73 24
38 24 57 47.51
50 25 7 44.61
11 20.7;
2 3.11
86 24 54 JI.8;
69 25 7 i6.2t
34 1011.21
43 9 I6.K
4 9-7'
59
30 25
-31.62
31-44
3 ' 1.6
3- 7*1
30.41
30.24
29.66
29.29
28.95
28.67
26.93
25-3?
24-77
24.28
24.09
23.82
23-54
22.84
22.60
22.36
22.23
-21.78
3.60 18
3.18
3 . 26
3-73
3. Si
3-16
4-50
4.17
4.07
4.5218
3-7619
3-16
3 -=-4
4-35
3-76
4-13
3-S3
4. 68
4-7 ! )
4-84
4.91 19
39 57,
40 59.
42 39
45 10,
46 48,
47 32,
51 II.
53 1 6 ,
55 15,
56 55
6 52,
16 8.
19 34,
22 30
23 36
25 13
26 54
30 47
32 28
33 16
34 38
37 19
29 24
56
So
58'
33
52 24
So' 25
n
09
73 25
62 24
08
59
05 24
32 25
73 24
56 25
01 24
9 f < 25
5'
12 25
55 26.74
47 59.42
49 16.92
56 33.16
57 35-34
48 17- If
s 55.64
2 5 S. 7 2
1 28.21
8 8 . 29
5 14-38
47 31-30
57 18.71
53 6.67
5 34. 4-1
56 43.64
2 35.81
57 37-02
to 42. 2f
12 11.71
3 52.58
14 6.46
CORRECTIONS.
REMARKS.
Date.
1847. h.
Aug. 30, 23
Corr. of
Clock.
- 58.07
Hourly
rate.
A' 0-024
c
Zenith Point.
Mic. Co.
s.
- o. 142
s.
- 0.437
o o 0.18
r.
40.090
INSTRUMENT READINGS.
Date.
1847. h. m.
Zone 103 Aug. 30, 1 8 II
Zone 1114 19 16
20 19
20 32
21 2
A.
"297 23 6
B.
5-8
D.
10.4 10.6
Corr'd
Mean.
Mean.
8.20
Barom.
o c
8 5
s
S w
in.
30.154 1\
30.154 74
30.150 74
30. 150
30.142
g
972.5
70.8
70.3
870.
569.
(103) 8. Micrometer reading assumed as
44 V .058 instead of 43 r .o<;S.
(103) 9. Transit over T. VI assumed to have
been recorded over T. V.
(103) 10. Minutes assumed as 36 instead of 35.
(104^ 6. Hor. thread assumed as 5 instead ol 4.
(104) 17. Micrometer reading assumed as
46 r .622 instead of 47 r .622.
*Thc instrument appears to have been inse-
curely clamped as well as incorrectly read
on the 301!) of August. The circle-reading
previous to i8 b 39 is assumed as 296 4'
38".2, and from that time till 2o h 48'" it is
empirically assumed as 296 7' 40". The
subsequent observations of the night have
been found irreconcilable, and are rejected.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
47
104. Arcrsr 30. Ms. D = 24 30' o" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"1
a. 2
MICROMETER.
i
d t
d*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
36.2
III.
48.9
IV.
O.2
V.
VI.
VII.
II.
12.
23
24
25
26
27
28
29
30
3i
32
33
34
35
36
37
38
39
40
41
42
43
44
4?
46
9
9
10
[O
10
IO
IO
IO
IO
IO
9
10
9
IO
10
IO
9
9
IO
10
9
in
-4.2
h. m. s.
19 43 0.44
43 52.24
45 46.48
49 50.82
49 48.17
19 58 56.03
20 2 16.58
4 38.03
8 3.18
10 5904
12 37.31
15 4-05
16 38.08
19 11.52
32 19-84
35 32-04
37 47.17
39 15.29
46 3-36
49 42.68
55 53-13
20 58 6.63
21 O 38.36
21 I 58.20
S.
-50.18
50.18
50.19
50.22
50.22
50.27
50.29
50.31
50.33
50.34
50.35
50-37
50.38
50.40
50-47
50.50
50-5I
50.52
-50.56
s.
-0-99
1. 01
1. 01
1.02
I. 01
0-99
0.98
1. 00
I. 01
I. 00
0-99
1. 01
I. 01
I. 01
I.OI
o-99
i .00
i .00
I.OI
V.
VII.
VII.
.V.
VII.
VII.
VI.
IV.
V.
V.
V.
V.
VI.
V.
VII.
IV.
V.
V.
V.
V.
V.
VI.
V.
VII.
I
5
4
7
5
2
I
3
4
3
I
4
6
6
2
4
4
5
3
6
5
3
r.
48.088
50.222
52.195
44.108
48.700
45-175
38.748
40.335
51-623
48.522
48.849
44-08
43.26
47-44
33.238
41-795
37.105
37.856
40.900
43-250
38.885
35.568
30.066
49-525
i n
45 53-02
18 21.46
23 0.16
7 19.99
19 13-82
41 42.06
51 14.29
35 44-42
23 20.07
31 2.71
45 26.83
27 39.60
13 39-53
19 57-41
19 24.21
43 38.61
31 39.58
31 13-74
20 15.82
21.26
20.84
20.50
19.82
19.82
18-34
17.82
17.46
16.92
16.46
16.21
15.84
15.61
15.17
13.30
12.84
12.53
12.31
-H.39
5.06
3.24
3-56
2-53
3-29
4-79
5-43
4.38
3-58
4.07
5-03
3-86
2-95
3-34
3-32
4.91
4-12
4.08
- 3-35
h. m. s.
19 42 g.24
43 1-05
44 55.28
48 59-58
48 57-94
19 58 4-77
20 I 25.31
3 46-72
7 11.84
10 8. oo
ii 45-97
14 12.67
15 46.69
i 8 20 . i i
31 28.36
34 40.55
36 55-66
38 23.77
20 45 11.79
/ II
25 16 ig.34
24 48 45-54
53 24.22
37 42.34
24 49 36.93
25 12 5.ig
21 37-54
25 6 6.26
24 53 40-57
25 i 23.24
25 15 46.07
24 57 59-30
43 58.09
50 15.92
24 49 40.83
25 13 56.36
i 56.23
25 I 30.13
24 50 '30- 56
16 2
14.2
27.2
39-
1 S
51.
58.5 -
22.5
16.2
60.5
8.
>8 8
12.
20.2
24-
32.
1.5
22.
13-8
39-2
35-
13.2
40.
26.2
47.8
25.2
52.
78 r
' '
-
3 2
o. 5
37-5
4-2
2
M2
35-
56.'
II .2
27.2
6.
16.8
17.-
8.
23.2
51-2
39.2
18.8
29.2
20.
35-2
3-2
51.5
31.
41.5
II. 8
32.
31-5
44-
SO.'
47-
5-5
1.5
1
. .
\-> a
53'.
6 6
i.;
14. 5
1O_
22.
34-5. ....
')\K '105. SEPTEMBER 6. Ms.
I
2
3
4
5
6
7
S
9
10
n
12
'3
14
16
19
2O
21
S
9
7
9
9
g
i )
9
9
9
8
9
9
9
S
9
8
ag-
io.
37-2,49-
30. 42.5
52. 4.2
12.
.55.
24.2
19 29 12
02 +25.6
55j 25.6
61! 25. s>
44 25.5-
oo 25. 5(
gS 25.4!
40 25.4;
42 25-4'
52 25.4.
30 25.4:
41 25.41
16 25. 3c
22 25.34
66 25.32
65 25.31
57 25.25
12 25.25
13 25.23
88 25.22
56 25.21
46 +25.19
+ 0.99
0.98
I. 00
0.98
i. 02
1.02
I. 00
I.OI
0.98
I.OO
I. 00
.00
.02
.00
.00
.02
.00
o.gS
0-99
0-99
+ 1.01
VII.
VI.
VI.
VII.
V.
VII.
VII.
VII.
V
VII.
VII.
V.
VII.
VII.
VI.
V.
V.
VII.
VII.
V.
5
6
4
7
I
I
3
2
6
3
3
3
i
3
3
I
4
7
6
6
2
46
48
44
43
48
50
51
55
51
49
55
46
48
49
44
40
40
42.
35
32.
47-
272
528
721
584
68 .
445-
168
H2.
82I[
66 7 ;
218:
925:
320 <.
580;
835;
522;
707;
338
889 i
617 i
3804
20 37-33
10 38.27
27 17-44
7 37-74
15 32-64
14 31.66
!g 31.42
;6 0.14
8 44.80
)o 23.32
7 12.07
i 57-39
5 45-03
o 26.05
3 9-31
o 13.23
9 35-64
8 20.88
7 52-96
9 45-54
o 26.42
-3L33
30.87
30.23
28.70
28.30
27.88
27.39
26.81
26.45
26.28
25.68
24.66
24-25
24.01
23-59
22.86
22.47
22.20
21-97
21.58
I.2t
0-37
1.78
O.I2
3-33
3-25
1.96
2.52
O.22
2.03
i-77
2.16
3-35
2.03
2.27
3-74
1.97
0.19
0.98
1.14
2.90
19 29 38.64
32 28.14
36 21. If
45 42.94
48 5.52
49 47.4S
51 30.88
53 52.89
57 30.94
19 59 45-72
20 54.82
4 47-5 1 !
ii 36.58
14 it. 98
15 47-9 ( >
18 31.88
23 33-37
26 12. 3-|
27 53-09
29 39.76
20 32 25.66
.
26 ii 49.87
i 49-5'
26 18 29.45;
,25 58 46.56
] 26 36 44.27
35 42.79
20 41. 14
26 27 10.05
25 59 51-83
26 21 31.80
IS 2O. 12
23 5.23
36 53-04
21 32.33
24 15.59
41 20.56
26 2O 40.47
25 59 23.54
26 8 56.14
io 48.6;
26 31 30.90
6.5
35 54
14.826.5
39-
21.
45-2
57- ^
. .
47 39
50 20
28.'
42.8
40.2 52.2
i5- 7-
20.
4-
19.
! 3 8.
51.2
53 26
C-3
. . 20 O 19
44-2
33-
57- 9-
46. 58.2
21 .
10 '
T r in
58.
IO
'
|6
30.5
4'- 53-5
- 55.
" 34-
. . 14.8
5-5
7.
19.2
18 5.
1''
27.
13.2
39-
Ji .
1$
. . 27 26.
22.
34.847.8
so R
CORRECTIONS.
REMARKS.
,. Cc.rr. of
Clock.
|
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(104) 41. Micrometer reading assumed as
46''. 900 instead of 4O r .goo.
(105) 3. " Accidentally moved the circle."
(105) 6. Minutes assumed as 4g instead of 50.
(105) io. Time of transit over T. II assumed as
55" instead of 35", and minutes of
transit as 59'" instead of o 11 '.
1847. li- s.
Sept. 6, 19 + 19.
61
s.
g- 0.040
s. s.
0.142
s.
- 0-437
359 59 53.8o
r.
40.111
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
I|
"a E
Sf
A.
B.
c. n.
Corr'd
Mean.
Mean.
2.78
Zone 105
1847 h.
Sept. 6, IQ
20
2[
m.
29
51
52
295
8 1.3
56.
55-5
1.8 2.4
25. . .
2.63
in.
30.050
30.050
75.
74.2
68.4
66.5
64-5
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 105. SEPTEMBER 6. Ms. D =
" Continued.
No.
23
24
25
26
27
2S
29
30
31
32
33
34
35
36
37
38
39
40
4i
42
43
44
45
46
47
48
Mag.
SECONDS OF TRANSIT.
T.
I.
II.
III.
15.5
52.
43-S
39-
23.2
58.2
IV.
?R
V.
VI.
VII.
II. 12.
S
9
'7
9
9
9
8
9
8
9
9
10
9
8
8
9
9
9
10
9
9
9
9
9
9
19.
I.O
6.
54-
3-8
40.
32.
26.
II. 2
46.
'4-
h. m. s.
20 34 27.1
37 4-
39 55-
41 50.
51 35-
55 10.
20 58 38.
21 I 43-
5 30.
8 7-
9 5-
13 27.
14 4.
20 32.
21 35-
23 39-
26 53.
29 i.
32 8.
36 46-
39 6.
40 42.
42 33-
44 55-
47 5-
49 44-
21 52 51.
4-5
56.
51.
36.
II.
16.5
8.
3-
48.
23.
20.
20.
15.5
2 5
18.8
6.8
ji- 43-
18.531-
55.5
IT
. .
\
55-
25-
9-2
JI.
"5
37-5
44-
22
15. . .
32. 48.0
21. 32.
. . 36.
26.540.
49-8 -
39-5
18.8
48.'
52.2
5-5
14.2
29. . .
57-
0.5 . .
is.' : :
. . . .
- -
56.2
8.5
20. 2
42-5
54-8
.
6.8
t 9 .
31.
8
43-
IQ.
56.2
9-
21.2
ea.
1-3
55-5
4.8
8.2
20.
8.220.5
14.2127.
32.8
39-2
52.
57-2
4-2
1 6.'
28 .'5
-39
.92
.88
73
<>7
.04
.09
.<)!
.40
.28
.Ji.
,53
1
Oj
MICR
>M
ETE
S.
+ 25.17
s.
+ I.OO
V.
3
r.
49-!
25.15
I.OO
VII.
a
25.13
I. 00
VII
4
42. i.
25.12
0.99
VII
6
37-:
25.05
0-99
VI
6
49-'
25.02
0.99
V
6
34-
25.OO
0.99
vurvn
6
35.5
24-97
o.gc
VI
6
34. t
24-95
I.OO
VII
4
32.1
24-93
1. 01
V.
I
46.5
24.92
I.OO
VII
4
42. c
24.89
I.OO
VII.
3
47-'
24.89
I.OO
VII.
3
46.]
24.84
I.OO
VII.
4
46.:
24.84
I.OO
VII.
3
49-
24.82
0.99
VII.
6
44-
24.80
I.OO
VII.
4
42.
24.78
I.OO
VII.
3
46. (
24.76
I.OO
VI.
4
44. S
24.73
I.OI
V.
2
42.:
24.71
I. 01
VII.
2
43- <
24.70
1 .00
VII.
4
41. <
24.68
1.02
V.
I
37-
24.67
I.OI
VII.
3
37-<
24.65
I.OI
V.
3
34-
24.64
I.OO
V.
5
37-
+ 24.61
+0.99
VII.
5
48.
Mean Right Mean South
IER.
i ^i
" 3
Ascension,
1850.0.
Declination,
1850.0.
r.
9-591
30 25.94
21.23
- 2.04
h. m. s.
20 34 54.10
37 30.54
26 21 29.21
2.j-;S
2S 1C 8-.
2O ,lfi
T 8S
19940
46
18
{i
ja
26
30
'3
28
3-
^7
43
43
.59
ZONK 100. SEPTEMBER 6. Ms. D =-
10
ii
13
13
> )
15
16
17
15-
251-
8.221
53-
34.
16.
27.
3-5
U2.5
17.2
43
39
46.
28.
35-
49-5
10.
39-
5-
35-
556.
27.239.5
IS-
59-
40.
47-
14.
34-
4-
29-5
34
JO.
n.
52.
59-5
56.
26.
59-
839.
9-5
4-
H-5
8-5
38-
II. 2
52.
I6. 5
23 51
54
23 56
24 o
.1
i a
13
*3
23
29
33
$8
J9
4"
41
17.21+23
43-50 23
39.22
I5-23
54.62!
45.M
14.90
58.65
39-93
47-14
44.11
I3.8oj
46.95!
34-21
3-54
29.56
24 48 33.96+23
23
-3
23
23
23
-3
23
23
23
-3
-3
23
23
23
[.OO
I
I
I
I
I
I
1
I
I
I
I
I
I
I
I
+ 1
oo
.I'D
oo
.00
.00
,00
VI,
VII.
VII.
VII.
III.
VII.
VII.
VI.
VII.
VII.
VII.
VII.
VII.
V.
V.
V.
424 10
38846
39025
88420
16227
281 u
52i : 4i
75522
0&5I3I
194 10
321 21
SlI 22
22424
112 9
7.62
39-24
41.09
20.34
57.40
24.06
46.69
51.9'
2S.OS
25.20
22.53
39-75
7-74
47-15
27.92
11.60
23-35
56.86j
3-oi
8.05!
3S.54'
56.07;
49.31
33.o6-
41.84!
16.84
45-45
16.27
46.57
2. II
55-42
30.29
38.34
}8.l8
15-19
10. 06
2.01
40.09
37-47
20.22
18.92
IS. 47
13.01
17.16
16.84
16.72
16.21
16.141
15.27
15-05
14.68
14-44
14-13
13-64
13.39
13.25
1 2 . 99
12.88
12.66
12.45
-12.22
05
42
52
55
02 20 59
072I 2
4 :
II
ao
(H;
06
57
.
J!
76
I?
II
i
66
77
.64'
.11 2
5
8
9
13
M
19
22
24
27
29
32
37
39
4i
43
45
47
50
53
16.99
1-77
36.68
4.03
9-05 !
56.86
33-34
31.20
53-15
30.41
58.22
1-77
5-44
I<). 22
2-.72
34.10
11.99!
32.59
8.60
58.94
21.33
30.66,
10.62
17. 19 26
'9
5 8.75,
6 36.94
9 40.61!
9 19.
9 56.10.
31 24.10!
37 46.98:
19 50.41!
22 26.41'
23 23.54!
I/ 19.73
21 37-08
4 3.36
19 43-73
23 24.57
15 7-49
34 20.14
33 53-36
19 58.18]
43 4.96!
28 34.08
29 51.50
16 43.40
10 26.39
48.48031 4.15
-10.19
10. 17
10. 16
10.15
10.15
10.18
10. 19
10.35
10.45
10.48
10.56
10. 70
10.75
10.77
10. 88
8.2723
ii.
9.
9
ii ,
9
S.
ii
9
10
8
9
9.
9
7.
jo.
6223
51 42
54 8.
b7 4
o o 40
2 19
13 9
M 39
24 23
28 4
30 II.
34 S,
33 38
40 II
40 58
44 2S
(47) 54
o 48 58
26 i 30.30
37 8. 4 S
16 35.23
ii 5-54
42 38.71
17 52.02
2 43.98
32 21.69
13 28.12
22 28.80
I 3.98'
11 59.96
12 52.O4
15 30.38
o 26.05
26 21 55.30
CORRECTIONS.
Date.
1847. ll. ID.
Con. of
Clock.
Hourly
rate.
w
n
r
s.
s.
s.
s.
s.
Zenith Point.
Mic. Co.
INSTRUMENT READINGS.
Zone 106
Date.
1847. h. m.
Sept. 6, 23 51
24 50
CIRCLE.
A.
8 o.o
B.
55-5
C.
2.5
D.
2.8
Corr'd
Mean.
0.05
Mean.
0.20
Barom.
in.
31.052
31.052
36
a o
71. 64.
63.9
70.263.5
REMARKS.
(105) 26. Micrometer reading nssumol :is
39 r -779 instead of 49^779.
(105) 30. Hor. thread assumed as 3 instead of 4.
(105) 32. Micrometer reading assumed ns
4l r .g7 instead of 42 r .g7.
(105) 34. The following times of transit as-
sumed : 52.0, 4.8, 16.3.
( r 5) 35- Minutes assumed as 19 instead of 20.
(105) 44. Minutes assumed as 43 instead of 42.
(106) 2. Minutes assumed as 53 instead of 54.
(106) 7. Minutes assumed as 14 instead of 13.
(106) o. Minutes assumed os 27 instead of 28.
(106) 10. Micrometer reading assumed as
27 r .o&5 instead of 36 r .o6j.
(106) 15. Hor. thread assumed as 7 instead of 6.
*The circle-reading is written
should have been 294.
j 254 50'
I ! 18
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
49
I
2
3
4
5
6
7
S
9
IO
II
12
13
- '4
15
16
7
18
19
zo
21
22
23
24
25
26
27'
28
30
3i
32
33
34
35
37
38
39
40
41
42
i"
10
IO
9
9
9
9
9
9
9
8
9
g
10
9
9
9
9
IO
IO
IO
S
9
10
10
8
10
9
9
9
9
9
9
7
9
9
IO
9
9
9
8
35
47-2
12.
5-
;o
25-
17.5
57-
137. - -
29.842.
<J. 22.
. .
19 17 24.5
20 17.4
28 57.2
32 I I. 2
32 53-9
34 56.0
38 30.0
39 49-7
40 51.7
43 13-8
44 43-3
46 24.2.1
48 36. 5<
50 28. 0(
53 48.2.
55 44-61
19 59 40.21
20 i 39.6.
3 24.7.
6 30.6'
:o 9.8
12 37.1:
16 27.0!
18 14.8:
20 43.5
25 36.1-
25 34-0;
28 29. 7t
31 18.0-
34 25.5;
37 5-4<
40 7.5.
42 7.6f
44 42. Sc
47 34-4
55 17-3-
59 20.4-
20 59 20. ic
21 2 3.1;
5 37-9-
8 32.6:
21 10 47.4;
7 +16.89
3 16.87
) l6.8l
) i6.7<
: 16.78
3 16.77
7! 16.74
> 16.73
16.72
7 16. 7'
* 16.70
i 16.68
} 16.67
) 16.65
1 16.63
>, 16.61
, 16.58
) 16.57
) 16.55
' 16.53
16.50
16.48
16.45
16.44
16.42
16.39
16.38
16.35
16.33
16.31
) 16.29
16.26
16.25
16.23
1 6 . 20
16.14
16. II
) 16.11
i6.oS
16.05
16.03
+ 16.01
+ 1.00
I. 01
o.gg
0.99
o. gcj
O.gg
0-99
o.gg
0.99
1. 01
I.OO
] .00
0.99
0.98
I.OO
I. 01
o.gS
0.99
I.OO
I. 01
I.OO
O.gS
I.OO
o.gg
0-99
I. 01
I. 01
I.OO
I. 01
0.99
0.99
0.99
1. 01
o.gg
O.gg
I. 01
I. 01
I.OO
I.OO
0.99
I.OO
+ I.OO
V.
VI.
VII.
III.
VII.
VII.
IV.
V.
IV.
VI.
VII.
VII.
IV.
VI.
VII.
VII.
VI.
VI.
VII.
VII.
VII.
VII.
VI.
VII.
VII.
V.
VI.
VII.
VIII.
VII.
VI.
V.
VI.
VII.
VII.
VI.
II.
VII.
VII.
V.
VI.
VII.
3
i
6
5
5
5
5
5
2
3
4
6
7
3
2
7
5
4
2
3
6
3
6
5
2
I
4
2
5
6
5
I
4
4
i
2
3
4
7
3
4
43.035
46.250
45.76o
43-921
52.472
49.948
46.150
48.065
41.728
43.262
42.538
46.728
44-22
43-735
45-892
41-658'-
41.225!
44.062
40.258
41.187.
50.78
50.43
46.66
47.408
45.122 '
47.29 -
46.036.
45-845-
47-049-
52.721
44.576
4I.530:
50.850.
52.863:
54.36i:
41.857.
44.11 .
5o.g6o:
30.933:
29.274
39.208;
45.499:
34 11-50
(6 56.16
20 54.96
13 16.87
17 4.03
18 30.88
20 41.82
19 35-9"
23 13.96
42 48.01
54 28.35
:6 8.23
13 6.62
7 32.72
52 33-00
13 43-04
8 59.08
J I 53-55
:g 50.85
13 59-25
=9 44-77
g 32.67
!2 6.68
I 16.66
M 16.91
10 29.52
17 3-53
:6 38.62
[o 2.80
6 55-46
2 54.26
'3 20.74
o 1.94
!2 37-15
'I 45-62
g 27.30
12 18.94
!9 38.58
15 n.68
5 50.36
|6 23.09
!6 47.08
38.06
37-57
36.04
35-47
35-35
34-99
34-37
34-14
33-96
33-57
33.32
33.04
32.64
32.33
31-79
3L47
30.84
30.52
30.25
29-75
29.17
28.79
28.18
27. gi
27-54
26.80
26.80
26.38
25.97
25.52
25.12
24.70
24.42
24.05
23.65
22.65
22.12
22.12
21.79
21.35
21. OO
-20.73
- 4-35
5.36
3-28
2.68
2 . 96
3.08
3.25
3-17
3-45
5.04
4-37
3-68
2.66
2.22
4.21
5-U
2-34
3-35
3-99
5.13
3-98
2.37
4.17
2.51
3-30
4.85
5.38
3.72
4-83
2-95
2.62
3.46
5.64
3-40
3-33
5.60
5.00
3-97
4-43
2.86
4.52
- 3-73
19 17 42.46
20 35.34
2g 15. og
32 2g.o7
33 n.68
35 13.76
38 47-So
40 7-42
41 9.42
43 31.59
45 i. 08
46 41.88
48 54-25
50 45-72
54 5.87
56 2.28
[ 9 59 57.85
20 I 57. ig
.3 42.34
6 48.21
10 27.35
12 54.58
16 44-53
18 32.25
21 O.g2
25 53-57
2C 51.42
28 47-13
31 35.41
34 42.83
37 22.67
40 24.84
42 24. g2
45 0.02
47 5i.6o
55 34-49
59 37-59
20 59 37.21
21 2 20.21
5 54.98
8 49.70
21 II 4.44
27 4 33-91
27 17 ig.og
26 51 14.28
43 35-02
47 22.34
48 48. .95
50 '59- 44
49 53-22
26 53 31.37
27 13 6.62
27 4 46.04
26 56 24.95
43 21.92
26 37 47.27
27 2 49.00
27 13 59.62
26 39 12.26
26 52 7.42
27 o 5.09
27 14 14.13
26 59 57-92
26 39 43.83
27 2 19.03
26 41 27.08
26 51 27.75
27 10 41.17
27 17 15.71
26 56 48.72
27 10 13.59
26 47 3.93
43 2.00
26 53 28.90
27 2O 12. OO
26 52 44.60
26 51 52.60
27 19 35-55
27 12 26.06
26 59 44.67
27 5 17-90
26 45 54.57
27 6 28.61
26 56 51.54
51 .
5 .
I 7 .
53-2
15-
37-
6.2
27.2
19-5
18.
37-2
;>.-
1-5
-Io
49-
2.
M-
7 2
11 .
12.2
4-
24.
. . 24.
24.237.
15.528.
40.5
60.5
13.2
16.'
28.
4<>-
T.Q. fc
52.8
^2.
43 -
=,5 .
7.
50.
59.8
2.8
19.
12.
9-2
14.8
31.
24.
22.
10.
37-
27.5
15.
43-5
7ft r
22.
49-5
3 1
1 .
27.
56.
39-
8
51-
34-
46.
4-
CJ. .
6 -
41.
49-2
31.
54.
I.
43-
6.
13-
53-
55-2
18.
25.5
5-5
S.
R
3 s. J
17.5
en
*
(0.8
18.5
10.
53-
56.
30.543.
22. 34-5
5- 17-
8. 21.
55.
46.5
11 '
I.
56.
14-
S.
23-
51.
26.
20.5
35.
3-
38
1 5 .
40.
33-
47-2
66.
12.
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
HI
a
c
/cnith I'oiut. Mic.
Co.
(106) Ig. Minutes assumed as 58 in
(107) 26. Minutes assumed as 24 in
(107) 27. Minutes assumed as 26 in
(107) 29. Micrometer reading as
48 r .o49 instead of 47 T .O4<
( IO 7) 33- Micrometer reading a
. 4O r .8so instead of 5o r .85<
stead of 59.
stead of 25.
stead of 25.
sumed as
).
isumed as
1847. h.
Sept. 16, 10
s.
s.
,!f 0.035
INS'
S.
FRUMENT
s.
- 0.142
READINGS
s. r.
- 0.437 o o 2.74 40
"7
Date.
CIRCLE,
Harom.
rt i-
~ 4J
E
c o
A.
B.
.-. ,-. Corr'd
D " Mean.
Mean
Zone 107
1847
Sept.
h.
16, ig
20
21
22
22
23
m.
16
55
15
22
30
2O
295
55 54-
51.8
57. 56.
54-50 54.70
in.
30.096
30.og7
30.098
30.102
30.094
30.094
67.0
66.7
f'5-5
65.
65.
64.7
*,
62.5
60.9
59-
58.6
57-2
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 107. SEPTEMBER 16. Ms. D 26 29' 40'' Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"l
"a
MICROMETER.
i
*
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
43
44
45
46
47
48
49
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
9
9
to
10
9
9
10
9
9
9
10
10
10
10
8
9
10
9
9
10
8
9
9
9
9
9
9
8
8
9
9
9
10
8
IO
10
9
8
8
10
10
10
IO
IO
IO
IO
4-
17-
29.
41.
h. m. s.
21 22 41.16
24 0.69
26 55.16
29 48.24
34 54-02
35 54-22
37 49-64
39 34-72
41 14.21
45 27.28
48 11.03
50 6.92
52 3.20
21 54 41.31
22 8.72
4 12.86
7 27.85
ii 25.88
M 29.72
19 0.06
21 g.2O
22 16.07
33 2.95
35 57.08
38 23.86
40 23.41
42 29.52
48 43-99
49 20.05
51 52.92
22 56 14.05
23 10 24.32
15 6.17
17 21.38
19 42.44
23 21.98
25 41.99
29 0.18
32 17-56
36 23.96
39 40.03
40 53-95
45 9- 11
49 5-44
52 16.96
53 51-97
23 57 9-i6
s.
+ 15-92
I5-9I
15-88
15.86
15.82
15.81
15.79
15.78
15.77
15.73
15.71
15.69
15.68
15-65
15.61
15-58
15-55
15.52
15-50
15-46
15.44
15-43
15-35
15-33
15.31
15-29
15.28
15-23
15.22
15.20
15-17
15-07
15.03
15.01
15.00
14-97
14.96
14-93
14.91
14.87
14.86
14.85
14.82
14-79
14-77
14-76
+ 14-74
s.
+ I.OO
1. 01
I.OO
I.OO
o.gg
I.OO
I. 01
I.OO
I.OO
I.OI
I. 01
0.99
1.01
0.99
I.OO
I.OO
.00
.00
0.99
.00
0.99
.00
.00
.00
.00
.01
.01
.00
.00
.00
.00
o.gg
.00
.00
.00
.00
0.99
.00
.00
.00
.00
.00
.00
.00
.00
.00
+ I.OO
VI.
VII.
VII.
IV.
VII.
VII.
VII.
VII.
VII.
vii.
VII.
VII.
VII.
V.
V.
VII.
V.
VII.
VI.
V.
VII.
VII.
VII.
V.
VII.
VII.
III.
VII.
VII.
VII.
VII.
VI.
V.
VII.
IV.
IV.
VI.
VI.
VII.
V.
VII.
IV.
IV.
V.
VII.
VII.
4
2
4
4
6
3
I
4
4
I
2
5
i
7
2
3
4
4
7
2
7
5
3
3
3
i
i
3
5
4
4
5
2
6
i
3
7
6
3
3
4
5
5
6
5
7
6
r.
44.892
47-557
48.666
51.819
48.628
52.086
46.582
47.912
51.490
4^.415
46.080
52.225
50.722
45-452
.48.388
43.506
39.655
40.749
46.
46.631
44-771
46.882
46.561
42.139
40.954
4 i . 02 i
40.394
39-29
39.680
45.518
41.050
54.776
43-092
40.831
46.578
49.252
46.920
46.738
47.388
42.007
37.828
37-470
40.956
40.522
41-883
44.121
43.25I
27 11-57
40 20. og
25 1.56
23 13-35
10 34.68
28 59.85
46 44-57
25 27.50
23 9.63
46 16.20
41 10.90
17 12.53
44 22.13
6 33-49
39 51-74
33 55.30
30 11.59
29 34.20
6
40 52.10
6 57-17
20 16.35
32 9-93
34 42.08
35 23.09
49 55-91
50 17.48
30 36.29
23 49-72
27 7.06
29 40.79
15 44.76
42 53.86
15 3-ig
46 44-72
30 37.63
5 43-25
II 3g.86
31 41.64
34 46.62
31 14.70
25 40.19
23 40.53
14 39-44
23 8.60
7 19-29
13 39-68
-19-33
19.20
IS. 88
18.56
18.02
17.92
17.73
I7-- 55
17-39
17.06
16.71
16.54
16.37
16.13
15.64
15- 2g
15-03
14.72
1-4-
14.15
13.99
I3.9I
13.18
13.01
12.85
12.75
12.63
12.28
12.24
12.12
ii. 91
11.35
11.17
II. IO
11.03
10.93
10.89
10.80
10.76
10.69
10.67
10.67
10.67
10.67
10.68
10.70
10.76
M
- 3.76
4-85
3-59
3-45
2.43
3-92
5.38
3.63
3-45
5.34
4.92
2-95
5.20
2.08
4.83
4.32
4.02
3-97
2.
4. go
2. II
3-2O
4.17
4-sg
4-45
5-6,6
5.70
4-04
3-50
3-75
3-97
2.82
5.10
2.76
5-41
4-05
i.gS
2.47
4.14
4.40
4. 10
3-64
3.48
2.67
3-43
2.09
2.62
h. m. s.
21 22 58.08
24 I7.6I
27 I2.O4
30 5.10
34 10.83
36 11.03
38 6.44
39 5I-50
41 30. g8
44 44.02
48 27.75
50 23.60
52 19.89
21 54 57- g5
22 25.33
4 29.44
7 44-40
ii 42.40
14 46.21
19 15.52
21 25.63
22 32.50
33 19-30
36 13.41
39 40.17
40 39-71
42 45.8i
49 0.22
49 36.27
52 9.12
22 56 3O.22
23 10 40.38
15 22.2O
17 37-39
ig 58.44
23 37-95
25 57-94
29 16.12
32 33.47
38 39.83
39 SS.Sg
41 9.80
45 24.93
49 21.23
51 32.73
54 7-73
23 56 24.90
o t n
26 57 14.66
27 10 24.14
26 55 4.03
53 15.36
40 35.13
26 59 i .69
27 16 47.68
26 55 28. 68
26 53 10.47
27 16 18.60
27 n 12.53]
26 47 12.02
27 14 23.70
26 36 31.70
27 g 52.21
3 54.91
27 o 10.64
26 sg 32. 8g
26 36
27 10 51.15
26 36 53.27
26 50 13.46
27 2 7.28
4 39.4S
5 20.39
19 54.32
20 15.81
27 o 32.61
26 53 45.46
57 2.93
59 36.67
26 45 38.93
27 12 50.13
26 44 57.05
27 16 41. 16
27 o 32.61
26 35 36.12
26 41 33.13
27 i 36.54
4 41-71
27 I 9-47
26 55 34-50
53 34-68
44 32.78
53 2.71
37 12.08
26 43 33.06
as
37.
12.
24.
36
55-
7-
ig-5
32.
42.
54-
54-
6.
6.2
18.
19.
14.
26.2
. .
14.
?6
39-
50.
3-
46.2
15-
59-
27.2
71.
7.
40.
83.
19.
06
31.
32.
49-
23-
23.
44-2
48.2
5-2
36..
45-
29-
14.8
53-
27.8
6.
40.
18.2
. .
i.
14.
17.2
48.
57.
13-
28.
26.
29.5
60.2
40.
42.
52.
54-5
16
28
26.2
2O.
47-
38.
59-5
51-
45-
72.
63.
57-2
75-
69.
88
82.
;
35-2
48.
60.
f,
7-
1 6.'
37-3
29-
tt>
24.
41.
47-
3-
20.
28 .'5
50.
to.
42.
58.'
36.'
53-
59-5
15.5
32.
4i.
62.
22.
54-
9-
30.
20.
53-
74-
34-5
66.
21.
42.2
32.
65.
86.
46.
44-5
98.5
34-
55-
67.'
. .
.
29.5
48.
65-
ii. 8
42.
60.
78.
40.5
54.
54-2
. .
36.
49.
32-5
29.
40.
IS-
45-
41.
53-
28.
53-
5-
40.
fi
52.2
CORRECTIONS.
REMARKS.
, Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co. (107) t
(107)
.7. Minutes assumed as 33 instead of 34.
52. Minutes assumed as 44 instead of 45.
jo. Micrometer reading assumed as 49 r .2g
instead of 39'. 29.
ji. Micrometer reading assumed as
4O r .68o instead of 3g r .68o.
72. Micrometer reading assumed as
45 r .oi8 instead of 45 r .5i8.
73. Micrometer reading assumed as
4i r .55o instead of 4i r .O5o.
36. Minutes assumed as 48 instead of 49,
and micrometer reading as 41'. 522
instead of-4o r .522.
37. Minutes assumed as 51 instead of 52.
3g. Minutes assumed as 56 instead of 57.
1847. h. s.
s.
s. s.
s.
o , ,.
(i7)
(107)
INSTRUMENT READINGS.
(107)
Date.
CIRCLE.
Barom.
gs
j~ O
u
75 S (107)
if
yJ= (lO7)
*" (IO7^
A.
B.
C. D.
Corr'd
Mean.
Mean.
1847. h. m.
/ If
in.
-
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 108. SEPTEMBER 16. Ms. D = 26 29' 40".
No.
Mag.
SECONDS OF TRANSIT.
I. ' II. III. IV. V. VI. VII. ii. 12
10
|20,
40,
'55.
55.
68.
233.
53-
17.2
. . 12. 24. 36.
. . | . . 47.2^60.
+5- 57-
5- 17-
42.
45-
20. 32.
'25- 37-
836. 48.
21.
18
19 lio
20 TO
38.
28.'
7-
57-
52.5
44-
50.
60.
. . 19.
31-5
34-
2. 15.
32.
21.534-
9.522
35-
30.
'?
44-
38.5
42.
T.
h. m.
I 38
40
47
48
5
52
55
1 59
2 2
4
6
8
ii
18
21
26
28
32
33
37
37
39
41
45
46
49
2 52
s.
20.32
23.94
17.19
32.55
6.50
11.84
35-34
57.03
16.98
31.92
31.96
37.31
47.92
21.09
18.93
21.47
45-71
14.48
1.86
4-93
52. 12
23.25
5.65
43-99
52.36
19.86
33-57
s
+ 14.
14.
14-
14.
14-
14.
14-
14-
14.
14.
M.
14.
14-
U.
14
14
14
14
14
M
14
14
14
14
14
s.
20+1. OO
+ I4-OO +I.QI
I.OO
1. 00
I.OO
0.99
I.OO
0.99
I.OI
I.OO
I.OO
I.OO
0.99
.00
.01
.00
.00
0.99
00
00
OI
OO
OI
01
OI
01
OI
MICROMETER.
IV.
IV.
V.-
VII.
VII.
VII.
VII.
VII.
V.
IV.
VI.
IV.
VI.
V.
IV.
IV.
V.
V.
VII.
V.
VI.
VI.
VII.
VI.
VII.
VII.
V.
34.58239
39.778,30
41.61135
49.22 39
46.03147
33.22039
42.54143
37.42417
40.62029
40.855135
37.24531
42.36243
36.40037
47.76519
39.40036
45.10227
45.99541
44.601
43.561
50.098
31.00220
35.27818
33.76613
48.38019
54.200,16
49.998118
50.581(18
2.36
7.64
0.49
22.87
3.54
48.94
12.67
0.16
38.64
26.53
34.67
19.10
59 - 6 9
46.23
16.60
4.46
14.08
21.67
57-20
44-35
41.27
14.16
15.56
24.97
4.58
29.41
9-34
-12.46
12.70
13-24
13.33
13.47
13.66
13.99
14.40
14.61
14.88
15.08
15.29
15-63
16.33
16.65
17.24
17.51
17-93
18.03
18.54
18.65
18.83
19.01
19.62
I9-76
20.09
-20.52
M-ean Right
Ascension,
1850.0.
6.80
6.01
6.44
6.83
7-53
6.87
18
4.86
5.96
6.48
6.14
7.19
6.71
5.10
6.55
5-75
7.00
5-77
5
4-23
5.18
4-96
4.5:
5-o
4-77
4-99
4-95
35-52
32. 10
47.03
Mean South
Declination,
1850.0.
27
48.58
ZONE 109. OCTOHER 4. Ms. D =
19-231
17-
17-5
58.5
43-555.
. . 24.
29. [
21.
3L543.
4.
7-5
36.2
II. 5
23-
26.
3"-
0.5
23.836. 47-86o.
23-535
35-
28.
38-
10.523
f6. 29.
40.553
42.
50.
54-
i8.
20.
12.524.2
2.2 . .
34- 46.
6.
30.
35-
3-'-
42.
55-5
44
20 59
20
21 4
10
12
M
15
17
2O
21
23
25
28
30
31
33
35
21 37
43.27 +
12.15
28.92
20.99
43.13
4-35
35.93!
35-55
46.98
40.70'
50.05;
22.0 5 j
53.88
18.03
31.26
20.00:
3.52 + I.OI1 VII
3-50
3-47
3.42
3.40
3-3&
3-37
3-35
3-32
3-31
3-29
3-28
3-25
3-23
3.22
3.20
3.18
24-35
34.74+ 3.16 +o
50.757 9 21.44-31.48- 4
43
41
45
41
49
52
43
6
M
4 S
42
42
42
46.
44
38
39248
17523
27641
31535
16524
61628
79848
035 12
98036
84630
96728
77228
10543
695J33
15051
34.58
32.88
38.85
10.44
44-42
41.63
20.65
3.91
4.86
51-34
17.81
24.36
27.69
7-51
14-39
34-94
30.85
30.07
29.78
29.60
29.42
29.17
28.77
28.66
28.40
2S.23
27.80
29.64
27.49
27.29
27.07
-26.79
5320
21
36
53
86
7
5
6
6.38
5.62
5.91
7-35
4.70
6.45
6.06
5
5-89
6.98
6.82
6.25
7.5921
59 47
2 16
4 33
10 25
12 47
13 8
15 40
17 39
20 51
21 45
23 54
25 26
28 58
30 22
31 35
33 24
35 28
37 38
9 11.62
16.35
5 10.17
9 33.03
17 14-54
9 59-47
13 23.84
47 9.42
59 49-21
5 37.89
1 45.89
13 31.58
8 12.03
49 57-66
6 29.80
57 17-45
ii 28.59
57 35-37
58 11.05
39 57-12
50 55.10
48 27.95
43 29.11
49 39-66
46 19.11
48 44-49
48 24.81
24 48 17.45
27 32.79
2 28.48
20 35.49
14 6.42
3 39.
7 36.71
27 i6.77
50 57.27
14 59-71
9 45.63
7 11-49
7 19-80
22 22.16
20 1.62
12 7.71
30 29.32
CORRECTIONS.
REMARKS.
Date.
1847. h.
Oct. 4, 3
Corr. of
Clock.
s.
- 2.52
Hourly
rate.
s.
g 0.050
s.
0.142
- 0.437
Zenith Point.
359 59 59-Ql
Mic. Co.
r.
40.118
(108) 2. Transit over T. Ill assumed to have
been recorded over T. II.
(108) 3. Transit over T.'s II-IV assumed to
have been recorded over T.'s I-III.
(109) 2. Minutes assumed as 2.
(109) 10. Declination differs i from Arg. Z.
251, 60, and 251, 62.
INSTRUMENT READINGS.
Zone 108
Zone 109
Date.
1847. h. m.
Sept. 16, i 37
3
Oct. 4, 20 59
21 33
22 39
22 48
24 o
CIRCLE.
A.
297 46 59-5
B.
57-
C.
59-3
D.
6.2
Corr'd
Mean.
Mean.
60.45 60.50
Barom.
in.
30.070
30.062
f3i.iop
30.090
30.082
30.082
30.054
5e
s 5
l!
v
63.856.2
63.2J54-7
6r. 52.9
60. 1 50.1 r
59-850.
59-8:50.
58.4:49.
Used as 30.067.
Used as 30.100.
52
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
r
/ONE 109. OCTOBER 4. Ms. D b = ' Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
- i
"2
MICROMETER.
i
</i
'/:
Mean Right
Ascension,
1850.0.
Mean South
Declination,
18500.
i.
II. III.
IV.
V.
VI.
VII
II. 12.
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
5
51
52
53
54
55
56
57
58
5')
60
61
62
9
10
9
8
9
ro
10
10
9
8
10
10
6
10
9
9
9
10
10
9
10
10
10
10
10
10
10
10
9
10
7
10
10
10
9
10
7
10
9
9
10
9
. .
10.7 22.5
. .
22.5
35.
. .
. .
h. m. s.
21 39 34.49
40 10.80
42 31-94
44 47-06
48 10.16
50 50.14
52 0.03
54 4-07
55 39-26
21 59 8.02
22 2 25.33
9 30.94
lo 32.01
15 4-95
17 47-75
20 35.25
22 28.66
24 20.52
26 50.55
32 49.08
35 11.88
39 35-74
48 4-32
51 26.24
53 "-OS
22 55 15-59
23 2 3.08
8 33.19
it 4-96
14 18.98
15 13-4-1
33 M.oo
35 27.74
39 0.46
39 35.52
42 8. 02
44 0.29
45-31.80
47 51-20
50 44.72
51 58-72
55 22.98
23 58 31-84
o o 44.99
s.
+ 3-14
3.14
3-ii
3-og
3-06
3-04
3.02
3-oc
2-99
2.95
2.92
2.86
2.85
2.80
2.78
2.75
2.73
2.71
2.69
2.64
2.6l
2-57
2.49
2.46
2-45
2-43
2-37
2.31
2.29
2.26
2.25
2.09
2.07
2.04
2.04
2.01
2.00
99
. -97
95
94
.91
.89
+ .87
S.
+ 1.02
1. 00
I. 00
I. 01
I.OI
1 .00
I.OI
o-99
I.OI
I. 00
0-99
I. 00
I.OI
0-99
I. 00
I.OI
I.OI
0-99
I. 00
I.OI
I.OO
I.OI
I.OO
1 .00
I.OO
I.OO
I.OI
0-99
I.OO
I.OO
0.99
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OC
I.OO
I.OO
I.OO
+ 1.00
IV.
IV.'
VI.
VI.
V.
VII.
VII.
VI.
VI.
VII.
VI.
VI.
VII.
VI.
VI.
VII.
VII.
VII.
VI.
VII.
V.
VII.
IV.
VII.
IV.
VII.
VII.
V.
VI.
VII.
VII.
VI.
IV.
VII.
VI.
V.
VII.
V.
VI.
VII.
VII.
V.
VI.
7
4
7
7
3
5
I
5
4
I
3
5
I
3
6
6
2
5
(,
3
5
5
5
2
5
7
I
4
4
I
5
2
4
2
5
5
4
4
?
r
5
>
6
r.
46.372
6 2. II
-26.58
n
- 4.28
h. m. s.
21 39 38-65
20 40 14.94
21 42 36.05
44 51-16
4S 14-23
50 54-1^
52 4.06
54 8.06
55 43.26
21 59 "-97
22 2 29.24
9 34.80
10 35-87
15 8-74
17 51-53
20 39.01
22 32.40
24 24.22
25 54-24
32 52.73
35 15-49
39 39-32
4^ 7.81
51 29.70
53 14-50
22 55 19.02
23 i 6.46
8 36.49
II 8.25
14 22.24
15 16.68
33 17-09
35 30.81
39 3-50
39 38.56
42 11.03
44 3-29
45 34-79
47 54-17
50 47-67
52 1.66
55 25.89
23 58.34.73
o o 47. S6
24 44 52.97
25 5 33.')-'
24 45 39.89
24 42 53-35
25 II 33.06
24 57 49.34
25 24 47.42
24 56 3-8i
25 7 15.85
2<> 5S-33
25 15 51.27
24 57 40.3'
25 31 18.1 \
25 12
24 53 -li.'M
24 56 6.56
25 23 16.45
25 6 15.14
24 54 55-12
25 9 57-H
24 54 42.35
56 57-21
54 4-52
55 21.28
24 45 38.52
25 25 4.74
6 5-54
4 20. -
25 26 16.62
24 59 25.13
25 22 1 2. 60
7 3?. K.
25 IS 43-35
24 59 48.33
24 55 4-'",
25 3 39.06
3 45-93
o 11.33
25 28 48.47
24 58 41.57
25 20 18.03
24 55 36.35
R
20.
45-75826 41.89
46.991 6 49.51
49-815 4 3-55
45.651 32 41.4.)
49.142 18 58.88
48.018^5 55.20
52.19217 13.83
42.74628 25.42
4t.l9548 6.73
38.10137 1. 18
49-350 i i8 51.62
36.61952 27.38
44.54633 19-44
41.028 14 56.33
36.87617 19.03
40.37844 27.11
34.36027 27.21
38.93016 8.51
48.31531 q.6o
54-45 '5 56.23
.50.511 18 n .52
50.525 15 19.27
26.27
26.03
25.66
25-36
25-25
25.05
24.90
24-54
24.25
23-57
23-49
23.08
22.85
22.60
22.44
22.30
22.11
21. 6l
21-43
21.13
20.54
20.34
5.76
4-35
4.14
6.21
5-21
7.17
5.08
5-89
7-35
6.52
5-20
7-67
6.25
4.91
- 5-09
7.07
5.82
5.00
6.08
4-9')
5-15
4.91
M-
26.
58.'
38-2
47-
70.2
5O. 5
58.9
82.
. .
. .
; ;
. .
16.
31-5
49-
43-8
i-5
7-
27-
56.9
13.2
in
39-5
8.
1
20.
37-
50.
2O.
32.
28.5
H.2
52.'.
59-5
1'
2.
I 1
1
-'5
1.
.852.8
.8 - .
jR
F7-2
00
29.5
.2
.8
23.2
16.8
37-2
?S 8
47-5
53-
-
49.2
16
32.5
2.5
23-5
44-5
M-5
36.'
48.'
>R
50.
2-5
14.5
23.
3 1 ;.
39-5
52.
3-5
.
53.29016 36.16
44.842 6 54.50
47.35046 18.18
44.63527 20.50
47.67225 35.93
45.25647 30.23
46.15520 41.39
42.12243 27.25
41.92128 53.90
48.19039 58.32
45.48o'2i 4.76
53.71516 21.51
48.84924 55.28
48.65525 2.18
44.80921 27.85
40.81950 2.88
47.40919 58.25
45-44 41 33-17
37.62816 53.32
20.09
19.70
19-35
19.24
19. II
19.07
18.41
18.36
18.28
18.28
18.21
18.18
18.16
18.12
18.10
1 8. 08
18.05
18.01
1 8 . oo
5-03
4.32
7-21
- 5.8o
5-68
7-32
5-33
6-99
5-92
6.75
5-36
5.00
5.62
5.63
5.38
7.51
5-27
6.85
- 5-03
51.
15.
-
28 .'5
43-
9-
41.
55-
21.
53-
7-
34-
5'5
45-
57-
19-
31-
38.
24-
50.
36.5
2.
'5-5
49'
14.
26.
-1".
38
48.
32.
15-
8-5
47-
55-5
44
.V
7
27
ji
59
-
21
5
-5
56.
48.5
19-5
39-
32.5
II.
8.
0.5
32.
s I . c
2O 2
44-
56
58.'
32.
57-
22.5
47.
59-
33-
45-
57-
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
r
Zeniili Point
I
! Mic.
Co.
(109) 22. Micrometerreadingassumedas44 r .99i
instead of 46 r .ggt.
(109) 37. Minutes assumed as 25 instead of 26.
(109) 42. Micrometerreadingassumedas55 r .525
instead of 50'. 525.
(log) 45. Minutes assumed as I instead of 2.
i (.109) 59. Transit over T. VI assumed to li.ivr
been recorded over T. V.
*
1847. h.
s.
s.
s. s.
s.
s.
INSTRUMENT READINGS.
CIRCLE.
Barom.
11
sg
4J
<iS
11
I* C
2
*
~
Date.
A.
B.
C. D.
Corr'd
Mean.
Mean.
1847
h. m.
n
n
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
53
ZONE no, OCTOBER 18. Ms. D = ".
4
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
a,
MICROMETER
i
rfl
<fi
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
i
2
3
4
6
8
9
10
u
u
13
M
i^
l<j
17
i -
10
20
21
22
23
24
25
26
I
2
3
4
5
6
7
8
9
10
ii
ia
13
M
15
t6
17
IS
19
S
8
9
9
9
8
9. 10
9. 10
7
10
7
10
8
8.9
9
8.9
9
7-8
10
10
IO
9
IO
IO
10
8
9
IO
9. 10
IO
9
IO
9
9
10
8
IO
10
9
10
9.10
10
IO
IO
ifl
t8
h. m. s,
23 4 16.02
6 52.38
8 32.90
i" 55.23
II 13.46
'3 15.87
16 30.80
19 6.85
20 39-27
21 9.68
24 I I. 2O
26 22.21
28 58.16
30 26.74
32 23.73
35 41-47
37 ii. 19
42 12.93
45 18.74
48 33.25
5i 53-12
52 59-83
55 22.36
55 35-iS
57 14-58
23 59 50.92
K iir. Oci
i i 59.91
5 43-05
9 39-54
II 38.22
13 47.85
15 45.60
17 35-41
20 40.50
21 49.69
23 48.20
25 27.45
28 36.57
30 50.02
32 12.45
38 20.53
40 23.52
.(41)29.06
43 9-30
I 46 6.12
s.
- 8.44
8-47
8.48
8. 5 l
8.51
8-53
8.57
8.59
8.61
8.61
8.64
8.66
8. fig
8.70
8.72
8.76
8.77
8.82
8.85
8.88
8.91
8-93
8.94
8-95
8-97
- 8.99
Ol'.ER I
- 9-53
9-56
9-59
g.6i
9-63
9.64
9-65
9.67
9.68
9.69
9.71
9-73
9-75
9.76
9.80
g.8i
9.82
9-83
- 9-85
s.
1. 00
1. 00
I. 00
i .00
i .00
I.OO
1 .00
I.OO
I.OO
I.OO
1 .00
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
1 .00
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
i.oo
i. Ms.
I.OC
I.OC
I.OO
I. 01
0-99
o-99
I.OO
I.OO
I.OC
I.OC
I.OC
I.OO
I.OC
0-99
I.O1
I.OC
I.OO
I.OO
I.OI
V.
V.
V.
V.
VI.
VI.
V.
V.
V.
VII.
VI.
VII.
VI.
VI.
V.
VI.
VI.
VII.
VI.
V.
V,
VII.
V.
VII.
.VII.
VII.
D.=
VI.
VI.
V.
VI.
VII.
VII.
VII.
- V.
V.
VII.
IV.
VII.
V.
VII.
V.
V.
VII.
VII.
VI.
4
3
4
4
4
6
6
2
4
3
3
6
6
7
5
2
5
6
5
5
2
4
5
3
4
3
6
2
I
7
6
K
5
I
2
5
3
3
6
i
3
4
5
2
48.208:
41.708;
40.875:
42.260:
39.98 !;
37-88
40.656
40.083.
45.250:
48.182;
46.715-
43.328:
38.401
40.358
38.958
40.66 :
45-331'
43.680:
48-813
47.986-
41.804-
48-585.
46.658
50.890'
52.063
51.418
46.090'
42.118:
47-581.
34.40i!
46.910!
49-35'
49-977
49. no
50. 780 <
55.142
37-880
40.798
46.525
45-483
43.372.
34.616
34-3I5
41.090
37.121.
'S 17-57
14 57-15
g 29.86
!8 42.21
(0 0.56
6 44.62
5 9-11
14 37-49
>6 59.34
)I 14.14
6 40.15
!4 I.I5
6 26.70
5 19-37
o 17.17
3 50.58
[i 36.82
^2 6.50
o 28.46
!0 13.03
!3 11.31
)9 44.69
!6 io.8g
!g 40.97
:g 0.62
!3 26.85
52 26.28
14 18.82
to 19.51
53 43.84
5 43-30
o 9.79
8 29.78
8 59.96
14 20.39
!5 59-09
25 26.36
)5 28.20
J2 11.42
6 32.41
(8 35.27
jg 1. 10
53 15.30
'3 35-6i
(6 19.30
- 2.77
2.67
2-59
2.51
2.50
2.43
2.32
2.23
2.21
2.ig
2.12
2.06
2.OO
1-97
1.94
1.88
1.86
1.81
i. 80
1. 80
i. 80
1.79
1-79
1-79
1.79
- 1.78
.12
30
52
.64
11
.89
2.01
2. IS
2.25
2-39
2.52
2.73
2.89
2-99
3-49
3.65
3-74
3.88
4.14
- 5-57
6.45
5-96
5.88
6.00
4.83
4.68
7-31
5-73
6. u
7.50
6.36
4.80
4.70
4-25
5-45
7.04
5-30
4-27
5. ii
5-39
6.88
5-65
5-97
5.91
- 5.41
- 8.23
6.56
8.97
10.23
5-77
6.17
6.94
6.98
9-35
8.56
7-58
8.51
8.20
5.82
9.76
8.85
8.31
7.41
- 9-53
h. m. s.
23 4 6.58
6 42.91
8 23.42
10 45.72
II 3-95
13 6.34
16 21.23
18 57.26
20 29.66
21 O.07
24 1.56
26 12.55
28 48.47
- 30 17.04
33 14.01
35 3L7I
37 1-42
42 3.11
45 8.89
48 23.37
51 43-21
52 49.90
55 12.42
55 25.23
57 4-01
23 59 40.93
I I 49-38
5 32-49
9 28.95
ii 27.60
13 37-23
15 34-97
17 24.76
20 29.83
21 39.OI
22 37.51
25 16.74
28 25.84
30 39.27
32 1.70
38 9.72
40 12.71
41 18.24
42 58.47
I 45 55.26
26 13 5.91
22 46.24
17 18.41
16 30.60
17 49.06
4 31.88
2 56.11
32 27.03
14 47.28
19 2.44
34 29.77
21 49-57
4 13-50
26 3 6.04
25 58 3.36
26 ii 37.91
29 25.72
26 9 53.61
25 58 14.53
26 7 59.94
10 58.50
27 33-36
13 58.33
17 28.73
16 48.32
26 II 14.04
26 20 15.63
2 6.68
28 10. oo
26 41 35.71
25 53 30.84
25 57 57-85
26 6 18.73
6 49.12
32 11.99
23 50.04
13 16.46
23 19.44
26 20 2.51
25 54 21.22
26 36 28.52
26 53.60
21 7.35
II 26.90
26 34 12.97
28.2
8.5
40.
20.5
43-
52.2
33-
52.2
7; 5
p
t f
t _
39-
54.
30.2
2-5
51-5
6-5
42.5
'5-
3-5
18 s
1 6
54-5
27-
6 r
39.5
|6 '
34-5
45-
21.
47-
i.
36.'
50.' 5
46
58
34
2
5
17
46
48
54
9
5
59-
u.
.5
.?
5
5
5
46.
14-5
58.5
26.5
23.5
IO.
29. 2
59-
6^5
21 .
4 1
41-5
II. 2
13-
IS.5
= 3-
53*
2-3-5
25-5
37.'
49-5
58.'
47-5
IO
0.
12.
2'!.2
2.5
36.
.5.'
22.5
33 o
47-
31-
7'5
2f>.
51.0
o.
43-
39- 51-5
15.5, . .
Zo>
55-
38-2
48.
50-5
0.5
12.5
IO.
3-5
"5
16.
23-
28.5
37 c
35-
40. 5
I ^ 2
48.5
12.5
24.5
i.
13-
-13.2
25-5
56.'
59-
38-
8. '2
Sis
21.
24.5
23-5
29-
41-5
53-5
33-8
. .
41
.5
54-
6.2
18.2
CORRECTIONS.
REMARKS.
Date.
( 'oiT. of
Clock.
lloiuly
rate.
in n
c
Zenith Point. Mic.
Co.
(no) 15. Minutes assumed as 33 in
(no) 20. Micrometerreadingassum
instead of 47 r .g$6.
(in) 10. Minutes assumed as 22 in
(ill) 14. Hor. thread assumed as 7 i
;tead of 34.
edas46 r .986
stead of 23.
nstead of 6.
1847. h.
Ort. iS, 19
s.
- I5-40
s.
g O.O2O
s. s.
0.286
s.
0.293
r.
o o 1.72 40.156
INSTRUMENT READINGS.
Date.
A.
C1RCI.F..
Finrom.
^ G'
3
u E
rt t-
H o>
<
59-2
58.9
58.6
57-8
57-2
n G
o
X v
U H
Ii.
C. D.
Corr'd
Mean.
Mean.
Zone 1 10
Zone in
1847.
Oct. 18
Oct. 18
li. in.
23 4
23 57
o 59
i 55
2 5 8
294
50 1.5
2.\.
8.4 6.1
4.41
4.60
in.
30. 140
30.142
30.126
30.110
30.100
55. s
53-5
52.4
52.
51. C
54
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE in. OCTOBER 18. Ms. D = " Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
,
MICROMETER.
i
*
d,
Mean Right
Ascension,
1850.0
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
42
43
44
45
46
47
48
49
i
2
3
4
5
6
7
8
9
IO
9
8.9
9.10
ti
9
9
8.9
10
10
IO
7
8
7.8
9
9
10
10
IO
7.8
9
7.8
8.9
9.10
9
9
IO
9
10
9
8.9
9
9
9
9
10
9
8
8
h. m. s.
i 47 35-26
49 32-12
50 15.90
52 15.18
53 54-91
I 54 53-47
2 2 O.gl
4 20.46
6 16.72
6 54-71
10 24.61
12 26.19
15 58-33
17 46.85
18 48.96
24 31.81
26 21.25
27 5-o8
30 18.40
33 26.66
35 58.27
37 45-71
39 41-21
41 0.47
49 i. 60
51 20.62
51 44-28
55 16.73
54 43-86
2 58 23.78
NE 112. Oc
21 3 33. 2C
8 29.93
10 6.26
10 18.9;
n 6.oc
14 41.08
16 50. 6c
17 6.17
21 ig 1.44
s.
- 9.86
9.87
9.88
9.89
9.90
9.91
9-95
9-97
9-98
9-98
IO.OO
IO.OI
10.03
10.04
10.05
10.08
10.09
10.09
10. II
10.12
IO.I3
IO.I4
TO.I5
10.16
TO. ig
IO.2O
IO.2O
IO.22
IO.22
10.23
TOBER 2(
-13.40
13.46
13-47
13.48
13.48
13.52
13.54
13-54
-13-57
S.
I.OO
0.99
I.OO
I.OI
0.99
I.OO
I.OO
I.OO
I.OI
0.99
I.OO
I.OI
I.OO
I.OI
1. 02
0-99
I.OO
I.OO
I.OO
I.OO
I.OI
0.99
0.99
0.99
I.OI
I.OO
I.OI
0.99
o.gc
I.OO
>. Ms.
-0-99
I.OO
0-99
I.OO
I.OO
0.98
I.OI
I.OI
I.OI
V.
V.
VI.
III.
V.
VII.
III.
V.
IV.
VII.
VI.
VI.
VI.
III.
VII.
V.
III.
VII.
VII.
VI.
V.
V.
VI.
VII.
V.
IV.
VII.
V.
VII.
V.
D =
V.
V.
VII.
VII.
VII.
VI.
VI.
V.
V.
6
3
I
6
3
2
3
2
6
4
I
4
2
I
7
3
5
4
3
2
5
6
I
3
2
6
6
3
I
3
2
4
4
i
5
5
5
r.
43.980
44.172
44.172
44-172
41.125
43-805
48.970
43-909
43.272
41-945
47.790
38.020
44.189
41.140
35-246
43.260
47-278
35-775
34.838
40.492
40.925
47.007
49.548
47.586
49.895
43.886
45-00
43-59
40.708
43-368
48.539
44.109
44-77S
44-232
48.005
45.899
51.612
52.788
21 56.45
13 8.24
33 32.28
48 7-75
M 53-07
33 44-73
39 3I-7I
33 41.42
42 47-79
14 24.59
25 31-85
51 39-3'
27 35-75
44 i. II
47 23.64
7 49-18
31 45-52
26 38.48
32 57.31
35 38.89
44 8.51
20 12.31
10 3.19
II 10.51
44 50.85
33 42.25
41 48.04
13 28.26
15 7-15
34 0.04
45 37-49
33 34-55
41 55-73
27 34-15
25 24.33
53 18.74
20 50.35
17 33-86
17 27.82
- 4-27
4-45
4-51
4-6g
4.85
4-93
5.64
5.88
6.08
6.14
6.51
6.72
7.13
7.3i
7-42
8.08
8-34
8.40
8.79
9-15
9-51
9-76
9-97
10.14
II. 21
11.51
H-59
12.06
12. OO
12.51
-n. 55
10.82
10. 60
10.57
10.46
9-95
9.61
- 9-35
- 7.25
6.44
8.34
9-73
6.60
8-35
8.89
8-34
9.21
6.56
7-59
10.05
7.78
7-32
7.76
5-94
8.16
7-69
8.29
8.53
9-34
7.10
6.14
6.24
9.41
8.35
9.12
6.46
6.61
- 8.38
- 5-og
4-25
4-83
3.83
3.68
5.65
3.30
3.13
- 3.12
h. m. s.
i 47 24.40
49 21.26
50 5.02
52 4.28
53 44.02
I 54 42.56
2 i 49.96
4 9-49
6 5-73
6 43-74
10 13.61
12 15.17
15 47-30
17 35.80
18 37.89
24 20.74
26 10.16
26 53.99
30 7.29
32 15-54
35 47-13
37 34.58
39 30.07
40 49.32
48 50.40
51 9-42
5i 33.07
55 5-52
55 32.65
2 58 12.55
21 3 18.81
8 15-47
9 51.80
10 4.46
10 51.52
14 26.58
16 36.14
16 51 .62
21 18 46.86
26 9 47.97:
o 59-13
21 25.13
36 2.17
2 44-52
21 38.01
27 26.24
21 35.64
30 43.08
2 17.29
13 25.95
39 36.08
15 30.66
3' 55-74
35 18.82
55 43-20
19 42.02
14 34-57
20 54. 3g
23 36.57
32 7-3 f '
26 8 9.17
25 57 59-30
25 59 6.89
26 32 51.47
21 42.11
29 48.75
i 26.78
3 5.76
26 22 0.93
24 44 4.13
31 59.62
40 21.16
25 58.55
23 48.47
51 44.34
19 13.36
15 56.60
24 15 50.29
55-
8 '.
20.
3.
16.
28.5
40.
18.2
24-5
43-5
40.
48.'
49-5
21-5
IO.2
30.5
36 .'5
56.2
52-
0.5
34.
22.5
7-5
42.5
48 .'5
8.
,
0.5
6.
18.
30.
12.2
13-5
34-5
19.2
24-5
26.5
19.2
31-5
58.5
16 r
10.2
32.
'3-5
26.
. .
5-
iR
17-5
31.
29-5
43-
49-5
21.3
20.5
2
34
33
, ;
5
M-5
46.
46.
29.
26.5
rR
rR r
41.
53-5
12.5
25.
' '
r
40.5
I.
~
R c
21.
40.
52
5
4-5
16 r
8.5
20. c.
46.859
9
.511.523.7 . .
.221.233.545.
. 18- 10-
Zo
42.
42-5
55-
38 .'5
41-5
51-
52.5
2-5
iR
49-5
1-5
13-2
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(in) 27. Transit overT. IV assumed as at 2o'.6
instead of 26'.
(in) 34. Hor. thread assumed as 2 instead of I.
(ill) 39. Minutes assumed as 32 instead of 33.
(in) 41. Transits over T.'s II-V assumed to
have been recorded over T.'s I-IV.
(in) 42. Hor. thread assumed as 6 instead of 5.
(ill) 46. Transit over T. VII assumed to have
been recorded over T. VI.
(in) 48. Minutes assumed as 55 instead of 54.
(112) 9. Micrometerreadingassumedas5i r .78S
instead of 52 r .788.
1847. h.
Oct. 26, 20
s.
21.64
s.
S 0.045
s. s.
0.286
s.
- 0.293
/ II
o o 2 . 44
r
40.
M7
INSTRUMENT READINGS.
Date.
CIRCLE.
rt E
~
jl
A.
B. C.
D.
Corr'd
Mean.
Barom.
Mean,
Zone 112
h. m.
Oct. 26, 21 3
21 19
298
27 36.
31.6 36-4
38.5
35-57
35-6:
in.
! 30.435
30.453
52.5
52.
4i-5
41-3
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
55
ZONE 113. OCTOBER 28. Ms. D = ".
No.
Mag.
SECONDS OF TRANSIT.
12.
T.
i
2
MICROMETER.
i
di
</t
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
i
2
3
4
5
6
7
8
9
10
II
12
13
'4
15
16
I?
IS
'9
20
21
22
23
24
25
26
27
28
2 9
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
10
7
9
9
7
10
10
IO
IO
8
9
9
10
9
7
10
9
10
9
9
8
9
10
10
7
10
10
IO
9
to
9
10
10
10
10
9
to
10
7
10
8
IO
IO
9
8
9
9
IO
47-5
48.2
33-5
0.
0.2
39-
4-
46.2
12.2
12.
51-5
16.5
57-2
24 5
28.
8.8
40.5
1 *
h. m. s.
21 24 16.25
26 57.39
29 23.92
32 23.98
35 3-26
39 55-33
45 7-00
47 II. 01
47 36.48
51 6.03
32.20
54 15.18
56 41-72
21 58 56.96
22 I 7.06
I 21.67
5 47-90
6 39.92
8 24.80
II 23.15
16 32.46
18 9.70
21 52.71
22 36.69
26 II.&3
27 37.85
28 10.08
31 43-78
32 34-97
33 8.98
34 33.64
36 30.99
38 46.10
25-74
49 29.56
50 47-70
54 41-24
56 33-84
57 26.36
22 58 54.68
23 i 24.02
4 45-69
7 3-36
9 23.72
12 I. II
15 9.98
15 25.74
17.30.85
23 21 40.16
s.
15-44
15-47
15-49
15.52
15-54
15.59
15.64
15-66
15-67
I5.7f
15-70
15-73
I5-76
15.78
15-80
15.80
15-85
15.86
15.87
15.90
15-95
J5-97
16.00
16.01
16.05
16.06
16.06
16.10
16. II
l6.n
16.13
16.15
16.17
16.27
16.28
16.29
16.33
16.35
16.36
16.37
16.39
16.43
16.45
i6.47
16.50
16.53
i6.53
16.55
-16.59
S.
-0.99
1. 01
1. 00
0.99
o-99
0.99
0.99
1. 00
.00
.00
.00
.00
.00
.00
.00
.00
.00
99
.00
.00
I. 01
I.OO
0.99
I.OO
I.O1
0.99
0.99
I.OO
I.OO
I.OI
I.OO
I.OO
0.99
0.99
0.99
0.99
I.OO
I.OO
I.OO
1 .00
0.99
I.OO
I.OO
0.99
I.OI
I.OO
I.OO
I.OO
I.OI
VII.
VI.
V.
IV.
IV.
VI.
VII.
VI.
VII.
V.
VI.
VII.
V.
VI.
VI.
IV.
V.
IV.
III.
IV.
V.
V.
VII.
III.
IV.
VII.
IV.
V.
VII.
VII.
VI.
VII.
V.
V.
VII.
V.
IV.
VI.
VII.
V.
IV.
IV.
VI.
V.
III.
VII.
IV.
III.
i
4
2
1
I
I
F\\
3
3
5
5
4
5
4
5
4
I
3
3
(i
3
2
4
7
I
I
3
3
7
3
3
2
2
2
2
4
2
I
2
I
2
2
I
7
5
5
3
7
r.
37-345
48.400
48.881
50.732
35-502
43.623
42.308
40.127
41-715
39-295
41.002
41.002
38.678
37-952
37-772
34.058
42.569
43.889
48.699
38.847
47.889
50.195
46.992
43.626
43-979
4I-932
40 . 692
48.966
45-905
44 680
44-215
38.920
44-559
43-815
44-77
44.428
45-648
49-64
53-843
53.843
42.252
45-375
43-883
38.318
46.890
47.662
53.698
50.585
43-42
52 2.42
10 42.69
25 28.82
38 31.12
53 6.08
48 26.56
49 11.67
29 55.52
34 56.69
36 20.18
23 38.69
23 38.83
30 45-24
25 23.85
31 16.54
27 3-35
28 31.61
48 ig.54
30 56.65
36 35-59
n 0.38
30 5-15
40 39.77
27 55-00
7 24.41
49 24.84
50 7.26
30 47-47
32 32.75
7 o.oS
32 30.68
36 32.99
42 3.27
42 29.08
41 56.22
42 7.78
26 45.65
39 8.70
43 34-93
36 43-84
49 I3.8i
41 35-44
42 26.77
51 29.08
5 44-26
19 49-77
16 21.88
29 51.76
7 43.65
II
-19.32
18.95
18.60
18.20
17.84
17.21
16.53
16.30
16.25
15.82
15-77
15-44
15.27
14.89
14.65
14.61
14.13
14.01
13-84
13-53
13.01
12.84
1-2.48
12.41
12.08
11.96
11.90
II-59
11.51
11.46
11-34
11.17
10.98
10.27
10.19
10.09
9.82
9.70
9.64
9-54
9.38
9.18
9.06
8.92
8.77
8.62
8.60
8.51
- 8.33
- 7-56
4.66
5-66
0.62
7.65
7-32
7.38
5-99
6-35
6.45
5-55
5-55
6.05
5.67
6.09
5.80
5-9
7-32
6.07
6.47
4.66
6.01
6.77
5.85
4.41
7.40
7-45
6.06
6.18
4-38
6.18
6.47
6.87
6.90
6.86
6.88
5-76
6.66
6.98
6.48
7.38
6.83
6.90
7.56
4-27
5-27
5.03
5-99
4-41
h. m. s.
21 23 59.82
26 40.91
29 7-43
32 7-47
34 46.73
39 38.75
44 50.37
46 54-35
47 19-81
50 49-33
(52)15-50
53 58.45
56 24.96
58 40.18
21 59 50.26
22 I 4.87
5 31-05
6 23.07
8 7-93
II 6.25
16 15.50
17 52.73
21 35-72
22 19.68
25 54-57
27 20.80
" 27 53-03
31 26.68
32 17.86
32 5'.86
34 16.51
36 13-84
37 28.94
48 8.48
49 12.29
50 30.42
54 23.91
56 16.49
57 9-00
22 58 37.31
23 I 6.64
4 28.26
6 45.91
9 6.26
II 43.60
14 52.45
15 8.21
17 13.30
23 21 22.56
t 11
24 48 29.30
7 6.30
21 53.08
3+ 55-94
49 31-57
44 51-09
45 35.58
26 17.81
31 19-29
32 42-45
20 O.OI
19 59-82
27 6.56
21 44.41
27 37-28
23 23.76
24 5I-64
44 40.89
27 16.56
32 55-59
7 18.05
26 24.00
36 59.02
24 13.26
3 40.90
45 44-20
46 26.61
27 5-12
28 50.44
3 15-92
28 48.20
32 50.63
38 21.12
38 46.25
38 I3.27
38 24.75
23 1.23
35 25.06
39 51-55
32 59-86
45 30.57
37 5L45
38 42.73
47 45.56
i 57-30
16 3.66
12 35-51
26 6.26
24 3 56.39
24.
3-5
58.5
6 r
23-5
A >
8
3-
15-
27.5
17.5 . .
12.
24.
55'
9-
"*6 2
7-
22.
19.2
34-
:
ag
JO.
47-2
56.8
33-5
16.5
36.'
2.
I
59
b
46
2CJ
48
'3
5
5
II. 2
20.8
58.
4'.
9 .8
-> S
0.5
'2-5
5
?6 C
. 1 . .
. . U-
34-
7.8
2O.
1C .
12. <;
45
57-5
19.
31-
43-
= 8
I
c
11. c
"6 r
5-
58.
17
K
5
29.5
29-5
41.5
41-5
59-5
. .
23-5
1" R
24.
9-5
34-
22
39
37
46
c
34-
.5
II. 5
49.
I.
36.
. .
. .
7
IQ.
If)
-
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
C
Zenith Point. Mic.
Co.
(113) 3. Micrometer reading assumed as47 r .88i
instead of 48 r .88i.
(113) 7. Transit over T. VII assumed to have
been recorded over T. VI.
(113) 15. Minutes assumed as o instead of I.
(113) 16. Micrometer reading assumed as 35 r .os8
instead of 34 r .O58.
(113) 33. Minutes assumed as 37 instead of 38.
(113) 34. Minutes assumed as 48.
* It is doubtful what reading belongs to the
zone of October 28.
1847. h.
Oct. 28, 22
s.
-23-39
s.
S 0.040
s. s.
. . 0.286
S.
- 0.293
r.
o o 2.86 4*0.127
INSTRUMENT READINGS.
Date.
CIRCLE.
-a c
21
s
<U
<
is e
E
>< V
U
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 1 13
1847. h. m.
Oct. 28, 21 24
21 50
22 40
23
O
*2?8
' n
27 37-0
36.2
29-4 35-9
34-75
/'
34.62
in.
30.762
30.704
30.708
30.702
44-'s
43-1
42.5
41-
O
34-'
33-:
33-
32-
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONE 113. OCTOBER 28. Ms. D =
' Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
a*.
MICROMETER.
i
rfi
<k
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
5
5i
52
53
54
55
56
57
58
59
60
61
62
I
2
3
4
5
6
8
9
10
ii
12
13
14
15
16
ir
18
19
20
21
22
23
24
25
26
10
10
9
9
9
10
10
IO
[O
10
10
IO
10
8
9
10
9
10
9
10
9
9
10
to
9
9
9
10
7
9
10
9
10
IO
IO
10
10
IO
36."
46 .'5
59-5
47-
[6.2
24.
h. m. s.
23 3 47-74
3i 17-50
34 11-93
35 38.99
37 22.49
39 2.75
41 40.58
43 22.86
45 35-5&
48 23.20
52 51-94
53 39-02
23 55 53-iS
<E 114. Ofl
I 42 0.36
43 38.43
44 0.70
49 30.16
50 6.44
52 44.81
55 9-10
56 15.56
I 59 53-86
2 2 13.12
2 23.18
8 28.84
10 35-93
It 31.82
13 9.98
16 59.48
19 3-93
19 23.12
23 2.19
25 31-49
29 32.82
30 2.13
30 55-iS
33 28.87
33 7-i6
2 38 27.83
s.
-16.68
16 68
16.71
16.72
16.74
16.76
16.78
16.80
16.82
16.84
16.88
i6.8q
16.91
ciliKR 25
-17.88
17.89
17.90
I7-9t
17-94
17.96
17.98
17.99
I8.0I
18.03
18.03
18.08
18.09
18.09
18.10
18.13
18.14
18.15
18.17
18.18
18.21
18.21
18.21
18.23
18.23
-18.26
s.
l.OO
I. 00
1.00
1 .00
I .00
l.OO
1.00
1.00
l.OO
1.00
1.00
1.00
1.00
. Ms.
l.OO
1.00
I .00
0.99
l.OO
l.OO
l.OO
1.00
1.00
I.OI
1.00
0-99
I.OI
1.00
i.oa
i .00
1.01
l.OO
I.OI
l.OO
0.99!
i.ooi
l.OO
I.OI
I.OI
1.00
IV.
VII.
V.
V.
V.
V.
IV.
IV.
III.
IV.
V.
V.
IV.
D =
V.
V.
VII.
V.
VII.
IV.
III.
VI.
V.
III.
VII.
V.
III.
VI.
V.
V.
IV.
VII.
IV.
IV.
III.
V.
VII.
III.
VI.
III.
5
3
-1
3
5
i
7
D
1
KVV
I
5
3
2
3
5 .
6
5
5
2
2
5
i
3
6
I
5
3
5
2
3
i
3
6
3
5
3
i
3
r.
45.838
42.142
39.9821
48.421.
40.812
38.487-
44.688
49 . 208
45-238-
40. 127
45.74S'
47.695
49-392.
47.8594
42-245;
39-25 :
44-444 i
40.730:
43.003 ;
48.56 ;
47.901 \
46.278;
44.075-
42.205;
45.925
42.430.
42.509;
42.509;
44.103;
43-687-1
41-965:
40.781;
34.775:
42.212,1
46.555;
36.865:
36.008;
40.020 ;
47.405:
10 52.56
54 7-57
)0 0.59
!3 58.22
=3 45-45
(5 32.39
7 o . 06
o 15.01
>6 59.76
!9 55.63
io 55.63
9 48.64
jo 32.81
o 9-94
4 38.68
4 39-20
2 58.88
3 48-05
2 30.10
9 45-82
o 8.42
o 37-39
8 11.09
5 '4-25
7 51-98
9 7.68
2 4<>.<)iJ
4 29.60
i 50.17
2 33.51
4 48.09
" 4-45
8 55-72
4 15-67
2 10.39
6 1.03
8 13.27
o 30.52
i 41.15
8.00
7.98
7.88
7.85
7-7S
7-75
7.69
7-64
7-59
7-53
7-45
7-44
- 7-41
- 7.61
7-77
7.80
-8.29
8.34
8.58
8.82
8.91
9.28
9.51
9-53
10.16
10.39
10.50
10.68
1 1 . I O
H-33
H-37
11.78
12.09
12.58
12.64
ia.7!
13.08
13-14
-13-72
- 5-35
6.31
6.00
6.28
5-55
7-13
4-36
4-59
5-78
5 99
5-35
5-27
6.04
-10.77
10-35
9 . 60
8.72
9-53
9-43
10.74
10.77
9.29
11.38
10.40
9.07
1 1 . 46
9-45
10.34
9.38
10.96
10.37
It'. 54
10.68
S.Si
to. 16
9.70
10.64
11.58
10. 13
h. in. s.
23 30 30.06
30 5Q.S2
33 54-22
35 21.27
37 4-75
38 44-99
41 22.8o
43 5- 06
45 17-74
4^ 5-36
52 34.06
53 21.13
23 55 35-27
i 41 41.48
43 19-54
43 4I-5U
49 11-23
49 47-50
52 25.85
54 50.12
55 56.57
I 59 34.85
2 I 54.08
2 "4-15
S 9.77
io 16.83
II 12.73
12 50.88
16 40.35
18 44- 7 s
19 3-97
22 43-01
25 I2.jl
29 13.62
2() 42.(J2
30 35-97
33 9-63
33 47-92
2 38 8.57
24 17 5-91
30 21 . S6
26 14.47
30 12.35
19 5S.7S
41 47-27
3 1 2 . I I
f) 27.24
23 I3.I3
26 9.15
17 8.43
16 1.35
24 26 46.26
24 36 38.32
31 6.80
21 6 . 60
9 25.89
20 15.1)2
IS 58.11
3 f > 15-38
36 38.10
17 5 96
44 4 ' 9 s
31 44.- ' s
14 21.24
45 39-53
19 16.94
31 O.62
18 20.65
39 5 - 80
31 I9-03
46 37-77
35 28. 4g
io 47.06
28 43.19
22 33.48
34 4 ( '-<W
47 5-24
24 28 15.00
48.'
58 -'5
39-
'7-
= O 2
o.
27-
10.5
50.5
28.5
r2.2
29.
4t.
54-
39-
23.
3-
Si-
59-5
28.2
- 23.5
17-5.29.5
36.5
11
48.5 . .
Zo.
26.5 ^8. <;
. . 36.5 - -
54-
9-
33-
6.
21.
1C C
18.8
S'J.542.
15.
-8
18.
37-5
30.
42.
52.
4-
16.
3*8
ifi
12,
43-5
IO
23-5
35-
48.
47.
26.
38.5
50. 5
21.
27.
IQ.
IQ.
52.
4-
CORRECTIONS.
.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(113) 51. Micrometer read ingaMum
instead of 42^142.
(113) 53- Micrometerreadingassum
instead of 48'. 421.
(114) ii. Micrometerreadingassum
instead of 42'. 205.
(114) 12. Micrometerreadingassum
instead of 45'-925.
(114) 25. Transit over T. V assum
been recorded over T. \
cd as43 r .i42
pd as43 r .42i
edas4i r .205
edas35 r .925
ed to have
I.
1847. h. s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCI.K.
-1
u E
a -
ts <u
<
- E
E|
H 1
x f
29.3
A.
B. C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 114
1847. h. m.
Oct. 28, 2 34
/ //
.
"
"
in.
30.676
39-
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 18.17.
57
ZONE 115. NOVEMBER 20. Ms. D o =
No.
i
2
3
4
5
6
7
&
9
10
II
12
13
14
15
16
17
18
19
20
21
22
Mag.
SECONDS OF TRANSIT.
T.
i
a t
MICROMETER.
i
rf.
fli
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
50.5
31-5
III.
2-3
IV.
V.
VI.
VII.
ii.
12.
8.9
8
9
10
10
8
8
8
8.9
10
10
IO
9
10
10
10
IO
4
5
8.9
8.9
IO
38.5
20.5
14.2
. .
. .
. .
h. m. s.
o I 14.24
3 55-49
4 24.9-)
7 17-82
9 35-89
II 1.71
12 3-1-25
IS 44.52
19 30.35
24 14.11
24 IS-?'
23 21.84
23 29.63
29 17.81
32 40.92
35 58.73
36 15.70
39 6.16
41 1 1.05
43 7-27
45 52.26
47 51.82
s.
-34-12
34->5
34'- 1 6
34-19
34.21
34.23
34-24
34-3'
34-32
34-37
34-37
34-42
34-42
,34-93
34.46
34-50
34.50
34-54
34.56
34.58
34-6i
34.61
s.
i .00
I.OO
I. 00
I.OO
I.OO
r.oo
i .00
i .00
I .00
0.99
0.99
i .00
I.OO
0.09
I. 00
I.OO
I.OO
I .(.I
1 .00
I. 01
0.99
o.qq
V.
IV.
V.
vi:
VI.
VI.
VII.
IV.
VI.
VI.
VI.
V.
IV.
VII.
V.
IV.
VII.
VII.
IV.
IX.
V.
v.
3
3
2
c
5
3
3
5
5
6
7
3
4
7
5
5
4
I
4
I
7
7
r.
40.782
31.336
33-094
48.833
3L49S
42.242
44.089
43-105
39.002
50.735
47.425
40.812
4L93I
42.700
49.35I
41.17
46.552
50.392
44.948
41.011
40.890
36.206
' n
34 54.60
40 54-04
48 37-94
19 9.40
29 5-83
34 18.06
33 0.61
22 26.59
24 47.65
9 22.35
5 25.78
35 27.98
2& 53-56
8 .8.20
18 51.67
23 33-i6
26 14.32
44 33-52
27 9-77
49 56.43
9 45-H
ii si. 86
- 9-59
9-56
9.56
9-53
9-51
9.51
9-49
9'. 49
9.50
9-52
9.52
9-57
9-57
9.58
9-63
9.69
9.69
9-74
9-78
9.83
9.91
0.06
II
- 8-35
8.78
9-36
7-23
7-94
8.31
8.22
7.46
7.62
6.55
6.27
8.39
7.92
6.46
7-21
7-54
7-73
9.05
7-79
9-44
6.55
- 6.71
h. m. s.
o o 39. 12
3 20.34
3 49-83
6 42.63
9 0.68
10 26.48
ii 59.01
18 9.21
18 55.03
23 38.75
23 40.35
27 46.42
27 54.21
28 42.39
32 11.46
35 23.23
35 40.20
38 30.62
40 35-49
42 31.68
45 16.68
O d7 I 6. 2O
o i n
22 40 22.54
46 22.38
54 6.86
24 36. 16
34 33-28
39 45.88
38 28.31
27 53-54
30 14-77
14 48.42
10 51-57
4 55-94
34 21.05
13 34.24
24 18.51
29 0.39
31 41-74
50 2.31
32 37-34
55 25.70
15 11-57
22 T7 T8 C.1
13.5
25.
I-> 8
36.5
24.
t R
13.5
s.'s
21.2
34-
40.
58.5
18.2
30.5
42.3
27.5
54-
58-5
6.2
9 5
17.2
41 .S
35
23.
35-
ifi R
31-5
if/
47-
43-5
28.3
28
54-5
59-
6.
II. 5
18.
.
40.5
40.
52.3
52.
ZONK 116. DKCKMHKK 7. Ms. D =
0.
1.8
7-
6.5
5 o.
2-5
34-
49-2
8.
2.
'4-
45-5
1.
'4-
26.
57-5
12 <;
25-?
is
9-2
47
3-
9-5
8.
25-
43-
i-5
20.
14.
55-5
13
32-
25 .
13-
55.3
6.5
. . i . .
o.
-6 r
7-5
a-
29.5
55-3
+
7-
8
IQ.2
3.
'5-5
27.
29-5
41.3
11
35-5
47-
23.
59-
35-
47-
23 40
42
45
48
50
51
55
23 60
o i
48
55
55.
59
59
t r
8
10
13
15
16
17
21
1 23
I3.S2''-
26.0l|
57.50
12.74
3'-97
I 1 .25
4 S.S|
7.09
25.23
43.87
37.32
51.23
18.76;
24.24;
32.6SJ
53-3'
18.98
19.95
38.92
17.66
49.20
35-25
II .22
45-17
45-20
45-24
45-27
45-29
45-30
45.36
45.4'
45.42
45-97
46.05
46.05
46.08
46.08
46. ii
46.19
46.21
46.24
46.27
46.28
46.29
46.33
-46.35
.00
.00
.00
.00
,00
V.
III.
III.
IV.
oo VII.
.00
.00
.00
.ooj VII.
.00 VII.
0.991 VII.
48
45
43
II
5'
I '
41
49
48
48
3 ! 52
4 52
3 48
47
48
1 1
13
43
45
42
49.
85230
11921
85313
082 7
432;23
34344
3933S
70234
652,34
447'39
143 "9
143 19
78828
I5I23
060 19
222 25
'
51-13 -
is!^!
20. So
24. ii!
28.32'
8.35;
22.98
59-171
15.31
33-22
33-22
35-gS,
1.69
35.86'
146 9
13213
"5; 7
75826
08043
339' i 8
53.07
1.92
44.05
19.52
41-64
28.56
51-85
2.91
2.82
2.70
2.59
2.50
2.48
2.31
2.21
2-17
2.O5
2.21
2.21
2 . 3' ,
2.3O
2 . 3 - 6
2.62
2.67
2.
2
7"
89
2.92
2.98
3-15
- 3.25
6.0623 39
41
45
47
49
50
55
5-37
4.80
4.38
5-53
7.05
6-59
6.31 23 59
6.36 o o
6.67; 47
5.25 54
5.25 55
5-go, 58
5-50, o 58
5.24 i o
5 . 70] 8
6 . 06 9
4-50, 12
4.76 14
4-38
5-76!
6.981
5.20
i',
17
20
I 22
27.65, 22
39. 8. j
1 1 . 26
26.47
45-68
24.98
2-45
20. 6S
30.81
56.90;
50.27
4.18
31.68
37-l6j
45-57,
6. 12!
3-77
32.71
51.65,
30.38'
1.91
47-92:
23. 88 1 22
36 20.
26 45.
18 42.
12 47.
28 52.
49 57-
43 37-
39 51-
40 27.
44 44-
25 o.
25 o.
34 4-
28 29.
25 3-
31 >9-
36 21.
14 29.
iq II.
12 46.
32 10.
48 58.
24 2O.
CORRECTIONS.
Date.
Curr. of
Clock.
1847. h.
Nov. 20, 3
Dec. 7, 5
S.
- 42.44
- 52.64
Hourly
rate.
A- 0.030
s.
+ 0.397
+ 0.397
Zenith Point.
s.
0.038
0.038
o o 1.87
o o i . 74
Mic. Co.
r.
40.133
40.120
INSTRUMENT READINGS.
Zone ris
Zone 116
Date.
1847. h. m.
Nov. 20, o i
o 47
Dec. 7, 23 39
i
i
36
37
2 28
3 8
A.
'298 35
298 35 o.o
B.
C.
7-9
5-9
7-7
D.
9-9
7-8
Corr'd
Mean.
6.20
3-6i
Mean.
6.38
3-8o
Barom.
in.
30.392
30.340
30.508
30.525
30.528
30.526 40.
30.520 139.
j
44-
43-
42.
42.
41
35-2
33
35-5
32-
31-3
631.
29.9
REMARKS.
(115) i. Micrometer reading assumed as
4i r .7S2 instead of 42 r .7S2.
(115) 7. Micrometer reading assumed as
45''.oS9 instead of 4O r .o8g.
(115) 17. Transit over T. VI assumed as 39". 5
instead of 31". 5.
(115) 21. Micrometer reading assumed as
39 r .Sox> instead of 4o r .89O.
(116) 3. Hor. thread assumed as 6 instead of 5.
(116) 15. Ilor. thread assumed as 5 instead of 3.
(116) 20. Mjcrometer reading assumed as
44'.II5 instead of 43 r .H5.
The microscope A would seem not to have
been read.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1847.
ZONK 116. DECEMBER 7. Ms. D = ' ' " Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
.,
a*
MICROMETER.
'
,
'
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
24
25
26
27
28
29
30
32
33
34
35
36
37
38
39
40
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
ii
ii
IO
9
10
9
9
10
IO
9
10
IO
8
9
IO
10
IO
IO
IO
9
9
IO
9
IO
IO
II
8
10
9
10
3
9
II
IO
9
9
10
IO
10
IO
IO
II
8
10
IO
II
10
IO
9
10
29.5
h. m. s.
i 29 53.20
36 24.21
36 53-73
39 6.88
41 46.04
42 9.20
45 22.88
49 12. 16
49 41.20
51 33-82
52 49.10
54 16.20
56 22.57
56 49.27
i 57 59-29
2 46.35
5 54-20
10 54.82
ii 30.13
14 18.17
16 9.61
17 32.95
19 18.06
19 58.28
22 56.54
25 32.84
2 28 33.71
3 8 12.12
10 56.88
12 25.OO
14 38.80
16 10.89
18 32.95
29 7 . 06
31 4.42
33 30.38
34 15.99
36 26.42
37 32.87
38 20.24
46 3.85
45 57.28
47 7-20
48 26.22
50 1.24
52 8.49
53 3L40
57 2.98
3 59 33-14
4 o 22.26
s.
-46.42
46.49
46 . 50
46.52
46.55
46.55
46.59
46.63
46.63
46.65
46.66
46.68
46.70
46.70
46.72
46.74
46.80
46.84
46.85
46.88
46.89
46.91
46.92
46.93
46.96
46.98
47.01
47-35
47-37
47-39
47-41
47-42
47-43
47-51
47-53
47-54
47-55
47-56
47-57
47-58
47-62
47-62
47.63
47.64
47.65
47.66
47.67
47.69
47-71
-47-71
s.
-0-99
o-99
o-99
I.OO
I.OI
I.OI
I.OI
I.OO
I.OO
I.OO
1 .01
I.OO
I.OO
I.OO
I.OO
I.OO
0.99
I.OO
I.OI
I.OI
1 .00
1 .00
I.OO
I.OO
0-99
I.OI
1 .00
I.OO
I.OO
I.OO
o-99
I.OO
0-99
I.OO
1.02
I.OI
I.OO
I.OI
I.OI
I.OO
I.OI
I.OO
I.OO
I.OI
0.99
I.OI
I.OO
0-99
I.OO
I.OO
III.
VII.
VII.
VII.
VI.
VII.
V.
IV.
VII.
V.
VII.
VII.
V.
VII.
VII.
VII.
VII.
IV.
VII.
V.
V.
V.
VI.
VII.
IV.
IV.
III.
VII.
III.
III.
V.
II.
IV.
VI.
V.
VII.
IV.
V.
VI.
VII.
III.
VII.
VII.
VII.
VII.
VI.
IV.
IV.
IV.
VII.
5
5
5
2
I
I
I
2
4
3
i
2
2
3
2
5
6
4
I
2
4
5
5
3
7
2
4
3
4
5
6
3
7
3
i
3
4
I
2
4
i
3
3
i
6
I
3
5
4
4
r.
50.488
49.726
52.432
49-943
35-588
36.219
4LI57
45-320
43.232
46.050
33.052
43-310
50.088
45-990
49.026
42.283
49.099
43-892
38.720
42.779
43.630
40.454
41.079
39-572
41.108
49.021
40.780
36.755
36.752
4L525
44-970
45-572
46 . i 60
40.079
35-201
33-170
33.418
41.178
48.388
49.220
42.830
42.960
37-375
41.099
43.128
42.936
39-495
50.252
47 740
46.010
18 12.54
18 38.54
17 5-43
38 58.03
53 3-01
52 41-15
49 17.08
41 37-33
28 8.55
32 27.76
54 30.12
42 46.23
38 53.26
32 29.61
39 29.58
22 54.63
10 18.50
28 13.61
45 24.15
43 4-72
27 55-07
23 57-77
23 36.18
36 10.43
9 3-23
38 55-59
29 33-13
37 47-34
3t 5I-7I
23 20.92
12 40.78
32 44-13
6 9-41
35 53-12
53 16.41
39 50.69
33 46.46
49 50.76
39 51.66
24 42.53
48 19.52
34 13.86
38 0.42
44 2 . 30
13 9-54
48 50.20
36 13-33
i 8 20.69
25 33.70
29 59-41
- 3-58
3-94
3-97
4-n
4-27
4-29
4-50
4.76
4.80
4-93
5.02
5-12
5-28
5-31
5-40
5-61
6. 02
6.44
6-49
6-73
6.90
7.02
7.19
7-25
7-53
7-79
8.10
12.85
13-23
13-43
13-73
13-95
14.28
15-85
16.15
16.52
16.63
16.99
17. 16
17.28
18.50
18.49
18.68
18.90
19-15
19.49
19.74
20.33
20.75
20.89
- 5-15
5.19
5.07
6.65
7.69
7.67
7-41
6.83
5.87
6.18
7.81
6.93
6.64
6.18
6.69
5-49
4-57
5-8-
7. 12
6.95
5-85
5-56
5-54
6-44
4.48
6.66
5-97
6-57
6.13
5.52
4-74
6.21
4.26
6.43
7-74
6.72
6.28
7.46
6.72
5-62
7-32
6.30
6-57
7-03
4.78
7-4'
6-45
5-14
5-67
6.00
h. m. s.
i 29 5-79
35 36.73
36 6.24
38 19.36
40 58.48
41 21.64
44 35.28
48 24.53
48 53-57
50 46.17
52 1.43
53 28.52
55 34.87
56 1.57
57 11-57
I 58 58.61
2 5 6.41
10 6.98
10 42.27
13 30.28
15 21.72
16 45.04
18 30.14
19 10.35
22 8.59
24 44.85
2 27 45.70
3 7 23.77
10 8.51
II 36.61
12 50.40
15 22.47
17 44-53
28 18.55
30 15-87
32 41-83
33 27-44
35 37-85
36 44.29
37 31-66
45 15-22
45 8.66
46 18.57
47 37-57
49 1 2. 60
51 19.82
52 42.73
56 14.30
58 44-43
3 59 33-55
22 23 41.27
2 4 7.67
22 34-47
44 28.79
58 34-97
58 13.11
54 48.99
47 8.92
33 39-22
22 37 58-87
23 o 2.95
22 48 18.28
44 25.18
38 i.io
45 1.67
28 25.73
15 49-09
33 45-92
50 57.76
48 38.40
33 27.82
29 30-35
29 8.91
41 44-12
14 35-24
44 30-14
35 7-20
43 26.76
37 31-07
28 59.87
18 19.25
38 24.29
II 47-95
41 35-40
59 0.30
45 33-93
39 29.37
55 35-21
45 35-54
30 25,43
51 5-34
39 58-65
43 45-67
49 48.23
18 53-47
54 37-10
41 59-52
24 6.16
31 2O. I 2
22 35 46.30
36
I s
|6
19.
30.5
45-
47-5
36.5
59-5
48-5
10.3
o.
22.7
53-
17.
22.
IT 8
i.
13-
40.
52.
47-
59-3
10.5
22
25.
35
4 6.
10.5
30.
19.
31-
4-3
*
54*
6
42.5
34-
54-
46.
6.5
57-5
T8 *>
o, c
55-
6-5
18.5
30.
74.
33-
Q.
44-5
21 .
10.
22.
iV <;
36
49-
2-5
35-
3 l'c
45-
C7
15-
27-
ti.
51 .
1 1 .
7
in
52.5
4- 5
4-
14.5
16.'
26.5
42.5
28.
45-
54-
56.5
56.
4
52
33.
31 .
43 .
2.
25.
37*
8
56.5
9-
20.
57-5
9-5
21
22.5
34-
46.
CORRECTIONS.
REMARKS.
Dan Corr ' of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co. (116) ;
,o. Micrometer reading assumed as
42 r .i57 instead of 41'. 157.
56. Declination differs 3' from Arg. Z.
317, 65.
59. Right ascension assumed as i' 1 59"'
instead of 2 1 ' o" 1 .
2. Hor. thread assumed as 2 instead of I.
.9. Micrometer reading assumed as
5O r .o2l instead of 49 r .O2i.
,4. Minutes assumed as 13 instead of 14.
,6. Transit over T. Ill assumed as 21" in-
stead of il*.
14. Micrometer reading assumed as
43 r .83O instead of 42^830.
>6. Micrometer reading assumed as
1847. h. m. s.
s.
s. s.
s.
I tl
(116)
(n6) ;
INSTRUMENT READINGS.
i (n6) i.
(116) <
Date.
CIRCLE.
Barom.
-g B
_ O
~ s
5 "
I i , ,, f
' \ V* 1 ") '
" (116) f
A.
B. C. D.
Corr'd
Mean.
Mean
1847. h. m.
in.
36 r .375 instead of 37 r -375.
(116) 67. Hor. thread assumed as 2 instead of i.
(116) 68. Micrometer reading assumed as
44 r .i28 instead of 43 r .i28.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
59
ZONE 117. JANUARY 19. Ms. D = 22 4
lo".
No.
Mag.
SECONDS OF TRANSIT.
T.
i
3
MICROMETER.
('
rfi
if)
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
53-7
VI.
VII
II.
12.
i
2
3-
4
5
6
7
8
9
10
ii
12
13
14
15
16
17
i
2
3
4
5
6
7
8
9
10
ii
12
'3
M
15
16
17
18
!9
20
21
22
23
24
25
26
27
28
7.8
10
8.9
IO
S
9
7.8
10
9
9
9
10
10
IO
9
9
9
9
9
IO
8
10
10
9
9.10
9.10
10
8.9
8.9
7-8
5
10
8
10
9.10
10
10
10
IO
to
10
6.7
9
9
6.2
33-
27-
18.3
4.5-
;<i.-
',.-
57-
51-5
4'- 5
8 8
5-
h. m. s.
2 30 4I.7S
31 8.82
34 3-0-1
36 38.06
38 11.05
39 32.91
39 52.05
42 30.13
42 51-74
49 48.80
50 59.23
55 59-68
57 9-9
2 58 40.42
3 2 28.89
3 32.24
3 3 46.22
E 118. JAN
6 6 12.05
6 41.25
8 38.66
10 42.92
13 5-8o
13 26.21
M 47-13
16 7-34
18 50.85
20 17.68
24 17.05
26 49.85
30 20.7.1
31 56.10
33 33.24
35 47-93
36 24. Bj
37 53-26
40 41.88
40 56.99
42 43-04
43 31.65
45 45.82
46 27.28
48 1.92
49 26.21
50 11.98
6 52 21.22
s.
+ 3-3'.
3-3<
3-3<
3-3:
3-35
3-31
3-3<:
3-2E
3.2;
3.2C
3-ic
3-U
J.13
3."
3. or
3-0}
+ 3-Of-
JARY 19
+ 1-7
1.70
.69
.69
.68
.68
-67
.67
.66
.66
.64
.64
-63
.62
.62
.62
.61
.61
.60
.60
.60
.60
59
59
59
-59
59
-f- -58
S.
.
. .
.
.
.
.
.
.
.
+0.01
i+o.ol
. Ms.
+O.02
O.OI
O.OI
+ 0.01
+ 0.02
+ 0.02
+ O.O1
O.OI
+ 0.01
0.01
+O.OI
+ O.OI
+ O.O1
O.O2
O.02
0.01
+ O.OI
VII.
V.
V.
VII.
V.
IV.
VII.
II.
VII.
IV.
VI.
V.
V.
V.
V.
V.
VII.
D =
V.
VII.
IV.
V.
IV.
VII.
VII.
VII.
V.
V.
V.
V.
VI.
VI.
V.
IV.
VII.
VII.
IV.
VII.
VI.
VII.
IV.
V.
V.
V.
VII.
VII.
4
2
4
3
2
5
5
6
6
i
2
3
5
2
5
6
6
- 22
4
6
2
2
6
3
6
4
4
3
6
4
4
3
2
6
6
6
4
6
4
6
4
I
I
2
4
5
r.
38.892
43.882.
39-972
42.478
42-275
44.I52
46.562
45-645
43->95
39-272
38-582.
36.590
46.828.
47.172
47.172
41.672
2' 50".
42.6325
51.582
50.481:
54-89 :
42.335 1
43.683;
43-6i2ji
42.4792
46.642,2
47-9753
49.625
45.6522
46.713,=
41.3003
42.7624
41.180 i
40.332 i
39.498 i
43.6102
40.068'!
41.5792
40.9701
43.6182
42.9954
43.5304
45.0504
45.8182
52.4101
JO 37.91
(2 21.31
19 26.49
)4 26.58
13 16.67
3 7-75
[i 44.48
2 l6.2I
3 40.47
,0 49.38
\S 23.79
)7 49.62
'-4
\o 39.83
!O 4.98
I 23.69
14 32.92
S 29.31
8 51-55
8 34-03
6 2.11
4 10.34
3 45-07
3 26. to
8 34-36
6 11.17
i 17.44
9 59-19
6 45-27
6 8.65
5 7.2S
2 59.89
4 50. 12
5 19.08
5 47-82
7 55-65
5 28.19
9 5-50
4 57-H
7 55-38
S 41.11
8 22.67
i 41.07
3 47-12
7 4-33
II
-17-34
17-38
17.61
17.81
17.94
18.04
18.07
18.30
18.32
18.93
19.04
19.52
19.
"9-77
20.14
20.26
20.28
- 6.95
7.07
7.56
8.09
8.72
8.78
9.14
9-47
10. 16
10-54
11.56
12.22
13. 12
13-55
I3.94
'4-55
14.71
15.07
I5.8I
15-83
16.33
16.56
17-13
17.31
17.72
18.10
18.28
-18.84
10.05
10.93
9.96
10.34
10.99
8.76
8.67
8.71
8.80
11.57
11.15
10.58
9-
10.80
9.28
8.64
- 8.8^
- 9.90
8.40
10.65
10.47
8.8l
10.26
8.76
9.90
9.72
10.07
8.50
9.76
9.71
10.38
10.98
S.86
8.89
8.91
9.86
8.90
9-94
8.86
9.86
it-43
n . 40
10.92
9-55
- 9.04
h. m. s.
2 30 45.17
31 12.21
34 6.40
36 41-39
38 14-37
39 36.22
39 55-35
42 33-41
42 55-01
49 52.00
51 2.42
57 2.82
57 13-03
2 58 43-54
3 2 25.98
3 35-32
3 3 49-29
6 6 13.75
6 42.97
8 40-34
10 44.60
13 7-49
13 27.89
14 48.82
16 9.01
18 52.51
20 19.34
24 18.71
26 51.49
30 22.42
31 57.73
33 34.85
35 49-56
36 26.51
37 54-88
40 43-48
40 58.60
42 44-64
43 33-26
45 47-41
46 28.85
48 3-49
49 27.79
50 13-57
6 52 22.81
22 35 15.3
46 59-6
34 4-1
39 4-7
47 55-6
17 44.6
16 21.2
16 53.2
18 17.6
55 29.9
50 4.0
42 29.7
25
45 20.4
24 44-4
16 2.6
22 19 12. I
22 31 36.2
II 57.0
41 42.2
39 10.7
17 17-9
36 54.1
16 34.0
31 43-7
29 21. o
34 28.0
13 9.2
29 57-2
29 21.5
38 21.2
46 14.8
18 3-5
18 32.7
19 1.8
31 11.3
18 43.0
32 21.8
18 12.5
31 12.4
51 59-8
51 41-8
45 o.i
27 5-0
22 20 22.2
TS
35-
47-5
59.2
21 .
jl
3-5
16.2
54-5
"7
52.
IS-
27. S
. .
47-5
47-5
58
59-2
o.c
ti.
. .
* *
59-5
28.5
10.5
20.
40.5
23.
32.5
. .
22 .
* *
Zo>
12 ? i
5.
17.
3-
M-5
27-
50.
2.
47. ;o.
15-
27-
39-
6
7-
19.8
31-
43-
17.5
14.
45-
53-5
26.
57-
9-5
5-
38.
8.
44-5
21.5
16
17-
CO
21.
56.3
33-0
32.5
7-5
.
36.5
49-
17.
0.5
6.
18.2
V.
4-1
55.
21.
32.5
22.
34-
31-5
55-5
50.
27.2
2.
39-2
2-5
M-5
26.
3*8
T-3
36.
1C
47-5
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenilh Point
Mic.
Co.
(117) 3. Micrometer reading assumed as
4o r .g72 instead of 39 r .972.
(117) 6. Micrometer thread assumed as 6 in-
stead of 5.
(117) 7. Micrometer thread assumed as 6 in-
stead of 5.
(118) 27. Micrometer reading assumed as
4' 50 r .8iS instead of 4' 45 r .8l8.
* The circle-reading recorded was 300 20', but
the stars have been identified as of the decli-
nations corresponding to the reading 298
35', which has been used in the reductions.
1848. h. s.
Jan. 19, 3 19-78
s.
s. s.
o. 119
s.
+ 0.480
1 It
359 59 64.69
r.
40.833
INSTRUMENT READINGS.
Date.
CIRCLE.
11
Is
~ i>
<
a S
c o
SE
Ji D
"H
27.1
26.3
32.4
23-4
23-9
32.4
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 117
Zone 118
1848. h. in.
Jan. 19, 2 29
6
6 5
6 10
7
8
300
300
300
*4I.<)
2O 15.
20 0.
47-4
13-5
1 3-2
! 0.2
49.2 51.7
16.5 15.5
4-7 5-2
4-2 4-3
2.78
47-55
15-12
2.72
in.
30.542
30.532
o
33.9
33-
3'-
31.
20 52.2
59-1
57-2 3.0
(30.516
(30.516
6o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 118. JANUARY
19. Ms. D;= 22 2' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
<*i
2
MICROMETER.
t
</!
<t'
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
29
30
3i
32
33
34
35
36
37
38
39
40
4i
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
9
10
10
9
9
10
8
9
10
8
10
10
8
9
8
8
10
8
10
IO
10
IO
IO
IO
IO
9
9
9
10
8
9
9
9
10
9
8.9
7
IO
8.9
9
9
8
8
9
8
54-
h. m. s.
6 54 5-90
55 9-70
56 44-95
6 57 1.23
7 o 4.50
6 2. IS
7 25.92
10 17.83
ii 7.14
14 29.48
16 9.98
17 36.82
17 53.06
20 14.90
20 35.87
21 1 7 . 26
23 10.28
23 27.02
25 55.26
28 19.80
29 11.97
31 20.82
32 20.15
36 24.89
39 23.01
40 21.87
42 53-39
44 46.72
46 40.82
7 47 12.75
6 41 45-14
44 54-81
44 38.28
47 12. 20
49 46.97
50 58.44
53 7.o6
55 10.36
55 53-28
57 46.93
59 10.83
59 50.75
o 56.64
3 12.94
8 37.66
6 10 52.88
s.
+ .58
.58
.58
57
57
57
57
.56
.56
.56
56
.56
.56
.56
.56
.56
.56
56
56
56
56
.56
56
.56
.56
.56
57
57
57
+ -57
s.
.+O.OI
+O.OI
+O.OI
O.O2
O.OI
0.01
O.02
O.OI
O.OI
O.O2
O.OI
+ O.OI
+ O.O2
+0.01
0.02
+O.O2
O.OI
O.OI
O.OI
IV.
v-
V.
VII.
IV.
V.
V.
IV.
VII.
V.
V.
III.
VI.
IV.
VII.
VII.
VII.
VII.
VII.
IV.
VII.
IV.
VII.
IV.
VI.
VII.
IV.
V.
III.
VII.
VII.
IV.
VII.
III.
VI.
V.
V.
V.
VII.
IV.
IV.
VII.
VII.
III.
VI.
V.
4
4
3
5
I
2
3
3
4
i
3
3
2
2
1 U
I
2
4
5
4
6
4
5
4
I
7
3
2
I
5
4
4
5
5
5
5
3
3
4
4
5
5
3
2
4
r.
52.410
5 1 . 080'
45.601
50.319
43-580
45.46i
40.239
41.891
42.060
38.500
43-96I
43.172
43-3M
41.601
46.420
45-353
48.980
44.308
40.515
44.865
42.59
46.182
47.636
46.552
46.552
42.035
40.410
45.178
56.495
42.27
47.403
31.85
48.952
46.840
42 . 984
46.802
39-199
40.170
43.683
92.392
42.19
47-552
44-953
40.349
40.930
22 52.52
23 38.30
32 39-21
IS 16.35
48 20.98
ii 26.92
35 43-92
29 29.31
23 0.86
30 51.64
+8 7-83
34 2.89
33 57-9'
13 39.91
40 53.66
47 19-65
39 25.47
27 31-35
23 54.32
27 12.17
'4 4-35
26 26.80
9 49-03
!6 14.20
(6 38.36
8 26.54
!5 38.03
\i 36.67
14 22.53
22 53.62
25 44-99
34 40.49
19 3.66
20 16.33
22 29.24
20 17.72
36 19.75
35 46.08
28 53.14
22 56.38
'9 51.67
33 1-54
44 22.93
29 27.93
-19-3I
19-58
19.99
20.06
20.86
22.42
22.78
23.54
23-74
24.62
25.06
25-44
25-51
26.13
26.21
26.41
26.89
26.95
27.60
28.23
28.47
29.01
29.27
30.32
31.10
31-34
32.04
32-45
32.96
-33-13
- 9-47
9-53
10. ly
9.12
11.43
10.90
10.44
9-97
9-43
10.05
11.41
10.29
10.29
1 1. 06
10.85
H-34
10.72
9.83
9-54
9-77
8.78
9-73
9-3-3
9.72
11.30
8.35
10.43
10.88
II .12
h. in. s.
6 54 7-49
55 ".29
56 46.53
6 57 2.81
7 o 6.05
6 3.74
7 27.48
10 19.39
11 8 . 70
14 31-04
16 11.52
17 38.38
17 54-62
20 16.45
20 37.42
21 18.82
23 11.82
23 28.57
25 56.82
28 21.37
29 13.53
31 22.40
32 21.71
36 26.46
39 24.57
40 23.41
42 54-gS
44 48.28
46 42,38
7 47 I4-3I
22 26 11.3
26 57.4
35 59-4
21 35-5
51 43-3
44 50.2
39 7-1
32 52.8
26 24.0
34 16.3
51 34-3
37 28.6
37 23.7
47 7-1
44 20.7
50 47-9
42 53.1
30.58.8
27 22.1
30 40.4
17 32.1
29 55-8
22 18.7
2 9 45.0
50 ii. o
II 56.9
39 10.9
45 10.5
22 47 56.8
. .
21.
58.
33-
'9-5
45-2
17
28.5
40.5
53-
50.
2.5
14.
?fi
42.
54-
6
19.
31 .
53-5
I.
6.
46.2
'3-
17-5
58-
25.
29.5
IO.
53.
5.
ft
39-
5'-
3-2
48.
59-5
53.
71 2
44-
45-
56."
57-
8.'
55-2
39-
67.2
51.
2.5
9-
12.
21.
24-
35-6
32.
1
13.
25.
: :
5.
->'
23
'7
:
ii.
41-5
35-
23-
22.
53-5
46-5
35-
34.
45-5
57-5
13-
24.5
36-5
R R
21 .
19.
3'-
43-
14.
36.5
48
--
46.5
58.5
7-2
34.5
46
;
11.5
20.
35.
47-
47.
59-
">6 c
4Q.2
I.
20.8
32.
29.
26.
41.
38.
53-
50.
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock:
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(118) 36. Micrometer reading ass
4o r .89i instead of 4' 41'.
(118) 37. Micrometer reading ass
42 r .o6o instead of 3' 43'.
(118) 58. Micrometer reading ass
5O r .495 instead of i* 56*.
(llS) 59-74. These stars have not
identifiable ; the date a
cension are certainly
the declination is unk
have therefore been om
limed as 4'
391.
umed as 5'
060.
umed as i'
495-
been found
id right as-
vrong, and
nown ; they
tted.
1848. h.
s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
11
sg
<l
a E
Si
<u e
* 0)
u
A.
B. .
C. D.
Corr'd
Mean.
Mean.
1848. h. m.
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
61
ZONE 119. MARCH 24. Ms. D = 22 3' 10"
No.
SECONDS OF TRANSIT.
T.
oj
*
MICROMETER.
i
</i
<k
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
Mag. -
I.
II.
30.5
55 -8
HI.
IV.
V.
VI.
VII.
50.
ii.
12.
i
2
3
4
5
6
7
8
9
10
ii
12
13
M
15
16
17
18
9
20
21
22
23
24
25
26
27
25
29
30
<) . .
9
S 43-S
9
42.3
7.8
46.8
iS.'s
58.9
27.
39-2
h. m. s.
9 17 54-19
ig 14.97
23 ig-54
24 58.77
25 23.20
28 37.10
31 4-84
32 31.88
33 58.85
34 43.69
36 16.52
38 21.12
42 43.49
44 25. gg
46 55-84
47 48.05
52 50.82
54 30.26
9 59 33-96
10 o ^8.32
I 14.68
2 25.08
5 17.76
12 3.83
s.
17.22
17.22
17.23
17-23
17.24
17.24
17.25
17.25
17.25
17-25
17 26
1 7 . 26
1 7 . 26
17-27
17.27
17.27
17.28
17.28
17.28
17.28
17.28
17.28
1 7 . 28
17.29
S .
+ O.O2
+O.02
O.OI
O.OI
+ O.OI
O.O2
+ O.OI
O.OI
+ O.OI
+ O.O1
+ 0.01
O.OI
III.
VII.
VI.
V.
VII.
VI.
IV.
V.
V.
VII.
VII.
VI.
VI.
VI.
VII.
VI.
IV.
IV.
V.
III.
VII.
IV.
III.
V I.
VI.
IV.
VII.
VII.
IV.
VII.
7
7
2
I
2
5
4
4
3
I
3
6
3
4
5
4
1- XV
5
I
I
4
4
7
5
3
2
3
5
46.519 5 52.04
45.100 6 40.71
51.40238 2.18
45.22747 24.21
54.05236 30.76
48.592ig 15.98
39.30330 24.01
43.04228 15.18
38.95837 2.50
38.48251 16.34
43.34913 35.16
40.30244 24.54
36.84337 40.85
40.800:15 37.66
38.71336 36.26
35-79932 59-05
46.80020 17.82
43.40922 14. ."7
40.06929 57.60
45.34221 8.01
48.70045 24.35
47.90346 26. f2
48.10225 20. 88
38.86 30 39.16
40.60 I g 15.85
4&.8gg20 48.85
45-45 !32 44.19
43.86342 21.75
41.20935 to. 53
47.425 19 21.59
- 7.91
8.14
8.79
9.06
9. ii
9.64
10.02
10.25
10.46
10.58
10. Si
ii. 16
".79
12.08
12.43
12.58
13.31
14.30
14.50
14.54
14.71
15.11
16.06
16.08
18.20
18.53
19.20
19.61
-20.55
h. m. s.
6.27 9-17 36.99
6.33 18 57-77
8.58 23 2.30
9.28 24 41.53
8.47 25 5.96
7.23 28 19.87
8.03 30 47.59
7.88 32 14.63
8-53 ! 33 4i.6o
9.57 34 26.42
6.83! 35 59.27
9.05 38 3-85
.8.56 42 26.23
'6.95 44 8.73
8.48 46 38.57
8.22 1 47 30.78
7.30 52 33.55
7.44 54 12.98
S.oo g 59 16.68
7.35 10 o 41.05
9.16 o 57.39
8.80 2 7.80
7.67 5 0.48
8.06 ii 46.54
6.49! 12 0.97
7.33! 27 49.60
8.20 30 27.57
8.93 35 40.83
8.39! 38 56.34
- 7.23 10 46 4g.73
/ (/
22 9 16.2
10 5.2
41 29.6
50 52.6
39 58.3
22 42.8
33 52.1
31 43-3
40 31-5
54 46.5
17 2.8
47 54-8
41 II. 2
19 6.7
40 7-2
36 29.8
23 48.4
25 45-9
33 29.9
24 39-9
48 58.0
50 o.o
28 53.7
34 '3-3
12 48.4
24 24.4
36 20.9
45 59-9
38 48.5
22 22 59.4
47-
59-
37.
4Q-
j
53
s . .
9
7.8 . .
S.2
35-
2O.
47-
3 i.s
58 9
7-5
ig.6
52.3
33.
45 -
47 . c
8 . .
'4-
14
26.
37-8
9
|8
60
[0
9.111 . .
18.5
33
42.
9 . .
10 . .
34-5
46.5
25.
37.
33 .'5
50.5
10 42.
40.
4 2 -
54.
12 lS.25
28 6.88
30 44.86
35 5^.12
3g 13.62
10 47 7.00
I7.2g!+o.oi
17. 2g +0.01
17.29 . .
17.28 o.oi
17.28; . .
17.28 +0.01
j'l
cc
7 .
8.9 . .
56.
1C
7-5
ig-5
9
10 . .
y>-
'5
13.5
25.7 . .
18.8,30.8
120. MARCH 29. Ms. D 22 41' 50"
10
9
9
9
8.9
10
9
9
9
8.9
9. 10
9.10
9. 10
9
10
48.
39.25I
7-5
15-
O.
8-5
. . '36.248.
26.5 . .
20.5
3-2
19.
8.2
14.6
32.345.
50.5 . .
. . 27.
43-
M.5
39
25-
55-
37-
9 >3
M
15
18
20
21
24
25
26
28
30
34
34
38
9 40
36.15
26.70
29.09
23-89
14-97
31.14
20.20
I. 12
31.08
44-52
2. 4 8
27.06
4I.O6
7.14
1 8. 08
-19.91
19.91
19.92
19.92
19.93
19.93
19.94
19.94
19.94
19.95
19.95
19.96
19.96
19.96
-19.97
O.OI
0.01
O.OI
+ 0.01
O.OI
+ 0.01
O.O2
O.OI
+ 0.01
+ O.OI
VII.
III.
V.
IV.
IV.
III.
III.
VII.
VII.
IV.
V.
V.
VII.
V.
V.
39
2 i 37
2 1 34
4i
4i
47
40
-I i
46
4
38
46
4"
45024
65545
26547
80828
700
.656
.328
oo
025
035
47
80946
805 31
312 ii
30.75,
55-Si
52.59
57-72
22.02
46.78
I4.OI
50.63
33.06
50.25
31.96
29.72
57.51
18.85
33.42
f*\
.06
.22
.78
99
- 6
7
7
7
7
8.20
8.65'
8.77;
9.00
9-36
9.56
10.26
10.29
10.91
-11.07
4.60;
6.19'
6.33
4-93
6.46
4.25
3.48
3-46
4-74
4.92
6.60
6.21
5-14
3.64
4.16
9 13
M
15
18
19
21
24
24
26
28
29
34
34
37
9 39
16.24
6.78
9. 16
3-97
55.03
11.22
O.27J
41.19!
11.14
24-57
42.51
7.09
21.10
47.19
58.12
23 6
27
29
II
31
23 I
22 51
22 50
2 3 8
10
33
28
23 14
22 53
23 o
32.3
59-1
56.1
o-3
26.5
49-2
16.1
52.9
36.8
54-5
tf.t
36.2
2.9
23.3
38.8
CORRECTIONS.
REMARKS.
Date.
1848.
Mar. 24,
Mar. 29,
h.
S
Corr. of
Clock.
Hourly
rate.
s.
f 2 I . 290
/ 24.040
S.
g 0.028
g 0.024
S.
0.135
0.135
Zenith Point.
s.
+ 0.348
+ 0.348
359 59 69.37
359 59 70.93
Mic. Co.
r.
40 . 069
40.057
INSTRUMENT READINGS.
Zone 119
Zone 120
Date.
1848. h. in.
Mar. 24, 9 17
40
10 50
Mar. 29, 9 13
9 48
9 54
10 45
CIRCLE.
A.
*300 53 8.
*300 15 30.
B.
3L5
C.
8.9
39-5
D.
4-4
30.7
Corr'U
Mean.
5.19
32.92
Mean.
5.32
32.92
Barom.
in.
30.282
30.280
30.280
30.238
30.242
30.256
30.226
48.
47-
57-
39.
38.
46.536.2
58.250.3
57.248.
47-3
(119) 9. Micrometer reading assumed as
37 r .g5S instead of 38'. 958.
(119) 14. Micrometer reading assumed as
39 r .8oo instead of 4O r .8oo.
(119) 16. Micrometer reading assumed as
34 r ."99 instead of 35 r .799.
(119) 18. Micrometer thread assumed as 5' in-
stead of 4 l .
(119) 22. Micrometer reading assumed as
46 r .go3 instead of 47 r .go3.
(119) 26. Micrometer reading assumed as
45 r .8g9 instead of 46''. 899.
(119) 30. Micrometer reading assumed as
48 r .425 instead of 47 r .425-
(120) 2. Transits over T.'s III and IV as-
sumed to have been recorded over
T.'s II and III.
*The hand-book indicates that 2 18' is to be
subtracted from the circle-readings of
March 24 and 29. For what reason does
not appear, but this correction is evidently
required and has been applied.
57-247-2
62
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 120. MARCH 29. Ms. D 22 41' 50'' Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
,
On
MICROMETER.
i
*
4
Mran Righ
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
2.
35-
III.
IV.
V.
VI.
VII
II.
12.
16
17
18
J9
20
21
22
23
24
25
26
27
28
29
30
3t
32
33
34
35
36
37
38
39
40
4'
42
43
44
45
46
47
48
I
2
3
4
5
6
7
8
9
10
ii
12
IO
9.10
9
8.9
IO
9
to
10
IO
IO
7
8.9
9
8.9
9
9
10
9.10
9
8.9
8-9
9
8.9
S
9
9
9
9
9
9
9
9
9. 10
10
10
10
10
7.8
10
7.8
8.9
10
to
9.10
49-5
13-5
47-5
16
h. m. s.
9 45 25.62
46 59-46
48 28.03
55 7-9
55 6.04
57 36.33
9 59 2.95
10 i 15.42
2 27.62
5 34.76
7 27.77
10 51-43
13 49-84
14 46.01
20 54.92
21 5.IO
22 28.14
23 38.05
24 7.08
25 37.10
27 2.95
30 18.89
33 9-77
36 0.31
37 36.18
44 27.07
45 6.08
49 6.32
50 53-00
51 38-40
55 57.83
10 59 58.11
n o 59.03
E 121. MA
ii o 54.93
3 2.00
55 9-26
57 43-04
n 58 52.96
12 o 14.86
i 58.39
3 40.23
10 29.06
ii 39.04
13 43-8i
12 14 58.06
s.
-19.9?
19.98
19.98
19-99
19.95
19.95
19.99
20. OC
20.00
2O.OO
20.00
2O.OO
20.00
2O.OO
2O. OI
20.01
2O. OI
20.01
2O. OI
2O. OI
2O. OI
2O. OI
20. 01
2O. OI
20. OI
2O.OO
2O.OO
2O.OO
20.OO
2O.OO
20.00
19.99
-19.99
HCH 29.
-19.90
I.89
19.89
19.88
19.88
19.87
19.87
19.86
19.84
19.84
19.83
-19.83
S.
O.OI
O.OI
+ 0.02
+ O.OI
O.OI
O.OI
O.OI
+ O.OI
+O.OI
+ 0.01
+ 0.01
+ 0.01
+O.OI
+ O.OI
+ 0.01
+O.O2
O.OI
0.02
O.OI
Ms.
+ O.OI
+O.OI
+ O.OI
+ O.OI
HI.
IV.
IV.
III.
VII.
V.
IV.
III.
V.
IV.
VI.
IV.
III.
IV.
III.
VI.
VII.
VI.
VII.
V.
IV.
II.
III.
VI.
VI.
V.
VII.
VII.
V.
VII.
IV.
IV.
V.
IV.
IV.
V.
III.
V.
IV.
III.
VI.
IV.
VII.
V.
VII.
I
7
4
6
2
2
I
6
2
4
3
6
6
3
4
6
5
6
6
5
7
7
3
6
i
4
4
2
4
3
6
22'
4
6
3
3
4
4
6
7
4
7
7
2
r.
42.000
44 103
47.500
51-744
49 . 066
45-110
49.072
52.312
53-443
58.28
53-40
58.590
47.690
40.980
48.652
49.620
43-27
4I-.I55
42.i<)2
43.21
28.462
38.
42.18
50.17
50.266
47.020
36.428
34.620
36.47
44.916.
42.185
34.770
21 .710
41' 50"
52.288
34-51
48.080
42.300
43.OOO
47-76
41.215
5O.I60
42.560
38.30
42.76
44.765
49 15.38
42 13-73
5 18.28
23 15.42
10 18.23
41 39-00
39 22.56
43 20.16
7 47.67
34 5-37
22 18.30
25 46.26
II 5.84
'4 57-01
'9 '3-99
24 28.51
13 37.87
23 32.17
22 56.30
7 55.70
22 8.22
25 20.84
8 21.51
3 46.20
29 58.45
n 28.92
52 27.09
52 30.87
52 1.57
|i 45-46
>S 44.74
18 17.89
!0 50-75
22 56.73
8 39.88
ii 13.82
14 32.92
:8 16.63
!5 32.69
4 48.89
3 46.54
:8 31.82
o 34.92
8 1.53
i 50.66
-"95
I 2 . I (
12.41
13-43
13-43
13-Sc
13-99
14- 29
14.46
14.91
15.16
1 5 65
16.04
16. 17
16.95
17.00
17-07
17.32
17 38
17 57
17-77
18.18
18.52
18.86
19.15
19.85
19.93
20.39
20.60
20.67
21.18
21.64
-21.75
26.50
26.67
26.88
27.00
27.11
27.21
27-33
27-44
27-92
27-98
28.12
28.21
. 6.42
5-91
3.18
4-51
3-57
5-87
5-69
6.01
3-3S
5-32
4-43
4-65
3.61
3.88
4.19
4.60
3-79
4.52
4.48
3-37
3-99
4.66
3-40
3-07
4-99
5-79
6.69
5-19
5-15
4.91
- 4.32
- 4.48
4. 16
5-35
4.88
5.67,
3-84!
3.02
4.90
3-53
3-33
- 5-94
h. m. s.
9 45 5-63
46 39-47
48 8.07
54 47-9'
54 46.06
57 16.33
9 58 42.95
10 o 55.41
2 7.63
5 14.76
7 7-78
10 31.43
13 29.85
14 26.02
20 14.91
2O 45.09
22 8.14
23 lS.04
23 47.07
25 I7.IO
26 42.95
29 58.88
32 49-77
35 40.32
37 16.17
44 7-o6
44 46.06
48 46.32
50 33.00
. 51 18.39
55 37.83
10 59 38.12
n o 39.04
ii 50 35.03
52 42. 12
54 49-37
57 23.16
58 33-oS
ii 59 54.99
12 I 38.52
3 20.38
10 9.22
ii 19.21
13 23.99
12 14 38.23
23 31 23.8
23 24 21.8
22 47 23.9
23 5 23.4
22 52 25.2
23 23 48.7
21 32.2
23 25 30.5
22 49 55-5
23 16 15.6
4 27.9
23 7 56.6
22 53 '5-5
22 57 7.1
23 i 25.1
23 6 40. i
22 55 48.8
23 5 44.o
23 5 8.2
22 50 6.6
23 4 20. o
23 7 33-7
22 50 33.4
22 45 5S.I
23 12 12.6
22 53 44-6
23 34 43-7
M 46.5
M 17-3
24 2.0
ii o.S
20 35.1
23 3 6.8
23 5 17.7
i 0.7
13 35-8
16 55-3
10 38.6
23 7 55-6
22 57 10. I
22 46 7.0
23 10 54.6
22 52 56.4
22 50 23.0
23 24 14.8
60.
>s
44-
42.
24.2
51.
36.2
3.
48.6
39-5
3-5
23.
35.6
14-
27-5
26.
ii.
39-5
27.8
51.5
39-8
51.5
.
34-5
23.
45-5
n
29.
40.
38
50.
37-
37-
51.5
2-5
43-
55
\f
C7 8
48.5
15.
27.
12.
48.
39-
24.
60.2
. .
. .
42
41 .
53-
. .
5.
30.
42-5
51 -
2
Id
34-2
34-5
46.
46.5
47-
57-5
57-5
ii.
. .
. .
19. 31.
43-
50.
ZO.N
55
2.
33-5
7-
*
57-2
9-2
. .
51.
34.5
3-
46.5
14.8
. .
. .
. .
53-5
5.
17.
29.
20
43.8
= 8
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
C
Zenith Point
Mic.
Co.
(120) 27. Micrometer reading assumed as 3'
57 r .5go instead of 3' s8 r .59O.
(120) 30. Micrometer thread assumed as 5* in-
stead of 3'.
(120) 35. Micrometer reading assumed as 6*
53 r .2i instead of 6<43 r .2l.
(120) 36. Transit over T. I assumed as at 27*
instead of 37".
(120) 43. Micrometer reading assumed as 4*
35 r .62o instead of 4' 34'. 620.
(120) 47. Micrometer reading assumed as 3'
35 r -77 instead of 3' 34'. 770.
(120) 48. Micrometer reading assumed as 6'
3O r .7io instead of 6' 2i r .7to.
(121) i. Minutes of transit assumed as 50 in-
stead of o.
(121) 2. Minutes of transit assumed as 53 in-
stead of 3.
1848. h.
s.
s.
s. s.
S.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
ll
rt ^-
H
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 121
1848. h. m.
Mar. 29, 12 42
1 It
"
"
in.
30.250
55.
45-:
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 121. MARCH 29. Ms. D = 22 41' 50" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
?
.
MICROMETER.
i
4
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
13
'4
15-
16
17
18
19
20
21
22
23
24
I
2
3
4
5
6
7
8
9
IO
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
10
10
8.9
9
10
10
10
9
8.9
IO
7-8
9
9
9
9
9
IO
10
9
8.9
9
9
9.10
10
9.10
IO
IO
8.9
8.9
8.9
to
IO
7.8
9
2
10
9
IO
10
10
9
8.9
IO
8
9.10
2
h. m. s.
12 16 37.99
18 49-95
22 46.40
25 4-94
29 21.93
41 0.94
.\2 41.28
58 13.96
12 59 7.29
13 I 25.07
3 8.48
13 7 48.50
E 122. MA
1 1 20 1.84
25 13.18
27 7.20
29 38.87
33 i. 80
.36 22.05
3$ 39.02
40 38.66
42 5-33
46 55.5S
47 38.94
49 38.10
51 7.28
53 25.73
58 10.78
ii 59 4.82
12 3 5-77
7 45.58
16 35.78
19 59-82
22 11.62
25 39-99
27 15.21
29 I ci . S |
31 44.S4
31 5L28
35 10.84
36 27.86
40 48.86
41 19-94
44 5H7
49 54.84
12 50 18.18
s.
19.82
19.82
19.80
19.79
19-77
19-73
19.72
19.65
19.65
19.64
19.63
19.61
Y 3. M
+ 15.35
15-35
15.34
15-34
15-34
"15-34
15-33
15-33
15-33
15-33
15.33
15.33
15-32
15-32
15.32
15-32
15.32
15.32
15.32
15.32
I5-32
15-32
15-32
15-32
15-32
T5-32
15-32
15.33
15.33
15-33
15-33
+ 15-33
s.
+ O.OI
O.OI
O.OI
s. D -
+ O.OI
O.OI
O.OI
O.OI
+O.OI
O.OI
+ O.OI
O.OI
O.OI
O.OI
O.OI
+ O.OI
VI.
V.
III.
III.
II.
III.
VII.
IV.
V.
IV.
V.
V.
= -22
V.
V.
VII.
IV.
III.
VII.
V.
VI.
V.
HI.
VII.
IV.
VI.
III.
IV.
VII.
I.
IV.
VII.
III.
I.
IV.
VII.
IV.
II.
VII.
III.
IV,
I.
III.
VI.
I.
VII.
2
2
7
3
3
i
2
2
I
4
2
4
3'
3
3
2
5
6
7
6
6
7
2
3
5
3
6
2
I
2
4
2
5
i
3
4
i
2
3
3
5
5
6
6
7
3
r.
44.092
41.99
40.705
22.8go
38.050
34.705
40.18
44.062
35.48o
41.930
43.768
44 502
10".
35.792
52.00
46.162
46.720
46.872
43.208
47-877
46.982
41.160
38.825
34-058
49.388
48.150
43-432
43.812
36.300
43-520
44.100
45-125
46 . 605
43.328
37. in
39-195
45.509
47.3oo
4L432
41.102
43.315
44-175
40.699
35-552
37-550
37.865
42 13.99
43 26.48
9 12.31
39 57.07
36 59.24
53 26.66
41 36.36
42 15-14
52 59-98
28 53-51
42 25.24
27 24.89
38 17.12
33 34.38
41 2.58
20 20.58
II 34.03
7 45-91
10 59.41
12 4.61
8 56.65
45 15-51
39 16.65
[8 48.68
3i ii.34
13 32.53
2 23.75
31.53
2 33-59
27 38.77
i 38-30
20 24.52
*8 2g.45
37 3I-70
30 27.52
7 14-53
to 23.49
35 2.63
35 14-20
22 17.87
21 48.00
15 41-12
[7 29.44
il o.Si
35 56.60
28.31
28.45
28.68
28.85
29.06
29.65
29.72
30.25
3O.28
30.35
30.40
-30.52
- 2.14
2-59
2.76
2-97
3-25
3.52
3-70
3-86
3-96
4-35
4-39
4-55
4.66
4.82
5-15
5-23
5-49
5-82
6.35
6.55
6.67
6.87
6.89
7-05
7.18
7. IS
7-35
7.41
7.63
7-77
7.80
8.02
8.03
n
- 5-96
6.05
3-41
5.78
5-55
6.82
5-9
5.96
6.79
4.92
6.00
- 4.82
-10-57
10.36
10.74
9-32
8.75
8.48
8.83
8.67
8.57
11.04
10.62
9-25
10.06
8.89
10.83
H-54
10.87
9.84
10.80
9-34
11.29
10.51
IO.O2
11.21
10.71
10.34
10-35
9-47
9-44
8.97
9. 12
8.69
-10.43
h. m. s.
12 16 18.17
18 30.13
22 26.6)
24 45.15
2g 2.16
41 4I.2O
42 21.51";
57 54.31
12 58 47.63
13 i 5-43
2 48.85
13 7 28.89
II 20 17.19
25 28.53
27 22.54
29 54-21
33 17-15
36 37.40
38 54.36
40 54.00
42 20.67
47 10.90
47 54-27
49 53-43
51 22.60
53 41.06
58 26.09
ii 59 20.13
12 3 21.09
8 0.90
16 51 .10
20 15.14
22 26.93
25 55.31
26 30.53
29 26.12
32 0.16
32 6.60
35 26.16
36 43.I8
41 4.19
44 35-27
45 6.50
50 10. 18
12 50 33.51
23 24 38.3
23 25 51.0
22 51 34.4
23 22 21.7
19 23-9
35 53-1
24 2.O
24 41-4
35 27.0
ii 18.8
24 51.6
23 9 50.2
22 41 39.8
36 57-3
44 26.1
23 42.9
14 56.0
II 7.9
14 21. g
15 27.1
12 ig.2
48 40.9
42 41.7
22 12.5
34 36.1
16 56.2
45 49-7
55 58-3
46 o.o
31 4-4
45 5-4
23 50-4
51 57-4
40 59.1
33 54-4
50 42.8
43 51-4
38 30.2
38 41-9
25 44-8
25 I5-I
19 7-9
20 56.4
14 27.5
22 39 25.1
1*
50.
10.5
29.
21
41
-
7T
.8
56.3
1
53.
4Q.
CT C
e
38.
50.
2.
4-
IQ.2
49-5
32.5
i.
45-
38
13.
37-
50.
25.
8.2
48-5
2O. 2
O.
Zo>
13-
25.3
37-
31 .
IT
3-
26.
15
38
27-
,
22.
34.
3-
'5
ja
.2
27.
39-
51.
5O.
54-
43.8
5-
17-
26.2
39-
51-
-'5
7.2
ig. 2
50.
35-
30.
9-5
5
47
22
59-
CT R
4-5
'7-
28.5
33-5
45-5
ii 5
24.
36.
36
48
-O
o.
ii.
40.
Tq.
^ i
47
33
"7
47
sn.
'
.
52.
13-
4
25
56
28
37-
8.2
49-
20.
3 .
19.
31-
43-
55-
CORRECTIONS.
i
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(121) 15. Transit at 46 8 .3 assumed to have been
over T. IV instead of T. III.
(121) 16. Micrometer readingassumed as 32 r . 890
instead of 22 r .8go.
(121) 18. Minutes of transit assumed. as 42 in-
stead of 41.
(121) 19, Micrometer reading assumed as45 r .l8
instead of 40'. 18.
(122) 2. Micrometer reading assumed as 3*
44 r .oo instead of 3' 52 r .oo.
(122) 8. Micrometcrreadingassumedas45 r .gS2
instead of 46 r .gS2. .
(122) 23. Minutes of transit assumed as 26 in-
stead of 27.
(122) 30. Micrometer reading assumed as 3g r .6gg
instead of 4O r .6gg.
(122) 31. Micromcterrcadingassumedas36 r .552
instead of 35 r -552.
(122) 33. Micrometer readingassumed as3g r .S65
instead of 37 r .86s.
* This circle-reading being found entirely erroneous, the
zone has been identified, and the declination deduced,
from stars observed with the Mural, as in the case of
transit zones.
1848. h.
May 3,
s.
s.
s. s.
- 0.019
s.
+ 0.233
r.
o o 10.93 40.022
INSTRUMENT READINGS.
Date.
cnscte.
11
TJ
rt i~
e
a o
u. e
v c
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 122
1848. h. m.
| May 3, it 20
12 7
12 30
13 14
13 15
15 16
301
*30i
2 2.5
2.6
i. g
57.2
7-5 7-8
2.4 4.6
4.72
n
4.92
in.
29.880
29.880
29.866
2g.87O
29.866
29.864
53.4
53.4
52.5
52.
52.
59-8
56.2
56.2
54-8
52.
53-4
50.2
M
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 122. MAY
3. Ms. D 22 3' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
.,
MICROMETER".
i
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
34
35
36
3'
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
I-
2
4
4
5
6
7
8
9
10
9.10
IO
9.10
10
IO
3-4
8.9
10
10
10
IO
IO
.9
10
9.10
10
IO
10
10
IO
10
8.9
IO
IO
g.io
IO
IO
10
IO
IO
9.10
IO
9.10
9
10
10
IO
IO
9.10
IO
9.10
IO
10
36
j8
h. m. s.
12 59 47-97
13 o 32.14
i 49.21
4 50-92
7 51-85
9 4.90
10 30.96
12 20.32
14 28.83
If) 4.86
16 38.14
17 50.51
18 9.60
28 40.83
29 27.42
32 59-39
33 2g.i6
37 37.97
45 30.38
45 26.35
47 8.82
48 24.06
48 51.23
50 5-24
52 39-28
53 17-oS
.56 45-72
56 58.12
13 59 8.71
14 i 58.09
5 37-84
10 23.18
12 56.87
ig 37.82
M 19 43-5'
3NE 123. !V
14 43 57-27
50 32.07
52 5-io
53 54-82
56 20.92
56 51.09
14 59 55.64
15 6 10.10
15 13 22.83
S.
+ 15-34
15-34
15-35
15-35
15.35
15.35
15.36
15.36
15.36
15.36
15-36
15-37
15-37
15.38
15.38
15.39
15-39
15.40
15.42
15.42
15.42
15.42
15.42
15.43
15-43
15-43
15.44
15.44
15.45
15.45
15.46
15.47
15.48
15.50
+ 15.50
AY 3.
+ 15-59
15.60
15.60
I5.6l
15.62
15.62
15.6;
I5.6t
+ I5.6S
s.
'. '.
. .
. .
'. '
MAJ.
IV.
VI.
VII.
IV.
in.
IV.
IV.
V.
IV.
II.
V.
IV.
VI.
I.
IV.
n.
VI.
IV.
I.
IV.
IV.
V.
VII.
VII.
I.
VI.
II.
VI.
I.
V.
III.
IV.
V.
vii.
D = -
V.
V.
V.
IV.
I.
VII.
IV.
I.
I.
2
6
3
7
2
6
6
i
I
2
4
5
5
i
3
3
6
3
2
2
4
6
7
5
4
4
3
3
4
7
3
6
6
6
6
22
3
4
4
3
3
4
5
5
r.
42.7854
41.6721
44-7053
48.892
45-079:4
40.59 i
33.61 i
32.1965
42.1054
40.37 -1
39.3003
39.3002
41 . 37! 2
45-3354
40.8102
36.58113
36.782 I
33.0603
43.3004
40.935 t
36.8 4 5 ! 3
44-74 i
33.82 i
35.6912
33-3513
31.0823
42.05 3
44-5522
38.8483
38.77 i
42.71 2
46 . 30 I
39.1001
38.314 I
4i.g32 i
3' 10".
39-4305
37-548:
37.605:
44.1165
43-84 :
48.225:
47.440:
51 . 108
43-89 :
2 24.68
4 33-07
3 9-88
4 30.32
I 40.08
5 I". 45
9 10.89
4 53-12
g i i . 80
4 22.22
o 24.09
4 1.72
3 24.75
7 20.30
3 44-i ( >
7 49-9 6
7 56.06
9 51-25
2 41.16
4 37-30
2 23.13
2 47-47
3 9-29
6 40.25
3 48.82
5 7-10
4 41.47
I 35-22
I 13-88
o 18.98
2 4.24
I 53-75
6 1.76
6 28.62
4 22.27
o 43-92
7 16.63
I 22.48
7 38.22
3 39.68
i 8.63
5 43-7'
7 49-21
!2 32.27
- 8.38
8.39
8.42
8.52
8.61
8.6^
8.6g
8.74
8.79
8.83
8.84
8.87
8.87
9.08
9.09
9.14
9.14
9.20
9-27
9.27
9.28
9.29
9.29
9-30
9-30
9.30
9-30
9-30
9-30
9.29
9.27
9.24
9.21
9.13
- 9.12
- 8.43
s. 3 s
8.33
8.26
-8.17
8.15
8.03
7-79
- 7-47
i,
-10.95
8.92
10.22
S.lg
10.82
S . 96
9.24
11.79
1 1 . 36
1 1 .01
10.02
9-57
9-54
11.21
9.98
10.55
9.12
10.70
10.89
1 1. 01
10.17
8.79
8.82
9.76
10.27
10.36
10.33
9-39
10. 09
8.60
9-45
8.71
g.oi
9.04
- 8. 88
II . 50
10.53
10.10
9.84
10.27
10.08
9-69
9.11
- 9.46
h. m. s.
13 o 3.31
o 47.48
2 4.56
5 6.27
8 7.20
9 20.25
10 40.32
12 35.66
14 44.19
16 20.22
16 53.50
18 . 5.88
18 24.97
28 56.21
29 42.80
33 14-78
33 44-55
37 53-37
44 45-8o
45 4L77
47 24.24
48 39.48
49 6.65
50 20.67
52 54-71
53 32.51
57 i -16
57 13.56
13 59 24.16
14 2 13.54
5 53-30
10 38.65
13 12.35
19 53-32
14 19 59.01
14 49 12.S6
50 47.67
52 20.70
54 10.43
56 3f'.54
14 57 6.71
15 o 11.27
6 25.75
15 13 38.51
1 II
22 45 54.0
IS 0.4
36 38-5
7 57.0
45 9-5
IS 38.1
22 38.8
58 23.6
52 42.0
47 52.1
33 53-0
27 30.2
26 53.2
50 50.6
27 13.2
41 19.6
21 24.3
43 2 t.2
46 1 1. 3
48 7.6
35 52-6
16 15.6
16 37-4
30 9.3
37 IS. 4
38 36.8
38 n. i
2; 3.9
34 43-3
'3 4 f >.9
25 33.0
15 21.7
19 30.0
19 56.8
22 17 50.3
22 54 13.8
40 45-5
34 50.9
31 6.3
37 S.I
34 36.9
29 i i. 4
21 1 6 . I
22 25 59.2
44.
25.
39-
51.
3*8
40.
53-
5.
7-
19.
17.
31-
20.
43-
32-5
4'
CT
50. 5
13 5
5-
'7-
2g.
r6
27.
35
-5
47-5
59-5
53-
?R
54-2
7-
iR s
' 1 6
45
.
57-
24.
36
I C
27
41 .
17.
20.
10.
23
cR
22.
c6 R
58
IO.
2.
47-5
2.
14
59
33
14
-5
"6
II. 2
23.
.-fi
7.
ro.
ice . n
Z
32.
41
11
5
43-
57
.2
9-
21.
2O.
*e
55-5
58.5
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m . n
c
Zenith Point. Mic.
Co.
(122) 34. Micrometer reading assumed as
4i r .7S5 instead of 42 r .j&s.
(122) 41. Time of transit over T. V assumed
as 32".5 instead of 22". 5.
(122) 45. Micrometer reading assumed as
4O r .3oo instead of 3g r .3oo.
(122) 48. Micrometer reading assumed as
5o r .8lo instead of 4O r .8io.
(122) 50. Micrometer reading assumed as
35 r .7S2 instead of 3^.782.
(122) 52. Min.of tr'sit ass'd as 44 instead of 45.
(122) 53. Micrometer reading assumed as
39 r -935 instead of 4O r .g35.
(122) 54. Micrometer reading assumed as
35 r .845 instead of 3& r .845.
(122) 58. Transit over T. VII assumed to have
been recorded over T. I.
(122) 61. Micrometer reading assumed as
5 l 44 r .550 instead of 3' 44 r .8so.
(122) 62. Micrometer reading assumed as
37 r .848 instead of 3S r .S48.
(122) 64. Micrometer reading assumed as
5* 43 r -7i instead of 3' 42'. 71.
(123) 9. Micrometer reading assumed as
5' 42 r .8g instead of 5* 43 r .8g. .
1848. h.
s.
s.
s. s.
s.
' " r.
INSTRUMENT READINGS.
Date.
CIRCI.K.
"3 E '
O
"0 5
2|
c
c o
se
X a;
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
1848. h. m.
n
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 123. MAY 3. Ms. D 22' 3' 10" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
B"
,
MJCROMETER.
i
*
,/
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
IO
ii
12
I
2
3
4
5
6
7
8
9
10
ii
12
13
M
15
16
17
18
19
20
21
22
23
= 4
25
26
27
28
29
30
32
33
34
35
36
37
38
39
40
41
42
9. ic
IO
IO
8
5
5
S
9
5
6
7
4
7
7
9
8
6
4
9
6
6
8
8
8
3
7
7
r
7
6
8
9
9
9
7
9
9
9
5
7
7
43.1
55.3
h. m. s.
'5 13 43.48
15 51-58
15 16 22. OI
)NE 124. M.
13 15 34.36
17 27.95
18 13.14
ig 22.23
21 g. 15
22 51.38
23 I2.3O
28 6.17
32 42.36
35 41-82
36 51-43
39 I9o6
40 39-43
40 39-77
44 51-64
45 29.32
49 7-9 6
49 53-3S
51 44-30
53 44.36
55 19.80
56 54-96
57 21.88
57 24.08
13 59 2g.?2
14 o 56.10
2 24.79
2 55-71
4 15-61
5 4I-27
7 40.12
g 23.86
9 57.85
13 40.87
14 41.92
16 44-53
16 54.84
17 50.88
19 10.95
20 29.25
21 35.27
14 22 25.2O
S.
+ 15.6!
15.61
+ 15. 6c
iv 27.
+ 23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23-. 6c
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.60
23.61
23.61
23.61
23.61
23.61
23.61
23.61
23.61
23.61
23.61
23.61
23.61
23 . 62
23.62
23.62
+ 23.62
s.
) +0.01
) -i-O.OI
MAJ.
.
O.OI
O.OI
O.OI
+ O.O1
IV.
I.
IV.
IV.
vii.
VI.
VI.
VI.
VI.
IV.
IV.
IV.
V.
V.
F. W.
6
"i
25
5
3
7
5
3
3
3
4
3
7
5
5
6
2
r.
40.815
37-892
41 .801
ii' 10'.
39.523
36.458
34-522
37.097
39.768
29.90=;
37.350
36.152
42.042
39.050
43.938
39-522
37.66;
36.827
17 54-93
51 36.69
49 22.26
24 28.50
37 54-20
12 44.76
25 5L95
36 0.07
41 39.90
37 23.46
32 12.45
34 41.73
10 9.36
21 56.41
2 4 28.53
16 50.95
46 24.33
- 7.46
7.36
-7-33
- 9.81
9.86
9.87
g.go
9-93
9.98
9-99
IO. 10
to. 19
10.24
10 26
10.31
10.33
10.33
10.39
- 9.12
"59
-11-43
- 9-53
10.66
8.57
9.65
10.49
10.98
10. 61
10.18
10.39
8.34
9-32
9-54
8.91
11.39
h. m. s.
15 13 59.16
16 7.28
15 16 37.71
13 15 57.96
17 51-55
1 8 36.73
19 45.83
21 32.75
23 14-98
23 35-90
28 29.77
33 5-96
36 5-42
37 15-01'
39 43-16
41 3-03
41 3-3<-
45 I5-2:
45 52.92
49 31-55
JO 16.9-1
52 7-90
54 7-97
55 43.40
57 18.57
57 45-48
57 47-69
13 59'53-32
14 I 19.70
2 48.40
3 19-32
4 39-22
6 4.88
8 3-74
9 47-47
10 21.46
14 4-4'j
'5 5-53
17 8 . i ;
17 18,45
18 14. 4,,
19 34.58
20 52.8!'
21 58.81.
14 22 48.83
22 21 21.5
55 5-6
22 52 5I.O
25 35 57-8
49 24.7
24 13-2
37 21.5
47 30.5
53 10.9
48 54.1
43 42.7
46 12.3
21 38.0
33 26.0
35 58.4
28 20.2
57 56.1
15 ;2.6
56 52.2
25 31 54-5
26 7 19.8
25 30 27.6
59 15-8
51 36.6
57 24.8
38 9.4
31 59-4
32 16.4
31 26.0
54 20.6
25 42 5.8
26 I 1 1 . S
25 39 33-0
25 45 52.8
2f> 6 1.4
25 40 59.6
26 6 6.4
25 41 10. i
44 19-2
54 40.0
20 28. ()
48 47.8
25 54 45-6
15-5
>s
22.
51-3
IO.2
3.8
22.4
15.6
I .
34.2
27-5
46.2
.Z,
40.4
27. 2
IO. 2
22. C
34- 5
32.0
45-
57-0
9.2
21.4
3-4
1 6
5-2
48.
42.
18.0
17-5
27.2
OO.
54-
30.
29.5
39-4
7-5
7-
42.2
17.8
54.4
30.
43-
52.4
19-5
39-5
3-3
31-7
51-2
4-2
Ifi'l
27.2
2O. 2
39-6
'7-3
32.2
32.3
51-4
2g 2
8.
44.0
44-4
4.0
41.4
20.2
56.4
56.3
7- 2
32.2
17.6
44.2
ig. 2
30.2
56.4
O.OI
+ O.OI
+ 0.01
+ O.OI
+ 0.01
+ O.O1
+ O.O1
+ O.O1
+ 0.01
O.OI
+ 0.01
IV.
VII.
IV.
vii.
IV.
VII.
V.
VII.
IV.
IV.
VII.
12.
IV.
VII.
VII.
12.
VI.
VII.
VII.
7
r
6
i
6
2
2
I
4
5
5
5
2
4
i
5
4
I
4
I
4
4
2
7
3
2
49.065
48.813
31-465
30.630
33-982
34.52
47-832
47.705
45.832
46.45
45.964
47.418
43.082
38.972
41.272
33.30S
32-393
32-898
40.872
32.752
40.587
35.105
42.497
4 1 . 060
37.542
42.35
4 24.38
45 20.46
20 24.78
55 47-07
18 58.07
*7 43.83
40 5-27
15 52.88
26 39.10
20 29.62
20 46.61
19 56.28
12 48.87
30 35.15
49 40.48
28 2.58
54 21.79
54 28.69
29 29.00
54 33-97
29 39-52
52 48.37
43 8.20
9 o.oi
57 16.59
13 13-85
IO. 3,')
10.45
10.48
10.50
10.51
10.53
10.53
10.53
10.55
10.56
10.57
10.58
10.58
10.59
1 . 60
10.62
10.62
10.63
10.63
10.63
10.63
10.6.)
10.64
10.64
10.64
10.63
7.87
1 1 . 30
9.20
12. 19
9.07
11.49
10.85
11.35
9.72
9.19
9.22
9.15
II. 10
10.04
10 69
9.83
10.37
12.11
9.96
I 1.84
9-97
10. 2-|
11.13
S . 23
10. 6l
11.13
34.
36 2
T> e
1
24.6
37-1
32.4
28 .'3
II. 8
39-5
23.8
28.0
53-6
52.3
36.
40.2
5.8
52.
18.
34- 5
1? 5
29-5
32.4
41.8
54-5
'9.53I.3
. . J27.S
2g.2
41.2
35-6
54-
47-4
47-2
I R
OO. O
CORRECTIONS.
REMARKS.
n Corr. of
Clock.
Hourly
rate.
m n c
Zenith Point.
Mic.
Co.
(123) 10. Micrometer reading assumed as
35 r .8i5 instead of 4o r .Si5.
(124) 25. Transit over T. ii assumed to have
been recorded over T. 12.
1848. h. s.
May 27, 18 +18.682
s.
/ o.ooS
s. s. s.
- 0.410 + 0.535
359 59 59-30
r.
40.013
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
1
a S
c c
j<
A.
B.
.-, ,-, Corr'd
U ' Mean.
Mean
Zone 124
1848. h. m.
May 27, 13 15
13 20
14 o
14 40
15 20
16
298
6 11.4
6.3
15.8 16.4 12.52 i
12.48
in.
30.202
30.2
30.196
30.2
75-1
75-0
73-4
71.9
71.9
72.0
70.2
67.
65. <3
58.
64.7
30.198
9 z
66
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1648.
ZONE 124. MAY 27
. MAJ. D = 25 n' 10" Continued.
No.
SECONDS OF TRANSIT.
T.
i
2
MICROMETER.
i
</i
A
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
Mag.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
5>
60
61
62
63
64
65
66
67
68
.69
/o
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
9t
7
7
7
6
8
5
4
5
9
9
8
9
5
8
8
8
7
9
4
4
10
5
9
8
9
9
4
9
8
7
9
8
9
7
6
6
8
9
9
9
9
7
4
8
5
4
. .
9-
20.8
33-
. .
16
>8 '
. .
h. m. s.
14 24 33.12
25 51.46
26 32.69
30 33-43
31 19-33
31 24.68
31 49-84
34 43-20
39 57-9 1
40 30.87
42 4.68
43 2.48
45 52.70
47 46.41
51 34-17
56 26.56
56 31-65
57 6.98
57 15-35
i.4 59 42.39
15 I 3-12
3 7-o6
4 37-15
39.67
7 59-53
7 ".83
S 23.54
10 4.68
10 14.65
II 23.86
13 54.84
15 13.83
15 48.77
19 22.25
23 47-57
26 0.16
26 17.41
27 43.18
28 5.6h
29 19.82
32 25.33
33 51-56
34 57.06
36 0.87
37 36.26
38 30.72
39 5L96
41 8.56
15 42 36.68
s.
+ 23.62
23.62
23.62
23.63
23.63
23.63
23.63
23.63
23.63
23.64
23-64
23.64
23.64
23.64
23.65
23.66
23.66
23.66
23.66
23.66
23.66
23.67
23.67
23.67
23.67
23.67
23.67
23.68
23.68
23.68
23.68
23.69
23.69
23.69
23.70
23-71
23.71
23.71
23-71
23-71
23.72
23.72
23.72
23-73
23-73
23-73
23-73
23.74
+23.74
S.
0.01
0.01
O.OI
+O.OI
OJOI
+ O.OI
O.OI
O.OI
+ O.OI
O.OI
+O.OI
IV.
it.
IV.
IV.
12.
VII.
VI.
V.
VII.
VII.
VII.
IV.
V.
VI.
III.
VI.
VII.
12.
VII.
IV.
IV.
6
7
7
I
5
5
3
7
i
6
6
I
5
4
5
3
4
5
6
2
3
5
4
r.
36.560
35-428
43.428
35-77 .
38.69 :
39.41*'
40.657.
37.857
4L75 '
42.425
41.232
43.085.
33.529
41.69
39-357
39.84
43-43
47.63
41.352
41.598
43.3I9
43.21
46.498
7 29.27
2 14.12
7 37-91
,2 50.02
'4 57-iS
!4 31.27
!5 29.29
o 50.34
19 23.98
14 6.98
14 48.07
18 37.78
'7 54-97
!9 1-75
!4 33.64
J5 57-66
=8 1.74
19 48.97
4 43-34
13 39-76
53 57.85
22 21.49
26 I6.I7
10.63
10.62
10.62
10. 61
10.60
10.60
10. 60
10.56
10.51
10.50
10.48
10.46
10.42
10.39
10.33
10.23
10.22
IO.2O
IO.2O
10.15
10.11
10.05
IO.OI
i,
- 8.95
8.50
8.16
11.97
9-57
9-54
10.47
8.38
11.67
8.66
8.72
II. 60
9.82
9.92
9-54
10.50
9-83
9.13
8.71
11.17
10.34
9-35
9.68
h. m. s.
14 24 56.73
26 15.07
26 56.30
30 57.07
31 42-96
3i 48.31
32 13-47
35 6.82
40 21.55
40 54.50
42 28.31
43 26.13
46 16.34
48 10.05
5* 57-82
56 50.22
56 55-31
57 30.64
14 57 39.00
15 o 6 . 06
i 26.78
3 30.73
5 0.82
(5) 3-34
8 23.19
7 35-49
8 47.21
10 28.36
10 38.33
II 47-53
14 18.51
15 37.52
16 12.47
19 45-95
24 11.26
26 23.88
26 41.12
28 6.88
28 29.37
29 43-53
32 49-5
34 15-29
35 20.77
36 24.61
38 o.oo
38 54.44
40 15.70
41 32.30
15 43 0.42
Of II
25 28 58.8
23 43-2
25 19 6.7
26 4 22.6
25 36 27.4
36 1.4
47 0.4
25 22 19.3
26 o 56.2
25 25 36.1
25 26 17.3
26 o 9.8
25 39 25.2
40 32.1
36 3-5
47 28.4
39 31.8
31 18.3
J26 12.2
55 ii. i
45 28.3
33 50.9
37 45-9
21 31.4
23 30.0
42 23.1
33 15-2
36 6.5
26 20. 8
28 39-9
25 40 20.3
26 2 22.5
25 59 22.8
23 4-6
58 41.4
47 47-6
59 3'- i
46 46.8
48 9-4
39 49.2
59 37-8
29 56.9
49 17-9
50 50.8
25 31 ii. o
26 4 49.2
25 49 42.0
25 40 2.3
27.2
21.3
33-0
31.2
46.0
...
|8 c
2.O
57-5
22.3
35-
7-5
29.2
27.
11.2
9.8
28
_>2
IO
2
5
.2
3
40.7
34.2
22.1
14-3
52-4
46.5
34-0
58 -V
46.
n R
10.6
56 '
31.0
44-
54.5
51.2
55-
3-0
67.
15.2
49.2
T R
40.
16
O.OI
O.OI
O.OI
O.OI
+ 0.01
+ 0.01
O.OI
+ O.OI
O.OI
+ O.OI
O.OI
+ 0.01
+ O.OI
O.OI
+ O.OI
*
IV.
12.
VII.
vh.
IV.
IV.
VI.
IV.
VI.
vh.
vii or iv
VI.
V.
VII.
7
7
4
5
5
6
6
4
I
2
7
i
3
i
3
3
4
I
6
3
3
6
i
3
4
39.230
35.783
40.172
44.23
39.265
41.109
37-083
42.012
39.221
34.288
36.510
45.62
39-253
44.178
41.008
38.619
42.893
43-975
34-817
36.618
33.929
32.672
34.938
35.918
42.49
to 3.16
12 1.63
29 53-23
21 46.09
24 37-10
'4 52.31
17 11.26
28 50.70
50 51-03
47 5L72
it 36.85
47 10.7
36 17.81
48 0.39
35 17.20
36 39-75
28 20.35
48 7-38
i 8 29.05
37 48.43
39 21.31
19 43.20
53 18.56
38 12.77
28 33-97
9.91
9-93
9.90
9-85
9-. 84
9.80
9.71
9.66
9.64
9-52
9-33
9.24
9-23
9.17
9.15
9.10
8.96
8.89
8.84
8.79
8.71
8.67
8.61
8.54
8.46
8.29
8.47
9-99
9.29
9-53
8.72
8.91
9.90
II. 81
II.5&
8.43
11.50
10.54
11.57
10.45
10.57
9.86
11.58
9.02
10.67
10.81
9.12
12.03
10.71
9.88
|H c
O.2
29.2
51.3
60 c
30
19
?
55-
5
1-4
14-
7ft
47.5
O'R
46.4
59-2
23.2
36
1
43.2
4L9
54-
13-5
25.2
51.4
32.0
37.3
3.9
30.2
44-3
42.2
56.4
t f
36.
25.5
61
37-3
9-
20.6
32.7
6r
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
<T
Zenith Point. Mic.
Co.
(124)
(124)
(124)
(124)
(6. Transit overT. Ill assumed asat 21". 3
instead of 3i*.3.
(7. Transit over T. V assumed to have
been recorded over T. IV.
(8. Transit over T. VI assumed to have
been recorded over T. V.
"jo. Transit at 31' assumed to have been
over T. VI instead of T. V. .
1848. h.
s.
s.
s. s.
S.
' " s.
INSTRUMENT READINGS.
Dale.
CIRCLE.
li
IE
U
<
o
li
5 i
u h
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
1848. h. m.
!
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
6;
ZONE 124.
MAY
27. MAJ. D = 25 u' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
0)
a-i
MICROMETER.
z
</!
<ti
Mean Right
Ascension,
1850.0.
Mean Soutl
Declination,
1850.0.
I. II.
III.
IV.
V.
VI.
VII.
II. 12.
92
93
94
95
96
97
98
99
IOO
IOI
1 02
103
104
I
2
3
4
";
6
7
S
9
10
II
12
13
1 1
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
a'
4
6
6
2
8
8
8
4
9
8
4
7
9
9
9
8
7
9
I
8
9
6
6
7
8
S
8
5
8
6
7
8
7
8
10
9
5
5
7
8
9
9
7
8
59-2
h. m. s.
15 43 22.57
46 2.63
46 38.37
46 46.87
49 23.29
50 42.38
52 59-86
53 15-16
53 54-14
55 34-75
57 47.38
'5 58 35-88
16 o 14.28
E 125. MA
16 12 16.07
13 49-35
M I3-72
M 53-87
17 33.68
IS 45.24
19 49.02
22 20.56
25 38.39
30 30.83
30 36.50
34 43-6?
36 4.07
4t 5-25
41 12.63
42 40.20
43 1-46
44 44-68
44 55-4S
46 31-55
48 38.26
49 51.58
51 12.38
51 46.49
54 23.20
55 6.04
56 0.46
16 57 8.88
17 o 51 .62
i 52.10
2 22.8l
17 2 41.81
S.
+23-74
23.75
23-75
23-75
23.75
23 -l(
23.76
23.76
23-76
23.77
"23-77
23-77
+ 23-78
v 30. I
+ 23.46
23.46
23.46
23.46
23-47
23-47
23.48
23.48
23.49
23.50
23.50
23.51
23.52
23.53
23-53
23-53
23.54
23-54
23.54
23.54
23.55
23.55
23 . 56
23.56
23-57
23.57
23.57
23-57
23-58
23-59
23-59
+23.59
s.
O.OI
0.01
O.OI
+ O.OI
O.OI
+ O.OI
+ 0.01
IAJ. E
O.OI
O.OI
+ 0.01
O.OI
O.OI
+ 0.01
O.OI
O.OI
+ O.OI
+ 0.01
+ 0.01
+ O.OI
+ 0.01
+ 0.01
+ 0.01
+ 0.01
O.OI
+ O.OI
+ O.OI
vh.
IV.
IV.
>.=->
IV.
IV.
VI.
VII.
IV.
V.
VI.
IV.
VII.
IV.
VI.
IV.
VII.
IV.
VII.
VI.
IV.
VII.
II.
IV.
IV.
IV.
IV.
VII.
IV.
VI.
VI.
V.
VII.
VI.
VII.
12.
5
3
6
7
4
j
4
3
6
3
6
2
i
5
6
2
2
7
2
2
I
5
7
4
2
2
7
3
4
6
5
5
3
3
6
5
6
6
7
5
7
i
3
6
6
r.
37-93
36.78
35.558
38.855
4I.338
44-43
36.538
35.528
40.46
33.857
41-328
41. 298 i
39.212
12 40".
28.688:
34-564-
44.840.
42.512
45-012.
47-734-
36.242!;
33.50 :
33-372
35-572;
33.658,
36.995-
35-978
39-550.
40.282 '
43-774
41. 10
44-54 :
46.13 :
45-873.
39-47 :
41.020
46.836:
51.110
39-592
34-830
41.752:
44-455
40.99 .
4L33S:
38.22
40.935
25 23.36
57 43-io
8 3-79
to 16.07
!g 13.91
53 19-58
51 59-26
J8 26.24
5 14-93
i9 23-53
4 45-03
J3 50-35
)2 0.34
2 0.44
7 42.31
I 48.22
8 9.84
[i 42.41
o 8.61
2 33-61
7 55-97
3 24.69
12 32-54
[S 13.42
\6 18.58
I 54.92
(6 7 . 69
sg 50.03
7 26.52
4 52.88
:i 35-41
'0 40.33
|2 29.87
|6 10.44
4 55-63
!0 16.59
9 7-80
5 44-S3
2 34 -61
'3 11-59
7 3-14
(9 49-94
!5 5-98
6 31.82
4 57-71
- 8.43
8.29
8.27
8.25
8.12
8.05
7-93
7-92
i RQ
/ . oo
7.78
7.65
7.62
- 7-53
-14.23
14.15
14-13
14.09
13-94
13.88
13-83
13.66
13-45
13.14
I3-I3
12.85
12.75
12.41
12.40
12.30
12.28
12.16
12.14
12.03
11.88
1 1. 80
1 1 . 69
11.64
11.45
H-39
11.32
II .24
10.95
10.88
10.83
10.81
9.60
10.66
8.98
8.31
9-93
1C. 28
10.17
10.72
8.75
10.82
8.70
1 1 .20
-11.90
- 9-32
11.51
II .01
8.J5
11.00
10.86
H.94
9.82
8.60
IO.2I
II .56
11.40
8.45
10.51
9.99
8.09
8.73
9.28
9.21
10.21
10.52
8.7.1
9.18
8.24
8.80
8.52
9.42
8.07
H-73
10.44
8.85
- 8.71
h. m. s.
15 43 46.31
46 26.38
47 2. II
47 10.61
49 47.04
51 6.14
53 23.62
53 38.92
54 17-89
55 58.53
58 11.14
15 58 59.66
16 o 38.07
1 6 12 39-53
14 12.80
M 37.17
15 17-34
17 57-14
19 8.71
20 12.49
22 44.04
26 I . 89
30 54-33
30 59-99
35 7-17
36 27.60
41 28.78
41 36.16
43 3 74
43 25.01
45 8.22
45 19.02
46 55-09
49 1 . 8 1
50 15-14
5' 36.94
52 10.06
54 46.78
55 29.62
56 24.03
16 57 32.46
17 I 15.19
2 15.69
2 46.41
'7 3 5-4'
25 36 51.4
49 12. o
29 31.0
21 42.6
40 42.O
44 47-9
43 27.4
49 54-9
26 41.6
50 52.1
26 11.4
25 55 '9-2
26 3 29.8
25 35 4-0
26 o 48.0
25 54 53-4
21 12. I
54 47-4
25 53 13-4
26 5 39-4
25 40 59.4
26 26.7
25 45 35-9
26 i 18.1
25 59 22.8
24 56.1
49 10.6
42 52.4
20 26.9
27 53-9
34 36.8
33 41-7
45 32.1
49 12.8
27 56.2
33 17-5
22 7.7
28 45-1
25 34-5
36 12.3
25 20 2.4
26 2 52.6
25 48 7-3
29 31-5
25 27 57.2
. . 2.3
15-
27.2
15.
....
23. 5
- 59-2
- - 35-4
1 1. 2 23.2
. . 59-5
35-6-17-4
54-2 6.9
12.5 . .
59. S
19.2
48.8 . .
50.
1 1 - 5
iS.o
. . ,50.
. . 25.2
1-7
3-8
37-4
1 .4
14.5 ".
16.2! . .
48.8 . .
13.0 .
. .
Zo*
3O.5
. . 9.6
21.5
33-3
45-9
....
-10
I . 2
. . 56.2
8.4
20.5
15 ,
. . 6.2
18.9
|8 |
1.2
31.2
44-
?8 f
JS.I 41.
I;T 4
40.2
61 s
52.4
37-'
19-2
. . . .
9-2
20.
21 .2
32.
. . 14-2
39-5
60.3
112
31-3
38.0
51.4
12.
23.
(4.0
3.8
24.8
II.
23.0
....
6 >
18
....
0-3
12.6
21 .
25-
r6 >
> 1
4'5
16.4
59.5
18 c
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
til H
c
Zenith Point. Mic.
Co.
(124) 104. Micrometer reading assumed as
37 r .2l2 instead of 39'. 2 12.
1848. h. s.
Ma}' 30, 15 +18.381
s.
g 0.005
S. S.
O.4IO
s.
T 0.535
r.
359 59 58-91 40-010
INSTRUMENT READINGS.
CIRCLE.
11
Is
*~" QJ
<
11
S
*t
Date.
A.
B. C.
D.
Corr'd
Mean.
Mean.
Barom .
Zone 125
1848. h. m..
May 30, 16 6
16 12
16 20
'7
17 20
17 46
298
4 3'-2
30.0
"
"
in.
29.760
29.764
29-772
29.770
29.788
72.5
72.
71.8
71-5
69.5
67.8
66.=
65.=
64.:
26.3 35.4
26.8 34.2
36. 2'
34- 8(
31.86
'
31-86
!
68
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 125. MAY 30. MAJ. D = 25 12' 40" Continued.
y
No.
Mag.
I.
8.'s
. >
SECONDS OF TRANSIT.
T.
"I
.,
MICROMETER.
i
*,
Mean Right
i/j Ascension,
1850.0.
Mean South
Declination,
1850.0.
II.
III.
IV.
V.
VI.
VII.
II.
12.
33
34
35
37
38
39
41
42
43
44
45
46
47
48
49
50
I
2
3
4
5
6
7
8
9
10
ii
12
13
M
15
16
17
18
19
2O
21
22
23
S
8
9
9
7
9
8
8
6
6
8
S
8
8
6
8
8
9
6
7
8
8
10
9
9
9
5
10
9
8
9
6
8
8
6
8
8
9
9
42-4
55.0
0.3
45-5
17.0
54-2
7-5
12.7
57-4
29.2
6-4
19.2
?i R
h. m. s.
17 5 6.55
6 19.45
8 24.66
10 9.67
12 41 .21
13 7-26
13 18.67
15 36.33
17 I4.64
18 59.66
30 34.40
32 I9.84
39 19-37
39 55.08
42 13-70
43 38.42
44 35-74
17 46 34.38
)NE 126. M
13 21 16.09
22 27.80
23 13.10
23 29.99
24 26.79
28 35.08
30 8.58
30 56.78
33 26.37
34 31-84
36 2.29
36 56.15
41 48.99
43 7-07
45 42.35
46 29.05
47 12.83
47 10.41
49 -65
50 30.26
51 14.28
51 33-42
13 55 18.42
s.
+ 23.60
23.60
23.61
23.61
23.62
23.62
23.62
23.63
23.63
23.64
23.68
23.68
23-7^
23.71
23-71
23-71
23.7:
,+23.7:
AY 31.
+ 23.08
23.08
23.07
23.07
23.07
23.07
23.07
23.07
23.07
23.07
23.07
23-07
23.07
23.06
23.06
23.06
23.06
23.O6
23.06
23.06
23.O6
23.06
+ 23.06
s.
O.OI
+ 0.01
O.OI
+O.OI
O.OI
+ 0.01
+ 0.01
! .
>
O.OI
O.OI
1
MAJ.
IV.
IV.
IV,
IV.
IV.
VI.
12.
IV.
IV.
IV.
V.
IV.
IV.
IV.
vii orv
VII.
12.
IV.
IV.
IV.
IV.
12.
vii or v.
IV.
V.
VI.
12.
VI.
4
2
6
3
i
7
5
i
3
7
h
4
4
2
4
2
2
24
2
6
2
3
7
4
3
3
1
7
5
2
2
4
7
5
6
2
6
6
6
6
r.
37-50 .
39.922-
35.505
34-54
39.698
36.928:
42.23
45-75S
40.955
39-'725
33-442
34.162
42.380
43-264
38.90
39.602
43-52
33' 50'.
43-1/7
34-274
36.998
32-865
36.214
38.982
33-658
35.648
35-592
38-37
45.429
39 . 260
45-43''
42.336
47-86
39-835
43.407
45.000
4L32
41.060
40.309
43.688
51 26.12
14 37-75
8 5.61
39 0.26
w 34.71
II 22.35
22 54.40
47 5-95
35 19-29
9 46.11
19 16.67
33 21.07
28 38.02
28 7-57
30 37.89
44 48.77
42 33-8i
12 45-63
8 48.01
|6 18.48
i9 57-72
II 46.80
30 34.24
39 30.40
)8 22. IO
52 31.85
o 32.78
!I 5-04
t4 59-74
M 27.73
28 39-54
5 5-86
24 17-64
'3 32-59
ti 42.82
14 45-19
14 54.26
>5 19.57
13 23.74
10.62
10.53
10.37
IO.22
1O.O2
9-99
9-97
9-79
9.66
9.51
8-53
8.41
7.82
7-77
7-57
7-45
- 7-34
- 2.17
2. 2O
2.23
2.23
2.26
2-39
2.43
2-45
2.52
2.54
2.58
2.6o
2.71
2-74
2.78
2.80
2.8-1
2.81
2.84
2.87
2.88
2.88
- 2.93
-10.13
11.27
8-99
10.78
1 1. So
8.40
9-38
1 1 . 49
10.46
8.27
9.08
10.29
9.8J
9.84
10. Ot
11. 2C
II. OC
1 1 . 03
9.09
"-33
10.81
8.54
10.03
10.77
10.68
10.20
8.43
9.20
11.32
10-94
9.88
7-99
9-54
8.67
10.94
8.77
8.79
8.83
- 8.66
h. in. s.
17 5 30.15
6 43-04
S 48.28
10 33.28
13 4-82
13 30.89
13 42.29
15 59-95
17 38.27
19 23.31
31 18.09
32 43-52
39 43-07
40 18.78
42 37.41
44 2-12
44 59-45
17 46 58. 1C
13 21 39.17
22 50.88
23 36.17
23 53-06
24 49.86
28 58.15
30 31.65
31 19-85
33 49-44
34 54-91
36 25.36
37 19.22
42 i i. i 6
43 30.13
46 5.41
46 52. ii
47 35-89
47 33-47
49 3I-7I
50 53.32
51 37-34
51 56.48
13 55 41-48
4 ''
25 44 26.9
57 39- b
31 5-0
25 52 1.3
26 3 36.5
25 24 20.7
25 35 53-8
26 o 7.2
25 48 19.4
22 43.9
32 M-3
46 19.8
41 35-7
41 5-2
43 35-5
57 47-5
25 55 32.2
25 16 48.8
24 52 49-3
25 2O 22. O
14 0.8
24 45 47-6
25 4 36-7
13 33-6
12 25.3
25 6 34.6
2-1 44 33-8
24 55 6.9
25 19 3-8
15 3i-4
25 2 42.2
24 39 6.6
58 20. o
24 47 34-1
25 15 46.6
24 48 46.8
48 55-9
49 21.3
24 47 25.3
40. 8
19.2
32.0
7 ' *>
50.5
3O.2
24-
2-3
47-3
-12 "}
36.2
4-3
48. S
27.
1 > . -
6 3
24.
* *
32 .0
55-2
7-2
19.2
19.5
38.2
2.8
fin i
37-2
49-2
1-5
13-4
26.2
50.6
50.2
57-8
to.
22.534.2
46 4
Z<
3-2
16.
27-5
40.2
6 /\
3.2
11.5
45 -O
7.6 19.8
38.550.2
31-7
2.4
44- 4
M.I
8 1
26 i
20.3
41 .2
i;
18.4
30.2
31-3
43-4
29.2
41.0
37.
56.3
8.4
29.8
35-
20.9
42.8
26.4
46.5
33-2
38 -'5
6.3
18.4
CORRECTIONS.
REMARKS.
Corr. of
Datc - Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(126) 14. Transits over T.'s VI and VII as-
sumed to have been recorded nvei
T.'s V and VI.
(126) 18. Transits over T.'s VI and VII as-
sumed to have been recorded over
T.'s V and VI.
1848. h. s.
May 31, 15 +18.162
s.
g 0.008
s. s.
- 0.410
s.
+ 0.535
r
359 59 59-54 4O.
014
INSTRUMENT READINGS.
Date.
CIRCLE.
Ii
5 |
Ii
;_, U
W H
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 126
1848. h.
May 31, 13
13
m.
20
40
298
.,138.4
43 (37-1
34-2
34-7
44-2 43.5)
43-5 43-o'
39-82
in.
29.980
29.998
66.4
66.0
60.;
59. c
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
6 9
/INK 127.
JUNE 12. Ms. D = 22 3' o".
No.
Mag.
SECONDS OF TRANSIT.
T.
Oj
o s
MICROMETER.
i
./i
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
[V.
V.
VI.
VII
ii.
12.
i
2
3
4
5
6
7
8
9
in
II
12
13
M
15
11.
i?
H
19
2O
21
22
23
-'i
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
4f
42
43
44
45
46
47
48
49
9
9. 10
9.10
9
9
10
10
10
8.9
9
9
9.10
10
8-9
9
8
9
9
9
9
8.9
9
8.9
9
8.9
9
9
9.10
,0
9
9
8.9
9
10
10
10
10
10
10
10
IO
10
8.9
IO
10
10
10
8.9
8
, .
29.5
41 :
53-
h. m. s.
17 4 41 .26
9 29.32
12 C.I6
12 23.17
13 4 ( l.45
M 57.27
20 39.08
22 29.2O
-'I 34-99
26 36.30
28 38.01
30 27.96
33 I5-M
34 59-08
36? 34. 42
38 20.01
41 39.49
42 51.91
45 32.12
46 44.41
49 31.1
49 59.90
52 27.21
53 35.19
54 28.23
17 58 41-23
1 8 1 1 9 . 06
3 52.10
3 57.63
7 44-57
8 31-33
12 39-34
12 44-17
17 8.33
18 58.85
20 46.85
23 6.16
24 24.00
25 15-12
28 27.24
33 14-80
33 55-50
36 55.87
37 33-15
3 51-76
41 16.18
44 '14-24
44 44-77
18 45 40.25
s.
+ 22.19
22.20
22.20
22.20
22.20
22.21
22.21
22.21
22.21
22.22
22.22
22.23
22.23
22.23
22.23
22.2_J
22.2^
22. 2.]
22.25
22.25
22.25
22 . 26
22.26
22.26
22.26
22.27
22.27
22.2?
22. 2S
22.29
22 . 29
22.2(j
22.29
22.30
22.31
22.31
22.32
22.32
22.32
22.33
22. 3.!
22.34
22.34
22.34
22.35
22.35
22.36
22.36
+22.36
s.
+ 0.01
+ O.OI
+ O.OI
O.OI
+ 0.01
+ 0.01
O.OI
O.OI
VI.
VI.
IV.
VII.
VII.
VII.
VII.
VII.
VII.
VII.
VII.
VI,
VII.
VI.
F.W.
5
4
2
i
I
3
i
i
i
5
5
i
6
7
4 6
41
43
46
43
39
47-
41
37
42
36
32
42
49
40.
44-
r-
43
44.
42.
46.
51.
53.
48.
51-
44-
44-
42.
45.
50.
47-
49-
40.
43-
45-
42.
46.
41.
57-
39-
40.
40.
41.
41.
38.
42.
47-
36.
33-
18
255
060
17"
402
!<>--
955
L'Sd
635
720
992
146
830
8 10
039
290
5 it)
380
760
850
683
905
77
93*
088
843
720
061 1
956
882
668
810
9-0
326
055
315
290
905
32
030
039
672
672
082
105
690
645
99 .
i n
20 39.07
2Q 16.66
42 49.66
32 19.40
18 26.86
56 12.40
46 24.48
49 39.96
51 45-52
22 38.12
25 55-43
54 54-75
13 53.38
3 58.60
29 58.66
21 44.03
48 57-39
34 10.
53 37 64
22 36.74
26 38.46
23 51.76
36 35.97
39 32.85
43 32.82
14 8.93
12 43.91
48 50.58
I 40.51
9 47.83
20 14.89
18 39.01
15 2 . 62
13 13.99
26 56.51
43 24.35
20 34-53
29 15.53
25 35-16
30 23.43
'5 29.71
29 58.66
29 36.85
23 48.66
Ji 5.82
!2 59.31
'-S 34-99
;2 19.62
|8 1.84
19.08
18.66
18.44
18.41
18.29
18.19
17.71
17-54
17-35
17.18
16.99
16.84
16.58
16.43
16.28
16.13
15.82
15.72
15.43
15.37
15.12
15.07
14.84
M-73
14.64
14.25
14.00
13-75
13-74
13-38
13-31
12.90
12.89
12.46
12.27
12.09
11.85
11.71
11.62
11.29
10.79
10.72
10.40
10.32
10.20
9-93
9.61
9-56
- 9-44
- 1.33
1.95
2.91
2. 16
3-33
i.fa
3.17
3-42
3-59
1.48
1.71
3.80
0.87
o. 16
2.OO
1.42
3-37
2.27
3-74
1.48
1.76
1-52
2.47
2.59
2.96
0.87
0.76
3-39
2. 86
0.50
1.25
1. 18
0.92
0.79
1.78
2.98
1.3'
1.95
1. 68
2.04
0.95
2.OO
1-93
1-51
2.O9
1.49
1.68
3.66
-3.34
h. m. s.
17 5 3-45
9 51-52
12 27.37
12 45-37
14 8.66
15 19.48
21 I . 30
22 51.42
24 57-21
26 58.52
29 0.23
30 50.20
33 37.36
35 21.30
36 56-65
38 42.25
42 1.74
43 14-15
45 54.38
47 6.6h
49 53-35
SO 22. 16
52 49-47
53 57-45
54 50.50
17 59 6.49
18 i 41.32
4 14-39
4 19.92
8 6.85
8 53.62
13 1.63
13 6.45
17 30.62
19 21.16
21 9.17
2 3 28.48
24 46.32
25 37-44
28 49.57
33 37-15
34 17-84
37 18.21
37 55-49
39 14.11
41 38.53
44 36.60
45 7-14
18 46 2.62
22 23 59.5
32 37-3
46 n.o
35 4.o
51 48.5
39 32-2
-19 45-4
53 o.g
55 6-5
25 56.8
29 14.1
58 15.4
17 10.8
7 15-2
33 16.9
25 1.6
52 16.6
37(25)
56 56.8
25 53-6
29 55-3
27 8.4
39 53-3
42 50.2
46 50.4
17 24.0
15 58.7
52 7-7
44 57-1
13 1.7
23 29.4
21 53.1
18 16.4
16 27.2
30 10.6
46 39.4
23 47-7
32 29.2
28 48.5
33 36.8
18 41.4
33 ii. 4
3 2 49-2
27 0.5
34- 18.1
26 10.7
28 46.4
55 32.8
22 51 14.6
29.
41-
58 5
47-
59-
22.
. . 39.
51.
3- |- -
53- *-
14.2
-3. 35-
26.238.
1(1.2 27.3
50.2
40.2
' -
59-
o.
1 . 5
12.5
3-5
56 .'2
15-5
47-
8. '5
28.
59.
34.5
19.7
39-5
II. 2
46.3
32.
51-5
4-
23.
58.2
13-7
3-2
15.5
+ 0.01
+ 0.01
+ 0.01
O.OI
O.OI
+ O.OI
+ O.OI
O.OI
O.OI
O.OI
+ O.OI
O.OI
VII.
VII.
VII.
VII.
VII.
V.
VII.
VI.
VI.
VII.
VII.
V.
III.
VII.
IV.
VI.
III.
VII.
III.
III.
V.
IV.
V.
VII.
IV.
III.
F W.
5
i
5
i
5
4
4
2
2
I
7
6
i
2
6
5
5
6
6
4
2
5
4
3
4
55-5
51.6
8.5
7-2
3-4
20.2
IQ 2
32.
44-5
44-
56.2
8.2
'5-5
0.
27-
12.
24.
35-
47
en.
20.
43-
16.2
55-5
25 H
7-
T.I.
s.
3.5
21 .2
'5.S
33
31-
43-5
. .
2O.
32.
35 *
30.
48.
42-5
o.
12 *,
*-3 - -
-:<l
51.3
39-
20.
51.
.5.5!..
32.
44-
44-
= 6
19.231.
+ 0.01
+O.OI
IV.
VII.
VII.
VII.
VI.
VII.
VII.
4
5
4
5
4
i
2
45.
- -
. . 27. s
.
1<>. . -
2.5
26.
38.
S.6
2O.
. . 16.
CORRECTIONS.
REMARKS.
IMte C rr - f
IW> Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(127) 7. Micrometer reading assumed as
46 r .g55 instead of 47 r .955.
(127) 9. Transit over T. Ill assumed to have
been at 23" instead of 33'.
(127) 18. Micrometer reading assumed as 3*
43' instead of 5* 43 r .
(127) 19. Micrometer reading assumed as I 1
34 r .38o instead of i ( 44 r .3So.
(127) 21. Micrometer reading assumed as
45 r .850 instead of 4& r .85O,
(127) 22. Micrometer reading assumed as
50 r .683 instead of 5i r .683.
(127) 26. Micrometer reading assumed as 7*
32 r .o88 instead of 7' 44 r .o88.
(127) 30. Micrometer reading assumed as
49 r .g56 instead of 50'. 956.
(127) 31. Micrometer reading assumed as
46 r .8S2 instead of 47 r .SS2.
(127) 38. Declination 10' discordant from Arg.
307, loo.
(127) 43. Micrometer reading assumed as
40 r .&72 instead of 4i r .&72.
(127) 44. Micrometer reading assumed as
4O r .&72 instead of 4i r .&72.
1848. h. s.
June 12, 15 +17.300
s.
g o.oiS
s. s.
0.410
s.
+ 0.535
r.
o o 0.90 40.039
INSTRUMENT READINGS.
Date.
CIRC I i:.
Barom.
n
u
55
<s
~a S
S|
2 E
V, '*->
w
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 127
1848. h. m.
June 12, 17 4 '
17 3
17 54
f 30l
14 o.
58.
3-4 5-2
//
1-53
1.65
in.
30.074
30.078
30.072
73-
3 7 .8
5 7 .
60.8
60.
58.2
*2 39' is written under the circle-reading in the hand-book, without any reason for its being
set there of any algebraic sign being given. If meant to be subtracted the zone would be 298
35', &c., and this corresponds to the true declination of the zone, as indicated by a collation with
Argelander's zones. . B. A. G.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 127.
JUNE
12. MS. D =r 22 3' O
" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
a* MICROMETER.
i
4
*
Moan Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
50
52
53
54
55
56
57
58
i
2
3
4
5
6
7
8
9
10
ii
12
13
14
15
16
17
18
'9
20
21
22
23
24
25
26
27
28
29
30
32
33
34
35
36
IO
10
10
9
10
10
9
9
9
8.9
9
9
9
8.9
9
8.9
9
9
9
9
8.9
10
10
10
9.10
9
9
8.9
9
8.9
9.10
9
10
IO
IO
8.9
IO
9
9
9
9
9
9
9.10
24-5
59-5
Sa-
il. 6
36
11
44
21
24
5
t
.5
5
48.
23.2
h. m. s.
18 49 0.14
13 57 35-18
19 o 8.07
2 45.08
4 47-77
5 12.14
7 41."
12 15.91
19
JXE 128. Jl
15 46 3.78
49 15-05
52 34.58
53 7-M
53 53-76
54 34-H
57 4-21
53 31-35
15 58 58.02
16 o 32.09
i 16.47
2 7-72
4 23.74
5 45-gi
6 55-53
7 0.72
12 33.25
13 12.75
'4?55-66
ig 0.57
19 34-9'
20 45.37
23 30.52
24 45.39
26 27.26
30 12.58
32 1-34
32 lO.JS
37 54-12
38 46.36
40 16.15
41 0.26
42 13-76
44 27.16
45 29.05
16 48 6.98
s.
+22.37
22.39
22.39
22.40
22.40
22.41
22.41
+ 22.42
NE 1 6.
+ 2O.99
20.99
20.99
20.99
20.99
20.99
20.99
20.99
20.99
20.99
2O.gg
21. OO
21 OO
21.00
21. OO
21. OO
21.00
21. OO
21.00
21.01
21 .OI
21 .OI
21.01
21. OI
21. OI
21.02
21.02
21 .02
21.02
21.02
2 1. 02
21.02
21.03
21.03
21.03
+ 21.03
s.
O.OI
o.oi
O.OI
O.OI
0.01
M.S. I
O.OI
- O.OI
+ O.OI
+ O.OI
+ O.OI
+ O.01
O.OI
+O.OI
IV.
IV.
V.
IV.
VII.
IV.
V.
V.
>.=-
V.
VII.
VI.
IV.
V.
VII.
III.
IV.
VII.
V.
VI.
VI.
IV.
V.
V.
VII.
IV.
VII.
VII.
IV.
VI.
VI.
III.
IV.
V.
III.
III.
VII.
II.
V.
IV.
VII.
VII.
VII.
VII.
III.
2
2
3
7
6
6
7
3
5
23
5
4
4
6
5
4
3
7
I
4
2
4
7
6
2
2
2
7
I
4
6
I
I
2
I
I
6
6
4
3
4
5
2
I
6
5
r.
47.250
47.465
34-970
44-430
40.240
37.960
39-530
42.025
51.850
55' 5o".
31.850
21.440
47.412
44.880
50.030
53-250
40.66
43-250
45-690
51.070
55-772
47-750
46.460
38.64
39.490
47.315
45-330
47.882
51.862
42.740
40.042
39-532
36.19
39-93
31-99'
46.932
49.02
42.192
40.378
48.90
46.347
49-97
51.128
35-632
33-232
44-445
40 25.32
40 17.92
33 27.72
7 4-o<3
15 22.50
16 40.79
9 18.37
34 42.40
17 58.28
28 52.77
40 39.10
25 44-57
12 42.67
18 26.53
22 23.33
35 29.42
7 10.23
47 8.06
23 38.65
35 31-67
25 32.93
5 54-11
16 17.59
44 52.6i
40 22.85
41 31-45
5 4-89
44 9-91
28 25.62
15 2g.22
50 40.32
52 1.07
44 37-47
55 0.17
46 25.49
10 20.04
14 15-04
29 46.89
19 5-45
26 21.37
19 2.85
38 11.51
52 54-54
19 23.68
21 38.92
- 9->9
8.13
7.86
7.56
7-33
7.29
7.01
6.50
- 6.38
10.80
10.69
10.59
10.57
10.54
10.52
10.44
10.40
10.38
10-33
10.31
10.27
10.19
10.13
10. 10
10.09
9.88
9-25
9-78
9.62
9.60
9-55
9-43
9-37
9-31
9.14
9.06
9.05
8.78
8.73
S.66
8.63
8.57
8.46
8.40
-8.27
- 2.77
2.76
2.67
0.31
0.92
i .01
0.52
2.36
1. 06
2.92
3-82
2.68
1.70
2.14
2-44
3-42
i .29
4.31
2.53
3-43
2.67
1.20
1.99
4.16
3.80
3-90
1. 1;
4-05
2-93
1.91
4.60
4.70
4-14
4.90
4.26
1-53
1.83
2-99
2.15
2-73
2. IO
3-63
4-76
2.21
- 2.39
h. m. s.
18 49 22.51
18 57 57-57
19 o 30.46
3 7-47
5 10.16
5 34-54
8 3-51
12 38.33
19(13)
15 46 24.77
49 36-04
51 55-57
53 28.13
54 14-75
54 55-10
57 25.20
58 52.34
15 59 ig.oi
16 o 53.08
i 37.46
2 23.72
4 44-73
6 6.91
7 16.53
7 21.72
12 54.25
'3 33-74
15? 16.66
19 21.58
19 55-92
21 6 . 39
23 57-54
25 6.40
20 48.28
30 33.61
32 22.35
32 31-37
38 15-14
39 7-38
40 37.17
41 21.28
42 34-79
44 48.20
45 50.08
16 48 28.01
* II
22 43 37-3
43 28.8
36 38.2
10 II. q
18 30.8
II) 49.1
12 25.9
37 5L3
22 21 5.7
24 24 56.5
36 43.6
21 47.8
8 44.9
14 29.2
18 26.3
3i 33-3
3 11.9
43 12.8 ;
19 41-5
3i 35-4
21 35-9
I 55-5
12 19.7
40 56.9
36 26.7
37 35-2
i 5-3
40 13-7
24 28.2
ii 30.7
46 44-5
4 S 5.2
40 41.0
5' 4-4
42 28.9
6 2o. (i
10 15.9
25 48.7
15 6.3
22 22.8
15 3-6
34 13-7
48 57-8
15 24.3
24 17 39.6
33-
36 2
45-
16
|S
5-5
17
3
ift
Z
58 -'5
. 22-5
15-
34-2
7-2
27.3
46.2
39-
...
27-5
40.
7-2
46.
16.2
58.2
10.5
19.2
31-5
22.
34-4
20.
32-3
44-
s --
24-
45-5
35-5
58.
48.
10.5
. .
. .
37.
21.
33 5
36 .'5
*
7-
20.
32.5
35-
47-
57-5
59-
9-5
21
5i33-5
36.2
P
37
30
-j
49-5
22.5
34-5
46 .'5
. .
. .
i6
58.5
10.5
22.5
16 c
CO.
39-2
51-2
3-5
30.5
43
cc .
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co. (127)
52. Micrometer reading assumed as 4'
33 r .970 instead of 3' 34 r .g7o.
56. Micrometer reading assumed as
40 r .530 instead of 39 r .53O.
58. Micrometer reading assumed as
50 r .85O instead of 5i r .8so.
3. Minutes of transit assumed as 51 in-
stead of 52.
8. Micrometer reading assumed as
44 r .25O instead of 43 r .25O.
19. Micrometer reading assumed as
5o r .S62 instead of 5i r .862.
23. Micrometer reading assumed as
37 r .i9 instead of 36 r .ig.
jo. Hor. thread assumed as 5 instead of 3.
1848. h.
June 16, 19
s.
+ 16.091
s.
/ 0.008
s. s
o
410
s.
+ 0.535
o o 2.12
r
40.
(127)
081 (I27)
INSTRUMENT READINGS.
128)
(128)
CIRCLE.
si
u
ii (I28)
$ i (128)
*j=
WH (128).
Date.
A.
B. C.
D.
Corr'd
Mean.
Mean.
Barom.
Zone 127
Zone 128
1848. h, m.
' June 12, 18
18 40
Iq 12
June 16, 15 46
15 12
15 54
*300
' "
"
"
in.
30.066
30 . 060
30.062
30.008
30.004
30.006
66.8
66.2
66.2
S3-5
83.
81.8
, (128) 32. Micrometer reading assumed as
48 r .g7 instead of 4g r .g7.
57-2
^ ' *This circle-reading being manifestly erro-
'3' neous, the declination was deduced from the
mural zones, and thecorrespondingdegrecs
and minutes, 296 42', adopted"; while the
microscope-readings have been retained as
given above.
15 30.
27-8 34-
33-5
31.38
31.32
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 128. JUNE 16. Ms. D = 23 55' 50" Continued.
No.
Mag.
' SECONDS OF TRANSIT.
T.
"i
a.
MICROMETER.
1
d,
*
Mean Right
Ascension,
1850.0
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
37
38
39
40
41
42
43
44
45
I
2
3
4
5
6
7
8
9
10
ii
12
13
14
15
16
17
18
19
2O
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
3
10
10
8.9
9
9
9
9
9.10
9
9
10
10
10
10
9
10
9
9
9.10
9.10
9.10
9.10
10
IO
9.10
8.9
9
9.10
9
9
TO
7.8
9
9
9
9
9. 10
IO
9
9
9.10
I-J
9
45.
h. m. s.
16 48 32.75
49 33-30
50 37-74
52 46.56
54 I- 80
54 28.26
54 59-24
56 1.44
16 57 22.56
NE 129. Jl:
16 34 36.32
38 18.42
40 43.02
41 IO.2O
42 45-75
46 19.25
49 17-47
52 22.28
53 59-38
54 56-08
57 4-24
58 42-09
16 59 27.24
'7 o 33.05
3 57-27
4 14-93
5 I5-S4
6.39-03
8 28.69
8 34-44
ii 9.70
12 36.96
14 32.20
15 19-97
16 48.94
19 27.02
21 I8.IO
21 52.58
23 55 34
26 1.46
29 4-59
31 17-87
34 45.69
36 51.72
38 34.o6
17 39 17.88
s.
+ 21.03
21.03
21.03
21. OJ
21.0.;
21. OH
21. 'OJ
21. OJ
+ 21. OH
NE 26.
+ 23.7S
23.7S
23.78
23.78
23.7S
23.78
23-77
23-77
23-77
23-77
23-77
23-77
23-77
23- 11
23-77
23-77
23.77
23-77
23-77
23.77
23-77
23-77
23-77
23-77
23.77
23-77
23.77
23.77
23.77
23.78
23.78
23.78
23.78
23.78
23.78
+ 23.78
s.
O.OI
O.OI
+ 0.01
o.or
O.OI
O.OI
Ms. I
! : :
; ;
O.OI
+ 0.01
+ O.OI
+ O.OI
O.OI
+ 0.01
+ 0.01
O.OI
+O.OI
O.OI
O.OI
IV.
VII.
VII.
III.
vii.
VII.
VII.
VI.
) o =-:
V.
IV.
IV.
VII.
VII.
V.
VII.
VII.
VI.
VII.
III.
V.
VII.
VI.
III.
VII.
VII.
VII.
V.
VII.
IV.
III.
IV.
VII.
VII.
IV.
IV.
VI:
IV.
III.
II.
IV.
IV.
III.
VI.
V.
6
6
I
5
7
6
7
4
4
3
4
4
4
4
4
4
4
4
2
2
5
7
4
4
5
3
3
i
i
3
i
7
5
4
2
I
4
3
3
7
3
4
5
i
6
6
r.
43-372
44.500
41.972
4.95
47.652
52.235
47.50
48.960
48.60
17' 50".
48.715
51.610
57-702
55.908
46.772
43.240
46.10
52.505
43-45
43.105
41.740
4O. 12
4L540
39.OO2
42.802
44.325
42.850
4L50
43-354
40.655
43-752
45.210
4t.52S:
42.753
4L899
43.780
49-193
46.530
33-972
35-12
35.452
46.102
51.056
47.6I5
46.25
40.746
13 34-62
12 55-53
49 16.14
20 12.64
5 13-04
8 29.09
5 18.05
24 51.12
25 3.65
24 59.76
23 20.07
20 24.66
20 51.76
26 6.46
28 8.36
26 2g.6l
22 48.98
42 36.10
42 47.84
23 12.09
9 32.47
29 6 . 68
30 34.28
22 35-51
33 22.93
34 13-74
49 32.36
48 28.73
35 29.35
48 15-05
6 37-14
23 19-43
28 24.90
43 29.37
53 58.56
24 43-34
32 7.12
38 45-38
12 24.70
38 28.73
26 29. 8t
17 51.22
46 i . 96
ii 55.36
15 5.05
8.2";
8.19
8.14
8.02
7.95
7.93
7.90
7.84
- 7-75
29.02
28.80
28.64
28.61
28.50
28.26
28.06
27.84
27.72
27.66
27.50
27-38
27-33
27.24
26,99
26.97
26.89
26.78
26.64
26.64
26.43
26.32
26.17
26.10
25.99
25-77
25.62
25-57
25.40
25.23
24-97
24.78
24-47
24-29
24-13
-24-07
- 1.78
1-73
4.48
4-27
I-I5
1-39
I. It
2.62
2.64
- 9.64
9-52
9.26
9-33
9.72
9.87
9-75
9.48
10.93
10-94
9-5"
8.53
9-94
10.05
9-45
10.27
10.32
11.46
11.39
10.41
11-37
8.29
9-51
9.89
11.01
11.77
9.62
10. 16
10.66
8.72
10.63
9-75
9.10
11 .16
8.68
8.90
h. m. s.
16 48 53.77
49 54-32
50 58.78
53 7.6o
54 22.83
54 49-29
55 20.27
56 22.48
"6 57 43.6o
16 35 o.io
38 42.20
41 6.80
4i 33-98
43 9-53
46 43.03
49 41.24
52 46.05
54 23.15
55 19-85
57 28.01
59 5-85
16 59 51.01
17 o 56.82
4 21.04
4 38.70
5 39-61
7 2.81
8 52.47
8 58.21
ii 33.48
13 0.72
14 55-97
15 43-74
17 12.72
19 50.80
21 41.87
22 16.35
24 19.11
26 25.23
29 28.37
31 41.65
35 9-47
37 15.51
38 57.83
17 39 41.65
24 9 34-6
8 55-4
45 18.8
16 14.9
I 12. I
4 28.4
I 17.1
20 51.6
24 21 4.0
23 43 28.4
41 48.4
38 52.6
39 19-7
44 34-7
46 36.5
44 57-4
23 41 16.3
24 I 4-8
24 I 16.4
23 41 39-1
27 58.4
47 34-0
49 1.6
41 2.0
51 50.2
23 52 41.0
24 8 0.6
24 6 56.8
23 53 56.4
24 6 42.8
23 25 I.S
41 45-1
23 46 50.9
24 I 56.4
24 12 26.1
23 43 8.6
50 32.8
57 II. 4
30 48.6
56 54-3
44 54-3
23 36 14.8
24 4 27.4
23 30 18.2
24 33 28.0
57-5
9-5
14 .
34-5
50.
46.6
1.5
58.5
28.
40.5
35-5
0.
42.5
12.4
54-5
24.2
6.3
22.7
16 i
13. 26.2
34.646.5
37-5
7.0
18 i
43-
55-2
7-5
IQ. 2
57-5
34-
IO.
46.5
41 5
34-
46.5
23.5
40.
52-5
8.
20.2
32.2
51.
1 <
21.
33 - 5
-in.
39.8
52.
51.
41-
52.5
10.5
33-5
45-8
57-8
25-
Q. 5
56.
20.
32.5
31-5
44.
56 .'5
2 5 >
3-
'5-5
f,
26.5
T8 "
rg.
42.
15-5
3L5
37-5
43-5
49-5
52.8
55- 2
4-5
16.5
54-2
28.'
6.
33-5
}Q. s
17. c
i *
46.
57-?
r8
29.8
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
f
Zenith Point. Mic.
Co.
(129) 3. Micrometer reading assumed as
56'. 702 instead of 57'. 702.
(129) 26. Micrometer reading assumed as
33 r .7So instead of 43 r .78o.
(129) 29. Transitover T.IV assumed as at 5 5".2
instead of 53'.2, and micrometer
reading as 34 r .972 instead of 33 r .g72.
(129) 32. Transit overT. II assumed as at 54". 2
instead of so'.2.
* 3 33 > s written in the hand-book below the
circle-reading, and an increase of the decli-
nation by 3 33' is evidently required, as on
June 16 ; and the reading 297 20' has been
adopted instead of 300 53', retaining, how-
ever, the microscope-readings as given.
1848. h. s.
June 26, 19 +18.866
s.
f 0.009
s. s.
0.410
s.
+ 0.535
r.
o o 1,40 40.073
INSTRUMENT READINGS.
Date.
CIRCLE.
o E
a
|s
<
c o
SB
* 2
"H
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 129
1848. h, m.
June 26, 16 24 "
17 40
18 o
18 30
18 25
19 24
19 24
1 It
'300 53 o.
54-
4-5 4-8
0.58
n
0.72
in.
30.118
30.120
30.119
30.116
30.116
30.116
30.112
30.110
78.8
77.5
77.2
76.8
76.2
75-8
75-2
75-
74-
70. C
70.:
69.
68.
68.
68.
67. c
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 129. JI-NE
26. Ms. D = 23 17' 50" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
i
a*
MICROMETER.
i
rfi
Jt
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
S7
38
39
40
41
42
43
44
45
46
47
48
49
5
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
So
81
82
83
84
85
9
9
9.10
10
10
IO
9.10
8.9
9
10
10
10
9.10
9.10
9. 10
8.9
9
IO
IO
10
10
IO
10
10
IO
10
10
IO
10
IO
8.9
9
9
IO
10
IO
IO
10
9
10
9
9.10
10.
10
9
9.10
9.10
9.10
10
|S
O.2
h. m. s.
17 40 23.96
42 7-59
43 20.40
45 28.40
46 1.44
47 33-93
48 45.78
50 15.00
51 38.59
54 40.77
54 47-34
56 2.90
57' 0.48
17 58 43-97
18 o 21.88
3 10.85
7 i. 01
7 9-94
8 46.38
10 24.34
ii 4-85
14 10.85
16 34.50
17 10.56
1.8 45-56
20 58.48
21 49.68
23 48.23
26 51.90
27 14-94
2g 0.04
32 19.29
33 24 64
35 29.15
37 20.00
38 26.06
41 26.32
43 40.97
49 I. 08
51 22.oS
51 54.86
53 7-92
54 1 5- -88
57 4-43
18 59 17. 10
19 o 7.10
2 34.86
3 36.66
19 7 24.08
s.
+23.78
23-78
23.78
23-78
23.78
23-78
23-78
23-78
23.78
23-78
23-78
23.78
23-78
23.78
23-78
23.79
23.79
23.79
23-79
23.79
23.79
23.79
23.79
23-79
23.80
23.80
23.80
23.80
23.80
23.80
23.81
23.81
23.81
23.81
23.81
23.81
23.82
23.82
23-83
23-83
23-83
23-83
23-83
23-83
23.84
23.84
23.84
23.84
+23.85
' s,
+O.OI
O.O1
+O.OI
O.OI
+ 0.01
O.OI
+O.OI
+ O.OI
+O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+ 0.01
O.OI
+ 0.01
O.OI
O.OI
O.OI
o.oi
-O.OI
+ O.OI
O.OI
O.OI
O.OI
+ 0.01
O.OI
VII.
IV.
IV.
III.
VII.
VI.
VI.
V.
V.
III.
VI.
VII.
VII.
IV.
VI.
V.
III.
VII.
VII.
IV.
VII.
IV.
III.
V.
VI.
VI.
VI.
IV.
II.
VII.
V.
V.
VI.
VI.
III.
IV.
III.
IV.
VI.
V.
VII.
VII.
VII.
IV.
IV.
V.
IV.
V.
VI.
I
6
i
i
2
3
5
4
6
I
I
5
2
2
4
5
3
2
6
7
7
7
6
7
5
3
i
5
6
3
5
3
2
4
4
7
4
6
7
7
7
4
i
7
7
7
2
2
6
r.
39-510
38.39
37.312
38.319
42.630
39-915
42.435
47.072
42.616
36.535
38.755
4L255
50.00
44.56
21.385
38.575
46.700
40.672
44.50
50.162
48.390
46.002
50.448
35.001
.(6.i)ii)
44 882
46.755
48.472
49.232
42.45
48.550
37.420
34-9 10
42.530
43.132
40.470
42.870
42.28
40.260
37.3-85
43.510
41.828
40. 100
38.96
44.860
44.542
46.970
49.575
48.750
50 40.91
16 26.23
51 56.89
51 22.17
13 4 - 20
35 53.96
22 48.07
25 56.36
14 0.64
52 23.63
51 7-06
23 28.56
38 50.32
41 57.98
|0 41.11
25 I. 12
32 1-35
14 46.011
12 55-49
3 4 (| . 5 S
4 47-35
6 9.88
9 30-84
12 28.80
20 13.91
33 3.89
46 31-49
19 20.22
10 12.64
34 27.52
'9 17.51
37 21.02
48 4 72
28 32.73
28 1 2.08
6 28.21
27 46,66
14 12.2)
9 27.5''
II 6.68
7 35-45
28 56.76
50 20.59
10 12.45
6 49.22
7 0.14
40 34-97
39 5-21
10 29.23
-23.97
23.82
23.71
23.51
23.46
23.32
23.2:
23.07
22.95
22.67
22.66
22.54
22.45
22.29
22.14
21.87
21.51
21.49
21.33
2 I . 1 t
21.11
20.81
20.57
20.51
20.36
20. 14
20.06
19.86
19.55
19.52
19-34
19.01
18.90
IS. 68
18.50
18.39
18.09
17.86
17.23
17.08
17-03
16.91
16.79
16.49
16.27
16. 19
15-93
15-83
-15-44
11.56
9.01
11.65
II. 61
10.98
10-45
9-47
9.71
8.83
11.68
H-59
9-52
10.69
10.90
10.83
9-63
10. 16
11.10
8.73
8.06
8.14
8.23
8.48
8.70
9.22
10.25
11.25
9.20
' 8.55
10.35
9-19
10.57
11.38
9-9
9.87
8.21
9-83
8.82
8.47
8.61
8.34
9 93
11.57
8.54
8.28
8.25
10.84
10.73
- 8.54
h. in. s.
17 40 47.75
42 31.36
43 44.19
45 52.19
46 25.23
47 57-71
49 9- 5''
50 38.78
52 2.3(1
55 4-?''
55 II. 13
56 26.68
57 24.26
17 59 7-75
18 45.66
3 34-(>4
7 24.80
7 33-74
9 10.16
IO 48. 12
11 28.63
14 34.63
16 58.28
17 34-34
19 9-36
21 22.28
22 13.49
24 12.03
27 15.69
27 38.74
29 23.85
32 43-" :
33 4 s -4 f '
35 52-96
37 43-81
38 49.86
41 50.14
44 4 7*
49 24.90
51 45.90
52 lS.6ti
53 3L75
54 39-7=
57 28.25
18 59 40.93
19 o 30.93
2 58.71
4 0.50
19 7 47.92
24 9 6.4
23 34 49. i
24 10 22.2
9 47-3
24 i 28.6
23 54 17-7
41 10.8
44 19-1
23 32 22.4
24 10 48.0
24 9 3L3
23 41 50.6
23 57 >3-5
24 O 21 .2
23 59 4-1
43 22.6
23 50 23.0
24 3 8.7
23 11 15.6
22
23 6.6
24 28.9
27 49-9
30 4*. ii
38 33-5
23 51 24.3
24 4 52.8
23 37 39-3
28 30.7
52 47-4
37 36.0
23 55 40.6
24 6 25.0
23 46 51.3
46 30.4
24 44-8
46 4 . 6
32 28.9
27 43-3
29 22.4
=5 50.8
23 47 13-6
24 8 39.0
23 28 27. s
25 3-8
25 14-6
58 51-7
57 21.8
23 28 43.2
43-
cfi
7 8
16 \
20.2
32.5
44.6
rR
58.
51-
ifi'r
3-
26.5
2o.
15-
38.5
27.
50.6
II.5
7 R
44.
24.6
36.5
]A
37.
59-
49.
10.5
23-
|6
12.
24.5
41 .
58,'s
47-
22.5
^8
n.
22.5
IO.
23.
1 6."
24.5
,s
s .
3.6
26.
28.
43-
55-5
48.
7-5
R '
0.5
24.
29.
II. 5
31.
37-
41-
49-
53-5
14.
50.
5-
2.5
17-
29.
34-
52.
41-
40. g
53-5
52.8
5-
4-5
17.
19.
31 .
58.5
23-
24.5
35-
36.5
24-
49-
Vs.'
t
CORRECTIONS.
REMARKS.
n Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
('29) ;
4. .Micrometer reading assumed as
39 r .672 instead of 4o r .&72.
9. Micrometer reading assumed as
33 r .gio instead of 34 r .9io.
2. Micrometer reading assumed as
45 r .47O instead of 4& r .47o.
^3. Micrometer reading assumed as
43 r .S7O instead of 42 r .87O.
75. Transits over T.'s V and VI as-
sumed as 13" and 25" instead of 3"
and 15", and minutes as 50 instead
of 49.
1848. h. s.
s.
s. s.
s.
' " s.
(129) (
(129)
(129)
(129) '
INSTRUMENT READINGS.
Date.
CIRCLE.
-3 g
sl
s
S u
<
"a E
SS
O C
X
'
A.
n.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 129
1848. h. m.
June 26, 20 6
O / II
"
"
in.
30.112
75.
o
67. c
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 129. JUNE 26. Ms. D = 23 17' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
o\
cii
MICROMETER.
i
d,
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0
I.
II.
III.
IV.
V.
VI.
VII.
n.
12.
86
87
88
89
90
91
92
93
94
95
96
97
98
99
IOO
IOI
102
103
104
105
1 06
107
1 08
log
no
in
112
H3
114
"5
116
"7
IlS
119
I
2
3
4
5
6
7
8
9
10
II
10
10
IO
IO
IO
IO
IO
10
10
IO
IO
9
9
9.10
10
10
IO
9. 10
IO
9.10
10
IO
IO
IO
IO
9
9.10
10
[0
9.10
IO
10
9.10
9
10
10
IO
IO
9. 10
10
10
8.9
9
9
13-
26.
ifl
.
h. m. s.
rg 9 49.72
10 46.01
II 36.44
13 11-93
14 46.02
15 41.70
17 52.89
22 32.23
2 4 38.93
24 51.89
26 13.95
27 22.97
30 24.99
30 42.25
30 57-9
32 15.96
33 57.98
34 14-95
35 16.89
37 47.87
40 32.06
39 59-00
41 42. g4
44 9.00
46 10. 61
47 ig-57
49 1-50
49 40.26
52 30.16
54 43-12
19 59 6.01
20 3 0.48
3 21.44
20 6 52.84
NE 130. Ju
17 46 55. gg
47 40.18
49 35-21
50 32.19
52 12.16
52 51-09
54 5.o8
57 39-89
58 13-07
17 59 45.08
18 I 34-44
s.
+23.85
23.85
23.85
23.85
23-85
23.86
23.86
23.87
23.87
23.87
23.87
23.87
23.88
23.88
23.88
23.88
23.88
23.88
23.88
23- 8g
23. 8g
23. 8g
23-89
23.90
23.90
23.90
23.91
23.91
23. gi
23-91
23.92
23.93
23-93
+23.94
-Y 10.
+ 26.O4
26.O-I
26.0.]
26.04
26.0-|
26.04
26.04
26.04
26.04
26.04
+ 26.04
s.
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+O.OI
+ 0.01
O.OI
+O.OI
+ 0.01
+O.OI
O.OI
O.OI
+ O.OI
-fo.oi
MS. r
"+O.O1
O.OI
+ O.OI
III.
IV.
VII.
VII.
VII.
VII.
VI.
V.
II.
VII.
VII.
VII.
II.
VI.
VII.
VII.
IV.
VII.
VII.
III.
III.
V.
VII.
VI.
II.
V.
IV.
VI.
IV.
IV.
V.
IV.
III.
o 2
IV.
V.
IV.
VII.
IV.
VII.
VII.
III.
IV.
IV.
III.
4
5
3
4
5
5
S
4
6
5
5
6
4
4
5
2
2
2
5
4
I
2
4
4
I.
7
4
4
6
3
2
4
3
2
2 4
2
4
2
4
3
5
4
5
4
6
2
r.
37.9523
44.865 2
4LIS23
34.4923
38.8722
46.71 2
46.8222
3I.OOS3
34-425 I
46.4502
48. IOO I
45.8151
44.1322
44-7592
44-77812
47.1204
48-5553
52.045 ! 3
49.662 I
43-33 2
45.9524
47.062';)
47-44 2
43-I502
44.5984
40.90
47.8752
46.8402
43.7521
46.6823
42.1204
39.0853
42.072 3
48.6523
o' 40".
46.7324
46.3992
53.4123
47.4562
5i.682|2
46.446^
44-8252
44 . oo 2
46.8552
43-5551
45.2804
i 10.52
i 24.48
5 ".19
3 9-4' 1
4 50.64
o 20.65
o 16.94
5 9-72
8 8.24
o 29.61
9 32.77
2 IO.2O
7 37-54
7 15-94
i 27.21
o 29.53
9 40.37
7 39-88
8 38.97
8 5.26
6 59-24
o 31-77
4 o.io
8 11.38
7 45.8o
9 5-6o
5 28.73
6 4.26
3 21.52
2 2.OI
3 22. OI
o 31.70
4 40-54
9 36.99
o 43. 16
6 I9.55
6 53-06
5 42.91
9 9-77
o 29.76
7 13-53
i 54-24
6 3.87
3 28.32
i 33.15
15.20
15.10
15.02
14-85
14.69
14.60
14.37
13.90
13.68
13-65
13.52
13.40
13.09
13.06
13.03
12.90
12.72
12.69
12.59
12.33
12.06
12. II
U.95
II. 68
11.48
11.36
n. ig
11.13
10.84
10.63
10. iS
9-7S
9-74
- 9.3S
- 4.68
4.61
4.42
4-34
4.17
4. II
3-99
3-65
3-59
3-44
3.26
IO.IO
9.32
10.41
10.27
g.62
9-25
9.24
10.41
9-13
9.26
9-23
8.66
9-74
9.71
9.36
10.83
10.77
10.62
9-'3
9.87
11.30
10.83
9.52
9.87
11.38
8.42
9.67
9.71
8.74
10. 16
11.04
10.07
10.39
-10-79
- 6.79
5-75
6.51
5-70
5-94
5-33
5.8i
5-43
5-73
4-83
- 6.84
h. m. s.
19 10 13.57
II g.86
12 O.2g
13 35.78
15 9-87
16 5-55
18 16.74
22 56.IO
25 2.79
25 15-75
26 37.81
27 46.83
30 48.87
31 6.13
31 21.78
32 39-85
34 21.87
34 38.83
35 ^0.76
38 11.76
40 55.96
40 22.90
42 6.83
44 32.90
46 34-52
47 43.46
49 25.41
50 4-17
52 54.06
55 7-03
ig sg 2g.g4
20 3 24.41
3 45-37
20 7 i6.7g
17 47 22-04
48 6.22
50 1.25
50 58.23
52 38.20
53 I7-I3
54 3LI2
58 5-93
17 58 39."
18 o ii. ii
1 8 2 0.49
o ; n
23 4g 25.8
39 38.9
53 26.6
51 24.6
43 5-0
38 34-5
38 30.6
53 24.0
36 21.0
38 42.5
37 45-5
30 22.3
45 50.4
45 28.7
39 39-6
58 43-3
57 53-9
55 53-2
36 50.7
23 46 17-5
24 5 12.6
23 58 44-7
42 i i. 6
23 46 22.9
24 5 58.7
23 27 15.4
43 39-6
44 I5.I
31 3I-I
23 50 12.8
24 i 33.2
23 48 41.6
52 50.7
23 57 47-2
23 21 34.6
7 9-9
17 44-y
6 32.0
9 59-9
I 19.2
S 3-3
2 43-3
23 6 53.2
22 54 16.6
23 22 23.2
|6
12 11 -
48.
c8
IO.
rS
29.
15
41.
20.
52.5
32.5
5.
28
18
50.
47-
Co.
54*
6.5
. . ].-
C2
|A
58
51 .
53.
n.5'24-
56. 8.
ifl
2O.
. . kn.
7.
ig.
21.
33.
. .
46. 5
56.
37-5
7-5
49-5
19.5
1-5
jl.2
52.
4.5
fi "
iS "
7-
39-
19.2
42-
37-
31-
54-
6
60
C7 c
20.
29. 41.
32.244.
52.5
55-9
8
Zf
52.
4.2
23 .
35-
47-2
59-5
56 2
R '
12.
24.2
15.
27.
4 r -
16.
28
13.
25.
45 -
57-
10.5
22.5
CORRECTIONS.
REMARKS.
P. Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(129) 94. Micrometer reading assumed as
35 r .425 instead of 34 r 425.
(129) 108. Micrometer reading assumed as
5O r .44 instead of 47''. 44.
*This zone had 3 33' written under the cir-
cle-reading; and as a collation with the mu-
ral zones indicates that the circle-reading
should have been about 297 57!, the value
297 57' has been adopted, with the micro-
scope-reading as given. '
1848. h. s.
July 10, 16 +21.152
s.
/ 0.047
s. s
o
410
s.
+ 0.535
o o 2.33
i
40.
019
INSTRUMENT READINGS.
Date.
CIRCLE.
T3 P
j=
5s
S
<e
"a E
1
4J C
*
w
A.
B. C.
D.
Corr'd
Mean.
Baiom.
Mean.
Zone 130
1848. h. m.
July 10, 17 46
*3oi
/ ;/
30 30.
22. 32.2
32.
29.20
29.0=
in.
30.176
30.172
75-2
75-2
o
72.3
72.
10-
74
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 130. JULY 10. Ms. D^~ 22 40' 40" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
a,
a* MICROMETER.
i
<
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II. III.
IV.
V.
VI. VI.I. ii.
12.
12
13
14
15
i
2
3
4
5
6
7
8
9
10
ii
12
13
M
15
16
17
18
'9
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
8.9
IO.II
10
IO
10
9.10
9
10
IO
10
10
9
10
IO
10
9.10
9
9
8.9
IO
9
10
10
IO
10
10
9
10
IO
10
9
10
10
IO
9
10
IO
10
10
8.9
IO
IO
5
6
10
54-
6. 18.2
7Q
h. m. s.
18 3 30.00
5 16.02
7 4-29
18 8 14^07
I-NE 131. Ju
17 II 31.93
12 31.96
16 29.03
19 17.94
20 33.29
21 29.36
24 22.86
24 29.44
28 12.25
28 46.09
3O 22.21
32 46.70
34 40.52
38. 18.05
38 47.08
40 41.04
41.34.12
17 45 26.51
18 8 13.06
9 17 - 33
10 20.06
II I. 12
12 29.11
14 2.og
15 35-10
16 lo'.og
18 35.61
20 9.38
21 45.06
28 52.99
30 28.06
32 40.58
32 38.11
34 40.83
37 52.76
40 40.24
41 3.13
43 36.52
44 39-05
46 35-30
18 47 1.12
s.
+ 26.04
26.0.]
26.04
+26.0.1
I.Y 17.
+ 28.32
28.32
28.31
28.30
28.30
28.30
28.29
28.29
28. 2C
28.28
28.28
28.28
28.27
28.27
28.27
28.26
28.26
28.25
28.22
28.21
28.21
28.21
28.21
28.21
28.21
28.21
28.20
28.20
28.2O
28.19
28.18
28.18
28.18
28.18
28.17
28.17
28.17
28.17
28.17
28.16
+ 2S.I6
s.
Ms. E
O.OI
+ 0.01
+O.OI
O.OI
O.OI
O.OI
O.OI
+ O.OI
O.OI
O.OI
O.OI
+0.01
+O.OI
O.OI
O.OI
+ 0.01
O.OI-
O.OI
+ O.OI
O.OI
O.OI
IV.
VII.
V.
VII.
:
III.
VII.
IV.
III.
V.
VI.
I.
VII.
IV.
VII.
VII.
IV.
VII.
IV.
VII.
IV.
IV.
I.
VII.
VII.
VII.
VII.
VII.
VII.
V.
VII.
I.
V.
VII.
IV.
VII.
II.
VII.
VI.
I.
II.
VI.
II.
IV.
VI.
VII.
4
5
3
3
2
5
2
5
2
6
5
5
5
3
5
6
3
i
6
4
5
6
3
5
2
2
5
4
5
4
4
7
2
3
2
I
2
4
7
5
5
i
6
7
3
r.
43-563
40.002
42.990!
35-360!
40' 30".
48.020
40.739
45.68
41.622
41-718
43.H5
51.808
52.242
38.650
37-985
36.538
40.720
31-270
42.98 1
40.588
40.665
36. 965
39.220
34-944
36.204
45.200
43.406.
50.280
46.610
42.912
42.23
40.44
46.880
51.002
45.505
51.980
49.350.
56.758
42 . 906
42.820
46.010
49.252
37.398
41.205
38.520
34-iSo;
27 57-27
24 11.73
54 9.16
58 31.76
19 35.76
14 9-34
!O 56.40
57 54-68
8 47.09
22 24.65
6 50.60
;6 38.68
25 21.21
17 29.77
55 27.3-
55 24.76
3 48.12
!9 39-49
23 49.16
II 21. IS
'5 57-38
58 46.08
26 22.46
11 35.67
12 37.48
8 17.69
26 12.05
22 31.72
28 42.93
29 44.58
5 39-6i
(4 0.28
52 42.55
J7 42-12
15 2. II
54 57-52
i8 19.80
7 59-23
!O 10.48
S 18.80
>l 53.83
4 49.26
o 27.50
!g 12.40
- 3.08
2.91
2.72
2.62
-14.78
14-71
14.41
14.21
14-13
14-05
13-83
13-83
13-55
13-50
13.38
l3-*9
13.05
12.77
12.73
12.59
12.52
12.32
10.40
10.31
IO.22
10.17
10.05
9.92
9.80
9-75
9-43
9-30
8.71
8.58
8.39
8.40
8.24
7-97
7-77
7.71
7.50
7.42
7.26
- 7.23
- 5-86
5.60
6.30
- 6.60
- 7.28
9.00
7-37
8.56
6.50
7-47
7.09
7-12
8.45
7.69
7.14
8.38
9.80
6.88
7.98
7-57
6.71
7-03
8.63
7-75
8.84
8.91
7.18
7-74
7-47
7.91
7-98
6.29
9.01
8.20
8.55
9-og
8.36
7.88
6-45
7-31
7.18
9-59
6.g3
6.63
- 8.66
h. m. s.
18 3 56.04
5 42-06
7 30.33
18 8 40.11
17 12 0.24
13 0.29
16 57-34
19 46.25
21 1.58
21 57.66
24 51.14
24 57-72
28 40.54
2g 14-37
30 50.48
33 M-98
35 8.80
38 46.31
39 15-35
41 9.30
42 2.37
17 45 54-75
18 8 41.28
9 45-54
10 48.28
ii 29.34
12 57-31
14 30.30
16 3.31
16 38.30
ig 3.81
20 37.57
22 13.26
2g 21. I S
30 56.24
33 8.77
33 6.2g
35 9-01
38 20.92
41 8.41
41 31.29
44 4.70
45 7.21
47 3-45
18 47 2g.2S
23 8 46.2
5 0.2
14 58.2
23 ig 21. O
23 o 27.8
25 3-0
i 48.2
23 18 47-4
22 4g 37-7
23 3 16.2
22 57 41.5
22 55 4-2
23 17 30.7
23 6 12.4
22 58 20.3
23 16 ig.o
23 36 17-6
22 54 37-8
23 10 30.2
23 4 39-3
22 52 10.4
22 56 46.7
23 19 35-1
7 10.5
22 24.7
23 23 26.6
22 59 4.9
23 6 59.7
3 19.0
g 30.6
23 10 32. i
22 46 25.3
23 24 48.6
13 29.5
18 29.2
25 4g-6
ID 44-3
23 9 5-9
22 48 43.6
23 o S5..6
22 59 3.7
23 32 40.9
22 55 33-6
22 51 II.4
23 19 58.3
28
40.
16 2
56.
53-
42-
. 50-
Zf
8.2 1 .'
5.217.2
54. 6.
. . 21.
31.8
2Q.
44-
56.
t
33.5
45-2
41-
53-5
. .
- -
36.'
48.5 0.5
12.2
41-5
53-5
5-
IO.
22 .
22.
34-
46.
58.5
40."
18
52.5
5-
"9
23
41.
53-
50.5
i ^
34-
46.
58.
37. An.
41-
44.
53-5
41.
14.
47.
53-
59*
5-
38.
. . 46.
57-5
JJOi - -
g. 21.?
. . . . 41.
45-
53-
. . IO. 21.
5
. =2. i.
4.2
14.
17.
[6. 29.
40.
52.
27.
, m
12.5 .
. . 27.
39-
35-
51-
47-
59-5
37.
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m
c
Zenith Point.
Mic.
Co.
(131)
(131)
(131)
(131) i
(131) '
(131) '-
(131) :
(131) :
4. Micrometer reading assumed as
5i r .622 instead of 4i r .622.
5. Micrometer reading assumed as
5i r .7i8 instead of 4i r .7i8.
7. Micrometer reading assumed as
52 r .8o8 instead of 5l r .8oS.
8. Micrometer reading assumed as 6'
42 r .242 instead of 5' 52 r .242.
8. Time of transit over T. II assumed
as 3 s instead of 13*.
7. Time of transit over T. I assumed as
57".5 instead of 37".5.
9. Micrometer reading assumed as
4i r .oo2 instead of 5i r .oo2.
6. Micrometer reading assumed as
47 r .oio instead of 4& r .oio.
7. Micrometer reading assumed as
5O r .252 instead of 49'. 252.
1848. h. s.
July 17, 21 +23.326
s.
g o.oiS
s. s.
- 0.410
s.
-1- 0.535
o o 2 . 94
r.
40.058
INSTRUMENT READINGS.
Date.
CIRCLE.
32 o
o
e
El
2 C
X 0)
62. <
62.2
61.2
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 131
1848. h. m.
Jnly 17,17 ii
17 28
18' 34
34
19 16
297
57 30.
27.5
35-4 36-
32.33
32.22
in.
30.106
30.100
74-
72.2
70.8
30.104
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
75
ZONK 131. JULY
17. Ms. D = 22 40' 30" Continued.
No.
Mag. -
I-
SECONDS OF TRANSIT.
T.
<'i
0,
MICROMETER.
i
</! iii'
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
II.
III.
IV.
V.
VI.
VII
II.
12.
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
I
2
3
4
5
6
7
8
9
10
II
12
13
14
15
16
17
18
19
20
21
22
23
24
25
7
to
9
10
9
10
10
10
9
9
10
[O
IO
10
10
IO
IO
9
IO
IO
8
7
9
6
8
8
8
9
4
8
8
5
9
9
9
8
8
7
8
7
7
6
'9
8
8
h. m. s.
18 48 54."
51 5-10
52 7-12
54 13-88
54 43-05
56 30-48
57 51-03
58 41.09
18 59 12.03
19 o 3.10
2 59-07
4 27.96
8 8.98
ii 11.46
12 27.50
M 33.96
15 4.02
16 26.56
19 35-oS
19 23 57-oS
T E 132. JUI
17 4 9.40
5 ii. 01
6 34.62
S 23.30
ii 4-35
'12 31-34
14 27.08
15 14.90
16 44-34
19 21 .66
21 13.19
21 47.23
23 21.39
23 50.02
23 56.93
25 55.52
29 7-49
31 12.50
32 48.16
34 40.40
35 53-iS
37 4-o6
39 3 30
42 1.49
'7 43 15.35
s.
+ 2S. if
28.16
28.16
28.15
28.15
28.15
28.15
28.15
28.15
28.15
28.14
28.14
28.14
28.14
28.14
28.14
28.13
28.13
28.13
4-28.1;
Y IS. ]
+28.51
28.49
28.49
28.49
28.48
28.48
28.47
28.47
28.47
28.46
28.46
28.46
28.45
28.45
28.45
28.45
28.44
28.44
28.43
28.43
28.43
28.42
28.42
28.41
+28.41
s.
0.01
O.OI
O.OI
O.OI
+ 0.01
O.OI
+ O.O1
IV.
V.
IV.
III.
VI.
IV.
VI.
V.
VII.
VII.
VII.
F. W.
7
4
6
6
4
5
7
2
7
2
3
r.
52.680 2 19.85
50.80823 47.67
43.75013 21.59
41.300:14 45.95
46.87026 3.24
41.27523 28.14
41.728 8 37.00
42.14843 21.05
40.28044 25.16
40.70244 45.06
40.46036 10.53
40.058 29 58.01
39.98030 0.45
34.41439 4-34
31.97 34 36.61
32.59040 7.33
36.17546 46.83
34.25039 9.99
40.53 29 41.63
42.37522 50.15
18' 30".
34-63533 4-8i
33.207)33 54.00
42.12549 ii. ii
43.97048 7.52
44-55047 47-57
45.935 6 12.19
42.27522 53.70
45.521127 58.71
42.84542 57.06
34-59 53 30.39
40.01024 11.69
37.30031 33.00
35.021153 15.82
35.601:38 23.69
34-502:33 S.8o
35.84311 59-70
36.38 37 56.88
36.75 26 4.01
31.33 20 29.42
36.72 17 23.76
45.97 20 46.29
35.165 18 17.05
39-407I5 51-20
33.978118 57.95
38.28 51 23.28
- 7.07
6.86
6.81
6.64
6.60
6.45
6.34
6.27
6.23
6.17
5-93
. S.Si
5.51
5.26
5.16
5.00
4-95
4.85
4-59
- 4-31
20.72
20.62
20.48
20.33
20.08
19.94
19.76
19.68
19.54
19.28
19.08
19-04
18.88
18.84
18.83
18.64
18.32
i8.ii
17-94
17.76
17-63
17-51
17.22
17.00
-16.88
a
6.05
7.56
6.83
6-93
7.73
7-54
6-49
8.96
9.05
9.08
8.46
8.00
8.00
8.67
8.34
8.75
9.23
8.68
7.98
- 7.48
- 8.24
8.29
9-42
9-34
9-32
6.28
7-50
7.86
8.95
9-73
7-59
8.12
9.72
8.61
8.24
6.70
8.58
7-73
7.32
7.09
7-34
7.16
6-99
7-21
- 9-59
h. m. s.
18 49 22.26
51 33-26
52 35-27
54 42.02
55 11.20
56 58.63
57 I7.I7
59 9-25
18 59 40.17
19 o 31.26
3 27.21
4 56.10
8 37-12
II 39.60
12 55.64
15 2.IO
15 32.16
16 54.69
19 3.21
19 23 25.21
i? 4 37-9'
5 39-50
7 3-12
8 51.80
ii 32.84
12 59.81
14 55-55
15 43-37
17 12.82
19 50.13
21 41.65
22 15.69
23 49-85
24 18.47
24 25.38
26 23.96
29 35-93
31 40.94
33 16.59
35 8.82
36 21 .6l
37 32.47
39 3I.7I
42 29.89
17 43 43-77
22 43 3.0
23 4 32-1
22 54 5-2
22 55 29.5
23 6 47.6
23 4 12. I
22 49 19.8
23 24 6.3
25 10.5
25 30.3
16 54.9
10 41.8
10 44.0
19 48.3
15 20.1
2O 5I.I
27 31-0
19 53-5
10 24.2
23 3 31-9
23 52 3-8
23 52 52.9
24 811.0
7 7-2
24 6 47.0
23 25 8.4
4i 5i.o
23 46 56.2
24 I 55.6
24 12 29.4
23 43 8.4
23 50 30.2
24 12 14.4
23 57 21. i
52 5-9
30 55-o
56 53-8
44 59-8
39 24.7
36 18.6
39 41-3
37 ii. 7
34 45-4
23 37 52.2
24 10 19.8
17.
i . _
7.
IO.
31.
^s
2
J-I
ec .
7.
18
JT
27
53*
8
70.
23.
35 -
28
+O.OI
WAJ. I
+ 0.01
O.OI
+ O.OI
O.OI
+ O.OI
+O.OI
+ O.OI
-O.OI
O.OI
O.OI
O.OI
O.OI
+O.OI
I.
I.
IV.
II.
IV.
VII.
VI.
VI.
)==-!
IV.
V.
IV.
IV.
IV.
IV.
IV.
VII.
III.
IV.
IV.
V.
IX.
VI.
IV.
IV.
IV.
IV.
VI.
VII.
III.
VII.
VII.
4
3
4
3
2
3
4
5
'3
4
4
i
i
7
5
4
2
I
5
4
i
3
4
7
3
i;
6
6
5
6
6
6
I
35- 48
27.
52.
58.
10
4
. . 51.
I
33
57-2
9. 22.
Zo-
28 .'5
55-2
51-4
49-2
4"
7
3
20
i
-3
5
.2
5
22.8
52.4
19.2
15.2
32.4
9-5
23.0
4.0
31-4
26.5
-14-2
46.5
35-5
47-5
-13 -4
.. . . .
39-
27.0
56.2
33-0
38.8 . .
'. ' '58 -'?
. ,
35-2
9-5
47-3
21.
59-2
33-7
14. 2 26.
7 4.
31-4
36.5
4.2
43
48
24
1 6
5
.6
2
5
55-5 7-5
0.5 12.4
36. 48-
28.2 40.4
IO 4
0.4
52.5
65.4
4-5 16.5
27.2
39
if). 2
28. 40.
49-
1.4
13-8
2*6. 37-2
5 r o
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c Zenith Point. Mic.
Co.
(131) 45- Time of transit over T. Ill assumed
as 2 s instead of 52 s .
(131) 48. Transit over T. VII assumed to have
been recorded over T. VI, and min-
utes as 56 instead of 57.
(131) 50. Hor. thread assumed as 2 instead of 7.
(131) 51. Micrometer reading assumed as
39 r .7O2 instead of 4o r .7O2,
(131) 52. Micrometer reading assumed as
39 r .46o instead of 4O r .46o.
(131) 60. Minutes assumed as 18 instead of 19.
(131) 61. Transit overT.VII assumed to have
been recorded over T. VI, and min-
utes as 22 instead of 23.
(132) 3. Double.
(132) 8. Micrometer reading assumed as
43 r .52i instead of 45'. 521.
(132) ii. Transits over T.'s II and III as-
sumed to have been recorded over
T.'s I and II.
1848. h.
July 18, 15
+ 23.638
s.
jf 0.023
s. s.
0.410
s. r.
+ 0.535 i o o 3.57 40.021
1
INSTRUMENT READINGS.
CIRCLE.
Barom.
11
IE
r; o
<H
-3 e
e o
S
X
u
Date.
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 132
1848. h. m.
July 18, 17 4
17 20
17 40
18 o
18 20
18 40
19 2O
297
>
19 ^ 7 ' 2
9 (27-0
25-5
26.4
32.8 34.2)
32.7 32. 2J;
29-75
in.
30.214
75.2
74.0
73.3
72.2
69.1
68.0
67.7
67-3
67.0
66.8
65.8
30.222
30.228
30.218
7 6
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 132. JULY 18. MAJ. D = 23 18' 30",
No.
Mag.
SECONDS OF TRANSIT.
T,
.,
.,
MICROMETER.
i
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
it.
12.
26
27
28
29
30
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
9
6
5
4
7
8
8
8
6
7
8
8
8
9
9
8
9
7
7
7
7
9
9
5
4
8.9
7
8
4
10
6
7
10
9
9
8
8
7
8
9
8
10
7
9
7
8
29.
41.2
48.5
53-4
33-7
60.5
45-6
h. m. s.
17 45 24.36
47 29.18
17 50 9.58
18 041. 14
2 5-76
3 10.05
4 41-85
5 26.99
5 27.88
6 55-82
7 59-09
-8 41.78
9 55.38
it 13.40
II 57-44
13 6.82
13 42.50
16 29.30
17 5-44
18 41.00
19 37-54
19 54-28
20 59.96
23 43-33
23 34-95
24 14.88
26 18.43
27 10. 18
28 33.18
28 54.72
30 40.18
32 13.94
33 19-77
34 34-5?
35 24.14
36 45-54
37 15.14
41 21.14
43 35-86
44 52.57
46 22.71
47 16.87
48 27.38
49 56.25
51 5-io
51 17.43
52 39-o8
53 3-12
18 54 11.38
S.
+28.41
28.40
28.40
28.38
28.38
28.38
28.37
28.37
28.37
28.37
28.37
28.37
28.36
28.36
28.36
28.36
28.36
28.35
28.35
28.35
28.35
28.35
28.35
28.34
28.34
28.34
28.34
28.3-1
28.33
28.33
28.33
28.33
28.33
28.33
28.32
28.32
28.32
28.32
28.31
28.31
28.31
28.31
28.31
28.30
28.30
28.30
28.30
28.30
+ 28.30
s.
+O.OI
O.OI
+ O.OI
O.OI
O.OI
O.OI
+ O.OI
+O.OI
O.OI
+0.01
O.OI
O.OI
0.01
O.OI
+ O.O!
+ O.OI
O.OI
+O.O1
O.OI
+ O.O1
O.OI
O.OI
O.OI
O.OI
O.OI
+O.O1
VI.
VII.
VII.
VII., V.
VI.
VII., V.
VI.
VII, VIII
VII.
II.
IV.
IV.
VII.
VII.
VII., V.
VII., V,
V.
IV.
ii.
VII.
IV.
V.
vh.
VII.
vii.
3
4
5
6
5
3
2
3
6
7
7
3
2
7
2
6
6
6
3
3
3
6
i
2
6
4
4
6
3
3
2
7
5
2
4
5
6
3
3
7
4
7
7
7
3
4
i
r.
39.060
40.080
42.21
39-M
37.30
4i-3i
36.87
42.242
36.685
33-205
35-000
35-332
30.58
41-85
36.40
36.855
41.238
45.85
46.662
36.58
38.470
32.642
34-238
33-74
31.427
31-190
33.080
37-23
34-149
42.862
34.162
34-682
31.652
32.835
39-780
43-757
41.510
43-044
41.127
32.264
38.345
40.325
41.000
39-555
37-99
40.925
42.443
40.784
50 56.57
35 49-16
28 43.88
24 41.69
17 3-77
23 26.93
37 39-73
43 17.40
37 46.27
19 24.42
12 28.86
12 17.42
41 16.56
43 30.90
'i 40.37
46 22.81
1-4 48.13
12 g.l6
II 41.29
37 49-99
36 44.61
40 5 . 37
18 49.26
53 59-51
49 29.94
20 34.22
33 58.38
31 35.42
18 52.32
34 13-60
39 13-28
47 38.25
14 24.16
28 18.85
44 42.6i
27 49.99
23 19-77
13 45-91
35 13-33
37 26.43
10 33.64
29 48.70
9 2. 18
9 51.70
10 45.60
35 20.29
28 35.58
49 57.29
-16.65
16.42
16. 14
15.01
14.86
14-75
14.60
14-50
14.49
14-34
14.22
14.14
14.01
13-87
13-79
13.66
13.59
13.28
13.21
13.04
12.93
12.90
12.78
12.48
12.48
12.42
12.19
12.09
11.94
11.91
11.70
11-53
11.40
11.25
11.17
11.01
10.95
10.50
10.25
10.08
9-93
9-83
9.70
9-53
9-33
9-37
9.21
9.18
- 9-04
- 9-56
- 8.44
- 7-91
7.61
7-09
7-52
8.58
9.00
8.58
7-23
6.50
6-49
8.85
9.01
6.65
9-23
6.84
6.69
6.66
8.59
8.51
8.76
7.19
9.80
9-46
7.32
8.31
S.I2
7.20
8.32
8.70
9-34
6.S6
7.88
9.12
7-52
6.81
8-39
8.56
6.58
7-99
6-45
6.51
6-59
8.40
7.90
- 9-50
h. m. s.
17 45 52.78
47 57.58
17 50 37-98
18 i 9.52
2 34-14
3 38-42
5 IO.22
5 55.36
5 56.26
7 24.19
8 27.45
9 10.14
10 23.73
ii 41.77
12 25.81
13 35.17
14 10.87
16 57.64
17 33.78
19 9-34
20 5.89
20 22.63
21 28.31
24 11.66
24 3.30
24 43.23
26 46.77
27 38.52
29 1.51
29 23.04
31 8.51
32 42.27
33 48.11
35 2.90
35 52.46
37 13.87
37 43.46
41 49.46
44 4.16
45 20.88
46 51.02
47 45-17
48 55.69
50 24.54
51 33-39
51 45-72
53 7.38
53 3L42
18 54 39.69
1 11
24 9 52.8-
23 54 44.0
23 47 36.8
43 34-2
35 55-6
42 19.0
23 56 32.8
24 2 10.9
23 56 39.2
38 15-9
31 19-5
23 3 7-9
24 o 9.3
24 2 23.7
23 30 30.7
24 5 15-6
23 33 38.2
30 59-1
30 31.0
56 41-5
55 36.0
58 56-9
23 37 38-9-
24 12 51.8
24 S 21.8
23 39 23.7
52 48.8
50 25.5
37 41.4
53 3-6
23 58 3-5
24 6 29.0
23 33 12.3
23 47 7-9
24 3 32.7
23 46 38.8
42 7-8
32 33.0
54 I.S
56 14-9
29 20. o
48 36.4
27 48.2
28 37-5
29 31.6
54 7-9
23 47 22.7
24 8 45-8
6
17. c
34.0
30.3
41.2
54-
2
39-8
19.8
32.
35.2
31.5
25-4
37-5
31-
42-7
53'5
5-o
'7-5
29.2
5-5
17-4
29.2
'3-5
25-7
|I S
37-4
= 1 s
36.0
7-3
'9-5
U.2
ii. i
66 I
15.2
34-5
57-2
46.
18 r
4-0
16.2
28.2
14.0
26.
46.5
37-7
43-8
50.2
56.0
. .
- .
36.3
57-3
48-
10.
60.2
21.5
Q.O
29.4
59-
24.2
40.7
10.7
36.'
52.6
22.6
33-3
47-2
34-7
45-2
(!').(
57-0
53.0
51-4
56-3
8.0
17.
2O. 2
. .
. .
29.2
51.2
41-5
3--0
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co. (132) <
>6. Micrometer reading assumed as
37 r .2&4 instead of 32'. 264, to agree
with Arg. 220, 162.
1848. h. m. s.
s.
s. s.
s.
' " .r
INSTRUMENT READINGS.
Date.
CIRCLE.
li
||
. c
C
*
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
Zone 132
1848. h. m.
July 18, 19 50
2f >7 '9 (29: 2
28.3 35-7 35- oj
29-9 35-3 37-zi
"
in.
o
65.9
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
77
ZONE 132. JULY 18.
MAJ. D = 23 18' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
-,
s.
O.OI
+ O.OI
O.OI
O.OI
O.OI
+O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+ 0.01
O.OI
+ O.OI
0.01
+ 0.01
+ O.O1
O.OI
MICROMETER.
i
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
75
76
77
78
79
So
81
82
83
84
85
86
87
88
89
go
91
92
93
94
95
96
97
98
99
IOO
IOI
102
I0 3
104
105
1 06
107
108
log
no
in
112
113
"4
"5
116
117
118
119
120
121
122
123
9
6
9
5
8
7
7
8
8
7
7
9
8
8
S
8
8
9
8
8
9
9
9
9
9
I
6
7
7
9
6
6
8
7
8
8
S
9
8
8
9
9
8
7
7
7
9. 10
9
|S |
1 .2
h. m. s.
18 55 48.79
56 59-37
57 39-23
59 it-70
18 5g 48.64
ig 2 29.91
3 36.38
3 31-55
6 0.78
7 19.67
7 46.08
8 33-93
9 44-53
ii 12.34
ii 31-94
13 6.81
14 32.88
14 40.90
15 36.45
17 47-70
21 44.64
22 27.14
24 45.92
24 47.40
26 8.92
28 28.14
30 20.05
30 37.44
31 34-46
32 n. 16
33 53-30
34 59-40
35 12.46
36 45.87
37 37-62
37 42.41
38 56.78
40 27.23
40 54.86
41 38.14
43 23.67
44 4-54
45 28.37
46 5-41
47 13-98
48 56.22
49 25.31
50 28.40
19 53 47-42
s.
+28.30
28.30
28. 2g
28.29
28.29
28.29
28.29
28.29
28.29
28.28
28.28
28.28
28.28
28.28
28.28
28.28
28.28
28.28
28.27
28.27
28.27
28.27
28.26
28.26
28.26
28.26
28.26
28.26
28.26
28.26
28.26
28.25
28.25
28.25
28.25
28.25
28.25
28.25
28.25
28.25
28.25
28.25
28.25
28.24
28.24
28.24
28.24
28.24
+ 28.24
IV.
VII.
VII.
IV.
VI.
ii.
VII.
VI.
VII.
VI.
VII, V.
n.
IV.
4
7
2
7
4
3
7
3
3
7
2
4
4
2
3
4
6
5
6
6
3
3
6
6
6
7
5
5
3
3
3
7
6
3
2
5
7
2
3
5
6
4
2
I
7
5
5
2
2
r.
41-73 5
39-54
36.297.1
45.405
46.9572
32-514-1
39.082!!
35.452:
35.534:
39-24 l
35-015 J
34-564:;
38.687;
47-214.)
41.905:
35-060;
37.1981
39.162:
32.1741
52. 17 :
38.608;
42.583;
35-978'
32.198 i
33-39 i
32.13 i
34.91 :
34.5352
3I-350-
32.691.
34-iSo-
36.6241
35.109
37-30 ;
35.605'.
37.058;
39.75
36.447'
32.35 4
37.680:
43-4641
43.837:
41.807.
, - r QC
4L383
38.594!:
37.604:
32.94 -
39- 962 <
9 0.40
9 52.4S
6 42.35
6 30.18
6 0.36
o 10.05
o 8.14
S 28.26
8 26.02
o 2.81
7 26.79
3 6.98
o 44.96
o 26.44
4 46.29
2 50.O6
V 7-30
4 40.66
9 59-93
o 0.50
6 40.13
4 22.94
7 49-20
9 59-42
9 18.44
4 7.70
7 7-39
7 20.31
o 50.14
o 3.85
9 12.66
i 32. g2
8 19.25
17 25.18
17 6.46
5 53.41
9 45-24
|6 37-45
o 15.11
5 31-39
3 31-45
7 47-71
13 32.69
L7 11.81
8 48. gg
5 0.49
5 34-59
(8 37-99
4 36.37
- 8.88
8.74
8.67
8.49
8.42
8.12
7-99
8.01
7.72
7-57
7.52
7-43
7-3'
7.M
7.10
6.92
6.76
6.75
6.64
6.40
5.96
5.87
5.62
5.6i
5-47
5.19
5.00
4-95
4.84
4-77
4-58
4.46
4-44
4.27
4-17
4. 16
4-03
3.85
3-8o
3.68
3-52
3-44
3-28
3-21
3-og
2.8g
2.82
2.72
- 2.34
- 7.93
6.51
9.26
6.27
7.71
8.79
6.53
8.64
8.64
. 6.52
9-35
8.25
8.07
8. Si
8.36
8.22
7-04
7.62
7.26
7.26
8.51
8.34
7.08
7.26
7-21
6.82
7-79
7.82
8.83
8.78
8.72
6.63
7-12
8.57
9-30
7-70
6.48
9-27
8.80
7.68
6.77
7.85
9-03
9-3'
6.42
7.64
7.68
8.31
8.00
h. m. s.
18 56 17.09
57 27.66
58 7-53
t8 59 39.98
ig o i6.g3
2 58.20
4 4.66
3 59.84
6 2g.O7
7 47-94
8 14.37
g 2.21
10 12. 81
ii 40.62
12 O.22
13 35-Og
15 US
15 9.18
16 4.72
IS 15.97
22 12. gi
22 55.41
25 14.17
25 15.66
26 37.18
28 56.39
30 48.31
31 5.70
32 2.72
32 39.42
34 21.56
35 27.64
35 40.70
37 14-12
38 5-88
38 10.66
39 25.02
4 55-49
41 23.11
42 6.39
43 51- 9 1
44 32.79
45 56.63
46 33.66
47 42.21
49 24.46
50 3-55
50 56.64
19 54 15.66
23 47 47-2
23 28 37.7
24 5 30-3
23 25 14. g
44 46.5
58 57-0
28 52.7
57 14-9
57 12.4
23 28 46. g
24 6 13.7
23. 51 52.7
49 30.3
59 12.4
53 31-8
51 35-2
35 5LI
43 25.0
38 43-8
38 44.2
55 24.6
53 7-2
36 31-9
38 42.3
38 Li
32 49-7
45 50.2
46 3.1
59 33-8
58 47-4
57 56.0
30 14.0
37 0.8
23 56 8.0
24 5 49-9
23 44 35-3
23 28 25.8
24 5 20. 6
23 58 57-7
44 12.8
32 ii. 7
23 46 29.0
24 2 15.0
24 5 54-3
23 27 28.5
43 41.0
23 44 I5-I
24 7 ig.o
24 3 16.7
35
.2
47-4
59-5
12.
51.4
23-4
3-3
35-4
15-2
42. 5
6.
17-7
29.5
36.2
42.4
48.4
25.4
24-7
37
.0
48.8
7-7
60.5
IQ. 3
IO.2'22.2
. IO.
rf, T
87..
48.
0.7
I2. 3
'. '. S.'o
21 .O
6.4
32.7
KJ.O
31.043.0
. . 17.
24
.2
35-4
47-5
44-3
57-2
61.0.12.
8. '5 '. '.
3-2
44-2
22
4
5<
1 3
-3
.4
.2
if, '>
. .
21.2
II. 2
33-0
23-7
44-6
8 ?
3( 2
25-7
10 s
29
-17 2
.2
41-5
47-3
53- 2
59-4
ifi c
g -
22.
34-2
45-4
37-4
49-8
20. 7 .
39-4
51- 3-5
48 . 7
23-7
35-5
28.5 40.7
52. <; . .
. .
. . IT . c;
44-
56.4
8.2
47-3
38.5
59-3
49-5
47-3
59-5
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
tn n
c
Zenith Point.
Mic.
Co.
"
1848. h.
s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
-o P
11
a
'
x <u
<*&
A.
B. C.
D.
Corr'd
Mean.
Barom.
Mean.
1848. h. m.
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE
132.
JULY 18, MAJ. D u = 23 18' 30".
No.
Mag.
SECONDS OF TRANSIT.
T.
a i
a..
MICROMETER.
i
rf,
i/l
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I-
II.
III.
IV.
V.
VI.
VII.
ii.
12.
124
125
126
i
2
3
4
5
6
7
8
9
10
it
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38'
39
40
4i
42
7
9
6
10
10
IO
9
9
10
9
9
8
8
9
9
9
9.10
IO
IO
10
IO
9.10
IO
tO
to
9
9.10
IO
9.10
9
9
9
IO
8.9
9.10
IO
8
10
9.10
10
IO
9
to
14.5
h. i
19
'9
)NE
17
17
18
18
n. s.
54 38.39
58 13-31
59 11.26
133- Jt
5 9-07
t 47-31
jo 55-54
5 i 30.50
53 ".36
55 7-8o
;6 2.04
57 33-74
57 43-59
59 io-99
59 59-59
o 47-24
(?)27-55
2 41-59
3 47.58
4 19-52
9 31-68
10 44.88
[o 51.30
12 33.16
13 12.03
14 47-54
[6 13.26
[7 22.28
18 39.98
19 0.59
20 26.16
22 2.52
23 I0.8I
24 10 06
+28.24
28.24
+28.24
LY ig.
+ 27.87
27.87
27.86
27.86
27.86
27.86
27.86
27.85
27.85
27.85
27.85
27.85
27.85
27.85
27.84
27.84
27.84
27.83
27.83
27.83
27.83
27.83
27.83
27.82
27.82
27.82
27.82
27.82
27.82
27 82
s.
+ O.OI
Ms.
.
O.OI
O.OI
'
O.OI
O.OI
O.OI
O.OI
O.OI
+ 0.01
O.OI
D,= -
VII.
VII.
. V.
VII.
VII.
III.
IV.
III.
VII.
IV.
VII.
V.
VII.
V.
V.
VII.
III.
IV.
V.
IV.
VII.
VII.
IV.
V.
IV.
VII.
VII.
VI.
V.
V.
IV.
IV.
II.
IV.
III.
V.
VI.
IV.
II.
6
4
2
20
3
3
3
7
3
5
6
2
3
3
3
4
5
5
5
6
4
4
7
6
6
5
6
2
3
3
6
4
4
4
7
5
4
5
6
3
4
3
6
6
6
r.
32.405 i
29.604 ;
43.9684
50' 50".
44-9563
44-7993
40.8253
43-952
34-5553
37.3822
36.285:1
4S.43'. 3
39-48 3
38.40 3
43.2183
40.40 j2
42.5302
40 . 699 2
35.9562
41-745:1
37.57o:3
40.688:2
39.348
36.0881
36.81 i
44-926,2
39.5001
39.192 4
41.4403
42.4063
46.835:1
40.322 2
40.6302
41.1622
46.192
49.3I5I
45.828^2
48.652;!
48.892 i
39-0883
44.8402
38.8023
39.2101
35:162 i
40.9522
43.6501
n
9 52,40
5 58.11
2 18.38
3 35-68
3 6.70
5 23.74
7 20.26
8 59-51
5 42.22
7 38.75
9 44-47
6 9.86
6 47.29
4 1. 10
9 46.20
2 44.67
3 47-9 6
6 31.36
4 30.42
i 23.69
9 36.31
9 59-08
7 45-54
7 20.42
i 22.14
5 48.00
5 2.88
5 2.57
4 29.07
I 35-09
9 48.81
9 38.28
9 19-95
6 3-34
8 51.19
6 39-M
9 14.02
o 24.36
6 23.59
7 13-25
6 33^34
5 57-99
8 17.42
9 26.97
3 24.94
2.25
1.85
-1-74
2t.II
20.94
20.55
20.50
20.34
20.15
20.O6
19.91
19.90
19.76
19.68
1 9 . 60
I9.54
19-42
19-31
19.26
18.76
18.64
18.63
18.46
18.39
18.24
18.10
17.98
17-85
17.80
17.68
17.52
17.40
17-30
17.13
16.96
16.82
16.77
16.70
16.46
16.36
16.33
16.20
16.03
16.06
-15.50
- 7.25
8.47
- 8.95
- 3-26
3-17
3-33
i. 60
3.54
2.72
2.24
3-59
3.36
3-4"
3-23
3.00
2.54
2.61
2.78
2.02
3-07
2.97
1-73
2.23
2.21
2.46
2.09
3-94
3-31
3-27
1.84
2-99
2.98
2.95
1-5'
2.28
2.79
2.31
1.76
3-39
2.81
3-40
2. IO
2.27
2.96
- 1-95
h. in. s.
19 55 6.63
58 41-55
19 59 39-51
17 45 36.94
47 15.18
51 23.40
51 58.35
53 39-22
55 35-66
56 29.89
58 1.59
58 11.44
'7 59 38.84
18 o 27.44
i 15.09
-i 55-40
3 9-44
4 15-42
4 47-35
9 59-52
II 12.71
II 19.12
13 0.98
13 39.S5
15 15-37
16 41.08
17 50.11
19 7.80
19 28.41
20 53.97
22 30.34
23 38.63
2 4 37.88
26 24.12
28 2.23
29 29.31
2g 56.72
30 41.30
33 0.95
34 5-03
34 23.65
35 40.95
37 21.29
37 5-87
18 42 41.17
23 38 3L9
23 54 38.4
24 o 59-1
21 24 50.0
24 20.8
21 26 37.6
20 58 32.4
21 30 13.4
16 55.1
8 51.0
30 58.0
27 23.1
28 0.4
25 M.O
20 58.8
13 56.8
15 o.o
17 43-4
5 41-7
22 35-5
20 47.9
I 9.4
S 56.2
S 31.0
12 32.8
6 58.2
36 14.8
26 13.7
25 40.1
2 44-6
20 59.3
20 48.7
20 30.2
57 12.0
10 0.4
17 48.8
10 23.1
I 32.8
27 33.4
18 22.4
27 43-1
7 6.3
9 25.7
20 36.0
21 4 32.4
37-2
1-5
23.2
21.
37-2
35-4
*
32-5
47-3
44-5
.
Z(
32-
7.
f)
35.
|fi R
=6
50.
22.
2.
14.
II .
35-
53-5
5-
55.
8
3.
47.5
13-
25-
34.
37-
6
|6
3 s c
. .
2-5
22.5
26.2
34-5
. .
26.'
33-
I'R'
44-6
22.5
56.
34-5
8.
25 56.32
27 34-43
29 1.50
29 28.92
30 13-50
32 33-15
33 37-25
33 55.85
35 13-16
36 53-50
36 38.07
42 13-39
27.81 o.oi
27.81 o.oi
27.81 . .
27.81 o.oi
27.81 o.oi
27.80] . .
27.80 . .
27.80 . .
27.80 o.oi
27.80 o.oi
27.80 . .
f 27.79-0.01
28.5
40.5
53-
57-5
9-5
21.6
19.5
13.
25.
53-5
'7-
13.5
38-
CORRECTIONS.
REMARKS.
*>*> C C.oc k 0f
Hourly
rate.
ni n
c
Zenith Point. Mic.
Co.
(133) i. Micrometer reading assumed as
43 r .956 instead of 44 r .956.
('33) 13. Minutes assumed to be I.
(133) 26. Transit over T. VII assumed as
36" instead of 46".
(i33) 41- Hor. thread assumed as 4,
1848.' h. s.
July. '19, 15 +23.152
s.
g o.ooo
s. s.
0.410
\
s.
0.535
' " r.
o o 4.51 40.021
INSTRUMENT READINGS.
CIRCLE.
o E
|E
~ 5
<
11
51
X
iS
Date.
A.
B. C.
D. "
4-2
Corr'd
Mean.
Barom.
Mean.
Zone 133
1848. h. m.
July 19, 17 45
18 14
19 15
19 52
20 2O
299
50 o.o
57-2 4-4
"
1-45
in.
30. 160
30.158
30.154
30.152
30.150
75-
74.
73-8
73-
73-
71-
69-5
69.
68.2
68.
/ONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
79
ZONE 133. Jri.v
ig. Ms. D = 20 50' 50" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
.,
o,
MICROMETER.
i
,,
dt
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
5S
50
60
61
62
63
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
86
87
88
89
go
9 1
10
g.io
10
IO
10
5
10
IO
IO
IO
10
9
10
IO
IO
4
10
10
10
10
IO
9
10
10
10
8
IO
10
10
9
IO
IO
10
8.9
9
9
IO
IO
10
10
IO
IO
IO
10
10
10
9
t
_
37-
25.6
49-5
37-2
21.
h. m. s.
18 42 25.65
44 12.74
44 45-52
45 53-01
48 12.53
48 18.67
49 49.36
52 24.62
54 6.42
54 47-07
55 15.26
55 40.42
56 12.52
56 32.60
18 59 10.48
ig o 22.57
2 57-64
4 36.87
5 13-54
6 0.48
6 41.54
7 52.38
9 54-9 1
g 28.09
II 39.50
13 I9-"
13 37-52
15 32.89
15 42.76
17 5-45
IS O-.02
19 13.48
20 20.43
21 31-54
22 3-57
26 15.37
26 20.55
27 13.87
29 57.62
30 33.46
30 55.56
32 31-14
34 3.30
35 8.37
36 45-88
37 18.41
38 41.40
40 7.29
ig 42 2.63
s.
27-79
27-79
27-79
27-79
27-79
27.78
27.78
27.78
57-78
27.78
27.78
27-78
27.78
27-77
27-77
27-77
27-77
27-77
27-77
27-77
27-77
27-76
27.76
27.76
27.76
27.76
27.76
27.76
27.76
27.76
27.76
27.76
27.76
27.76
27-75
27-75
27-75
27-75
27-75
27 75
27-75
27.75
27-75
27-75
27-75
27-75
27-75
+27.74
s.
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+ O.OI
O.OI
+ O.OI
+ O.OI
VI.
V.
VII.
VII.
II.
V.
IV.
IV.
III.
IV.
V.
VII.
VII.
VII.
VI.
VII.
VII.
IV.
VI.
VII.
VII.
VI.
III.
VII.
VII.
IV.
VII.
II.
VI.
VII.
VI.
VI.
VI.
V.
F W
7
5
G
7
4
4
G
S
7
5
S
7
3
5
5
4
3
3
5
5
4
5
3
7
7
6
7
7
2
7
4
I
I
r.
37.942
42.430
39-575
38.275
40.691
45-335
42.042
36.480
43.390
39.422
42.49
49-265
36.769
37.278
43.382
39.610
38-852
39-439
35.852
38.070
44.40
40.80
49.630
42.838
44 596
49-350
44.315
42.095
40.575
43.6go
46.139
46.020
45.I32
47.192
40.021
40.825
40.355
35.802
35-599
40.775
34.842
47.390
48.760
51.400
44.587
48.442
42.614
41.080
46 . 960
10 47.42
22 48.34
15 45.18
10 35.81
2g 36.10
26 56.20
34 41-84
17 32.03
22 15.27
9 56.54
22 46.27
18 52.68
II 27.69
37 25.71
22 15.46
24 25.26
30 39.30
36 11.51
38 14.07
25 18.30
21 4O.25
28 57.89
18 40.32
34 14-19
6 58.08
4 14-55
13 1-89
7 49-95
9 16.73
42 27.71
6 5.06
26 32.53
47 27.41
46 *6.54
V) 59.04
15 . 2.25
23 59-59
[7 55-35
38 23.69
29 33-31
t7 32.49
tg 57.40
to 28.99
17 39-26
27 21.97
25 9.09
28 29.94
14 53-55
to 35-31
-15.48
15.30
15-24
15-12
14. 8g
14.88
14.73
14.47
14.30
14-23
14.17
14-13
14.08
14.05
13.78
13.66
13-40
13-24
I3.I7
13.09
13.02
12. go
12.70
12.74
12.53
12.36
12.33
12.13
12.12
11.98
11.77
11.66
11-54
11.49
1 1. 06
11.05
10.97
10.70
10.63
10.60
10.44
10.29
10. 19
10.02
9-97
9.83
9-69
- 9-50
- 1.78
2.54
2.og
1-77
2.97
2.81
3.29
2.21
2.50
1-75
2.54
2.29
1.83
3.46
2.50
2.63
3.03
3.39
3-54
2.69
2.45
2.93
2.44
3.27
1-55
1.36
i.8g
1.62
1.68
3-8o
1-49
2.78
4.12
4.08
3.00
2.03
2.61
2.22
3-55
2.97
4.12
2.34
1-73
2.20
2.82
2.68
2.90
2.02
- 3.69
h. m. s.
18 42 53.43
44 40.53
45 13-30
46 20.79
48 40.32
48 46.46
50 17.14
52 52.39
54 34-20
55 14-84
55 43.04
56 8.20
56 40.29
57 0.38
18 59 38.25
19 o 50.34
3 25.41
5 4-64
5 4I.3I
6 28.25
7 9'3 :
8 20.15
10 22.66
9 55.85
12 7.25
13 46.86
14 5-27
16 0.64
. 16 10.51
17 33.22
IS 27.77
19 41.24
20 48.20
21 59-31
22 31.33
26 43-11
26 48.30
27 41.61
30 25.37
31 I. 21
31 23.32
32 58.89
34 31-04
35 36.11
37 13-63
37 46.16
39 9-15
40 35-03
19 42 30.37
21 I 54-7
13 56.2
6 52.5
I 42.7
20 44.0
18 3.9
25 49-9
8 38.7
13 22.1
i 2.5
13 53-0
9 59-1
2 33-6
28 33.2
13 21.7
15 31.6
21 45-7
27 18.1
2g 21.7
16 24.1
12 45.7
20 3.7
9 45-5
21 25 20.2
2O 58 2.2
20 55 18.3
21 4 6.1
58 53-7
o 20.5
21 33 33-5
20 57 8.4
21 17 37-1
38 33-2
37 22.2
21 3-5
6 5-3
15 3-2
8 58.5
29 27.9
20 36.9
38 37-2
II O.2
I 31.0
8 41.6
18 24.8
16 12.7
19 32.7
5 55-3
21 31 38.5
37-
4C
18.
30.542.5
54-5
47.
27.
4
,R
s
46
e
21.
25.
37
2J
6
31-5
43-
16.
27.8
2 C
. .
ig.
9.521.
6-5
9n
18.
JO.
44
-6
43-
55-5
7-
52.
3-5
27-
rfl'
O.OI
O.OI
+ 0.01
O.OI
O.OI
O.OI
II.
VII.
V.
II.
IV.
VII.
IV.
V.
VI.
V.
VI.
V.
V.
IV.
6
6
3
4
2
5
6
5
4
4
4
6
2
34
25-5
37-5
. .
T-l c
3L
54-8
20.
32.
34-
46.
....
53-5
5-
16.5
IO
39-
51-
3-5
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m
s.
n
c
Zenith Point. Mic.
Co.
('33) 54- Transit over T. VI assur
been recorded as over 1
(133) 64. Micrometer reading a
4i r .8o instead of 4O r .8o.
(i33) 69. Minutes of transit assum
stead of 13.
(133) 70. Micrometer reading a
43 r -95 instead of 42 r .og
ned to have
. VII.
isumed as
ed as 14 in-
;sumed as
1848. h.
s.
s.
s.
s.
' " r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
jj
a S
c o
A.
R.
C. D.
Corr'd
Mean.
Mean.
1848.
h. m.
in.
8o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 133. JULY
19. Ms. D 20 50' 50'' Continued.
No.
92
93
94
95
96
97
98
99
too
101
102
103
104
105
106
107
108
tog
no
in
112
3
114
"5
116
"7
118
119
1 20
121
122^
123
124
125
126
127
I
2
3
4
5
6
8
Mag.
SECONDS OF TRANSIT.
T.
0,
a. 2 MICROMETER.
i
d,
d,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
IO
10
9
9
10
10
9.10
10
IO
10
10
10
IO
9
10
10
10
IO
IO
9.10
10
9
9
IO
10
IO
9
9
IO
IO
9.10
IO
10
IO
IO
9
8
9
7
8
8
6
6
. .
II.
22.
33-5
19.
. .
. .
h. m. s.
19 43 33-95
44 19-1
50 56.58
52 57-15
53 41-53
55 31-62
56 51-95
57 19-32
ig 58 23.70
20 19.38
i 37.12
.5 38.24
7 33-50
10 12.95
10 25.31
11 33.23
13 51.27
14 19.01
15 7.58
17 39.61
19 18.40
19 48.93
21 30.75
24 is-4g
26 15.20
27 17-50
29 15-19
30 27.01
32 23.00
34 3-20
35 41-41
36 35.46
39 27.38
40 40.73
44 3-59
20 45 37.63
XE 134. Ju
17 58 47.85
18 o 6.87
I 47.21
2 39.33
3 36.68
4 41.56
5 59-72
18 6 6.78
s.
+27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
27-74
27-74
27.74
27.74
27.74
27.74
27.74
27.74
27.74
+27.74
LY 20.
+ 28.89
28.88
28.88
28.88
28.88
28.88
28.88
+ 28.88
s.
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
MAJ.
O.OI
IV.
IV.
III.
IV.
VII.
IV.
III.
V.
V.
VI.
IV.
VI.
V.
HI.
V.
V.
IV.
V.
VII.
IV.
II.
IV.
III.
VII.
IV.
VII.
V.
IV.
V
IV.
IV.
V.
III.
V.
III.
IV.
IV.
IV.
VI.
VI.
3
4
5
3
6
7
3
4
5
7
3
5
4
4
4
3
4
7
4
4
6
3
5
5
5
6
2
3
4
4
3
3
4
3
4
2
30"
5
2
4
7
4
3
5
4
r.
39-770,3
40.2922
35.7252
34.8523
34.4901
45-720
4L7243
41.7192
39.8722
38.3081
38.5053
40.4502
35-505 ! 3
32.9623
36.6503
37.9722
42.815 2
40.273!
35.1823
45.5322
43 . 708 i
45.265:3
44.430,2
44.5822
37.58 i
40.5801
47.099;
38.184;
40.6625
4O.3Q2 5
41.506!:
45-195::
41.418,5
49-742'!
49.852:
47.S54-
47' 30".
42.9322
39.0524
40.8822
38.19 i
32.16 ;
37.612;
4O.2I2 5
33.363 *
6 o.n
9 49-94
6 39.31
8 49-51
8 40.33
6 19.60
4 35-55
9 0.76
4 50.90
o 34.81
6 43.68
3 56.46
2 34.83
4 2.42
I 55.38
5 21.90
8 23.04
g 27.21
2 45-73
6 49-43
3 22. g4
2 50.82
I 39-44
i 33.98
6 54.13
5 10.55
9 56.05
6 54-73
9 37-iS
g 46.50
5 0.31
2 53.21
9 11.14
8 36.46
4 20.61
o 4.51
2 31.06
5 7-72
9 29.46
o 38.98
4 29.91
7 M-44
4 4.76
3 48.63
- 9-35
9.28
8.63
8.43
8.36
8.19
8.05
8.01
7.91
7.72
7.60
7-22
7-03
6.78
6. 7 6
6.65
6.44
6.40
6.32
6.07
5-93
5-9
5-72
5-47
5.29
5.19
5.01
4-9
4-75
4-59
4-45
4-37
4.12
4.01
3.72
- 3-59
21.82
21.70
21.56
21.49
21.40
21.31
21. 2O
-21.19
- 3.38
2-99
2-79
3-57
2.25
1.50
3-31
2-93
2.63
1.73
3-44
2.60
3-17
3.26
3-12
2.70
2.89
1.66
3.18
2.79
i. go
3-i'J
2-44
2-43
2.15
2.03
3.69
3-45
2-97
2-99
3-33
3-19
2-94
2.23
2.62
-3-66
g.oo
12.06
9-93
7.41
10.61
10.98
9.21
10.51
h. m. s.
19 44 1.69
44 46.84
51 24-32
53 24.89
54 9-26
55 59-35
57 19-69
57 47-o6
ig 58 51.44
20 o 47.11
2 4 . 8f;
6 5.98
8 1.24
10 40.69
10 53.05
12 0.97
14 19.01
14 46.74
15 35-32
18 7.35
19 46.13
20 16.67
21 58.49
24 43.23
26 42.94
27 45.23
29 42.93
30 54.75
32 50.74
34 30.94
36 9-'5
37 3-20
39 55-12
41 S.4(
44 31-33
20 46 5.37
17 39 16.74
18 o 35.75
2 16.09
3 8.20
4 5. 56
5 10.44
6 28.60
18 6 35.66
21 27 2.8
20 52.2
17 40.7
29 51-5
21 g 40.9
20 57 19.3
21 25 36.9
20 1.7
15 51.4
I 34-3
27 44-7
14 56.3
23 35-0
25 2.5
22 55.3
]6 21.2
ig 22.4
o 25.3
23 45-2
17 48.3
4 20. 8
23 49-9
12 37.6
12 31.9
7 51-6
6 7.8
30 54.8
27 53-1
20 34.9
20 44.1
25 58.1
23 50.8
2O 8.2
9 32.7
15 17-0
21 31 1.8
31 10 31.9
33 ii -5
17 31.0
58 37-9
22 31.9
25 16.7
12 5.2
31 21 50.3
21.
33-
33-5
45-
45-5
57-
9-
17.
8.
28.5
20.
40.
31-5
52.
31.
43-
. .
7. ^
35-6
4-5 .
59-
37.
37-5
49-5
22
61
33-5
45.
2.
13-5
28.'
39-5
51.
45-
57.
42,5
8.5
54-5
4-
16.
55-
28
fi r
55-
7-5
37-5
IQ.
48.8
0-5
15.
39.
1 8.'
5L5
29.6
15-
26.8
3-5
11 -3
27--
39-
34-5
14.6
39-
46.5
s's.'s
50.
11.
15-5
27-5
'
4-5
16
28.
40.
41.2
, 2
26.
35-3
54-4
37-5
47-4
6.4
49-4
0.8
59-5
52.0
2-5
5.
Zo
*
34-5
41.
29.2
54.
36.
41.
59-3
50.2
54-5
' '
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
-
c
Zenith Point.
Mic.
Co.
(133) 98. Micrometer reading assumed as
42^.224 instead of 4^.724.
(133) 100. Micrometer reading assumed as
3S r .S72 instead of 3g r .872.
(133) 107. Hor. thread assumed as 5 instead of 3.
(133) 1 16. Hor. thread assumed as 6 instead of 5.
(133) 118. Micrometer reading assumed as
48 r .ogg instead of 47 r .ogg.
(133) 125. Hor. thread assumed as 5 instead of 3.
(134) 3- Time of transit over T. VI assumed
as at I2 S .5 instead of 2 8 .5.
1848. h. s.
July 20, 16 +23.719
s.
/ o.ooS
S. S
o
.410
s.
+ 0.535
o o 3.61
r.'
40.030
INSTRUMENT READINGS.
CIRCLE.
1 1
3 5
a o
5S
* 0)
Date.
A.
B. C.
D.
Corr'd
Mean.
Mean
Barom.
Zone 134
1848. h. m.
July 20, 17 58
18 38
19
19 20
ig 40
20
2O 12
20 40
289
i n
51 2.6
2.0 8.7
7.4
5.21
5.18
in.
30.070
76.'
75-4
75-
72.:
71-:
70.:
70. c
6g.c
69.;
6s'r
30.068
30.066
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
81
ZONE 134. JULY 20. MAJ. D = 30 47' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
a'
*
MICROMETER.
t
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
9
10
ii
12
'3
15
16
i?
18
19
20
21
22
23
24
25
26
27
2S
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
6
8
7
6
5
9
9
9
9
8
6
7
6
7
&
9
8
7
7
7
7
7
7
8
8
8
8
6
9
S
9
9
7
8
7
7
6
8
8
7
6
5-6
10
9
8
4
9
10
9
h. m. s.
iS 7 4.26
7 15-32
7 38.56
10 14.88
n 6.53
ii 44-37
12 25.85
13 56.39
13 48.27
15 31-68
16 51.75
17 22.80
IS 15.14
19 6.45
20 9.50
22 6.22
23 39.15
24 13.58
24 21.90
25 52.69
27 17-53
28 10.78
28 25.62
28 58.67
30 35.88
30 58.87
31 36.66
31 46.02
34 5.48
34 27.04
36 7.67
36 16.23
37 9-63
40 2.71
40 49.45
41 38.54
41 17.41
43 5i.6o
44 31.13
45 22.36
48 0.06
48 14.28
50 8.39
51 44-66
52 15.46
54 17.86
54 38.60
56 7-87
18 57 44-37
s.
+28.88
28.88
28.88
28.87
28.87
28.87
28.87
28.87
28.87
"28.87
28.87
28.87
28.86
28.86
28.86
28.86
28.86
28.86
28.86
28.86
28.85
28.85
28.85
28.85
28.85
28.85
28.85
28.85
28.85
28.85
28.85
28.85
28.84
28.84
28.84
28.84
28.84
28.84
28.84
28.84
28.83
28.83
28.83
28.83
28.83
28.83
28.83
28.83
+ 28.82
s.
O.OI
+O.OI
O.OI
+O.01
+ O.OI
+O.OI
0.01
O.OI
O.OI
O.OI
+O.OI
O.OI
O.OI
O.OI
O.OI
+ 0.01
VI.
ii.
IV.
ii.
vii.
ii.
4
2
4
3
6
I
7
5
5
2
3
2
5
i
6
5
2
5
4
7
7
2
2
3
6
5
4
I
2
2
4
2
6
4
5
3
6
4
4
6
7
5
'7
i
6
5
6
5
4
r.
35.172
42.790
42.152
42.401
45.857
40.680
41.050
40.038
32.714
36.44
34.214
32.572
38.542
39.27
40.245
37.062
37.587
33.565
32.587
41.830
47.365
51.049
46.858
42.172
40.72
39-82
39.46
42.852
42.357
40.804
41.252
45.14
44-23
39.215
47-58
36.182
29.182
3L792
38.901
37.190
38-89
37-304
33-68i
34-73
30.691
33-74
28.647
37-072
3L978
32 46.32
12 58.96
28 45.88
34 29.48
12 g.02
50 0.84
9 o.io
24 10.76
28 22.88
16 37.69
39 11-33
t8 50.94
25 2.28
50 49-45
[ 5 22.33
25 53-27
45 58.18
27 53-73
34 14-54
8 33-59
5 22.93
38 14.45
40 38.01
34 37-37
15 5-97
24 18.26
30 18.61
18 46.06
43 13-87
44 7.36
29 16.87
*r 37-84
13 5-o6
30 26.69
19 50.95
38 2.88
21 43.42
34 42-74
30 37.86
17 7-57
13 7-10
25 44.92
13 14-15
53 25.83
20 51.44
27 47-70
22 I. 68
25 52.10
34 36.34
21.10
21.08
21. 06
20.83
20.76
20. 70
20.64
20.52
20.52
20.39
2O.26
20. 21
20.14
20.O7
19.98
19.82
19.67
19.62
19.61
19.48
19.36
19.28
19.26
lg.21
19.07
19.04
18.98
18.96
18.76
18-73
18.58
18.57
18.49
18.24
18.17
18.10
18.13
17.91
17-84
17.76
17.54
I7.52
17-35
17.21
17.16
16.98
16.96
16.82
-16.68
10.38
11.77
9-83
10.60
7.62
12.74
7.21
9.22
9.78
12.34
11.24
12.58
9-33
12.85
8.05
9-45
12. 18
8.94
10.58
7.14
6.72
II. 12
11.44
IO.62
8.01
9.23
10.03
12.56
11.80
H-93
9.90
11.58
' 7-75
10.05
8.64
11.09
8.83
10.63
10. 08
5.27
7-74
9-43
7-75
13.21
8.78
9.69
8.92
9-45
10.62
h. m. s.
18 7 33.14
7 44-20
8 7-44
10 43.75
II 35-39
12 13.25
12 54-71
14 25.26
14 17.14
16 0.56
17 20.62
17 51-68
18 44.00
19 35-32
20 38.35
22 35.08
24 8.01
24 42.44
24 50.76
26 21.54
27 46.37
28 39.63
28 54-47
29 27.52
31 4-72
31 27.72
32 5.51
32 14.88
34 34-33
34 55-89
36 36.52
36 45.08
37 38.46
40 31.55
41 18.29
42 7.38
41 46-25
44 20.4.1
44 59-97
45 51.19
48 28.88
48 43-H
50 37.21
52 13.50
52 44.29
54 46.69
55 7-43
56 36.70
18 58 13.19
/ 11
31 20 47.8
31 0.8
16 46.8
22 30.9
o 7.4
38 4-3
.56 58.0
12 IO.5
16 23.2
34 40.4
27 12.8
36 53-7
13 1-8
38 .52.4
3 20.4
13 52.5
34 o.o
15 52.3
31 22 14.7
30 56 30.2
30 53 19.0
31 26 14.8
. 28 38.7
22 37.2
3 3-0
12 16.5
18 16.6
36 47.6
31 14-4
32 8.0
17 15.4
29 38.0
I 1-3
18 25.0
7 47-8
26 2.1
9 4P-4
22 41.3
18 35-8
5 3-6
I 2.4
13 41-9
I 9.2
41 26.2
8 47.4
15 44-4
9 57-6
13 48.4
31 22 33.6
4-5
17.
49-5
2.0
53-5
14.6
6-5
19.4
57-2
64.5
56 4
14.
5.
57-5
10.4
61.5
. .
fi'n
22.4
IS -R
41.0
32.
32.4
53-6
45-5
58.0
*
*
13-5
26.2
26.4
22.
5-
52.4
17.2
IO. 2
5-5
30.1
24.2
18.4
. .
25.
39-0
51-5
61.5
. . T7- 5
57-0
I.O
53-0
14.5
18.
42.2
54-7
T 6
42.254.7
35.548.0
28.441.4
4.2
'7-3
. t
34-5
47-2
44-
27.6
57-0
48.0
40.
9.6
61.0
52.4
32-
44.5
28.4
41.
39-2
52.4
5-4
17.5
30.2
43-8
4-5
56.5
17.
44-2
57-4
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point,
Mic.
Co.
(i34) '
(134) -
!3- -Time of transit over T. VII assumed
as 48".o instead of s8 s .o.
9. Micrometer reading assumed as
33 r .8g instead of 3& r .8g.
'1848. h. s.
s.
s. s.
s.
o / n
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
a 5
G C
SE
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 134
1848. h. m.
July 2O, 21
21 42
45
289
' "
H
"
in.
30.058
30.052
74-
73 .'8
68."
68.;
68.-
51 3-7
2.9
9-5 8.6
6.21
6.18
11-
82
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 134. JL-LY 20. MAJ. D = 30 47' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
*
a.
MICROMETER.
i
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
8
9
9
9
9
8
8
9
9
7
8
8
9.
7
8
8
7
8
7
7
6
7
8
9
9
to
10
10
6
7
8
7
7
8
8
8
7
5
8.9
9
9
6
7
7
7
6.7
7
38
51.
h. m. s.
iS 58 25.25
18 58 26.96
19 i 57-25
3 7-43
3 8.71
4 43-o6
4 45.36
6 24.24
8 29.88
9 17-01
9 5I-96
10 57-78
12 11.74
12 59.72
14 31.12
16 31.83
17 16.32
18 22.68
19 12.59
22 12.38
22 26.37
22' 26.37
25 21.77
26 22.46
30 18.80
31 44.29
.32 51.87
33 13.78
34 22.04
35 24.71
35 39.42
37 12.58
40 31.57
40 47-37
41 26.52
42 54-97
45 36.12
46 27.21
46 53-13
48 0.62
50 17.86
52 H.95
53 21.46
54 21.70
56 11.98
57 51-02
57 58.88
19 58 33-82
20 O 17.63
S.
+ 28.82
28.82
28.82
28.82
28.82
28.82
28.82
28.82
28.81
28.81
28.81
28.81
28.81
28.81
28.81
28.81
28.81
28.81
28.81
28.80
28.80
28.80
28.80
28.80
28.80
28.80
28.80
28.80
28.79
28.79
28.79
28.79
28.79
28.79
28.79
88.79
28.79
28.79
28.79
28.78
28.78
28.78
28.78
28.78
28.78
28.78
28.78
28.78
+28.78
s.
+ O.OI
O.OI
O.OI
O.OI
+ 0.01
O.OI
+ O.OI
+O.OI
O.OI
+ O.OI
O.OI
O.OI
+O.OI
O.OI
IV.
VI.
ii.
n.
12.
II.
VII.
5
4
3
5
5
4
6
i
6
5
7
3
7
6
i')
5
I
3
3
4
5
7
i
i
7
i
2
3
5
6
3
5
4
2
4
2
5
7
7
6
3
i
6
5
4
4
6
2
r
40.
37.
34.
42.
43-
36.
36.
37.
36.
36.
39-
31.
40.
46.
37-
35-
35.
35-
38.
41.
41.
42.
46.
37-
43-
40.
42.
48.
36.
33-
3L
31.
34-
39-
44.
46.
46.
44.
39-
42.
37.
40.
37-
37-
41-
45-
45-
43-
164
278
638
938
095
122
462
423
199
998
253
381
63
721
18
787
457
578
862
018
618
198
60
771
202
857
752
342
20
975
088
868
214
587
97
487
000
638
405
23
24
872
*7
847
125
73
112
46
975
i n
24 6.41
31 33.79
38 56.89
22 30.86
22 25.45
32 13-55
17 32.65
51 53-07
i? 4i.7i
25 55.32
10 2.37
lo 49.08
9 !4-93
20 20.55
17 7.91
12 1.75
26 48.56
52 56.64
36 31-38
35 17-12
29 4.27
22 55-54
5 49-28
;i 41.09
tS 33.64
9 '7.07
8 49.46
39 47-34
38 2.92
27 38.79
20 37-77
to 32.31
27 31-37
30 14.23
tl 42-64
26 16.55
tl 8.38
21 32.30
9 57-13
8 19.82
17 5.84
35 22.14
52 4-29
20 11.61
25 51.00
29 0.40
27 3.9
[2 21.88
)2 17.78
-16.62
16.62
16.31
16.21
16.21
16.07
16.06
15.92
15-73
15.66
15.62
15.52
15.41
15-34
15.20
15.03
14.96
14.86
14-79
M-53
I4-5I
I4-5I
14-25
14.16
13.81
13.70
13-59
13-56
13.46
I3.39
13-35
12.21
12.92
12.90
12.85
12.72
12.48
12.41
12.37
12.27
12.07
11.91
II. Si
11.72
11.56
11.42
11.41
11.36
1 1 . 20
9.21
IO.2I
11.22
8.98
8-97
IO.30
8.32
13.03
8-34
9-45
7-30
11.48
7-21
8.70
8.26
7-58
9.58
13.18
10.90
10.73
9.87
9- .12
6.75
13.00
12.55
7.19
12.59
11-34
II. IO
9.68
8.74
11.44
9.66
IO.O2
11.62
9-50
11.52
8.84
7-30
7.08
8.26
10.74
13.13
8.68
9-44
9.86
9.61
7-63
i i . 70
h. m. s.
18 58 54.07
18 58 55.78
ig 2 26.07
3 36.25
3 37-53
5 II.SS
5 14-iS
6 53-07
S 58.69
9 45.82
10 20.76
ii 26.59
12 40.54
13 28.53
M 59-93
17 0.63
17 45-13
18 51.50
19 41.40
22 41.18
22 55-17
22 55.17
25 50.56
26 51.27
30 47.61
32 I3.09
33 20.68
33 42.58
34 50.83
35 53-50
36 8.21
37 41-37
41 0.36
41 16.16
41 55.31
43 23.76
46 4.91
46 56.00
47 21.91
48 29.39
50 46.64
52 40.73
53 50.25
54 50.48
56 40.76
58 19.80
58 27.66
19 59 2.59
20 46.41
31 12 2.2
19 30.6
26 54.4
10 26.0
10 20.6
20 9.9
5 27.0
39 52.0
5 35-8
31 13 50.4
30 57 55-3
31 28 46.1
30 57 7.6
31 S 14.6
3i 5 1-4
30 59 54.4
31 M 43-1
40 54-7
24 27.1
23 12.4
16 58.6
31 10 49.2
30 53 40.3
31 39 38.2
31 36 30.0
30 56 58.0
31 36 45-6
27 42.2
25 57-5
15 31.9
8 29.9
28 26.0
15 24.0
iS 7.2
29 37-1
14 8.8
29 2.4
31 9 23.6
30 57 46.8
30 56 9.2
31 4 56.2
23 14.8
39 59-2
8 2.0
13 42.0
16 51.7
M 54-9
o 10.9
31 30 10.7
C 7 8
40.
52.5
42.0
55-
7.0
R i
20.
21.5
56.2
8.5
24.
52.
5-2
16.2
29.3
37-2
42.4
30.0
50.0
42.8
55-4
36.4
21.
53-5
6.4
47-2
18.2
19.0
3-8
59-2
31-
31-5
16.0
12.4
44.0
37-5
25.4
50.2
38.5
29.2
35-7
25-5
25.0
42.0
48.4
38.2
Si-3
5.0
5.0
56.2
8.8
10.
21.8
22.2
35-2
. .
. .
57-4
9-5
52.4
48.0
60.5
37-2
50.7
3-4
5O.O
57-0
10.5
26.0
37-4
73 6
23.5
35-7
27.2
49.2
40.3
53-0
5-4
50.2
3-8
60.5
rfi r
46.3
59-
ii. S
25.0
25.2
38 -'2
12.2
51.
59-
24-7
4-0
II. 5
47.2
37-6
24-7
60.5
30.5
43-5
56.2
CORRECTIONS.
REMARKS.
Date Corr of
Clock.
Hourly
rate.
m n
C
Zenith Point.
Mic.
Co.
(134) 61. Double.
( T 34) ?! This second may be 13.
! (i34) 73- Micrometer reading assumed as
7* 35 r -787-
1848. h. s.
s.
s. s.
s.
/ /,
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
||
11
V
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
1848. h. m.
it
in.
o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 134. JULY
20. MAJ. D = 30 47' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
a.
MICROMETER.
i
ti
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
107
108
109
IIO
in
112
"3
114
"5
116
118
119
1 20
121
122
123
T2 4
125
126
127
128
lag
130
131
132
134
135
136
137
138
139
140
141
142
143
145
146
147
148
149
150
151
152
153
154
155
7
8
8
8
7
7
S
8
7
8
7
9
6
9
8
9
8
9
9
8
S
S
6
6
7
7
9
9
6
9
9
9
6
6
5
6
10
10
10
9
9
8
8
6.7
S
6
10
7
36.7
49-4
32.
3-6
2.4
45-2
16.2
58.
29-3
37* 5
h. m. s.
20 i 32.21
3 3-49
6 2.34
6 11.63
7 7.5S
8 23.81
10 38.51
12 19.89
14 23.01
14 55-28
16 51.83
17 35-17
17 56.46
ig 43-Si
21 20.15
22 34.46
22 55.36
24 30-44
25 59.67
25 52.12
26 11.56
27 49.67
28 23. go
28 32.28
29 53-44
32 34.27
32 39-37
35 30.44
35 42.87
37 26.37
38 41.26
39 17.73
41
42 34-27
43 45.36
45 58.89
49 48.77
50 1.09
50 28.80
51 19-11
53 1-89
54 5.56
55 54-55
56 36.87
58 6.99
20 59 31.89
21 2 35.46
3 33-12
21 4 59^2
s.
+ 28.78
28.78
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.77
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
+ 28.76
s.
+ 0.01
+ 0.01
O.OI
+ O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+ 0.01
+ O.OI
VI.
IV.
IV.
4
3
5
i
i
7
3
2
7
7
5
4
4
7
5
4
6
6
6
7
i
2
2
2
6
6
2
6
4
6
5
7
5
4
3
6
5
5
3
3
4
7
i
i
3
5
5
4
r.
46.219
44.783
46.168
34.26
37-53
37.633
32.57
32.87
38.93
35.918
44.155
37-8i
36-035
46.97
39-404
4L392
33-64
35-535
33.925
30.498
2g.oo
44-43
47-27
49-553
36- 2g
.41-39
44-95
43.898
44.224
40. g6
37-259
37-786
34.18
41.675
32.87
36.365
45.407
43.91
45-742
42.615
38.552
45.84
40.666
37.472
32.57
39.9S8
34-91
32.006
26 25.78
33 7-26
20 39.60
53 42.03
5i 49.38
10 58.17
40 8.13
48 40.67
10 13.48
II 57.24
21 48.94
31 15-40
32 16.59
5 36.54
24 32.59
2g 12.01
ig 9.85
18 4-57
27 41.29
20 53.09
15 55-55
50 39.46
42 2.46
40 24.63
3g 6.00
i? 38.57
14 42.73
41 44-39
13 16.50
27 34-49
14 57.66
25 46.32
10 52. go
27 32.54
29 2.30
39 57-79
i? 35.99
21 5.64
21 57-21
32 33.56
34 22. ii
30 49.84
6 15.46
50 1.37
51 5L38
40 8.13
24 12.48
27 -7.23
34 35.38
II.IO
10.97
10.70
10.69
10. Gi
10.50
10.33
10.16
g.gS
9-94
9-77
9.71
g.68
9-53
9-38
g.28
9.25
9.12
S.gg
g.oo
8-97
8.84
8.79
8.77
8.66
8.43
8.42
8.ig
8.17
8.03
7-92
7-87
7-73
7-59
7.50
7-32
7.01
6.99
6.95
6.89
6.75
6.66
6.52
6.46
6-34
6.23
5.98
5-91
5-8o
10.42
8.73
13.31
13-05
ii-39
12. 61
7-31
7-55
8.88
10. 17
10.31
6.69
9.25
9-89
8.52
8.38
g.6g
8.78
8.08
I2.8g
11.67
11-43
11.25
8.32
7.92
11.63
7-72
9.66
7.96
9.42
7.40
9.66
9.87
11-37
8.32
8-79
8.90
10.35
10.60
10. II
6.78
12.79
13-05
II-39
9.20
9.60
10.64
h. m. s.
20 2 o.gg
3 32.27
6 31.11
6 40.41
7 36.36
8 52.57
II 7.28
12 48.67
14 51-77
15 24.04
17 20.60
18 3-94
18 25.23
20 12.57
21 48. g2
23 3.23
23 24.13
24 59-21
26 28.44
26 20. 8g
26 40.33
28 18.44
28 52.67
2g 1.05
30 22.21
33 3-03
33 8.13
35 59.20
36 11.62
37 55-13
39 10.02
39 46.49
41
43 3-03
44 14.12
46 27.65
5 17-53
50 29.85
50 57-56
51 47.87
53 30.65
54 34-32
56 23.30
57 5-64
20 58 35.76
21 0.65
3 4-22
4 1.88
21 5 28.48
31 14 16.4
20 58.6
8 29.0
41 36.0
31 39 43-0
30 58 46.1
31 27 59.8
31 36 33-4
30 58 0.8
30 59 44-7
31 9 37-6
19 5-3
31 20 6.6
30 53 22.8
31 12 21.2
17 1.2
6 57-6
5 52.1
15 30.0
8 45.9
3 42.6
38 31.2
29 52.9
28 14.8
26 55.9
5 25.3
2 2g.l
29 34-2
I 2.4
15 22.2
2 43-5
31 13 33-6
30 58 38.0
31 15 19-8
16 49.7
27 46.5
5 21.3
8 5L4
9 43-1
20 2O. 8
22 9.5
31 18 36.6
30 53 58.8
3i 37 50.6
39 40.8
27 55-8
ii 57-7
14 52.7
31 22 21.8
60.2
44-4
12.4
57-3
25-7
7-3
IO.2
38.4
19-4
23 . 2
36.5
51.5
33-
33-5
49-5
4-4
46.3
2.4
17-
21 ,0
13 R
'3-3
26.
39-4
5r.5
4.6
48.
54-4
7-5
20.
9-4
56.5
33-
47*
22.2
9-4
O.5
35-0
. .
34-
12.2
5-0
25,8
iS.o
37 4
3S.2
30-5
CQ
62 5
56.-
8. '5
21.3
34 2
37-
45-
49. S
58.1
19-3
2.2
II. O
32.
* *
c .0
18 o
Si-5
4..0
42.8
26.4
55-7
39-3
54-
8.4
52.
6.9
43-4
56/4
20.3
33-5
23-4
46.4
36.0
58 .'3
48.4
58.1
11.7
II. 2
24.5
24.
16 8
40. 3
i .4
i" u
18.4
50.0
20. o
45-0
48.5
12 .'a
31.2
2 .'a
1.5
59-
44-3
I'I.'G
41.8
54-2
19.2
22.5
54-3
36.5
6.8
31-5
35-
59-5
CORRECTIONS.
REMARKS.
,-. , Corr. of
Datc " Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
1848. h. s.
s.
s. s.
s.
/ II
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
|
rt
3 S
c o
8
*J3
A.
B.
C. -D.
Corr'd
Mean.
Mean.
1848. h. m.
in.
o
8 4
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 134- JULY 20. MAJ. D = -30 47' 30" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
,
MICROMETER,
i
-
A
Mean Right
Ascension,
1850.0.
Mean So nth
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
156
157
158
'59
160
161
162
163
164
165
166
167
168
169
170
172
173
174
175
I7 6
177
178
179
1 80
181
182
183
i
2
3
4
6
7
8
9
10
ii
12
13
14
15
16
17
7
8
6
9
s
7
8
9
7.8
8
7
7
9
10
10
10
10
9
9
7
9
9
9
9
4
9
7
10
10
9
8.9
9
9
10
10
9
10
9
10
to
10
9
10
IO
. .
13.5
?6
. .
56.
g.c
t ,
. .
h. m. s.
21 5 30.22
7 26.16
7 55-12
8 54.55
' 10 46.84
10 49.96
10 46.30
13 33.96
17 5.16
17 15-38
18 3.06
19 59.42
20 1.51
20 8.37
21 46.31
22 7.82
26 33.11
26 53.42
27 23.90
27 46.03
30 ' O.Og
31 28.66
33 22.42
33 25.74
33 35-86
38 26.40
41 29.76
21 42 43.73
ONE 135. J
20 16 18.42
17 59-08
18 49.29
20 14.84
22 58.22
24 16.34
25 8.33
26 5I.OO
28 28.13
29 33.10
31 19.25
33 55.56
34 42.81
36 8.08
37 17-40
38 2.29
20 39 16.50
s.
+ 28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
28.76
+28.76
ULY 24.
+ 28.33
28.33
28.33
28.33
28.33
28.33
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
+ 28.32
S.
+O.OI
+O.OI
O.OI
. .
O.OI
O.OI
O.OI
O.OI
Ms.
O.OI
+ O.OI
+O.OI
+O.OI
O.OI
+O.OI
+O.OI
VII.
V.
IV.
VI.
VII.
VII.
VII.
IV.
V.
V.
V.
V.
VII.
V.
VI.
VII.
VII.
2
i
3
7
2
6
3
6
6
2
6
4
.4
4
2
4
3
3
5
7
4
7
7
6
2
7
7
22
7
5
4
i
3
2
2
3
I
2
7
.4
2
2
3
5
4
r.
33-77
'37-24
42.632
44.405
46.97
38.04
33.815
34-52
31.625
44-72
38.99
41.723
46.915
39-58
47-19
46.20
45.232
40.122
37.000
37.518
34.242
34.898
33-00
38.285
34-565
33-125
33-345
2' 40".
34-346
38,696
44-056
40.602
39.082
46 . 090
49.882
37-495
32.502
33-995
46.235
45.620
40.510
39-685-
34-105
36.325
32.755.
+8 0.67
51 59-37
34 21.52
7 4-53
40 34-97
16 38.28
39 25.24
18 39.54
20 19.26
41 52.47
16 5.56
29 0.65
26 1.44
30 14.31
40 26.57
26 26.27
32 51 95
35 47-82
25 55-24
ii 2.13
33 18.34
12 32.22
13 37.72
16 29.69
47 42.28
13 33-10
13 25.88
12 51.15
24 56.96
27 40.29
50 3-45
36 23.56
11 5-03
38 54.41
37 18.47
54 42-57
17 27.48
6 1.84
26 46.38
14 17.24
14 45-90
J9 I 5- I 4
>6 18.41
)4 9-32
- 5-76
5-6i
5-57
5-50
5-35
5-35
5-35
5.15
4.86
4.85
4-79
4-64
4.64
4-63
4-51
4-48
4-15
4-13
4.09
4.06
3-89
3-78
3-64
3.64
3-63
3.28
3.05
- 2.96
ii. 61
11.46
11.39
11.26
11.04
10.93
10.87
10.71
10-57
10.47
10.33
IO.I2
10. 06
9-94
9.84
9.78
- 9.68
12.56
13.10
10.61
6.86
11.49
- 8.15
-11.32
8-53
8-53
11.67
8.08
9.86
9-45
10.04
11.47
9.50
10.40
10.82
9-43
7-39
10.46
7/60
7-74
7-33
12.50
7-73
- 7-71
- 8. Si
9.64
9.84
11.42
10.44
10.77
10.62
10.50
H-75
11.28
8.33
9-77
II. OI
11.05
10.66
9-73
10.29
h. rri. s.
21 5 58.99
7 54-93
8 23.88
9 23.30
ii i 5 . 60
ii 18.72
ii 15.06
14 2.72
17 33-92
17 44-M
18 31.82
20 28.18
20 30.27
20 37.13
22 15.07
22 36.58
27 1.87
27 22.IS
27 52.66
28 14.79
30 28.84
31 57-42
33 5I-I7
33 54-49
34 4-6i
38 55-16
41 58.52
21 43 12.49
20 16 46.74
18 27.47
19 17.62
20 43.18
23 26.55
24 44.67
25 36.65
27 19.32
28 56.46
30 1.43
3i 47.56
34 23. SS
35 ".U
36 36-41
37 45-72
38 30.61
20 39 44.82
31 35 58.0
39 4S.I
31 22 7.7
30 54 46.9
31 28 21.8
31 4 21.8
31 27 11.7
6 22.9
8 2.6
29 38.9
3 48.3
16 45.2
13 45-5
17 58.9
28 12.5
14 9-9
20 36.5
23 32.7
31 13 38.7
30 58 43-4
31 21 2.6
13-5
I ig.I
4 10.6
35 2S.I
i 13.9
31 I 6.6
22 15 51.6
27 58.1
30 41.5
53 6.1.
39 25.0
. 44 6.7
41 55-9
40 19.7
57 44-9
50 29.2
9 0-5
29 46.3
47 18.3
47 46.9
42 15-6
29 17-9
22 37 9.3
42.4
55-
8.0
21.
34- 1
16.
28.2
44-
21.
52.
34-C
5.
46-9
37-
50.
15-
46 .'5
"R T
59-4
27.2
41-5
40.2
60.9
12.
25.
5-5
54-5
1
53-4
6 1
5O.
2.2
II. 7
24.7
44-
34-3
5fi R
47-1
16.
60.4
28.5
12.8
31-5
. .
38 '
1.5
14.5
48.
o.5
13-3
26.
39-4
52.2
5-4
R i
59-
56.2
30.
n.
9.522.5 . .
42.554.
2
i.
13.2
. .
. .
26.5
38.8
9-5
22.5
34-
52.
44-
39-
3.
16.
28 2
40.2
32.
7-5
44-
19.
55-5
31-
7.
iR *
R
20.
29-5
41-
-
V-
40.
52.5
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(134) 165. Transits over T.'s IV and Vassumed
to have been recorded over T.'s III
and IV.
(135) 4. Transits over T.'s V and VI assumed
to have been recorded over T.'s IV
and V.
(135) 10. Micrometer reading assumed as
34 r .994 instead of 33 r -994.
* The original record for C is 46". A compar-
ison with the last reading indicates that it
should have been 4".6.
1848. h.
July 24, 19
s.
+24.440
s.
/ 0.008
s. s.
. . - 0.387
s.
0.104
' " r.
o o 2.73 40.019
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
-a g'
I]
"rtJ
*
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 135
1848. h. m.
July 24, 20 16
21 24
298
44 o.
58.2
*4&. 3.2
1.71
n
2.OO
in.
30.150
30.138
30.110
73-
73-
72.
O
68.
65.6
64.
65-
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 135. JULY
24. Ms. D = 22 2' 40" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
I
o 3 MICROMETER.
i
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
3-5
41.
VII.
ii.
12.
18
20
21
22
23
24
25
26
27
2S
29
30
31
32
33
34
35
36
37
39
40
42
43
44
45
46
47
48
49
50
51
i
2
3
4
6
7
8
9
10
ii
IO
IO
IO
IO
10
9
10
9.10
9
IO
IO
9
10
9
10
10
IO
IO
to
to
9.10
9.10
7
10
9
10
10
ip
IO
10
10
IO
10
IO
9
10
10
9
8
9
9
8
10
9
IO
. .
. .
51-5
20.
. .
. .
h. m. s.
20 40 39.71
42 17.20
44 12.56
45 40.83
46 8.89
47 43-42
5t 2 . 04
53 54-21
54 17.28
20 55 54.38
21 3 2.78
4 56.08
4 47.83
5 58.26
7 23.98
8 12.77
9 48.92
10 42.18
13 59-23
15 19.20
17 12.86
20 11.28
20 29.18
24 43.32
30 10.86
3 57.46
32 32.72
33 26.82
36 24.67
38 11.74
39 33-11
42 28.77
44 42-94
21 47 36.09
NE 136. Al
20 12 51.35
16 10.64
16 19.19
i 8 5 i . oo
20 16.26
23 59.00
24 18.31
28 30.06
33 56.24
37 19.06
20 37 37-59
S.
+28.32
28.32
28.32
.28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.32
28.33
28.33
28.33
28.33
28.33
28.33
28.33
28.33
28.33
28.33
28.34
28.34
+28.34
GUST 4.
+ 26.54
26.54
26.54
26.53
26.43
26.52
26.52
26.52
26.51
26.50
+ 26.50
s,
+O.OI
-O.OI
O.OI
+ O.OI
O.OI
+O.OI
+ 0.01
+O.OI
Ms.
O.OI
O'.OI
+O.OI
+O.OI
+O.OI
VI,
VI.
V.
IV.
VII.
VI.
IV.
I.
VII.
V.
III.
III.
VII.
VI.
VI.
VI.
IV.
VI.
VI.
VI.
IV.
IV.
V.
VI.
IV.
VII.
VI.
VII.
III.
VI.
VI.
III.
IV.
V.
III.
II.
VII.
IV.
IV.
V.
VII.
VII.
VII.
III.
VII.
5
5
4
3
3
4
I
4
7
5
4
i
2
4
3
5
3
4
2
4
4
5
4
4
5
i
3
3
3
6
6
5
5
i
22'
5
6
7
4
i
3
2
I
5
3
2
r.
40.096 ;
37.3So:
43.040:
31.982;
35.625;
37.210;
37.902
39-495.
48.80
56.682
44.852-
46.455
51.612
52.246
51.900
49.612
38.382
38.867
44.262
45.960
47.810
49.362
49.602
45-565
40.792
40.182
44.280
41.094
39-105
35.610
33.720
40.360
43.192
48.105 .
2' 40'.
42.460-
44.470
46.515
43-952
40.666
39.206
46.151-
32-705
45-56i
34-182
40.818
3 34.20
5 42.20
.8 15.26
7 1.69
|8 22.64
i 36.00
i 36.57
|0 17.15
4 33-24
4 37-40
!7 12.84
t6 41-93
57 54.8i
!2 58.06
!9 2.15
8 40.85
j6 47.91
jo 38.92
12 8.14
26 34.58
'5 30.97
[8 49.57
24 29.22
26 48. 19
!O I8.IO
;o 17.78
J3 24.64
J5 14-24
)o 38.53
[8 1.88
19 6.99
23 59.64
!2 22.11
15 45-09
!2 47.30
2 56.68
5 51-96
17 9.42
jo 1.37
)6 19.51
ii 2.94
54 35-34
21 0.25
J9 12.56
14 6.64
- 9-57
9-44
9.28
9.16
9-'3
9.00
8.74
8.52
8.48
8.36
7.80
7.67
7.66
7.58
7.48
7.42
7.30
7.23
6-99
6.90
6.75
6-. 54
6.51
6.21
5-83
5-77
5.67
5-40
5.2S
5.19
5.00
4.85
- 4.67
12.96
12.65
12.64
12.41
12.27
12.04
11-93
11.56
1 1. 08
10.78
10.76
it
- 9-55
9.69
9.88
10.48
JO. 57
10.10
H.53
1O.OI
8.23
8.93
9.81
11.20
10.56
9.50
9-93
g.ig
10.48
10.05
10.88
9-75
g.68
g.2o
9.61
9-77
9.29
11.47
10.25
10.38
10. oS
9.15
g.22
9-57
9-46
11.14
- 9.50
8.82
8.35
9.80
"39
10.43
10.77
11.71
9-37
10.64
10.98
h. m. s.
20 41 8.03
42 45.52
44 40.88
46 9-15
46 37.21
48 11.74
51 30.37
54 22.53
54 45-59
20 56 22.69
21 3 31.10
5 24.41
6 26.58
7 52-30
8 41.08
10 17.24
ii 10.50
14 27.56
15 47.52
17 41.18
20 39.61
20 57.51
25 11.65
30 39-19
31 25.80
33 1-05
33 55-15
36 53.00
38 40.07
40 I . 44
42 57-Ji
45 11.28
21 48 4.44
20 13 17.89
16 37.17
16 45.72
19 17-53
20 42.80
23 25.52
24 44.83
28 56.59
34 22.75
37 45.56
20 38 4.10
22 26 33.3
28 41.3
31 14-4
40' 1.3
41 22.3
34 35-1
54 36.8
33 J5-7
7 30.0
17 34-7
30 10.4
49 40.8
40 5^3.0
25 55-1
31 59-6
21 37-5
39 45-7
33 36-2
45 6.0
29 31.2
28 27.4
21 45.3
27 25.3
29 44.2
23 13.2
53 15-0
36 20. 6
38 IO.2
33 34-0
20 56.3
22 1.4
26 54.2
25 16.4
22 48 40.9
22 25 49.8
15 58.2
S 53-0
30 I i. 6
53 5-0
39 22. o
44 5-6
57 38.6
24 0.7
42 14.0
22 47 8.4
29.
12.5
-H.
43-5
24-5
52.5
55-2
32.5
44-8
18.5
30.5
42-5
I
6
27-
39-
32.
44-5
36.
47.6
54-
6
23.
35.
47-5
59-5
47.
59-
43-5
II.
55.
9-5
t f
33-
R c
49-
i.
23.5
35-5
53-
5-
|8
39-
51-5
3-5
Zc
55.
t
39-
5i-
a
3-
47-
1 8 .'2
59-
29-5
ii.
30.2
42.
42.
54-
54.2
. .
. .
43-5
55.
1.5
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(135) 18. Micrometer reading assumed as
4i r .O96 instead of 40'. 096.
(135) 42. Micrometer reading assumed as
4& r .792 instead of 4O r .7g2.
(135) '46. Micrometer reading assumed as
4gMo5 instead of 3g r .io5.
(136) -4. Micrometer reading assumed as
44 r .952 instead of 43 r .g52.
(136) 5. Transits overT.'s III and Vassifmed
to have been recorded over T's. II
and IV.
(136) 6. Minutes of transit assumed as 22 in-
stead of 23.
/LIBRARY -
[UNIVERSITY OF
t -\UWKNI A.
1848. h. s.
Aug. 4, 19 +22.739
s.
g O.OO2
s. s.
. . - 0.387
s.
0.104
o o 4.18
r
40.
054
INSTRUMENT READINGS.
Date.
CIRCLE.
^i
|1
i C
C O
>4 o;
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 136
1848. h. m.
Aug. 4, 20
20 12
20 40
21 22
21 58
298
' "
n
"
in.
30.104
30.018
30 .020
o
71.2
77-
76.8
76.'
63.8
73-8
73-2
73-J
72.8
35 o.
0.4
2. 3.6
1.79
1.59
30.004
. .
86
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 136. AUGUST 4. Ms. D = 22 2' 40" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
ai
MICROMETER.
i
6
<t,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
H.
III.
IV.
V.
VI.
VII.
II.
12.
12
13
14
15
16
17
18
19
20
21
22
23
24.
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
4i
42
43
44
45
46
47
48
49
50
5i
i
2
3
4
5
10
10
10
10
10
9
9
9
10
IO
9
10
10
9
IO
IO
IO
10
!)
IO
9
9
4
9
10
IO
IO
IO
10
IO
to
10
IO
10
IO
IO
10
IO
9
9
9
9
9
8
IO
iR
h. m. s.
20 39 18.06
40 41.06
43 14.30
45 30.76
45 41.70
47 44.85
50 51.80
53 55-61
54 25.85
57 12.80
20 58 49.63
21 3 3-77
4 49.83
4 57.o8
7 25.80
8 13.12
9 50.04
10 43.66
15 20.93
16 42.84
17 14.24
19 12.70
19 43.86
22 33.84
23 41.06
24 42.06
26 15.64
27 45-05
28 29.16
3O 12.20
32 34.09
32 3L38
36 25.46
38 13.21
42 29.24
44 44-73
47 38.07
53 23.14
56 21.22
21 58 26.51
ONE 137. A
18 26 54.12
27 46.15
28 33.19
30 32.68
18 31 45.70
s.
+ 26.50
26.50
26.49
26.49
26.49
26.49
26.48
26.48
26.48
26.48
26.48
26.47
26.47
26.47
26.47
26.47
26.46
26.46
26.46
26.46
26.46
26.45
26.45
26.45
26.45
26.45
26.45
26.45
26.45
26.44
26.44
26.44
26.44
26.44
26.44
26.44
26.43
26.43
26.43
+26.43
UGUST 7
d-26.53
26.53
26.53
26.52
+ 26.52
s.
+ O.OI
o.oi
+O.OI
+O.O1
. .
+ O.OI
+ O.OI
+O.OI
+ O.OI
. Ms.
O.OI
O.OI
O.OI
VI.
VII.
III.
III.
VII.
III.
III.
IV.
II.
I.
III.
III.
II.
VI.
II.
VI.
VI.
VI.
III.
III.
VII.
II.
VII.
11.
III.
V.
V.
V.
VII.
VI.
III.
IV.
VII.
VI.
"VII.
11.
V.
V.
VI.
IV.
DO =
VI.
VI.
VI.
IV.
VII.
3
5
4
4
2
3
7
4
2
3
I
4
3
2
4
2
3
4
4
3
5
5
4
3
5
3
2
4
i
5
3
5
3
5
5
5
2
2
4
I
1C
4
5
6
2
7
r.
42.760
41.005
42.192
45-425
53.212
47-490
42.632
39-555
42.500
44-44"
35-545
44.812
36.940
36.572
42.925
49-950
38.438
39.030
45.946
40-375
37-800
49.280
49-71
38-055
42.899
42.038
47.170
45.620
46.720
46.885
44-338
51.630
49.240
50.865
40.46
43-142
38.134
37.005
44.838
3L492
) 32' 30
49.748
48.883
48 . 744
49-838
42.392
i ir
34 17-00
23 37-19
28 44.47
21 5-15
36 59-70
31 34-14
8 5-94
30 15-34
43 8.84
33 18.98
52 57.74
27 14.21
37 37-48
46 33-04
28 29.00
38 52.21
36 45-88
30 33-31
26 35.16
35 39-24
25 27.59
18 52.29
24 25.27
36 59.07
22 32.17
34 41-96
40 28.05
26 46.37
46 32.57
20 14.79
33 22.72
i? 31-44
30 33-64
17 57.69
23 55-97
22 23.72
45 39-30
46 18.20
27 13.24
55 17-37
24 24.12
19 5-97
10 29.46
38 56.18
8 14.02
10. 61
10.49
10.27
10. oS
10.05
9-Sy
9.62
9-36
9-32
9-og
8-95
8.60
8.46
8.41
8.24
8.18
8.06
7.96
7.60
7-49
7-45
7.29
7-25
7-03
6-95
6.87
6.74
6.63
6.58
6.44
6.27
6.28
5-99
5-85
5-54
5-39
5-lS
4-78
4-59
- 4-45
-25.62
25.54
25-46
25.27
-25.15
10.29
9.56
9.91
9-38
10.48
10.10
8.51
IO.OI
10.92
10.22
1 1. 60
9.81
10.53
11.17
g.SS
10.63
10.47
10.04
9.76
10.39
9.68
9-23
9.61
10.49
9.48
10.33
10.74
9-77
11.17
9-32
10.24
9-13
10.04
9.16
9-58
9-47
II. II
1 1. 16
9. Si
-11.78
- 9-64
9-35
8.86
10.48
- 8.75
h. m. s.
20 39 44.56
41 7-56
43 40.79
45 57-25
46 8.19
48 H.34
51 18.29
54 22.09
54 52.32
57 39-28
20 59 16.12
21 3 30.24
5 16.30
5 23.56
7 52.27
8 39-59
10 16.50
II 10.12
15 47-39
i? 9-30
17 40.70
19 39-15
20 10.31
23 O.29
24 7.51
25 8.51
26 42.09
28 11.50
28 55.62
30 38.64
33 0.53
32 57-82
36 51.9
38 39.65
42 55.68
45 11-17
48 4.51
53 49-58
55 47.65
21 58 52.95
18 27 20.65
28 12.67
28 59.71
30 59 -2c
l8 32 12.21
22 37 17.9
26 37.2
31 44-6
24 4-6
40 0.2
34 34-1
It 4.1
33 14-7
46 9.1
36 18.3
55 58.3
30 12.6
40 36-5
49 32.6
31 27.1
41 51.0
39 44-4
33 31-3
29 32-5
38 37-1
28 24.7
21 48.8
27 22. I
39 56.6
25 28.6
37 39-2
43 25.5
29 42.8
49 30-3
23 10.6
36 19.2
20 26.8
33 29.7
20 52.7
26 51.1
2.5 18.6
48 35-6
49 14.1
30 7-6
22 58 13.6
19 57 29-4
52 10.9
19 43 33-8
2O 12 1.9
19 41 17.9
41.
W.
16 8
iR r
7
ft
17.
rl-3
"R
57.
V2
2
44-
55-2
28.'
50.
1"
xf,
13
38.
50.
13.
5
57-
9-
21.
50.
c6
12.
57
.2
9-
50.
49
iR *
17
29-5
27.5
53-
5.
24.
?6
I.
I .2
25.
37-
5.
9-
21
13
5
27-
38.
W.
45.
57.
.... 14.638.5
17.5
z
c6 *
32.5
44-5
7-8
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co. (136)
[5. Micrometer thread assumed as 5 in-
stead of 4.
28. Time of transit over T. IV assumed
as 2".o instead of I2".o, and transits
over T.'s IV and V assumed to have
been recorded over T.'s V and VI.
43. Time of transit over T. VI assumed
to have been recorded 5" too late.
50. Minutes assumed as 55 instead of 56.
51. Transit over T. V assumed to have
been recorded over T. IV.
1848. h.
Aug. 7, 7
s.
+ 22.907
s.
S -3
s. s
o
387
s.
- 0.104
, j.
o o 2.89 40.
(136)
051
i INSTRUMENT READINGS.
(136)
(136)
(116^
Date.
CIRCLE.
Ijj
I|
<H
3|
c
' f-
<i>
"A
w
66.3
65-4
65-
64-9
63-6
62.9
62.
60.5
A.
B. C.
D.
. Corr'd
Mean.
Barom.
Mean.
Zone 137
1848. h, m.
Aug. 7, 18 26
19 o
19 3
19 20
19 45
20 20
20 40
21 40
301
/ a
5 o.
59-5 2.1
3-8
1.07
in.
1.35 30.262
76.
74-
72 .'8
71.2
30.262
30.260
. .. 30-258
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 137. AUGUST 7. Ms. D 19 32' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
2
MICROMETER.
i
d,
ff-2
Mean Right
Ascension,
1850.0
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
6
7
S
9
IO
II
12
13
14
15
16
17
IS
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
5^
5i
52
53
54
10
IO
S
9
IO
9
10
10
10
8.9
IO
9
9
9
10
9
10
9
IO
10
9
9
9
9
8
9
to
IO
8
10
9
S
9
9
IO
9
9
10
9
9
9
9
10
9
9
9
7
9
9
10.5
h. m. s.
18 31 35-37
33 36.44
36 42.63
38 19-33
39 49-37
40 26.72
41 49.38
42 11-31
43 49-03
44 29.48
45 28.33
45 42.81
47 21.88
48 30.52
48 34-85
51 18.29
51 46.45
53 43-74
53 46.78
55 54-01
56 40.89
58 20. II
58 55-58
18 58 34.86
19 o 30.62
i 24.78
2 18.88
3 48.74
6 9.80
8 30.01
9 32.15
10 44.60
12 21.06
13 54-57
14 10.62
15 "8.72
16 17.71
IS 0.45
19 30.83
20 23.85
20 47.74
22 28.50
26 39.52
30 14-95
30 46.45
32 13.43
37 9-98
37 53-57
19 40 37.90
s.
+26.51
26.51
26.50
26.49
26.49
26.48
26.48
26.48
26.48
26.47
26.47
26.47
26.46
26.46
26.46
26.45
26.45
26.44
26.44
26.43
26.43
26.43
26.42
26.43
26.42
26.42
26.41
26.41
26.40
26.40
26.39
26.39
26.38
26.38
26.38
26.37
26.37
26.36
26.36
26.36
26.36
26.35
26.34
26.33
26.33
26.32
26.31
26.31
+ 26.30
s.
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+ O.OI
+ O.OI
O.OI
+O.OI
O.OI
O.OI
O.OI
+ O.OI
+ O.OI
+O.OI
O.OI
VII.
III.
III.
IV.
V.
VII.
V.
VII.
IV.
V.
V.
VII.
IV.
III.
VII.
IV.
VI.
III.
VII.
IV.
VI.
IV.
VI.
VII.
VI.
VII.
VII.
VII.
III.
IV.
IV.
IV.
IV.
IV.
VI.
VI.
VI.
IV.
IV.
V.
VII.
VII.
VI.
I.
VII.
VI.
III.
III.
3
4
6
4
6
3
6
6
6
5
4
6
6
5
4
5
3
6
6
5
7
7
5
3
3
7
2
6
4
5
4
7
4
2
4
4
7
2
4
5
6
7
6
5
i
i
3
2
6
r.
44.830
4L397
45-399
42.665
36.072
37.112
42.666
40.895
36.00
37.638
40.112
38.450
38.610
45-535
43-442
49.609
43.670
49.498
53-700
44-950
40.856
51.265
3L395
50.410
51.652
46.492
53-555
49-779
40.806
46.328
45 799
47.719
I7.3I4
45-954
49.696
45-124
44.300
43.316
42-553
4I-253
34-6io
4L305
38.715
40-985
43.620
46.819
42.980
45.180
47.960
i3 5.58
2g 11.86
[2 24.78
28 28.21
[7 46.06
57 31-44
13 58.93
15 34-17
[7 48.56
25 33.41
29 56.12
[6 23.94
[6 18.65
21 1-37
28 I. 21
[8 41.06
32 36.76
io 3.58
7 38.62
21 21.55
9 7-05
3 8. 5 g
2g 8.38
29 53-37
29 10.70
5 52.78
36 47. g2
u 2.59
29 32.22
20 34.09
26 40.24
5 10-73
43 1-46
(i 9.96
24 25.91
27 3-39
7 8.40
42 40.84
28 32.07
23 28.87
[8 36.22
8 51-45
[6 14. g3
23 37-9 1
50 37-17
j6 2g.3i
34 9-51
ft 36.60
10 56.47
25.16
24-97
24.66
24.51
24.36
24.30
24.16
24.12
23-97
23-90
23.80
23-78
23.61
23-51
23.50
23.23
23.18
22.99
22.98
22.78
22 .JO
22.54
22.48
22.41
22.32
22.23
22. 14
22.0O
21.77
21.54
21.44
21.32
21.16
21. OI
20.95
20.88
20.77
20.61
20.46
20.37
20.33
20.17
19.76
10.42
19-36
19.23
18.76
18.68
18.42
10.15
9-95
9.00
9.89
9-30
10.41
9.07
9.14
9-30
9.72
10.00
9.20
9.20
9-49
9.86
9-32
10.13
8.83
8.70
9-5i
8.81
8.43
9-94
9-99
9.94
8.59
10.37
8.80
9-97
9-44
9.80
8.54
10.75
10.66
9.66
9-83
8.69
10.75
9. go
9.62
9-30
8.76
9.16
9.62
11.23
10.97
10.23
10.65
- 8.86
h. m. s.
18 32 1.89
34 2.95
37 9.12
38 45.82
40 15-85
40 53.20
.42 15-85
42 37-78
44 15.50
44 55-95
45 54-8o
46 9.27
47 48.33
48 56.98
49 1.31
51 '44-73
52 12. go
54 10.17
54 13-21
56 20.44
57. 7-3'
58 46.53
18 59 22.00
19 o 1.29
57.04
i 51.19
2 45.29
4 I5.I4
6 36.20
8 56.41
9 58.54
II lo.gS
12 47.45
14 20. g6
14 57.00
15 35.09
. 16 44.07
18 26.82
ig 57-19
20 50.21
21 14.09
22 54.84
27 5.85
30 41.28
30 12.79
32 3g.?6
37 36. 2g
38 ig.8g
19 41 4.19
20 6 10.9
20 2 16. 8
19 45 28.4
20 I 32.6
19 50 49.7
20 10 36.2
19 47 2.2
48 37.4
50 51.8
19 58 37-0
20 2 sg.g
19 49 26.9
49 21.5
19 54 4-4
20 I 4.6
19 51 43-6
20 5 40.1
19 43 5-4
40 40.3
54 23.8
42 8.6
19 36 9.6
20 2 10.8
2 55-8
2O 2 13.0
ig 38 53.6
20 9 50.4
19 44 3-4
20 2 34.0
19 53 35-1
59 41-5
19 38 10.6
20 16 3.4
20 14 i i. 6
19 57 26.5
20 o 4.1
19 40 7.g
20 15 42.2
20 I 32.4
ig 56 28.9
5i 35-9
41 50.4
49 13.8
19 56 37.0
20 23 37.8
19 29.5
7 8.5
20 14 35. g
19 43 53-8
19
-5
24-5
31-5
7 ^
36-5
42.
in c
48.2
54-
60.
6
I.O
?r.
50.
2.
]fi r
4Q.
41 .
CT.
40.
i'a
22.
55
IO.
66.
18.2
58 '
IO.
32-
22.
20.
10.
IO.
54-
e R
54-
12.
24.
46.
c3
22.
30.
32.
44- 5
9-5
21.
43-
54-5
54-
37
19.
31 .
38.5
. II.
23.
1
. . C2.
3 ^
51 .
3 .
39-5
3-5
15-
21 6
2-5
46
!5
-5
58.9
42-
9-5
53-5
i t
37-
48-5
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(137)
(137)
(137)
(137)
(137)
3. Micrometer reading assumed as
39 r .8g5 instead of 4O r .8g5.
!2. Micrometer reading assumed as
45 r .67o instead of 43 r .67O.
2g. Minute of transit assumed as 59 in-
stead of 58.
33. Micrometer reading assumed as
47 r -779 instead of 4g r .77g.
;o. Micrometer reading assumed as
39 r .62o instead of 43 r .62o.
1848. h.
s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
CIRCLE.
li
Ig
a
<&
a
c c
u E
X 0.
W
Date.
A,
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 137
1848. h. m.
Aug. 7, 22 oo
o , /;
"
n
in.
60.
88
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 137. AUGUST 7. Ms. D = 19 32' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"l
a*
MICROMETER.
i
<A
d-,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
9
9
9
9
8.9
9
9
9
9
9
9
8-9
9
9
9
9
9
9
10
10
8.9
9
10
10
10
10
10
to
9
9
9
9
9
10
9
9
8.9
to
10
9
8.9
9
10
10
IO
10
IO
10
IO
. .
. .
. .
22.
34.
45-5
. .
. .
. .
h. m. s.
19 41 22.23
42 39.15
43 26.74
45 3-39
46 12.89
48 15.95
50 6.74
51 19.46
57 4.56
19 58 II. 02
20 o 20.69
i 16.52
8 6.58
9 26.34
10 24.64
n 20.34
ii 49-56
M 19-23
14 40.16
15 39-00
16 16.92
17 56.58
19 32.24
20 46. 8.}
21 4I.8.J
23 17-05
23 58.66
25 6.05
25 23.33
27 37.85
29 17.26
30 12.76
33 54.65
34 23.47
34 53.04
37 36. ic
39 J 2.39
40 58.6.
42 4.48
43 14-ly
53 46.8S
54 8.72
57 5L32
20 58 17.14
21 9 16.3.
13 28. ic
14 26.6;
15 14.12
21 18 20.52
s.
+26.30
26.29
26.29
26.29
26.28
26.28
26.27
26.27
26.26
26.25
26.25
26.25
26.23
26.23
26.22
26.22
26.22
26.21
26.21
26.21
26.21
26.21
26.20
26.20
26.20
26.19
26.15
26.19
26.19
26.18
26.18
26.18
26.17
26.17
26.17
26.16
26.16
26.16
26.15
26.15
26. i;
26.1;
26.12
26.12
26.11
26. ic
26.10
26.10
+ 26 . 09
s.
O.OI
O.OI
O.OI
O.OI
+ O.OI
O.OI
O.OI
+ O.OI
+ O.OI
+O.OI
O.OI
+O.OI
O.OI
+ O.OI
O.OI
O.OI
O.OI
+0.01
+O.OI
O.OI
O.OI
O.OI
+O.OI
+O.OI
V.
V.
VII.
V.
VI.
V.
III.
VII.
VI.
VII.
IV.
V.
vr.
VI.
V.
V.
V.
III.
IV.
IV.
IV.
VI.
VI.
V.
VII.
IV.
VI.
IV.
VII.
V.
VII.
III.
I. .
IV.
VI.
I.
III.
III.
IV.
V.
IV.
VI;
II.
V.
VI.
I.
III.
VII.
IV.
7
3
a
7
7
5
4
2
5
4
5
6
2
3
2
3
3
2
I
2
7
4
3
2
5
6
6
6
5
i
i
6
4
4
5
4
6
2
3
3
6
5
i
3
3
3
2
2
4
r.
45-
47.448
45-495
40.85
42.875
42.890
44.860
42.938
43.80
44.732
49.750
39.040
36.845
38.739
41.100
43.307
43-610
43.930
40.868
45.383
47.50
41.310
36.390
44.505
40.344
42.820
39-310
40.882
44-51
44-310
42.125
40.490
42.670
43.110
47-475
46.890
39.830
47.670
39.925
34.005
36.820
44.872
48.810
46.460
41.578
38.252
37-160
43.140
49.006
6 44.38
SI 35.60
2 21.27
9 7-33
7 57.50
!2 32.49
'-7 12.57
|2 53.64
!2 1.06
!7 16.77
8 36.20
6 3.82
,2 8. II
)6 35-59
(3 57-15
S3 58.24
)3 47-81
[2 19.66
19 54-4t
(i 29.63
5 18.28
29 14.77
37 56.44
H 59-86
23 59-99
'3 53.63
15 54-44
15 0.39
21 36.48
7 55-8i
19 10.89
15 13-87
28 27.81
28 12.87
'9 54-47
26 2.44
15 36.61
40 10.83
35 54-77
39 18.67
17 20.31
21 24.13
45 20.72
32 9.64
34 57-73
36 52.17
46 12.87
42 46.68
24 49.78
II
-18.35
18.23
18.16
. 18.00
17.89
17.70
17.52
17-41
16.86
16.76
16.56
16.47
15-84
15.72
15.63
15-55
15.49
15.28
15-24
15.20
15.10
14-95
14.81
14.69
14.61
14.46
14.41
14-31
14.27
14.09
13-93
13.85
13.53
13-48
13-44
13.21
13.07
12.92
12.82
12.73
11.83
II. 81
11.50
II. 4 f
10.58
10.2:
IO. If
10.09
9.86
II
- 8.63
10.07
8.96
s. 7 s
8.70
9-54
9-83
10.74
9-50
9.83
9-3 1
9.14
".34
10.38
10.84
10.23
IO.2I
IO.73
II. 21
10.70
8.52
9-95
10.47
10.81
9-63
9.02
9-13
9.10
9-51
11.07
11.16
9.11
9.89
9.88
9-39
9-75
9.14
10.61
10.35
10.55
9.23
9-49
10.92
10.12
10.31
10.41
II. OO
10.78
- 9.66
h. m. s.
19 41 48.52
43 5-44
43 53-02
45 29.67
46 39.16
48 42-23
50 33.01
51 45-74
57 30.82
19 58 37.27
20 46.93
i 42.76
8 32.82
9 52.57
10 50.87
ii 46.56
12 15.78
14 45-45
15 6.38
16 5.22
16 43.12
18 22.79
19 58.44
21 13.05
22 8.0^
23 43.23
24 24.84
25 32.23
25 49-52
28 4.04
29 43-45
30 38.93
34 20.82
34 49.64
35 19-21
38 2.26
39 38.54
41 24.80
42 30.63
43 40.32
54 '3-oo
54 34-86
58 17-45
20 58 43.26
21 9 42.45
13 54.29
14 52.74
15 4O.22
21 18 46.61
O 1 il
19 39 41-4
20 4 33.9
19 45 18.4
42 4-1
40 54.1
19 55 29.7
20 o 9.9
20 15 51.8
'9 54 57-4
20 13.4
19 51 32.1
19 48 59.4
20 25 5.3
9 31.7
16 53.6
6 54.0
6 43-5
15 15.6
22 50.9
20 14 25.5
19 38 II.9
20 2 9.7
10 51.7
20 14 55.4
19 56 54.2
46 47-1
48 48.0
47 53-8
19 54 30.3
20 20 51.0
2O 22 6.O
19 48 6.8
2O I 21.2
2O I 6.2
19 52 47-3
58 55-4
ig 48 28.8
20 13 4.4
8 47.9
20 12 12.0
19 50 II.4
19 54 15-4
20 18 13.1
5 I- 2
7 48.6
9 42.8
19 4.0
20 15 37.6
19 57 39.3
50.
2.
4.
13-
16
24-5
->7 S
36.
31.5
43-5
55.
41-5
57-
:-> R
16
9-
21.
38
34-6
40.
46.
n a
?8
13.
56.
7.6
"R r
19.
4O.2
<"\ 8
16 7
20.
44.
cH c
55-6
17.
22.
6
= 8 ;
40.6
52.4
19-5
31.2
OR
i.
37-5
49.6
24.5
6O
3 6.
if>
ii. 6
23-5
35-5
46 8
32.
44.
16.
>S
"S 8
->R
51.6
3-
"6
4Q.
. CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic. Co.
(137)
63. Transit at 16" assumed as over T. V
instead of T. VI.
67. Micrometer reading assumed as
26 r .845 instead of 36 r .845.
103. Transit over T. II assumed as at 57*
instead of 37'.
1848. h. s.
s.
s. s.
s.
or n
r.
(137)
(137)
INSTRUMENT READINGS.
Date.
CIRCLE.
m
.
JI
s
2S
e
11
E
*
A.
B. C.
D.
Corr'd
Mean.
Bare
Mean.
1848. h. m.
C t II
n
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
8 9
/'INK 137. Arc;t - si 7. Ms.
D 19 32' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
*
MICROMETER.
i
,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II. III.
IV.
V.
VI.
VII
1 1.
12.
104
105
1 06
107
108
109
1 10
in
112
113
114
5
116
118
119
120
121
122
123
124
125
I
2
3
4
5
6
8
9
10
ii
12
13
14
15
16
i?
18
'9
20
21
22
23
9
9
8.9
9
9
9
7
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
6
S
7
S
8
8
4
7
4
8
9
9
8
8
5
9
9
9
9
IO
6.7
8
10
22.
it 8
h. m. s.
21 IS 10.44
2O 12.62
21 7-72
22 33.11
25 38.76
26 28.84
23 14.38
28 47.62
3O 41.61
34 23.47
35 11.16
37 35.29
39 52.85
43 53-91
46 32-33
47 49-41
48 19.79
49 40.84
50 22.18
52 29.68
56 9.92
21 57 12.02
I.NE 138. At
19 5 56.37
9 10.14
n 6.38
12 16.65
12 20.54
13 49.19
15 40.05
15 47-00
15 56.44
17 24.25
19 27.20
19 58.15
21 22.18
21 38.27
25 2.22
26 22.06
26 48.14
28 59.69
29 43-05
31 28.41
33 4.84
36 38.25
19 39 32.19
s.
+26.09
26.09
26.09
26.09
26.08
26.08
26.08
26.08
26.08
26.07
26.07
26.07
26.06
26.06
26.06
26.06
26.06
26.05
26.05
26.05
26.05
+ 26.05
CL'ST 14
+ 27.83
27.82
27.81
27.81
27.81
27.81
27.86
27.SO
27.80
27.80
27.79
27-79
27.78
27./S
27-77
27.77
27.77
27.76
27.76
27-75
27-75
27.74
+ 27.73
s.
O.OI
O.OI
. .
O.OI
+ 0.01
0.01
+ 0.01
O.OI
O.OI
. MAJ
0.01
+ O.OI
+ 0.01
+ O.OI
+ O.O1
O.OI
+ O.OI
+ 0.01
O.OI
1 \7"*
VII.
VII.
IV.
VII.
IV.
VII.
V.
I.
VI.
in.
IV.
VII.
n.
V.
VII.
V.
VI.
IV.
III.
IV.
IV.
12.
IV.
12.
6
2
6
5
6
5
3
3
5
i
2
6
3
2
I
3
3
3
4
4
6
7
4
7
4
2
2
3
2
5
4
3
3
5
4
6
2
5
4
3
5
i
7
3
r.
50.672
50.82 ;
40.452 i
45.742:
34.1921
4,4-1922
40.775:
45-00 |;
46.072:2
48.50 _i
49.912;
46.415 i
44-15:
46- 632 .\
44. 240 j
42.635;
45-040;
45.045:
41.0602
40.338 i
45.089
!3 52' 5"
35.688;
29.325 i
30 . 762 ;
33.042-
36.738-
38.595:
33-12 ;
32.738-
44-3352
45.076:
36.902 ;
37.022 ;
43.485:
38.761;
36.65
33.025.
40.765:
34.36 ;
37.243':
42.523:
40.477:
35.010
36.98 ;
9 23.05
8 22.34
5 14- <;8
o 54.04
8 50.84
I 47.44
5 25.49
2 59-72
o 42.88
5 31-28
8 53-52
t 49.78
3 29.23
o 46.39
7 58.14
4 21.40
2 58.34
2 58.37
9 23.39
9 6.34
5 19.11
6 4L34
2 28.55
5 44.36
5 18.22
S 34-74
6 26.53
6 40.58
4 21.30
S 45.22
i 41.83
7 5-15
3 13-35
7 34-73
2 12.02
o 42.68
7 26.17
8 35-30
3 45-44
3 14.28
7 27.12
2 45.16
o 7.87
2 28.52
7 36.09
II
- 9.88
9-7"
9.64
9-53
9-31
9-25
9.12
9.07
8.93
8.67
8.60
8.43
8.26
7.98
7-79
7.70
7.67
7-57
7-52
7.38
7.M
7-05
-17.21
17.01
16.85
16.82
16.82
16.73
16.62
i6.6r
16.60
16.52
16.40
16.36
16.28
16.26
16.07
15-99
15.96
15.81
15-79
15.69
15-59
15.39
-15-23
- 8.74
10.51
9.10
9-44
9-30
9.48
10.34
10.17
9.42
10-95
10.53
8.89
10.20
10.66
II . IO
10.26
10.17
10.17
9.96
9-94
9. io
- 8.57
10.20
8.91
10.43
11.48
11.31
10.55
11.90
11.49
9-37
9-77
10.65
10.61
9.41
10.08
9-7
11.48
9-52
10.29
io. 60
9-45
11.58
8.63
10.61
h. m. s.
21 18 36.52
20 38.71
21 33.80
22 59.2O
26 4.83
26 54.92
.28 40.46
29 13.7O
31 7.69
34 49-55
35 37-23
38 1.35
40 18.91
44 19-97
46 58.40
48 15.47
48 45.85
50 6.89
50 48.23
52 55-73
56 35.96
21 57 38.06
19 6 24.20
9 37-95
ii 34-19
12 44-47
12 48.36
14 I7.OO
16 7.86
16 14.%!
16 24.24
'7 52.05
19 54-99
20 25.94
21 49.96
22 6.05
25 29.98
26 49.84
27 15.91
29 27.45
30 io. 81
31 56.16
33 32.60
37 5-98
19 39 59-92
19 42 11.7
20 II 12.6
19 48 3.7
53 43-0
51 39-4
19 54 36.2
20 8 15.0
20 5 49.0
19 53 31-2
20 18 20.9
20 II 42.6
19 44 37-1
20 6 17.7
13 35-0
20 47.0
7 9-4
5 46.2
5 46.1
2 10. Q
20 I 53.7
19 48 5.4
19 39 27.0
24 25 46.0
9 -0-3
28 35-5
41 53.0
39 44-7
29 57-9
47 39-8
42 3-3
M 57-8
20 21.4
31 30-4
30 51-7
15 27.7
23 59-0
io 41.3
41 52.8
17 0.9
26 30.4
30 43-5
16 0.3
43 25.0
5 42.5
24 30 51.9
49- I.
15.527.
51.5 2.8
12. S
19.5
44-5
40.6
31.
56-5
52-5
42 .'S
8-5
3 ^
22.8
48.'
18. 30.
0. 12.
41.8
21 6
23.
o.o
12. 23.S
29.541.5
52.5
57-
Q
J.Q
i - 5
3L6
52.5
43-
55-
45-6
54-5
6. IS.
46.858.
0.0 12.
23 .'s
.-6 i
R 1
/,,
30.5
42.254.5
6.3
18. '3
28.3
34.246.4
30.2 . .
41-
53-2 - -
<;6.S .
in.
13-4
>""
25.4 . .
-3- 34-8 . .
: : : :
32.7 . .
Go . 5 . .
51-
3-3 15-2
->6 8
10.4
34-3
22.234.3 -
46.458.2 . .
. . 12. 1
. . . .
14-4
34-2
26.3
46.2
38.3
24.4
24.2
35.247.4
. . 16.4
14.4 26.0
59-4
28.4
4-5
38.2
ir 8
55-
40.4
16.8
7.2
52.5
29.3
= 6.4
19.4
41.3
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
.
c
Zenith Point. Mic.
Co.
(137) 125. Transits over T.'s III-V assumed
to have been recorded over T.'s
II-IV.
(138) ii. Micrometer reading assumed as
35 r .go2 instead of 36 r .go2.
1848. h. s.
Aug. 14, 19 +23.845
s.
/ 0.013
s. s.
- 0.429
s.
- 0.192
r.
o o 3.31 40.054
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom .
11
Ii
a E
c o
s- c
A.
B.
C. D.
Corr'd
Mean.
Mean
Zone 138
1848. h. m.
Aug. 14, 19 20
19 40
20 o
20 20
20 38
296 45 o.
1.9
2.9 1.4
1-55
1.55
in.
30.204
30.200
77-8
77-5
77.2
73-8
73-4
72.9
72.8
72.1
30.202
296 44 56.5
57-4
59.2 58.8
57.98
57.98
12-
9 o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 138. AUGUST
14. MAJ. D o =-23 52' 50
' Continued.
No.
Mag.
SECONDS OF TRANSIT.
T. .
.,
MICROMETER.
i
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
18500.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
24
25
26
27
28
29
30
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60.
i
2
4
4
5
6
7
8
9
9
8
24-5
37-2
48.3
(TO '
h. m. s
19 43 o
43 21
44 50
45 41
49 II
50 52
53 48
55 o
58 14
57 59
19 59 5?
20 I 27
2 I
2 33-
5 44-
6 9.
8 41.
9 31.
II 53-
14 29.
15 19-
18 47.
19 54-
19 22.
25 27.
27 57-
28 44.
29 40.
30 47-
31 o.
35 22.
35 45-
36 i.
36 55-
37 59-
38 33-
20 38 53.
: 139- A
17 42 8.
42 49-
43 33-
44 30.
46 29.
48 38.
49 8.
17 49 29.
73
5<
35
9"
24
33
3
34
34
22
X
s<
94
97
85
9'
01
17
63
7<
26
66
"-I
28
18
20
37
47
95
76
40
in
07
53
<>7
00
50
53
7')
58
<>7
>4
60
13
35
s.
+ 27.75
27.72
27.71
27.71
27.70
27.70
27.60
: 27. 6c
i 27.6?
27.6?
27.67
27.67
27.67
27-6?
27. 6
27.66
27-65
27.65
27.64
27.64
27.63
27.63
27.62
27.62
27.61
27.61
27. 6c
27.60
27. 59
27-59
27.58
27-58
27-58
27.58
27-58
27-58
+ 27-57
FST 1 6.
+ 28.99
28.99
28.99
28.98
28.98
28.97
28.97
+ 26.97
s.
O.OI
O.OI
. .
+0.01
O.OI
O.OI
O.OI
+ 0.01
O.OI
l+o.oi
+O.OI
0.01
O.OI
+ 0.01
+ O.OI
. .
+O.OI
O.OI
O.OI
0.01
MAJ.
5
5
4
5
7
4
7
4
5
3
3
3
2
I
I
2
I
4
6
2
I
5
5
3
4
6
i
2
4
2
7
5
4
5
5
7
7
-25
4
6
2
2
5
I
3
3
r.
36.31
43-265
48.23
39-575
37.31
42.948
38-27
38.776
38.10
40.595:
43-23
42-954
36.46 :.
41.00 .
42.655 1 .
3. 2 75i
40.052
43-120
38-33
38.967-
39-20
40.687
48.37
41-28
37-90 .
38.228;
38.061
43-31 -
47-189:
40-94 1.
44-382
39-403:
37-214;
34.005:
42.612:
42.801
45- 1 80
n ' o".
36.198,':
36.392 i
37.022,
40.917-1
34.9235
35.8755
40.065 i
38.8653
26 19.17
24 37.27
25 16.50
24 26.59
n 9.29
28 18.46
10 36.19
jo 42.05
25 17.51
55 31.66
54 0.32
54 10.43
(6 36.89
19 48.95
\8 52.85
15 34.48
,o 22.51
!S 12.53
6 28.29
15 10.64
jo 51.83
!3 48.28
9 23.74
55 8.09
!l 12.34
6 31.81
,i 3LIO
|2 40-77
!5 52.36
14 37.13
7 5-68
!4 32.63
I 35-97
7 4.09
2 42.09
8 0.15
6 37-93
(2 10.98
7 35-06
6 17.64
4 3-47
7 6.95
2 46.40
5 49-95
6 31.28
II
-15-03
15.02
14.94
14.89
14.69
14.60
1-1-44
14.38
14.18
14.22
14.12
14-0-1
14.01
13.98
13.81
13.79
13.66
13.62
I3-50
13-37
13.32
13.16
13.10
13.62
12.84
12.72
12.68
12.63
12.58
12.58
12.38
12.36
12.35
12.31
12.26
12.23
12.22
-15.83
15.78
15.71
15.63
15.42
15.26
15.21
-I5-I7
9.61
9.57
9-64
9-58
8.54
9.88
8.50
10.08
9.64
10.45
10.34
10.36
11.34
11.58
11.51
11.27
11.65
9.88
8.95
11.24
11.68
9-51
9-17
10.43
10.12
8.95
H-73
11 .03
9.-68
1 1. 10
8.22
9-55
10.15
9-77
9.43
8.28
- 8.16
10.17
9.02
11.32
11/14
9-77
11.87
10.51
10.52
h. m. s.
19 43 28.45
43 49.28
45 18.06
46 9.62
49 38.93
51 20.03
54 I5-9I
55 28.03
58 42.02
19 58 26.90
20 21.06
I 55-23
2 29.62
3 1.65
6 12.52
6 37.66
9 9-27
9 58.82
12 21.26
14 57.36
15 46.90
19 15.29
20 21.65
ig 49.90
25 54-79
28 24.80
29 11.98
30 8.08
31 15-54
31 28.36
35 49-97
36 12.59
36 28.65
37 23.11
38 27.55
39 1-47
20 39 21.06
17 42 37.52
43 18.78
44 2.51
44 59-65
46 58.02
49 7-57
49 37-10
17 49 58.32
24 19 33.8
17 51-9
18 31.1
17 4I-I
4 22.5
21 32.9
3 49-1
23 56.5
IS 31-3
28 46.3
27 14.8
27 24.8
39 52.2
43 4-5
42 8.2
38 49-5
43 37-8
21 26 O
9 40-7
38 25.2
44 6.8
17 i.o
12 36.0
28 21.6
24 25.3
9 43-5
44 45-5
35 54-4
19 4.6
37 50.8
o 16.3
17 44-5
24 48.5
20 16.2
15 53-8
24 i 10.7
23 59 48.3
25 43 36.0
28 59.9
57 44-7
55 30.2
25 38 32.1
26 4 13.5
25 47 15.7
25 47 57.0
50.
2.2
46.
14-5
6 2
57-5
18
8
7
9
9
6
9
9
8
9
9
8
5-6
8
9
9
8
6
IO
9
4
9
5
5
7
8
8
9
7
8
9
6
7
8 '
8
7
8
8
7
. .
40.4
52.4
23.2
4-2
0.7
35-5
24.5
47-3
24. c
! . .
38.2
50.
2.4
14.4
26 3
II. 5
23-4
35-2
17.5
29.6
41.8
26.3
38 i
40.5?
5-5
17-3
is!
17-5
30.0
5-5
23.
33-2
29.4
19.2
41-4
7-7
44.5
41.5
22.
34.2
46.3
'. '.
31-
53.4
29.4
43-2
5-7
55-4
41-7
43-5
54-3
55-6
29.8
63.2
IO.
15-2
27.
57.4
9-3
18.
46.7
21.4
30.5
58.5
33-
....
. . 16.8
34-5
25 1-1
58.2 10.3
21.533.2
22.4
44-2
I.O
34-5
13.2
. . . .
8.
11.9
19.
24.2
32.
36.2
IO.2
2n 8
32.2
44.2
56.2
8.3' - -
ZoN
49-8
2-.0
14-
58.
10.2
F <7 1
. .
04.9
14.2
17.2
26.4
28.5
41.2
56.1
17.2
8.
20.3
41-5
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point
Mic.
Co.
(138) 2;. Micrometer reading assumed as
39 r .2&5 instead of 43 r .3&5.
(138) 35. Transits over T.'s IV-VI assumed
as 27'.5, 39". 6, and si'.S instead of
27".s, 29".6, and 4i".8.
(138) 44. Transits overT.'s VI and VII assumed
to have been recorded over T.'s V
and VI.
(138) 53. Micrometer reading assumed as
39 r .g4 instead of 4o r .g4.
(138) 57- Micrometer reading assumed as
35 r .OD5 instead of 34 r .oos.
*The minutes of the reading marked as ques-
tionable, but on examination they appear
correct.
1848. h. s.
Aug 16, 16 +24.640
s.
g o.ooo
s. s.
- 0.429
s.
0.192
o o 2.78
r.
40.051
INSTRUMENT READINGS.
Date.
CIRCLE.
g |
pi i-
>* _
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 139
1848. h. m.
Aug. 16, 17 42
18 25
18 45
19
19 20
,
27 2.2
3-9
i
6.1 7.8
n
5.O2
H
5.00
in.
30.076
30.9
3o.
79-7
78.5
77-2
76.5
75-9
75-3
75-2
30.080
30.086
2-3
4-7
6.4 7-2
5.17
5-15
2-3
4-7
6-4. 7-2
5-17
5-15
30.080
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 139. AUGUST
16. MAJ. D = 25 ii' o" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
1*1
0,
MICROMETER.
i
rf,
di
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
n.
12.
9
10
11
12
13
14
15
t6
17
18
'9
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
3S
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
10
6
8
9
7
9
8
T
7
6
6
5
7
8
S
7
5
8
8
8
9
9
8
9
3
8
7
S
7
6
7
8
8
8
8
9
8
8
8
9
9
9
10
8
9
23.0
54-5
34-4
6-3
47-2
23.4
::
h. m. s.
17 51 54.32
53 34.86
54 ".24
54 20.52
55 2.59
56 16.65
56 47.56
57 48.68
58 51.82
58 35.26
17 59 8.35
18 o 45.66
I 18.58
4 23.48
5 24. ;8
6 II.33
6 50.86
7 50.84
8 55-79
9 22.86
10 57.64
II 45.10
12 21 .71
13 8.70
13 36.SIJ
16 11.70
18 13.87
I S I . 69
37.82
20 57-88
20 34.17
21 54-75
24 0.28
24 23.18
26 52.18
27 25.42
23 30.91
30 3-31
30 7.56
33 8.34
34 58.78
34 57-55
37 34-96
39 55-48
40 38.68
41 38.42
42 20. 10
47 26.36
18.48 12.14
s.
4-28. 9 f
28.95
28.95
28.95
28.94
28.94
28.94
28.93
28.93
28.93
28.93
28.92
28.92
28.91
28.91
28.90
28.90
28.90
28.89
28.89
28.89
28.88
28.88
28.88
28.88
28.87
28.86
28.86
28.86
28.85
28.85
28.85
28.84
28.84
28.83
28.83
28.82
28.82
28.82
28.81
28.80
28.80
28.79
28.73
28.78
28.78
28.77
28.76
+ 28.75
s.
o . oo
: :
. .
5
2
4
1
5
6
6
5
5
4
6
I
4
7
3
4
5
6
5
5
5
6
7
6
I
2
6
7
7
5
5
3
5
6
4
4
5
4
4
5
2
6
6
3
7
7
6
5
5
r.
39.00C
42.465
42.932
40.I2C
38.61
31.804
36.42
41.322
39.81
36.95
35.652
37.502
29.83
40.37
35.878
33.429
40.088
46.022
43-594
41.902!
46.49
35.654
31 .402
37.405
38.487
44.692
34.548
38.52
40.14
30.37
29.66
39.832
3.1.012
35-792
31.558
4 1 . 009
45.13
46.36
45-75
35.417
39-388
32.938
37.664
41 . loo
41.82
33.56
32.01
33.422
39-795
24 46.51
43 10. 16
28 19.00
50 19.88
24 59-94
20 12.97
17 34.09
23 26.52
24 18.61
32 18.86
18 0.54
;i 50.35
35 50.33
9 23.89
38 14.18
33 46.35
24 8.75
12 3-33
22 8.26
23 6-54
JO 28.50
18 0.47
14 32.68
17 0.04
;i 16.42
\i 53-3"
18 38.58
to 27.61
9 31-81
29 43-79
27 15-73
35 57.97
21 53.83
'7 55-72
34 50.8i
29 25.24
!' 15.34
26 20.92
26 41.63
26 49-94
14 56.15
19 34.04
ic 57. 10
35 14-29
8 33-81
10 26.20
20 5.89
27 58.65
24 19.10
-14.96
14.81
M-75
14-74
14.68
14.56
14.52
14-43
14.34
I4.36
I4.3'
14.16
14.11
13.83
13.73
13.66
13.60
13.51
13.4I
13.36
13.23
13.15
13.10
13.02
12.98
12.74
12.56
12.57
12.43
12.30
12.34
12.21
12.02
11.98
"75
1 1 . 70
1 1. 60
n . 46
11.45
11.17
10.99
10-99
10.74
10.52
10.45
10-35
10.29
9.80
- 9-72
- 9-59
I I. Of)
10.01
11.65
9.60
9.22
9.01
9.48
9-55
10.19
9-04
11.76
10.47
8.35
10.67
10.29
9-53
8.57
9-37
9-45
9-24
9.04
8.76
8.96
11.73
10.95
9. 10
8.44
8.36
9.98
9.81
10.47
9-35
9.04
10.38
9.96
9-30
9.71
9-74
9-75
11.22
9.17
8.47
10.43
8.29
8.42
9.20
9.84
- 9-57
h. in. s.
17 52 23.28
54 3-8i
54 40.19
54 49-47
55 31.53
5<> 45-59
57 16.50
58 17.61
59 20.75
59 4.19
17 59 37.28
18 I 14.58
I 47oO
4 52.39
5 53-69
6 40.23
7 19-76
8 19.74
9 24.68
9 51-75
II 26.53
12 13.98
12 50.59
13 37.58
14 5-77
16 40.57
18 42.73
is 30.55
20 6.68
21 26.73
21 3.02
22 23.60
24 29. 12
24 52.O2
27 21.01
27 54.25
=8 59-73
30 32.13
30 36.33
33 37-15
35 27.58
35 26.35
38 3-75
40 24.26
41 7.46
42 7.20
42 48.87
47 55-12
18 48 40.89
25 36 1 1. 1
54 36.0
25 39 43-8
26 I 46.3
25* 36 24.2
31 36.8
28 57-6
34 50.4
35 42.5
43 43-4
25 29 33.9
26 3 16.3
25 47 14-9
28 46.1
49 38.6
45 10.3
35 3L9
23 25.4
33 3LO
34 29.4
3t 5t.o
29 22.7
25 54-5
25 28 22.0
26 2 41.1
25 53 17-0
30 O.2
21 48.6
2O 52.6
41 6.1
38 37-9
47 20.6
33 15-2
29 16.7
46 12.9
40 46.9
32 36.2
37 42.1
38 2.8
38 10.9
56 18.4
30- 54.2
23 16.3
46 35-2
19 52.6
21 45.0
31 25.4
39 18.3
25 35 38.4
57-2
. .
27.2
41-
12.
39-
24. 1
I.
13-
16 >
25.2
45 -
7O 2
re 2
59-4
It. 2
12.4
23-3
24.6
37-2
24.
49-4
35. (>
47 -V
27 C
27 *.
7.9
20.4
32.2
' '
. .
45-5
57-4
45-2
9-9
9-3
46.2
33-2
58.2
45-2
3 1 ^
36. 2
37-2
50.0
1.4
13-4
26.2
38.4
50.5
2.3
14.3
5
10 8
|8 '>
7-
19.3
31.2
52.2
35-4
47-4
5L2
30.8
3-2
37-4
43-
50.
55-4
40.
22.
34-3
56.3
46.7
8.2
cR R
20.5
34.2
35-
47-
3L3
62 3
43-2
14.1
55-4
26.3
5<-'-3
38 .'4
63.2
3-0
44-2
I5-I
15,0
57-
24-5
36.3
CORRECTIONS.
REMARKS.
Date Corn of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(139) 18. Micrometer reading assumed as
35 r .g5 instead of 36 r .95.
(139) 39. Micrometer reading assumed as
3q r .66 instead of 29'. 66.
(139) 41. Micrometer reading assumed as
44 r .oi2 instead of 34 r .oi2.
(139) 44. Differs 6' in declination from Arge-
lander 308, 64.
('39) 51- Hor. thread assumed as 7 insteadof 6.
1848. h. m. s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
2
o E
s
<
11
S E
*
w
A.
B.
C. D.
Corr'd
Mean.
Mean.
Harom.
1848. h. m.
a f u
in.
9 2
ZONES OHSKKY1.I) WITH THE MERIDIAN CIRCLE, 1848.
ZONE 139. AUGUST 16. MAJ. D = 25 n
' o" Continued,
No.
Mug.
SECONDS OF TRANSIT.
T.
"i
"j
MICROMETER.
(
rf,
,/..
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
it.
12.
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72 .
73
74
75
76
77
78
79
So
81
I
2
3
4
6
7
8
9
10
II
12
13
M
15
16
17
18
19
20
21
9
9
8
10
8
9
8
7
S
9
9
9
8
4
9
8
9
8
8
9
8
7
8
10
6
8
9
8
8
8
9
9
9
9
9
8
8
9
8
9
8
9
8
31.
43-2
55-2
7-
. .
. .
. .
. .
h. m. s.
iS 49 55-1?
5' 15-5C
*2 40.53
52 58.58
55 4-34
56 47-24
57 41-39
58 10.88
18 58 23.82
19 I 18.89
I 20.32
3 0.56
3 39-32
4 49-29
5 51.56
6 41.92
6 43.28
7 58.16
9 I7.li
II 17.52
II 24.20
II 17.33
13 29.56
19 14 27.17
40. Arcrs
20 43 0.35
43 44-39
44 43-53
44 52.17
47 3-o6
47 48.28
48 2.14
49 29.25
52 29.35
55 43-50
56 46.67
57 27.14
20 59 19.29
21 O 1.25
I 18.38
2 26.46
2 50.80
4 1-42
5 34-26
7 24.47
21 7 48.06
s.
+28.75
28.74
28.74
28.73
28.73
28.72
28.72
28.72
28.71
28.71
28.71
28.70
28.70
28.69
28.69
28.69
28.69
28.68
28.68
28.67
28.67
28.67
28.66
+ 28.66
r 16. A
+ 28.34
28 34
28.34
28.34
28.33
28.33
28.33
28.32
28.31
28.31
28.30
28.30
28.30
28.30
28.29
28.29
28.29
28.29
28.28
28.28
+ 28.28
s.
.
0.00
IAJ. I
+ O.OI
-f-o.oi
O.OI
O.OI
+O.OI
+ O.OI
O.O1
+ 0.01
O.OI
+ O.OI
O.OI
O.OI
>.= -
IV.
5
2
2
3
6
2
6
2
3
I
2
2
3
5
6
5
5
6
3
3
3
3
4
3
2
5
I
5
4
6
4
4
5
6
I
I
6
5
2
I
I
6
6
3
r.
36.260;
40. 642 j
43-628j
44-73 :
39.922:1
33. 73ij
36.938;]
40.192;.]
34-60 :
38.15 *.
42.72 \
41.90 .1
40.60 ;
39-79 '<
33.2821
39-495^
39.198:
34-72 ;
30.913:
38.075:
31.947-1
37-913:
43-55 3
45.842 ;
55' 50".
35-971-
39-549:
32-843;
30.448:
3I.547:
35-512
41.62 :
37-532::
35-264:
38.392
38.773
36-716.
35-933
36.69 :
41.130'-
44-4S3-
46.778.
42.932
39- 6 77|
40.257,
t n
6 20.90
4 12.91
2 30.09
3 8.95
5 33-46
5 18.53
7 16.25
4 28.45
8 58.19
i 28.03
3 1-37
3 29.61
5 3L5I
4 I9-30
9 22. 19
4 29.46
4 39-70
8 53-94
o 43.79
6 58.49
29.58
7 4-07
3 49-9
6 38.75
6 53-86
4 27.60
4 30.84
9 41.07
4 5l.i
8 5.3-6
9 4-IQ
51 25.01
:6 55.21
6 26.16
i 6.54
2 17.43
7 50.86
:6 6. oS
13 56.13
17 49.88
(6 30.56
3 49-77
5 41-90
!5 43-33
- 9.56
9-43
9.29
9.26
9. on
8.88
8.80
8.75
8.73
8.44
S.44
8.27
8.21
S.og
8.00
7.91
7.91
7-7?
7-65
7-45
7-44
7-45
7-23
- 7-M
- 9-84
9-7'J
9-71
9.70
9-52
9.46
9-45
9-33
9. 10
8.85
8.77
8.72
8.57
8.52
8.42
8.34
8.31
8.22
8.09
7.09
- 7-93
- 9-71
11.17
11.02
10.24
8.78
11.25
8.07
II. iS
10.72
11.77
11.06
II. n
10.45
9-55
9.15
9-56
9-58
10.72
9.25
10-57
10.85
10.57
10.30
- 9.69
-- 5-8o
3-13
6.6l
3-97
4-52
2.76
3-90
4-15
3-6?
2-59
6.29
6.38
2.71
3-5S
5-51
5-93
5-78
2.29
2.49
4.62
h. in. s.
18 50 23.94
51 44-24
53 9-27
53 27.31
55 33.07
57 15-96
58 10. n
n8 39.60
18 58 52.53
19 i 47.60
i 49.03
3 29.26
4 8.02
5 17-98
6 20.25
7 10. 61
7 11-97
8 26.84
9 45-79
n 46.19
ii 52.87
II 46.00
13 58.22
19 M 55-83
20 43 28.70
44 12.73
45 11.88
45 20.51
47 31-39
48 16.60
48 30.47
49 57-57
52 57.66
56 n. 80
57 14.98
57 55-44
20 59 47.60
21 o 29.54
i 46.67
2 54-76
3 19.10
4 29.72
6 2.53
7 52.74
21 S i 6 . 34
25 37 40.2
55 33-5
53 50.4
44 28.4
26 51.3
56 38.7
28 34.0
55 48-4
25 50 17.6
26 2 48.2
25 54 20.9
54 49-0
46 50.2
35 36.9
30 39-3
35 4'<- 9
35 57-2
50 12.4
32 0.7
48 16.5
51 47-9
48 22.1
45 7-4
25 37 55-6
24 42 59-5
20 30.5
50 37-2
25 44-7
30 55-2
14 7.6
25 7-5
27 28.5
22 58.0
12 27.6
24 47 ii. 6
24 48 22.4
13 52.1
22 8.1
40 o.o
43 54-1
42 34.6
9 50.2
II 42.4
24 31 45-9
16.2
28.4
40.4
35.2
28.
40.
52.0
4 ^
47-2
59-2
12.0
35-7
47-2
3'.
iH o
31.
2O.
T> 8
. .
48.3
0.4
39-3
13-
51-3
4-
. .
27.3
39-5
5L3
42.
3-7
; (.
43.
55-7
41-
53-2
5-4
17.2
29-3
22.4
4L4
35.0
24 2 -
-' 1 5
)NE ]
15-
48.5
29-3
27.2
0.2
44-3
42.
39-3
56.'
'ft
9.0
7-4
7.i
4.2
=;i.3 2.8
. . ;4 8.
0.5
38.4
5-2
65.2
19.4
17.2 29.2
17.429.3
31-343.6
55-5
58.7
. t
7-3
14.5
39-2
ig.2
IS .3
26.4
50.4
31-4
'3-4
30.5
25-3
37-4
37.7
, t
24.5
36 O
48.6
10.3
24.2
28.5
42.2
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic. Co.
1848. h. s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
>n
I,
P
*\
8l
_
<H
e
E|
2 c
* w
A.
B. C.
D.
Corr'd
Mean.
Bare
Mean.
Zone 140
1848. h. m.
Aug. 16,20 43
21 O
2t 40
292
42 2.1
5.2 6.3
5-2
4-72
4-7'
in.
) 30.07
30.07
30.07
3
5
2
O
79-2
78.8
78.5
73-'
73-
73-
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, i8.|8.
93
ZONE 140. AUGUST 16. MAJ. D = -23 55' 50" Continued.
No. M:i.!;.
23
24
25
26
27
23
29
30
3i
32
33
34
35
36
37
35
39
40
41
42 10
43 '.'0
32.344.256.4
SECONDS OF TRANSIT.
I. II. III. IV. V. VI. VII. ii. 12
55-2
7-4
8.3
19.7
24.2 36.2
4L5 53-7
19.231.3
3.448. 7 0.8
6. iS.2
23.435.247.4
28.
20. 2 31 5 44.2
12.5
51-3
I5.427.539-5
52.2
54.4 6.818.5
53.2 5.517.4
IS.2
0.512.4
49-4
32.344.2
240.
52.2
3-2 15-5
19. 31
20. 31.4
h. m.
21 8
9
ii
13
15
15
16
1 6
IS
19
20
23
26
28
28
31
31
34
38
38
39
21 41
S.
24. i o
36.24
13.14
S.oS
8.40
19.71
24.24
41-57
19.32
23.31
15.98
31.96
12.68
30.16
39-17
39-53
52.17
18.66.
29.52;
54.85!
55-50,
+ 28
28.
28.
28.
28.
28.
28
28
28
28
28
28
28
28
28
28
28
28
MICROMETER.
4.80 +28
s.
,28 +0.01
27 . .
27 . .
20 O.OI
26 . .
26 . .
26 o.oi
26 . .
25 . .
25
.25 .
,24+0.01
.23 o.oi
.23 o.oi
.23
22
.22| .
.22 + O.O1
.21
.21
.21
.20
r.
42.53
39.921
43.67027
43.922 7
46.55520
43.20222
37-299I7
36.71531
32.482 19
31.962 20
38.68830
36.381 52
37.332 II
33.666 ig
37.05525
34.56038
34.56033
34.82853
37.31325
35-357
40.41
4L07535
ZONE 141. Arci'ST 18. MAJ. D = 18 55' 20"
12
'3
I I
IS
If.
17
18
10
20 9
21 9
22 9
34.446
23
8
52.5
36..
I.:
236.448
447
47.
62.2
.859.5
.5
15.327.339.2
57.3
55-2
36.248. 59.5
. . 44-256.
59-5 -
9.720.5 .
56.2 7.419-4
57-
17.4
55.5
7-0
36.5
6-3
7-9
35-4
19 i5
16
1 8
18
20
22
23
24
25
26
27
27
29
30
33
34
36
38
39
19 40
5 M-59
2.20
38.86
15.81
47-8q
12.75!
22.03'
53-9S
27.26
57-55
31. 76
43-72
58.67
13.34
26.78
47.96
32.71
59.52
20.91
7-71
33-70
12.16
56.63
+ 27-
27-
27.
27-
27.
27.
27.
27.
27-
27
27
27
27
27
27
27
27
27
27
27
27
27
-1-27
70: o.or
70
70
70
6 9
68 o.oi
6S . .
6S +0.01
68 +0.01
,67 . .
,67 o.oi
,66 o.oi
,66 o.oi
,660.01
,66| . .
.65
63,
63 . .
62 o.oi
62 . .
6i| o.oi
61! o.oi
55 ]i6
272124
80731
85734
5/242
242 7
50 ,37
28 J45
7i8|45
828139
19814
26
77
823
56
376,36
OI538
84 J3i
352,26
89 [16
09838
795 U
,85411
7.91
2.61
53.58
21 .41
26.27
21.76
3.81
53-16
49-75
7-65
45-1
28.97
8-53
8-94
53.4S
59-57
7-39
22.46
44-59J
39-941
57.82!
15.12:
55-17
37.04
49-99 :
5-96
32.02
44-95 :
52.54,
34.3'
53.67,
34.79:
49.41
27.68
56.48
52.75
59.10
48.13
9.46
48.85
52.17
43-45
40.95
28.73
O.22
Mean Right Mean South
Ascension, Declination
1850.0.
1850.0.
29
17
09
03
6.81
6.62
6.45
6.44
6.25
6.22
6.07
5-7S
5.42 21
4.02
a- 77
1.62
3.01
3-19
2.63
4.21
2.92
2-95
4.09
6.44
2.01
2.83
3-57
4.98
4-35
6.45 !
3-55 1
4.29
3.36:
5.70
5-62,- 4.5721
m. s.
8 52.
10 4.
11 41.
13 36-
15 36.
15 47-
16 52.
17 9.
18 47-
19 51.
20 44.
24 o.
26 40.
28 58.
29 7.
32 7.
32 20
34 46
38 57
39 23
40 23
41 33
3924 39
51 26
4' 23
33
66
i)7
83
57
56
23
21
9 0i
38
40
75
39
,89
73
.06
71 '9
0024 31
II. 2
4.4
55-0
20.6
26.7
22.3
3-8
54-7
49-8
7-7
46.3
32.2
7-2
8.2
53.2
0.8
S.o
25.0
43-9
40.0
56.9
15-3
-27.28
27.04
26.96
26.74
26.67
26.48
26.46
26.39
26.18
25.99
25.91
25-75
25.58
25.55
25-52
25.21
25. ii
24.65
24.60
24.3
24.04
23.96
-23.74
- g.28!ig
9.70
10.10
10.23
10.69
8.79
10.43
10.70
10.71
10.52
g. 16
8.88
9-33
9.16
10.50
10.38
10.45
10.10
9.82
9-27
10.48
9.14
- 8.97
15 42
16 29
17) 6
IS 43
ig 15
20 40
20 49
21 21
22 54
24 25
24 59
26 II
27 26
27 40
27 54
30 15
31 o
34 27
34 48
36 35
39 I
39 39
41 24
28' 19
90
56
50
95
22
4 =
37
32
99
44
61
36
?4
32
33
76
19
12 51.7
2O 33-8
27 47-0
30 2.g
38 29.4
3 40.2
33 49-4
41 31.4
41 50.6
35 31-3
10 44.5
5 22.3
13 5L5
10 47.5
34 55-1
32 43-7
34 5-0
27 43-6
22 46.6
12 37.1
34 35-5
10 21.8
6 52.9
CORRECTIONS.
REMARKS.
Date.
1848.
Aug. 18,
h.
o
Corr. of
Clock.
s.
+ 23.806
Hourly
rate.
S - 02 3
s.
- 0.429
s.
0.192
Zenith Point.
o o 4.35
Mic. Co.
r.
40.057
(140) 36. Hor. thread assumed as 5 instead of 3.
(140) 43. Transit over T. VI assumed to have
been recorded over T. V.
(141) 22. Transit over T. VI assumed to have
been recorded over T. VII.
INSTRUMENT READINGS.
Zone 141
Date.
1848. h. m.
Aug. 18, 19
19 15
20
20 20
20 40
21 5
21 49
A.
301 42 0.8
4-7
B.
1-5
3-5
C.
1.8
5-4
D.
2.9
9.4
Corr'd
Mean.
1.76
5-77
Mean.
1-75
5-75
Barom.
-3 s
3 .
o E
rt fc- \-f-i u.
in.
29-924
29.930
29.932
29.932
29.924
77.870.2
76.068.8
76.
68.0
75-567.7
67.4
74o66.8
94
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 141. AUGUST
18. MAJ. D = 18 55' 20" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
01
a 2
MICROMETER.
I
th
Ja
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
IT.
12.
24
25
26
27
28
29
30
3i
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
7i
72
7
5
8
9
8
10
9
10
9
8
6
8
8
8
8
8
8
5
9
8
9
10
8
9
8
6
7
9
9
8
8
8
8
8
8
8
8
9
9
6
7
7
5
9
60.^
56.4
12.1
^.'2
23-5
.V 7
12.3
24.
35-3
h. m. s.
19 42 23.65
43 0.56
45 19-74
45 51-20
46 46. 17
48 11.94
52 50.60
53 31.42
55 53-31
56 54-40
19 59 4-92
20 3 39.44
3 42.72
5 34.20
6 34.82
S 11.82
9 20. 13
10 15.88
10 16.18
ii 59.50
13 16.05
15 26.39
17 15.52
17 44.14
20 38.60
20 48. 8c
48.11
24 4.65
38.21
28 45-55
30 8.52
29 24.95
31 32.oS
31 46.29
32 41-33
33 13-56
34 32.95
35 32.33
36 28.24
36 44.80
37 4-02
55-69
39 10.58
43 19-54
44 3LI4
45 5-01
45 32.19
45 45-98
20 48 13.75
s.
+ 27.60
27.60
27.59
27-59
27.59
27.58
27.56
27.56
27.55
27.55
27-54
27.53
27-53
27.52
27-52
27-51
27-5 1
27.51
27.51
27-50
27.5
27.49
27.48
27.48
27.47
27.47
27-47
27.46
27.46
27-45
27-44
27-44
27.44
27-44
27-44
27-43
27.43
27-43
27.42
27-42
27-42
27-42
27.41
27.40
27.40
27.39
27-39
27.39
+ 27.39
S.
O.OI
0.01
O.OI
O.OI
O.OI
O.OI
+ O.OI
+ 0.01
+ 0.01
O.OI
O.OI
+ 01
O.OI
O.OI
+O.OI
+ O.OI
-O.OI
O.OI
O.OI
O.OI
+ 0.01
+ O.OI
ii.
2
5
5
6
6
6
4
3
6
7
6
7
3
2
4
2
I
3
3
6
7
6
2
5
3
7
7
i
3
5
5
6
7
5
3
7
6
3
3
2
2
r.
48.97
40.99
41-33
43-45
3I-932
34-75
3L74S
39-342
44-70
36.110
35-292
34-73
39-24
41.67$
46.89
43-43
42.112
34.26
32.67
38.177
32.5SS
33.270
43.697
40.982
33.905
41.14
41.442
37-357
32.615
43.90
42-045
42.447
4L58
43.209
33.697
36.260
42.495
34.209
32.937
35.98
39-33-
39 26.07
23 37.9<'
23 26.24
13 31-93
20 8.68
18 31.61
34 44.26
36 14.64
15 41.19
ii 50.63
18 12.94
12 38.16
36 18.36
43 37-26
26 2 . 66
42 36.91
49 11-55
39 9-9'
40 4.68
16 33-57
13 51.86
19 22. .60
42 27.71
23 38.13
39 22.14
8 57-36
S 46.95
;i 55.13
40 6.56
21 57-72
23 1.62
14 6.01
8 42.20
22 21 .52
59 29-30
i 45-47
'4 4-83
39 11-45
39 55-27
46 53-84
44 57-66
-23.55
23-47
23.16
23.09
22.97
22.79
22. IS
22.10
21.79
21.66
21.38
2O.8O
20.79
20.55
20.42
20.22
2O.OS
19.95
19.95
lg.74
I9.5S
I9.3I
19. oS
19.02
18.65
18.63
18.63
18.22
1 8 . oo
17.64
17.47
17.56
17.30
17.28
17.16
17. 10
16.94
16.82
16.71.
16.67
-16.63
10. 52
9-65
9-64
9.09
9.46
9-36
10.26
10.35
9.19
9.01
9-35
9-3
10.36
10.76
9-77
10.71
11.07
10.52
10.57
9-25
9. 10
9.4'
10.70
9.64
10.53
8.83
8.82
11.24
10-57
9-55
9.61
9.11
8.82
9-57
10.54
8.99
9.11
10.52
10.56
10.94
-io.ii
ll. 111. S.
19 42 51-25 19 35 20.1
43 28.16 19 31.1
45 47-33 19 19-0
46 18.78 9 24. I
47 13-76 16 i.i
48 39.51 14 23.8
53 1 8. 16 30 36.7
53 58.98 32 7-1
56 20.85 ii 32. i
57 21.94 7 41.3
19 59 32-45 M 3-7
20 4 6.96 8 28.0
4 10.25 32 9-5
6 1.73 39 28.6
7 2.34 21 52.8
S 39.34 38 27.8
9 47.65 45 2.7
10 43.39 35 0.4
10 43.69 35 55.2
12 26.99 12 '-2.0
'3 43-54 9 40-5
15 53.86 15 11.3
17 43.01 38 17.5
18 11.62 19 26.8
21 6.07 35 i i. 3
21 16.26 4 44.8
21 15-57 4 34-4
24 32.12 47 44.6
27 5-6S 35 55.1
29 13.00 17 44.9
29 35.96 18 48.7
29 52.38 9 52.7
31 59.5' 4 28.3
32 13.73 IS 8.4
33 8.77 35 17.0
33 40.98 7 31.6
35 0.37 9 50.9
35 59-76 34 58.8
36 55.66 35 42.5
37 12.23 42 41-4
37 31.45 19 40 45-i
I3'"-) 23. ii
39 38.00 19 48 27.6
43 46.94 i 8 9.3
44 58.55 40 37.1
45 32-4< : 33 33-3
45 59-58 24 58.0
46 13.37 21 33.6
2O 48 41. 14 19 21 22.6
51-2
2.7 . .
57-7 9-4
21.3
39- [50.4
2.4
ft '-1
3.
30.241.4
41.4,53.6
53-4
54-t
4-7
5.8
16 6
17-7
29-3
0.4
34.046.
34.646.7
11.623.5
20. i . .
58 .'i
;;
40.7
53-
53-2
63-'
52.4
4-
4-3
3-5
16.
16.1
26.2
15.5
27.
38 ."3
23.0
39-4
5i.
34-3
51-
63.6
15.2
48.4
0.9
i .0
II. 8
22.
45.2
34.2
S 6
50.2
i .
13.4
11,3
23-
46.2
58.0
fi
7.3
4.9
. .
' '
19.5
5 -O
22.2 34.
31.043.0
43.054.3
]]
+ 0.01
+ O.OI
I
5
2
3
4
5
5
36.
43-
39-
66.
41.
37-
37-
062
140
552
66
38
209
517
52 39.96
22 23.90
44 50.48
37 47-22
29 12.46
Z5 48.20
25 37-59
16.38
15-84
15.74
15-67
15.61
15.59
-15.29
-11.27
9-57
10.84
10.45
9.96
9.76
- 9-75
j
. . 62.2
13.7
25-3
' *
CORRECTIONS.
REMARKS.
Date Corr - of
Clock.
Hourly
rate.
;;/ //
c
Zenith Point. Mic.
Co.
(141) 32. Micrometer reading a
39 r .7O instead of 44 r .7O.
(141) 50. Minutes assumed as 20.
(141) 51. Minutes assumed as 25 ir
(141) 52. Minutes assumed as 27.
(141) 54. Transit at 8.6 assumed t<
ovcrT. IV instead of T. 1
utes as 29 instead of 30.
(141) 69. Micrometer reading a
3& r .66 instead of 66 r .66.
isumcd as
stead of 24.
i have been
11, and min-
ssumed as
1848. h. s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
d c
j=
ll
3J
<H
13 E
C
E
X 4>
wg
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
1848. h. m.
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
95
No.
/ONE 141. AUGUST
18. MAJ. D = 18 55' 20'' Continued.
Mag.
SECONDS OF TRANSIT.
T.
"i
a*
MICROMETER.
i
4
Jz
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
11.
12.
73
74
75
1"
77
8)
82
83
84
85
86
87
88
89
90
92
93
94
95
96
97
98
99'
100
101
102
103
104
105
K)6
107
1 08
109,
I Id
III
112
113
"4
"5
116
ii-
118
119
120
9
8
6
IO
9
6
8
7
5
9
8
8
8
9
8
8
7
9
8
S
9
9
8
8
8
9
8
8
7
8
9
8
5
8
9
9
9
6
9
8
5
8
9
8
8
13-
24.2
36.
3 6
15.
15.5
h. in. s
20 49 36.
50 3-
50 36-
5i 7-
52 27.
53 45-
55 16.
58 9-
58 31-
59 3-
59 4-
20 59 55-
21 I 26.
2 3.
*9 17.
II 23.
12 23.
13 50.
16 3.
1 6 50.
1 8 9.
19 38.
21 6.
23 28.
23 57-
24 21.
26 41.
27 33-
27 51-
28 7.
29 Si-
30 36.
30 40.
31 21.
33
33 48.
34 47-
36 33-
38 34-
38 53-
40 33-
40 46.
41 it.
42 53-
42 41-
48 23.
47 32.
'3
48
34
Si
58
3"
12
68
33
62
24
28
00
10
If
66
oo
52
43
":
56
98
20
f,2
95
77
43
06
98
83
69
4-1
64
94
63
in
59
13
1 1
48
94
74
26
37
59
39
s.
+ 27.38
27.38
27-38
27.38
27-38
27.38
27-37
27.36
27.36
27.36
27.36
27-36
27.35
27.35
27-33
27-33
27-33
27-32
27.32
27-3"
27-3'
27.31
27.30
27.30
27.30
27.30
27.29
27.29
27.29
27.29
27.28
27.28
27.28
27.28
27.27
27.2^
27.27
27.27
27.27
27.26
27.26
27.26
27.26
27.26
27.26
27.24
27-25
^27. 24
s.
4/O.OI
+ 0.01
+ O.OI
O.OI
f O.OI
'. '.
O.OI
+ 0.01
O.OI
+ 0.01
+ 0.01
+ O.O1
0.01
O.OI
O.OI
O.OI
O.OI
+ 0.01
O.OI
+ O.OI
n.
6
4
3
3
4
2
7
5
2
3
3
5
7
2
5
3
4
5
3
6
2
5
I
2
6
6
4
7
5
4
5
7
7
7
3
3
5
5
i
3
7
5
4
5
3
4
3
6
r.
30.66
33-59 .
30.96 .
31.701.
32.58 I
33.110
37-33
43-32
38.66
33.85
40.15
40.25
42.403
46.607:
42.062
36.029
36.834
36.132
32.92
35.438
36.701
4I-552
36.82
38.512
34.478
35.513
39-095
42.93
40.49
41-79
37.673
38.068
39-672
38.12
35-072
57-759
46.125
47.H5
42.49
40.983
40 . 692
38.107
43-394
41.24
38.38
40.35
31-425-
30.012
>.o 52.51
S3 40.81
(i 3-58
10 37-35
54 15.50
18 32.40
i 8.60
22 17.70
(5 21.22
59 23.93
55 46.92
24 2.98
8 13.86
(0 47-47
23 1.02
58 8.97
JI 49.06
>6 25.30
59 56.07
8 7.92
[6 28.70
23 18.39
>2 13.82
45 26.31
t 8 40.99
18 5-33
50 31.18
7 55.70
23 55.18
28 58.34
25 32.22
to 42.98
9 47-72
to 41.39
58 4I-94
57 9-35
20 41.08
20 6.97
(8 58.53
i5 18.22
9 12.79
25 17.06
28 3.09
23 29.34
;6 47.98
29 47.92
\o 47.56
20 40.38
-I5.I3
15.07
I5-OI
14-95
14.79
14.64
I 4 . 4<J
I4.I3
14.08
14.02
14.02
13.92
13-75
13.68
12.89
12.59
12.48
12.32
12.07
11.98
11.83
H.66
11.49
11.23
11.19
11.13
10.88
10.79
10.75
10.71
10.53
10.44
10.42
10.36
IO.2O
IO. II
9-99
9.78
9-5S
9-53
9-34
9-29
9.11
9.14
8.54
8.63
- 8.41
- 9.45
10.21
IO.62
10.60
10.24
II .04
8.96
9-57
10.86
10.53
10.32
9.66
8.77
10.61
9.60
10.47
IO. 12
9-79
10.57
9-32
10.94
9.61
11.28
10.89
9-36
9.32
10.05
8.76
9.68
9-95
9-75
8.91
8.86
8.91
10. 50
10.43
9.46
9-43
1 1 . oy
10.31
8.82
9-73
9-90
9.62
10.40
9.99
10.61
- 9-45
h. m. s.
20 50 3.41
50 30.86
51 3-73
51 35-20
52 54-96
54 12.69
55 43.48
58 37-04
58 58.70
59 30.98
20 59 31.60
21 o 22.64
I 53-34
2 30.55
9 44.48
II 50.99
12 50.99
14 I7.84
16 30.75
17 17-35
18 36.88
20 6.29
21 33.51
23 55-93
24 25.25
24 49.06
27 8.72
28 0.34
28 19.27
28 35.12
30 18.97
31 3.71
31 7-91
31 49.21
33
34 I5.9 n
35 14-28
37 0.94
39 1-87
39 20.39
41 0.36
4' 13-74
41 39.20
43 21.00
43 8.52
48 50.61
47 59.85
21 50 8.63
19 16 37.1
29 26.1
36 49.2
36 22.9
30 0.5
44 18.1
6 52.0
18 1.4
41 6.2
35 8.5
3' 31-3
19 46.6
3 56.4
36 3L8
18 43-5
33 52.o
27 31-7
22 7-4
35 38.7
13 49-2
42 u. 5
18 59.7
47 56.6
41 8.4
14 21.5
13 45-8
26 12. I
3 35-2
19 35-6
24 39.0
21 12.5
6 22.3
5 27.0
6 20.7
34 22.6
32 49-9
16 20.5
15 46.2
44 39-2
30 58.1
4 51-0
20 56.1
23 42.3
19 8.1
32 27.5
25 26.4
36 26.8
19 16 18.2
ii -3
12.
51.1
2 -4
4;
^72
4i-
53-2
4-4
58.3
20.
9-4
31-
43-
27.
.
>- 6
17 c
49-3
61.
55-5
60
4
12.
23.5
29.0
40.2
47-2
47-
40.2
51-7
50.
3-2
9.2
2.3
15.3
21.3
14.2
"3-4
33-2
25-
[4
18.0
29 4
4i.3
5
3
17.2
28.4
18
.2
29-9
41-3
33-
34-
44-6
45-2
56.
27.
_
51.4
3-4
15.2
11.5
15.7
57-
0.4
12.2
23.2
59-2
12.
33-4
4 I
45-5
21.2
33.2
44-7
l6.2
28.4
21 =;
53-9
5.2
2-3 C
48.5
O
.2
II.4
21.
53-
1 6 j
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
DL n
e
Zenith Point. Mic.
Co.
(141) 87. *Tr
(141) 108. Mic
37
(141) in. Tra
be
(141) 120. Mic
is may be 5 minutes,
rometer reading assumed as
r .759 instead of 57 r -759-
nsit over T. IV assumed to have
en at 34".! instead of 4".!.
rometer reading assumed as
012 instead of 30''. 012.
1848. h.
s.
s.
s. s.
s. ' " r.
INSTRUMENT READINGS.
Date.
CIRCLE.
~ o
E
c o
5 E
5 ju
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
1848
h. m.
ti
in.
9 6
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONK i-(2.
24. Ms. D a 19 35' 30"
No.
Mag.
31. 43-
45- 57-
8.9
10
IO
10
g
8
8
10
10
IO
10
10
SECONDS OF TRANSIT.
I. II. III. IV. V. VI. VII. ii. | 12
55-
6.8
29
23.5
55-
6.
39-
33-5
20. 3L643.5
28.040.2 51.8
IB.
22.5
51.
18.630.2
40.852.5
. : 4 6. 7
4".
JO.
41.5
34.546.
2.5
23.535.2
13.5
56.
h. ni.
22 39
43
44
45
46
48
49
22 52
23 g
10
12
'4
15
'7
23 22
S.
6.36
20.56
10.92
38.92
20.84
45.27
38.60
3LS3
40.19
11.79
30.23
28.34
27.86
52.47
46.82
S
+ 23,
23.
23.
23-
23
23-
2 3 .
23
22.
22.
22.
22.
22
22
+ 22
O.
0.
MICROMETER.
III.
IV.
VII.
VII.
VII.
IV.
VII.
IV.
IV.
IV.
+ 0.
IV.
oi V.
VII.
IV.
IV.
r.
44.56247
48.17039
42.590114
43.200122
39.06030
38.50010
47.088 --
50.152 3
44-45827
32.57054
47-408 ig
40.00 35
42-39643
47-13
53.63
1-34
2 I . 60
32.16
16.47
28.07
4.25
34-54
40.93
26.44
40.23
56.65
52.18
12.54
Mean Rijrlit Me an South
Ascension, Declination,
1856.0. 1850.0
-10.61
10.42
10.38
10.32
10.29
10.17
10.14
10.01
9-3S
9.32
'9.25
9.18
9-14
9.10
-8.92
- 7
h.
.0622
6.59
5.04
5.52
6.01
6.92
4.61
6.1622
4.4823
4-73
5.S2
7- 5''
5-37
6.35
6.82 23
m. s.
39 29.
43 43
44 33
46 I.
46 43
49 S,
50 i
52 54
9 3
10 34
12 53
M 51
15 5
18 15
23 9
39 20 23
58 20 15
94 19 49
93 19 58
85 20 6
ail 20 21
60 I cj 46
83 20 S
I/ 19 41
77 '9 39
22 20 3
34 20 30
85 ig 55
45 20 ii
So 20 18
34-8
40.6
46.8
7-4
IS. 5
3-6
12.8
50.4
18.4
31.0
11.5
27.0
41.2
37-6
58.3
228.
14.426.438.349
46..
851.
723.
836.'
034.
i39.
O.I II.
24.
11.223.
62.2
14.2
58.4
35.0
47-2
59-4
.
48.0
: :
ZONE 143. AUGUST 29. MAJ. D = 20" 10' 20
23
19 38.811 + 22.5
21 49.90 22. S
22 46.60
2+ 5L44
25 23.36
26 23.8}
29 36.31
23 32 34-53
22.88
22.88
22.87
22.87
22.87
+ 22.87
VII.
IV.
V.
VII., V
VII., II
IV.
44.34721 42.09-
42.11
42.015
49 11.62
8 27.21
40.55144 16.09
37.45446 2.39
41.918,49 17.94
38.557 16 20.48
39.04324 45.03
ZONE 144. AUGUST 30. Ms. D = 20 32' 30"
9
8.g
10
9
9
9.10
8.9
8.9
9
9
9
9.10
9
g-
15-
52.5
33
54-5
16.5
12.524.536.5
20.5
56.8
44-8
32.5
42.853.8
24-
8.5
21.
17.
"7-
36.
10.522.5
532-
13.5
1.5
56.5
37-
48.8
2.5
7-519
545-4
5
13-5
13-825-5
5
831.
39-
20 7
10
10
II
13
M
15
16
"g
21
24
24
27
^7
30
32
34
20 34
38.22
17.66
29.60
38.00
16.58
24.50
13.36
44-3S
54-32
35-77
20.35
50.37
22.36
56.04
33-12
28.31
8.43
3.58
+ 22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
22
+ 22
64 +0.01
63 o.oi
63 o.oi
.63 +0.01
62 o.oi
61 .
.61 +0.01
,60 o.oi
.59 o.oi
.59 o.oi
.57 +0.01
57 -
.56 . .
.56 . .
55 +0.01
.54 o.oi
.53 40.01
.53-0.01
VII.
II.
VII.
VII.
IV.
V.
VII.
VI.
II.
II.
III.
F. W,
IV.
VII.
V.
III.
II.
VII.
74950
97552
77049
58043
470; 9
18227
325 50
50244
003 50
245J9
15051
060 29
33233
292 32
994 55
54547
20447
518 12
32.72
8.41'
57-55 1
40.40
20.44
35.92
47-33
52.12
58.55
44-77
28.01
57.92
15.24
7.50
0.06
42.95
54.6i
45.24
76
71
.68
.62
.(.i
.58
4')
43
-13.45
13.19
13.18
13.07
12.92
12.79
12.73
12.58
12.29
12.13
11.88
11.83
1 1. 60
H.55
ir.3i
if. 14
n.oo
-II. 01
- 9.4623
11.22
8.63
10.91
1 1. 02
11.22
9.13
9.6623
20 I.6g
22 12.78
23 9.48
2 5 14.32
25 46.23
26 46.71
29 59.18
32 57.40
2O 32 2O.3
59 5L6
19 4.6
54 55-6
56 42.0
59 57-7
26 58.1
20 35 23.1
9.22 20
9-33
9.20
8. Si
6-79
7.S3
9.24
s.ss
9.25
8.57
1-31
8.00
8.17
8.09
9-53
9-05;
9.06
7.0020
8 o,
10 40
10 52.
12 O
13 39
M 47
15 35
18 6
20 16
21 58
24 42
25 12
27 44
23 18
30 55
32 50
3-1 30
34 26
87 21
30
24
64
i'i
ii
98
99
'.)-
37
93
94
92
60
67
86
97
23 25.4
25 O.g
22 49.9
16 32.3
42 IO.2
o 26.5
23 39-3
17 43.6
23 50.1
12 35-5
24 KJ.2
2 47-8
6 5.0
4 57-1
27 50.9
20 33.1
20 44.7
45 33-2
CORRECTIONS.
REMARKS.
Date.
1848. h.
Aug. 24, 20
29, 21
30, 19
Corr. of
Clock.
s.
+ 19.786
+ 19.686
+ 18.913
Hourly
rate.
s.
g 0.018
/ O.OO2
I" 0.015
S.
0.429
0.429
0.429
s.
0.192
0.192
0.192
Zenith Point.
o o 3.13
o o 3.48
o o 3 . 99
Mic. Co.
r.
40.052
40.064
40.060
INSTRUMENT READINGS.
Date.
1848. h. m.
Aug. 24, 22 39
23 22
Zone 143 I Aug. 29, 23 19
7nnp ni I Aug. 30, 20 7
20 40
21 O
21 40
22 O
Zone 142
Zone 143
Zone 144
A.
300 5 54.8
300 27 3.5
300 5 3.8
B.
59-5
5-2
5.6
C.
i.
7-5
g-9
D.
2.
8.3
ii.
Corr'd
Mean.
59.32
6.14
7-55
Mean.
59-32
6.12
7.58
Barom.
30.250
30.226
29.892
29.892
29.882
29.882
70.
77-
75
75-2
75-
73-
II
60.4
59-3
(142) 3. Transit over T. V assumed to liave
been at 22".5 instead of I2.5, and
horizontal thread assumed as 6 in-
stead of 2.
(142) 9. Minutes of transit assumed as 8 in-
stead of g.
(143) 3. Micrometer thread assumed as 7 in-
stead of 6.
(144) 6. Transits over T.'s III-V assumed
to have been recorded over T.'s
II-IV.
(144) S. Minutes of transit assumed as 17 in-
stead of 16.
269
.8
69-5
6g-4
68.9
68.1
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
97
ZONE 144. AUGUST 30. Ms. D = 20 32' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
0)
\TTPR
OMETER.
i
d,
Mean Right
Ascension,
1850.0
Wean South
Declination,
1850.0.
I.
n:
III.
IV.
V.
VI.
vii.
II.
12.
19
20
21
22
23
24
25
26
27
28
2g
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
8.9
o
IO
o
10
10
10
9
9
9.10
IO
9.10
10
9
g.io
IO
9
9
10
10
10
8.g
10
9. io
10
10
10
10
9.10
to
IO
9. 10
9
IO
g.io
g.io
10
9.10
IO
10
IO
9
8.g
9.10
8.9
9
IO
9
6 R
i. m. s.
20 35 46.76
36 14.65
37 18.64
39 32.56
42 47.80
48 28.43
49 45.36
50 26.19
50 45.63
53 20.44
53 36.27
54 54.58
56 17.38
57 46.03
58 4-53
20 58 53.56
21 O 2O. l6
3 8.02
6 3-49
6 3-51
7 47-42
9 33-54
io 13.42
12 8.60
12 59.13
16 g.g;
16 28.46
17 34-76
18 38.80
18 39.21
22 44.20
23 45-43
26 2.74
26 4.61
26 59.14
28 47.77
31 11.48
32 48.77
34 12. it
36 18.62
38 22. g
40 17.40
41 6.3:
42 5.3f
44 7-8:
45 2.4^
46 52.5:
47 51-6-
21 5O 37. 2C
s.
+22.52
22.52
22.52
22.51
22.50
22.48
22.47
22.47
22.47
22.46
22.46
22.45
22.45
22.44
22.44
22.44
22.43
22.42
22.41
22.41
22.40
22.39
22.39
22.38
22.38
22.37
22.37
22.37
22.36
22.36
22.35
22.34
22.33
22.33
22.3;
22.32
22.32
22.31
22.31
22.30
22.29
22. 2C
22. 2J
22.28
22.27
22.27
22.26
22.26
+ 22. 2 3
s.
+0.01
+ 0.01
O.OI
O.OI
+ O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+O.OI
IV.
VII.
VII.
III.
III.
I.
I.
IV.
VII.
III.
V.
VII.
V.
IV.
VI.
VII.
V.
II.
III.
VI.
II.
I.
VI.
IV.
VII.
I.
IV.
III.
III.
VII.
IV.
F.W.
i
3
4
2
5
3
5
4
4
5
4
I
7
6
7
7
6
5
7
7
6
5
7
i
2
3
4
4
6
7
2
r.
35.370
40.980
35.942
35-39
47.300
38.764
46.175
42.310
39.202
41.832
42.580
44.980
39-Sgo
42.720
44.224
47-210
40.642
40.530
40.060
41.115
44.870
38.566
36.920
33.050
38.745
44-555
4L550
37.376
33.77
43.428
46.65
40.060
43.520
43-520
45.142
44.27
45-10
45.490
45-I7C
40.062
47-41?
50.87?
5I./5C
44.040
48.41;
49.gic
41.41
44.95:
48.75C
53 3.8o
35 18.19
32 19.56
47 13.85
20 0.57
36 34.52
20 3g.i3
28 40.43
30 27.26
23 8.g3
28 31.11
47 32.52
9 40.39
13 57.08
17 ii. 02
5 28.04
15 8.63
23 53-70
9 34-55
8 58.12
15 0.70
25 1.23
ii 22.63
54 23.71
45 18.29
33 15-05
29 6.61
31 30.38
19 5-36
22 13-75
40 45. gg
2q 57.8--
33 50.8;
22 10.58
32 54-82
33 24.86
21 16.38
41 25. g2
|32 54-07
[15 28.54
40 ig.oq
17 57-33
37 50. 2C
,42 15-75
io 40.88
io 23.62
i35 3-3
41 44.2
no 2g.3
10.84
10.80
10.70
10.51
IO.22
9-72
g.6l
9.56
9-53
9-31
9.28
9.17
9.05
8.93
8.90
8.83
8.72
8-4g
8.24
8.24
8.10
7-96
7-90
7.76
7.69
7--14
7.42
7-33
7.25
7-25
6.93
6.86
6.6g
6.68
6.61
6.48
6.30
6 ig
6.o<
5-94
5-80
5-66
5-6
5-54
5-40
5-34
5-2
5-1
- 4-9
- 9-39
8.31
8.12
9.04
7-43
8.37
7.41
7.91
7-99
7-59
7-go
9-04
6.82
7.07
7.00
6.59
7.13
7.64
6-79
6.75
7. n
7.72
6.gi
9-52
8-93
8.18
7-94
8.08
7-37
7-55
8.65
8.00
8.22
7-55
8.17
8.19
7-49
8.70
8.1
7-14
8.62
7.29
8.4
8.74
6.8
6.7
8.3
8.7
6.6
h. m. s.
o 36 9.30
36 37-17
37 41-16
39 55.08
43 10.29
48 50.91
50 7-82
50 48.66
51 8.10
53 42.90
53 58.73
55 17-04
56 39.82
58 8.46
58 26. g6
20 sg 15. 99
21 42.58
3 30.44
6 25.89
6 25.91
8 9.81
9 55-93
io 35.80
12 30. g8
13 21.52
16 32.30
16 50.83
17 57-13
ig 1.16
ig 1.57
23 6.55
24 7-77
26 25.07
26 26. g.
27 21.47
29 10.09
31 33-80
33 i i -09
34 34-47
36 40.91
38 45-25
40 39-68
41 28.61
42 27.65
44 30.08
45 24.70
47 14-78
43 13-93
21 SO 59.4.
o ; //
21 25 54.0
8 7-3
5 8.4
21 20 3.4
2O 52 48.2
21 g 22.6
20 53 26.2
21 I 27. g
21 3 14.8
20 55 55.8
21 I 18.3
21 2O 20.7
20 42 26.3
46 43.1
39 56.9
38 13-5
47 54-5
56 39-8
42 19.6
41 43-1
47 45-9
57 46.9
20 44 7.4
21 27 II. o
18 4.9
6 0.7
I 51.0
21 4 15.8
20 51 50.0
20 54 58.6
21 13 31.6
2 42.7
21 6 35.7
20 54 54.8
21 5 39.6
21 6 9.5
20 54 0.2
21 14 10.8
21 5 38.3
20 48 II. 6
21 13 4.1
20 50 40.3
21 10 34.3
21 15 O.I
20 43 23.2
20 43 5.7
21 7 47-9
21 14 28.1
20 43 ii. o
3
,4.
57-
21.
16
IO.
> 8
14.5
'6
9.2
21.
+5-
57
48
rS f
3O.
34-
46.2
88."
29.
58.'
t4
40
23
10
?
ig.8
8
32-
ig.8
43-8
3. j
's
51.8
35-8
22.
3-5
33-5
15-
.
'
S r
34.5
34-5
?H $
14.6
2O
B
27-
39
f.
+ O.OI
O.OI
O.OI
+ 0.0
0.0
o.o
o.o
vh.
VII.
VII.
IV.
V.
V.
II.
III.
III.
VI.
VI.
V.
VII.
VII.
VII.
IV.
3
5
3
3
5
2
3
6
2
5
2
2
6
3
2
36.
48.
59-8
H-5
43-5
47-5
42.
55
59
54
O.
12.
24.5
;
T8
2Q.
38
13
.8
25-5
37-
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co
(i44) 33- Assuming micrometer thread 7.
(144) 39. Micrometer reading assumed as
40 r .S70 instead of 44 r .87O.
(144) 64. Micrometer reading assumed as
48 r .gio instead of 4g r .gio.
1848, !i.
s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
U S
73
a
t-<
5
3
CJ
^
<
A.
B. C.
D.
Corr'd
Mean.
Barom.
Mean.
1848. h. m.
/ ,1
in.
-
13-
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 144. AUGUST
30. Ms. D = 20 32' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
.<"
<1 2
MICROMETER.
i
*
(8
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
in.
IV.
V.
VI.
VII.
II.
12.
68
69
70
i
2
3
4
5
6
8
9
IO
n
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
.32
33
34
10
10
9
IO
9
10
10
IO
8.9
IO
9
10
to
IO
9.10
10
9'
IO
9
IO
4
9.10
10
IO
IO
10
9.10
IO
10
IO
IO
IO
9.10
9.10
9.10
8.9
9.10
37.
h. m. s.
21 52 12.
55 30.
21 55 44-
;E 145. /
22 4O 46.
41 29.
44 10.
45 8.
. 45 35-
47 5-
47 28.
49 12.
54 3-
55 2.
5J 0-
58 34-
22 59 41.
23 6 15.
8 19.
12 9.
13 17-
M 43-
16 21.
16 35-
20 14.
21 32.
21 51.
24 52.
25 24.
26 25.
29 27.
33 8.
33 13-
35 35-
36 35-
41-18.
42 26.
23 45 32.
44
32
96
LU
26
03
34
68
98
01
62
OO
77
96
"4
23
77
92
36
28
1 6
43
52
27
12
88
48
ii
42
2t
II
-2
5-'
6 =
S.
+22.25
22.24
+22.24
3UST 30
+ 22.12
22.11
22.11
22.10
22.10
22.10
22.10
22.09
22. Of
22.O8
22.O8
22.O7
22.O7
22.O6
22.06
22.O5
22.O5
22.O5
22.O4
22.04
22.O4
22.O.|
22.O4
22.O3
22.03
22.O3
22.O2
22.O2
22.O2
22. OI
22. OI
22. OI
22.OO
S.
O.OI
+O.OI
Ms.
+O.OI
+ O.OI
O.OI
+O.OI
O.OI
O.OI
+ 0.01
O.OI
I.
II.
IV.
V.
VII.
I.
I.
VI.
IV.
VII.
IV.
V.
VII.
IV.
V.
V.
V.
IV.
III.
III.
III.
III.
VII.
III.
V.
VII.
III.
VI.
VII.
I.
III.
VII.
III.
VI.
II.
IV.
3
5
3
90
4
4
6
6
3
5
i
3
2
2
I
7
i
6
6
6
3
6
3
4
2
3
4
5
5
4
i
2
5
3
6
2
4
i
r.
48.540
52.065
40.585;
32' 30'
39.505'
36.845
33.940;
34.832,
36.970;.
40.235
46.950.
47.262.
45-370.
27.500
33.820
43-153;
38.425
36 . 900
32.700
35-80
42.655.
28.090:
32.855.
33.040.
40.862,.
41.830.
45.200':
43 . 760 :
40.480':
45.040:
43.355.
49-530.
44.400:
44.122;
45.332
41.31 .
38.045.
43.828.
1 n
>o 57-77
17 15-37
55 32.03
50 23.92
51 48.45
8 59.29
8 28.56
)7 36.46
'4 3-97
(6 59.12
)I 42.03
.1 30.06
>I 45-42
>3 57-i8
7 48.01
>I 18.53
7 17-54
9 42-23
7 55.42
54 20.71
!2 21. OI
59 58.29
13 59-52
14 39-8o
54 49-12
!7 0.64
!2 2.52
!3 55-43
!7 6.15
(8 28.50
4 56.00
!I 40.26
13 30.17
2 27.OO
13 49.83
M 7-34
(8 12.42
- 4-87
4.67
- 4-65
- 7.73
7.67
7-56
7.54
7.50
7-45
7-43
7.36
7.18
7-14
7.06
7.01
6.96
6.74
6.67
6.55
6.51
6.47
6.42
6.41
6.30
6.27
6.25
6.18
6.17
6.15
6.07
5-99
5-99
5-94
5.91
5-82
5.80
- 5-75
//
8.04
7.26
- 8.36
- 4.OO
4.10
3-31
3-3
4.46
3.64
5.03
4.09
4.-2
5-40
5-52
2.60
5.36
3-20
3-3S
3-24
4.27
3.52
4.63
4-25
4-94
4-31
3.8i
3-49
3.62
3-82
5.18
4.98
3-46
4.21
2.89
4-5'
4.06
- 5-16
h. m. s.
21 52 34.69
55 S": 55
21 56 7.21
22 41 8.38
41 51.14
44 32.45
45 30.98
45 58.08
47 27.11
47 50.73
49 34-09
54 25-85
55 25.05
57 22.12
22 58 56.29
23 o 3.85
6 37-97
8 41.86
12 31.40
13 39-33
15 5-31
16 43.20
16 57.47
20 36.56
21 54-31
22 13.16
25 14.91
25 46.51
26 47.14
29 49-45
33 30.28
33 35.13
35 57.85
36 57.82
41 40.53
42 48.65
23 45 54.22
21 3 40.7
20 49 57.3
21 8 15.0
21 3 5.6
21 4 30.2
20 51 40.2
20 51 9.4
21 10 18.4
20 56 45.1
21 19 41.6
4 23.5
14 12. O
24 28.0
21 26 39.8
2O 40 27.6
21 24 0.8
20 49 57.5
52 22.3
20 50 35.2
21 7 1-5
20 55 i.o
21 12 39.3
6 40.2
17 21. O
21 7 213.7
20 59 40.7
54 42.2
56 35-2
20 59 46.1
21 21 9.8
21 17 37.0
20 54 19.7
21 6 IO.3
20 45 5.8
21 16 30.2
3 47-2
21 20 53.3
55-
21
533-544-5
sR
Zor
12.5
24.5
33-5
36
5-
16.8
28.5
4.
o.
12.
24.
26.5
38 c
22.5
45.8
53.5
40.5
34-
41.8
39-
52
5<
\(
a
57
5
5
5
4.3
8.
57-5
ig.6
27.5
. .
3 r -5
9-5
43-5
55-2
6.3
59-
10.8
. f
17-5
29
5
41.
24-5
48.
52.
33-
44
48.5
0.5
24.
43-
55
:
47-5
59-3
15.
r6 R
21
+ 22.OO
+O.OI
III.
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
C
Zenith Point. Mic.
Co.
(144) 70. Hor. thread assumed as 3 instead of i.
(145) 2. Transits over T.'s VI and VII as-
sumed as 52".s and 4".5 instead of
I2'.s and 24 S .5, to agree with Arg.
248, 54, and 262, 23.
(145) 7. Micrometer reading assumed as
45 r -95 instead of 46 r .g5o.
(145) 21. Micrometer reading assumed as
39 r .862 instead of 4O r .862.
(145) 28. Micrometer thread assumed as I in-
stead of 2.
*
1848. h.
s.
s.
s. s.
S.
r -
INSTRUMENT READINGS.
Date.
CIRCLE.
O E
%
11
A'.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 145
1848. h. m.
Aug. 30, 22 40
23 oo
23 45
300
1 It
5 6.5
3-8
7.6 6.6
6.09
6.12
in.
29.884
29.880
29.884
O
74-
73-8
73-5
68.
67-3
67.2
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
99
ZONE 146. SEPTEMBER i. Ms. D = 20 g
50".
No.
i
2
3
4
5
6
7
8'
9
10
ii
12
13
M
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47'
48
49
Mag.
SECONDS OF TRANSIT.
T.
i
3
MICROMETER.
i
4
<ti
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
in.
IV.
V.
VI.
VII.
ii.
12.
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
9
8.9
9
9
9.10
9
9
9
9
8.9
9
9
9
8.9
9
9
9
9
9
9
9
8.9
9
9
9.10
g.io
9
9
9
g
9
9
9
42.5
54-5
h. m. s.
19 13 19. 10
14 41.33
16 22.12
16 40.15
17 19.25
IS 22.10
21 54.40
27 2 . 80
27 59.63
29 20.47
29 50.58
30 50.96
32 0.47
32 18.12
33 37-66
34 12.69
37 16.48
37 58.6 4
39 6.37
42 2.30
43 2.74
46 I. 60
46 51.08
47 50.21
49 32-29
51 24.45
55 38.02
56 42.39
19 57 23.56
20 O 25.64
2 4.79
2 43.OO
4 18.86
5 4.66
7 H-47
7 26.03
8 11.62
10 30.32
10 51.28
ii 25.00
13 18.48
14 48.49
15 55-15
18 3-76
19 0.71
19 18.26
21 19.52
21 30.86
2O 22 19.64
s.
+22.14
22.14
22.13
22.12
22. 12
22. 12
22. IO
22.O7
22.07
22.06
22.06
22.O5
22.05
22.05
22.04
22.03
22.O2
22.O2
22. OI
22.OO
21.99
21.98
21. 98
21.97
21.96
21. gs
21. 9 3
21-93
2f.g2
21.91
21.90
21. go
21. Sg
21.89
21.88
21.88
21.87
21.86
21.86
21.86
21.85
21.85
21.84
21.83
21.82
.'21.82
21. Si
21.81
+21.81
S.
0.01
O.OI
+O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+O.OI
+O.OI
+0.01
O.OI
+O.OI
O.OI
+O.OI
+O.OI
+O.OI
VII.
VI.
VII.
VI.
VII.
VII.
VII.
V.
V.
IV.
VI.
VI.
IV.
VII.
V.
VII.
V.
VI.
VI.
V.
VI.
VII.
VII.
VII.
VII.
V.
IV.
IV.
VII.
III.
F.W.
5
6
6
3
2
4
3
6
3
4
6
6
3
6
5
5
5
7
i
2
4
3
2
I
I
7
i
i
5
i
3
r.
37-739
34-045
38.572
32.650
43.660
41.110
45-952
43.935
47.818
43.188
43.672
47-920
47.383
40.048
42.522
46.300
34.840
49-355
35.600
43.852
44.640
43-043
43.043
43-66
40-343
47-075
46.035
45.438
40 . 800
33.575
46.80
40.050
49.890
48.350
SO.ogg
43 . 060
4l.og2
45.410
45.6oo
40.562
36.620
35-710
37-275
39-I65
37.170
46.439
39.166
40.990
43.350
/ a
25 29.71
18 55.80
16 19.73
40 5-27
42 28.76
29 21.53
32 26.92
13 13.48
31 22.86
28 10.19
13 24.18
10 57.85
31 37.86
15 28.89
22 45.17
20 34.81
27 g-78
4 14-28
52 55-77
42 22.35
27 20.06
34 7-13
42 50.01
48 18.00
50 12.26
5 32. go
46 56.42
47 i6.g8
23 44.27
5t 13-37
31 57-92
29 58.18
9 49-99
31 4-31
18 24.16
22 26.56
14 52.92
12 24.19
12 17.85
15 11.31
31 56.33
32 27.68
25 45-83
10 5.38
37 29.65
40 53-03
36 20.90
14 56.44
7 41.00
20.65
20.51
20.34
20.31
2O. 21
2O.I3
19.78
lg.26
Ig.l6
19.03
18.98
18.88
18.76
18.73
18.60
18.54
18.23
18.16
18.05
17.76
17.64
17-37
17-29
17.20
17-03
16.84
16.44
16.33
16.26
15-97
15.82
15.76
15.62
15-55
15-36
15-34
15-24
15.02
14.99
14.94
14-77
14.63
14-53
14.34
14.24
14.21
14.03
14.01
-13-95
- 9-75
9.3S
9.24
10.60
10.75
9-97
10.14
g.o6
10.08
g.gi
9.06
8.g3
IO.IO
9.17
g.6o
9-47
9-83
8.55
11-34
10-73
g.86
10.25
10.75
II. oS
1 1. 20
8.61
10.98
11.00
g-6s
11.27
IO. 12
10.00
8.83
10.08
9-34
9-58
9-13
8.98
8.98
9-15
IO.I2
IO.I5
9-76
8.86
10.45
10.65
10.35
9.14
- 8.72
h. m. s.
19 13 41.24
15 3-46
16 44.24
17 2.28
17 41.38
18 44.22
23 16.50
27 24.86
28 21.70
2g 42.53
30 12.63
31 13.00
32 22.52
32 40.16
33 59-70
34 34.72
37 38.50
38 20.65
39 28.39
42 24.31
43 24.73
46 23.58
47 13.07
48 12.19
49 54.26
51 46.39
55 59-9 6
57 4-33
19 57 45.48
20 o 47.56
2 26.69
3 4-go
4 40.74
5 26.55
7 33-34
7 47-gi
8 33-48
10 52.17
ii 13.13
ii 46.85
13 40.33
15 10.34
16 16.99
18 25.58
19 22.53
19 40.05
21 41-33
21 52.66
ao 22 41.44
20 35 50.1
29 13.7
26 .39.3
50 26.2
52 49-7
39 41.6
42 46.8
23 31-8
41 42.1
38 29.1
23 42.2
.21 15-7
41 56.7
25 46.8
33 3-4
30 52.8
37 27.8
2O 14 31.0
21 3 15.2
20 52 40/8
37 37-6
44 24.8
53 8.0
20 58 36.3
21 30.5
2O 15 48.4
57 13-8
57 34-3
20 34 0.2
21 I 30.6
2O 42 13.9
. 40 13-9
20 4.4
41 lg-9
28 38.9
32 41-5
25 7-3
22 38.2
22 31.8
25 25.4
42 II. 2
42 42.5
36 o.i
20 18.6
47 44.3
51 7-g
46 35-3
25 9.6
20 17 53.7
39-5
52-5
45-5
57-5
54- 5
27.6
39-5
51-2
2. 5
45-5
17.8
57-5
2g.8
. .
59-5
ii. 5
2.5
14-5
17. c
0.5
4L5
53-5
I s
16 r
9-5
22.5
14
2-5
26.5
25.
14.5
26.5
2 5 - 5
rfi r
50.5
14-5
12.5
26.5
30.6
1 3- '8
24.6
37-8
42.5
36.
36 .'6
16 '
57-5
6
18 8
O.OI
+ 0.01
O.OI
O.OI
O.OI
O.OI
O.OI
+O.OI
O.OI
O.OI
11.
VII.
III.
VI.
VII.
I.
III.
VI.
II.
II.
II.
III.
III.
VII.
III.
VII.
VII.
6
3
5
5
6
6
6
6
4
4
5
7
3
2
6
7
36.'
43 '-S
cn, c.
16.5
28.
40.
49-5
rfi
28.
3616
48.5
2S, .
31.6
40.5
44-
56.
3
54-5
6.
CORRECTIONS.
REMARKS.
T>itt Corr ' of
Uate - Clock.
Hourly
rate.
m . n
c
Zenith Point.
Mic.
Co. (146)
7. Minutes of transit assumed as 22 in-
stead of 21.
15. Time of transit over T. V assumed
as SQ'.S instead of o".5.
1848. h. s.
Sept. i, 20 . .
s.
s. s
o
429
s.
0.192
o o 3.48
r
4Q.
' (146)
050
INSTRUMENT READINGS.
Date.
CIRCLE.
a a
si
Ii
<P
31
si
H
t> <u
*&
A.
B. C.
D.
Corr'd
Mean.
Barom.
Mean.
Zone 146
1848. h, m.
Sept. i, 19 13
19 40
20 o
20 40
21 OO
21 20
21 20
21 40
300
1 II
27 35-
40.8 44.6
44.8
41.47
41.30
in.
2g-950
29.956
2g.g64
29.966
78.
77.8
77.2
76.6
76.2
76.
71.7
71.1
70.8
69.8
70.3
68.9
68.3
67.6
29.970
2g.g72
100
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 146. SEPTEMBER i. Ms. D = 20 9' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
.',
-al
MICROMETER.
i
i a
7 59-13
9 24.81
o 29.33
i 49.61
6 38.97
5 16.61
2 59-53
5 52.95
6 35.02
8 26.76
fi 55-20
3 16.67
9 46.5.1
5 0.13
6 32.85
(2 10.67
j6 23.85
!7- 57.83
17 31-98
(6 20.79
52 0.99
ii 3-66
57 26.68
14 52.26
ti 18.73
S3 51.27
17 0.61
[9 7.42
23 51.36
9 31.38
9 55.41
14 49-09
|i 13-44
[4 58.71
;6 37-30
J4 48.77
H 28.77
23 50.09
7 12.35
7 42.72
[9 1-94
2 9.97
27 31.70
37 43-iS
6 2.65
6 13-34
t3 3-89
[4 16.66
22 57-97
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
,93
94
95
96
97
98
9
9
9
9
9
9
10
10
IO
10
10
IO
10
10
7.8
9
9
9
9
9
9
9
9
9
10
9
9
9
9
9
9
9
9
9
9
8
8-9
10
10
9
8-9
8.9
9
9
9
9
9
10
9
h. m. s.
20 23 33.55
26 2.72
27 42.92
28 22.62
30 26.14
34 5-52
46 43.07
47 52.98
48 39.30
48 59.72
49 45-70
51 6.52
51 59-11
53 21.51
55 30.8o
56 19.06
57 47-62
20 58 55.60
21 O 21.27
3 9.22
4 53-32
6 4-56
7 48.52
8 27.51
10 2.77
10 14.35
ii 25.66
12 32.58
13 14.46
14 31-82
15 23.57
18 41.07
18 40.04
20 44.80
24 15-52
26 4.61
26 6.91
27 26.02
28 57.48
30 4.62
33 1-23
34 28.59
35 18.25
36 19.62
38 57-94
40 18.52
42 13-52
41 49-67
21 42 33.70
S.
+ 21.80
21.79
21.78
21.78
21.77
21.75
21.70
21.69
21.69
21.69
21.69
21.68
21.68
21.67
21.66
21.66
21.65
21.65
21.64
21.63
21.63
21.62
21.62
21. 6l
21. 60
21. 60
21. 60
21-59
21.59
21.58
21.58
21-57
21.57
21.56
21.55
21.54
21.54
21.53
21.52
21.52
21.51
21.51
21.50
21.50
21.49
21. 4c
21. 4f
21.48
+21.48
s.
O.OI
O.OI
O.OI
O.OI
4-0.01
+ O.OI
O.OI
+ O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+O.OI
O.OI
+ O.OI
+O.OI
O.OI
O.OI
O.OI
O.OI
+O.OI
+ O.OI
O.OI
VI.
VII.
IV.
VII.
II.
III.
III.
IV.
V.
VII.
VII.
VI.
VII.
VI.
IV.
VII.
VI.
VII.
VI.
II.
II.
IV.
I.
IV.
I.
IV.
IV.
III.
V.
III.
IV.
II.
VI.
II.
IV.
III.
V.
VI.
V.
VII.
II.
I.
VI.
VI.
IV.
III.
I.
VII.
VII.
4
7
7
4
3
6
4
4
4
i
5
5
i
6
4
3
4
3
2
4
4
3
6
6
3
6
6
4
7
7
2
2
6
I
3
2
5
7
7
5
7
4
3
7
i
2
6
5
r.
35-6901
41.015:
38.470
36.1331
45.833:
41.032;
44-390
47.172:
45-95 :
42 . 700 :
42.580.
41.605:
47.7021
49.408..
38.198
36.200;
39-078.
43-54 '
37-100
36.928.
36.485.
38.152
37-25 .
41.118
47-310
43.51
34.7io
40.701
40.152
39-455
39-59
45-85
40.928
46.590.
41.840
40.182'.
40.635:
44.188
43-30
49.00
52.96
44-302
36.775'
46.212
47.285
42.64
42.145
42.145
-13-83
13.61
13.47
13.40
13-23
12.87
11.84
H.75
11.69
11.65
H.59
11.48
11.41
11.30
11.14
11.07
10.95
10.87
10.75
10.53
10.39
10.30
10.16
10. II
10.01
10.00
9.92
9,84
9-7S
9.69
9.62
9-39
9-39
9.24
8.99
8.87
8.87
8.78
8.67
8.59
8.40
8.28
8.25
8.18
8.01
7.92
7.80
7.83
- 7.78
ii
- 9-31
9-97
8.88
8.95
9.81
10.32
9-3
9-77
9.80
9.92
11.13
9.62
9.42
10.90
9.24
10.13
10.39
9.90
10.46
II.OO
10.14
10.09
10.46
9.12
8.91
10.25
9.25
9-37
9.64
8.79
8.8l
10.92
10.68
9-13
II. OI
10.30
10.90
9.64
8.67
8.70
9-37
8.40
9.87
10.47
8.60
16.99
10.80
9-09
9-59
h.' m. s.
20 23 55.34
26 24.51
28 4.69
28 44-39
30 47.91
34 27.27
47 4./6
4S 14.67
49 0.99
49 21.41
50 7-40
51 28.20
52 20.79
53 43.19
55 52.45
56 40.72
58 9-27
20 59 17.25
21 42.91
3 30.S6
5 14.95
6 26.18
8 10.14
8 49 . i i
10 24.36
10 35-95
11 47-25
12 54-17
13 36.05
14 53-39
15 45-14
19 2.65
19 1.61
21 6.35
24 37-oS
26 26. 15
26 28.46
2? 47-55
29 19.00
30 26.13
33 22.74
34 50.09
35 39-75
36 41.12
39 I9-42
40 40.02
42 35-01
42 11.14
21 42 55.18
20 28 12.3
39 38.3
20 41.7
22 2.0
36 52.0
45 29.8
23 10.4
36 4-5
36 46.5
33 38-3
59 7-9
33 27-8
29 57-3
55 12-3
26 43.2
42 21.9
46 35.2
38 8.6
47 43-2
56 32-3
42 ii. 5
41 14.0
47 37-3
25 1-5
21 27.6
44 1-5
27 9-8
29 16.6
34 0.8
19 39-9
20 3.8
54 59-4
51 23.5
25 7-1
56 47-3
44 57-9
54 38.5
33 58.5
17 19.7
17 50.0
29 9-7
12 16.6
37 39-8
47 51-8
16 9.3
56 22.3
53 I2i5
24 23.6
20 33 5.3
_g
16
r8
51-
30.
35
30.
55.6
7.6
19.
21.
33-
22.5
45-8
34-5
30.6
11-5
54-5
iq.
31.
33-
44.8
13-
>7 V
45-6
41-5
41.
25-
57-6
53-
53-5
4-5
16 '.&
*
B t
f f
27 6
9-5
2.5
14.
20.5
14-5
25-5
14.5
. .
. ,
8 c
20.
9-5
40.
17.5
28.5
40.
3-5
52,
4.
6.5
19.
49-5
28
40.
53-
37-5
5-
49-5
1-5
52.5
T
30.
42.
31-5
43-
43-
38.
55-
50.
7.
2.
25.
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
mac
Zenith Point. Mic.-
Co.
(146) '
(146) '
(146)
ro. Transit at 4I 8 .5 assumed to have been
over T. Ill instead of T. II.
i"j. Micrometer reading assumed as
33 r .7io instead of 34 r .7io.
jS. Micrometer thread assumed as 5 in-
stead of 4.
1848. h. s.
s.
s. s. s.
O 1 II
INSTRUMENT READINGS.
Date.
CIRCLE.
11
11
SI
* f
A.
B. C.
n Corr'd
1 Mean.
Mean.
Barom.
Zone 146
1848. h. m.
Sept. i, 22
, ;/
II
"
in.
O
69.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
101
ZONE 146. SEPTEMBER i. Ms. D = 20 9' 50" Continued.'
No.
Mag.
SECONDS OF TRANSIT.
T,
<*i
2
MICROMETER.
i
4
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
99
too
IOI
1 02
103
104
105
106
107
i
2
3
4
5
6
7
S
9
10
n
12
13
14
15
16
17
18
19
20
21
22
23
=4
25
26
27
28
29
30
31
32
33
34
35
36
9
9
10
10
9
9
10
10
9
g
8
9
g
8.9
10
10
IO
IO
10
9.10
10
9
IO
8
10
8.9
10
9
IO
9
9
9
10
IO
9
9
9
IO
10
IO
IO
9
9
9
10
h. m. s.
21 43 52.51
45 3.73
47 37-10
47 46.58
50 10.50
50 26.43
54 31.52
57 13-28
21 58 48.31
147. SEPTI
23? 8 42.53
9 14.16
ii 12.35
12 41.94
15 52.90
18 57.04
20 51.62
21 34-2O
22 24.67
25 21.99
26 1.41
31 48.20
32 25.04
33 15-18
36 4.19
36 26.70
37 52.47
38 31.61
40 36.32
41 48.67
42 41.42
44 34-68
45 23.78
46 51.39
50 13-24
51 8.33
51 47-95
56 55.80
23 57 26.00
o o 1.50
o 59.08
o 53.40
2 58.48
3 35-52
4 26.54
o 5 28.41
s.
+21.47
21.47
21.46
21.46
21.45
21-45
21.44
21-43
+ 21.42
.MHKR I.
+ 21.20
21.20
2I.Ig
21. 1C
21.18
2I.I8
2I.I8
21.18
21.17
21.17
21.17
21.16
21. 16
21. 16
21.15
21.15
21.15
21.15
21.14
21. 14
21.1^
21.14
21 . 14
21.14
21.13
21.13
21.13
21.12
21. 12
21.12
21.12
21.12
21.12
21. 12
21.12
+ 21. II
S.
O.OI
O.OI
O.OI
O.OI
Ms.
O.OI
+O.OI
O.OI
O.OI
O.OI
IV.
IV.
VI.
VI.
III.
VII.
III.
III.
IV.
DO = -
VII.
V.
VI.
V.
I.
I.
III.
V.
VI.
IV.
V.
III.
IV.
VI.
I.
V.
IV.
VII.
III.
III.
VII.
VI.
VI.
VI.
IV.
I.
III.
IV.
VII.
V.
VII.
V.
IV.
V.
VII.
V.
5
3
6
6
7
3
2
5
7
-IS
I
i
4
4
3
2
2
4
3
5
4
2
I
5
7
2
3
i
i
6
4
7
3
6
5
5
7
3
2
3
5
4
4
4
5
r.
45-
44-
48.
46.
40.
44-
48.
47-
43-
' 54'
47-
50.
44-
45-
40.
40.
45-
48.
40.
37-
42.
40.
34-
35-
36.
44-
40.
47-
44-
48.
45-
42.
38.
34-
34.
34-
38.
47-
49-
50.
40.
39-
48.
38.
45-
45-
ooo
130
585
622
805
885
293
332
215
50'
120
259
546
790
552
353
612
155
67
86
25
762
040
002
955
908
765
905
62
68
592
56
II
OIO
792
530
164
149
6 39;
820
82
250
485
44
300
130
i it
!I lg.82
}2 55.46
to 34.94
II 42.56
9 8. 83
33 3-6S
39 49-37
[9 59-47
7 45-89
16 18.83
14 30.89
27 23.31
26 40.53
35 32.96
14 22.69
41 21.72
25 19.07
35 29-00
25 25.78
28 42.48
44 8.79
53 49-6o
27 4-13
II 21.32
ti 45-98
35 25.83
40 2.55
47 45-13
19 13-04
12 17.94
28 31.72
10 41.63
39 18-42
16 46.83
27 20.27
25 15.28
5 30.35
30 19.94
38 22.32
35 23.72
24 37.88
25 7.72
30 53-71
26 57.21
21 15.32
- 7.70
7.62
7.46
7-45
7.30
7.29
7.04
6.88
- 6.80
- 6.47
6.45
6.40
6.35
6.27
6.17
6.12
6.10
6.08
6.01
5-97
5.86
5.85
5.84
5-78
5-77
5-74
5-73
5-69
5-68
5-66
5-63
5.62
5-57
5-55
5.54
5-53
5.48
5.48
5-45
5-45
5-45
5-44
5.43
5-43
- 5-42
- 9-49
10.17
8.87
8-93
8.77
10.21
10. 61
9.42
- 8.70
8.96
8.87
7.86
7.81
8.33
8.84
8.67
7-74
8.33
7-74
7-93
8.83
9-39
7.83
6.94
8.71
8.32
8.60
9.06
7.38
6.99
7.92
6.90
8.57
7.24
7.86
7.73
6.60
8.04
8.52
8.33
7.70
7-73
8.08
7.82
- 7 48
h. ra. s.
21 44 13.98
45 25.20
47 58.55
48 8.03
50 31-94
50 47.88
54 52.96
57 34-71
21 59 9.72
23 9 3-73
9 35.36
II 33-54
13 3-13
16 14.08
19 18.22
21 12. So
21 55.38
22 45.84
25 43.16
27 22.58
32 9.36
32 46.20
33 36.34
36 25.33
36 47-85
38 13.62
3 52.76
40 57.47
42 9.81
43 2.55
44 55.82
45 44.91
47 12.53
50 34-37
51 29.46
52 9.08
57 16.91
23 57 47.12
o o 22.62
i 20.20
i 14.52
3 19.60
3 56.64
4 47.66
o 5 49-52
20 31 27.0
43 3-2
20 41.3
21 48.9
19 15-0
43 II. 2
49 57-0
30 5.8
20 17 51.4
19 41 24.3
39 36.2
22 27.6
21 44.7
30 37-6
39 27.7
36 26.5
20 22.9
30 33-4.
20 29.5
23 4&.4
39 13-5
48 54-8
22 7.8
6 24.0
36 50-5
30 29.9
35 6.9
42 49.9
14 16.1
7 20.6
23 35-3
5 44-2
34 22.6
II 49.6
22 23.7
20 18.5
o 32.4
25 23.5
33 26.3
30 27.5
19 41.0
20 lO.g
25 57-2.
22 O.5
19 16 18.2
60 r
35-
r'fi '
38.5
49.6
38.6
5O.6
2 4 .6
29.5
36.6
2.5
30-
41-5
48.5
14.
12.
42.
52. S
54-
26.
24.
53-8
6.
SO-'
1 7. -6
?ONE
16 6
46.
24.
22.
36.5
48.5
1.5
13.
13-
iR r
29.
41.
1 '
2g.
r- S
41-
26.5
52.5
38-5
ft 'ft
.
1-5
13-
24-5
. .
41.
34-5
53-
46.5
45-
47-
. .
3.
38-
33-
20.8
50.
45-
24-5
32.5
1-5
7
36.5
44-3
ec S
i.
5.
22.
34-5
23.
35-
47-
59.
38.
SO.
CORRECTIONS.
REMARKS.
Corr. of
Datc - Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(146) too. Micrometer reading assumed as
4V.I30 instead of 44 r .i3O.
(147) II. Minutes of transit assumed as 27 in-
stead of 26.
(147) 18. Micrometer thread assumed as 2 in-
stead of i.
(147) 24. Transit over T. V assumed to have
been recorded over T. VI.
. *
.
1848. h. s.
s.
s. s.
s.
' " r .
INSTRUMENT READINGS.
Date.
CIRCLE.
li
|e
S 8
<
13
a o
S
* i
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 147
1848. h. m.
Sept. 1,23 8
23 40
o
O 20
o 40
I
301
42 30.
35-8
36.5 39-5
35.60
35-45
in.
29.978
29.980
o
73-8
73-5
72.8
72.9
66.'
66.
65."
64. c
63. c
29.984
29.986
IO2
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 147. SEPTEMBER i. Ms. D = 18 54' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
2
MICROMETER.
i
'fi
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
n.
12.
37
38
39
40
41
42
43
44'
45
46
47
48
49
SC-
SI
52
53
54
H
57
J8
50
60
61
I
2
3
4
6
-8
9
10
II
12
13
14
15
16
17
18
19
20
to
9
8.9
9
10
8.9
9
9
10
9
9
10
10
10
9
10
to
10
8.9
9
10
9
9
9
10
8
8
8
8
5
7
8
8
S
6
7
9
8
9
7
9
9
9
9
>6
37. c,
h. m. s.
o 6 14.29
9 30.90
15 29.25
16 54.47
16 0.46
18 26.56
22 42.83
24 11.24
24 49.02
27 27.32
26 2.6o
30 56.58
34 50.92
40 10.70
40 53-32
42 52-30
43 43-iS
44 59-49
47 3-47
48 7.50
51 5.58
54 23.45
56 17-63
56 58-36
o 58 27.39
148. SEPTE
18 50 2.46
50 38.04
51 23.10
5i 57-47
52 13-37
54 19-75
54 49-10
56 36.30
57 6.12
57 5i.o6
18 59 18.66
19 o 9.13
2 46.62
3 5.o6
3 30.60
4 34-18
4 42.40
7 26.00
8 15.42
19 9 9.81
s.
+ 21. II
'21. II
21. II
21. II
21. II
21. IO
21.10
21.10
21.10
21.10
21.10
21. -IO
21.10
2I.O9
2I.O9
21.09
21.09
21.09
21.09
21.09
21.09
21.09
2I.O9
21.09
+ 21.09
VIBER 2.
+ 21.55
21-55
21.54
21-54
21.53
21.52
21.52
21.51
21.51
21.51
21.50
21.49
21.48
21.48
21.48
21.47
21.47
21.46
21.45
+21.45
s.
MAJ.
+ O.OI
+O.OI
O.OI
O.OI
+ O.OI
+ O.OI
+ O.O1
+ O.OI
VII.
V.
IV.
IV.
VII.
VI.
V.
V.
VII.
HI.
VII.
III.
II.
IV.
III.
IV.
V.
IV.
I.
VI.
III.
IV.
IV.
VII.
V.
DO =
4
6
i
5
6
3
4
7
3
4
5
5
4
i
4
3
3
4
4
2
4
2
4
6
2
22
2
4
5
2
6
6
5
c
I
6
2
2
5
3
5
4
3
2
4
3
r.
45-5652
49-582 i
43-980-1
42.32 2
36.752,1
39.4893
36 . 890 3
43-999
39-9933
43.2902
47.585 i
40.252,2
38.26o'2
43.140^
44.0952
40.II5C
40.795:
43-2252
47.76 h
49.002 ;
49.708 2
41. 680 j
44.938;:
45.465 i
42.402.
40' 30'
36.22 .
32.28 -
41.588:
39.34S-
44.19
41.86
37.5M:
42.058 :
45.03 -
38.23
40.76 .
40.29 .
33.98
40.09
44.488
40.28
36.465
34-518,
41.005
40.567
6 48.09
o o.6S
S 7.20
2 52.15
7 22.44
6 9.69
I 47.11
7 53-31
5 52.22
8 6.65
9 50.57
4 3-36
o 59.84
8 36.14
6 30.03
5 48.22
5 24.78
3 8.91
5 32.48
9 24.87
4 25.57
3 37-19
7 9-9
2 22.32
3 12.30
|6 45.27
14 25.94
!3 17.36
14 57-53
3 6.44
4 26.70
!5 37.69
!3 LiS
17 31.03
6 3L74
14 8.88
(4 25-07
!7 39-43
!5 49-oS
!i 37-44
ig 50.36
!7 53-39
(7 43-9
29 25-35
i5 32.62
-5-42
5-41
5-40
5-40
5.40
5-40
5-41
5-42
5-42
5-44
5-44
5-46
5.5i
5-57
5-57
5.62
5-63
5-65
5.69
5.70
5-77
5.84
5-89
5-90
- 5-93
-25.42
25.36
25.26
25.19
25.16
24.92
24.86
24.65
24.60
24-5I
24.34
24.24
23-94
23.90
23-85
23-73
23.71
23.40
23.30
23.20
- 7.81
6.84
9. n
7.58
7.25
8.40
8.13
6.74
8.39
7.90
7-40
7.6 5
8.08
9.13
7-79
8.35
7.62
7.88
7.75
8.59
7.69
8.82
7.83
8.69
- S.8o
-11.17
10.31
9-53
11.04
8.85
8.94
9.70
9.51
II. 21
9.46
10.99
1 1. 01
9.84
IO.4O
9.42
9-99
10.54
11.24
9-96
-10.39
h. m. s.
6 35.40
9 52.01
15 50.36
17 15-55
16 21.57
18 47.66
23 3-93
24 32-34
25 10.12
27 48.42
26 46.70
31 17-65
35 12.02
40 31.79
41 14.41
43 13-39
44 4.27
45 20.58
47 24.56
48 28.59
. 51 26.67
54 44-54
56 38.72
57 19.45
58 48.48
18 50 24.02
50 59-59
51 44.64
52 19.02
52 34-89
54 41-26
55 10.62
56 57-Si
57 27.64
58 12.57
18 59 40.17
19 o 30.63
3 8.10
3 26.54
3 52.08
4 55.65
5 3.87
7 47.47
8 36.87
19 9 31.26
19 21 51.3
5 2.9
43 II-7
17 55-1
12 25.1
31 13-5
26 50.6
2 55-5
30 56.0
23 10. o
M 53-4
19 6.5
26 3-4
43-40.8 .
21 33-4
30 52.2
30 28.0
23 12.4
20 35.9
34 29.2
19 29.0
38 41. s
22 13.6
7 26.9
ig 38 17.0
23 27 51.9
15 31,6
4 22.2
23 26 3.8
22 54 10.4
22 55 30.6
23 6 42.2
4 5-3
23 28 36.8
22 57 35-7
23 25 14.2
25 30.3
8 43-2
16 53-4
2 40.7
10 54.1
18 57.6
28 48.5
10 28.6
23 16 36.2
54-
6.
31-
19.
17-5
43-
3i.
2Q. 5
42.5
54-5
35-5
48.'
31-
5Q.6
26.5
43-
54-5
22.8
50.
'
24.
52.
4-
Tfi
49.
0.5
15-5
35-5
18.
28
17
JO
3
59-5
42
10.5
40.5
52.5
43-
55-
36.
40.
4 8.
52.
59-6
3-5
10.
31.
48.
42.5
O.
54-5
n. 8
6.
17 6
21.5
33-5
ZONE
2fi.e
2,
37.2
12
7
24-3
36.1
IS.'
30.2
27.
. .
-3
.0
7-
18.2
46.4
30.8
21.
17.0
42.5
33-2
29.0
46.2
58.
16 '
25.7
38.2
27-5
22.
39-2
33-5
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
trt n
c
Zenith Point.
Mic. Co.
(147)
.('47)
(4. Micrometer reading assumed as
42 r .gg9 instead of 43 r .999-
;i. Micrometer reading assumed as
46 r .095 instead of 44^095, to agree
with Arg. 319, 54.
1848. h.
Sept. 2, 21
s.
+ 17.264
s.
S 0.033
s. s.
. . - 0.429
s.
0.192
* II
00 I. 23
r.
40.051
INSTRUMENT READINGS.
Date.
CIRCLE.
11
1 e
g
*&
e
s
ss
3 <u
wg
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
Zone 148
1848. h'. m.
Sept. 2, 18 50
19
19 20
19 31
19 42
20 o
20 20
20 40
297
57 3-2
5.6 9.5 9.4
6-93
in.
6.92 30.072
77.0
75-8
75-0
O
71..
70. (
70.;
69.:
68. S
68."
6 7 .S
3-7
7.O IO.2 IO.O
7-74
7.75
30.080
30.076
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
I0 3
ZONE 148. SEPTEMBER 2. MAJ. D = 22
40' 30
' Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
ai
i
MICROMETER.
i
<ft
<l*
Mean Right
Ascension,
1850.0,
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
9
S
9
8
10
9
8
7
8
7
10
7
7
10
9
9
8
8
8
10
8
7
8
8
8
6
9
9.
7
9
10
8
6
6
9
9
9
S
7
7
8
6
8
9
9
II- 5
21.
23.0
17.5
34-7
29.8
35-1
h. m. s.
19 10 22.95
ii 17.69
12 23.30
12 33-15
13 51-64
14 39-40
15 9-99
14 42.20
18 0.79
18 40.62
19 22.56
22 18.75
23 3.57
24 15.59
25 10.47
26 43.04
27 7-34
30 24.38
31 4-34
33 25.10
36 18.08
36 13.02
37 48.23
38 10. 08
39 3-84
40 57.42
43 30.79
44 44-Q&
47 21.87
47 21.02
48 23.52
49 24.06
51 32-04
52 7-io
54 12-23
29.04
54 37.07
56 6.48
19 59 34.50
20 4.32
3 38.89
4 59-45
7 23.75
10 22.27
12 11.27
13 26.74
14 46.06
15 26.77
20 16 41.24
s.
+ 21.44
21.44
21-43
21-43
21.42
21.42
21.42
21.42
21.40
21.40
21.40
21.38
21.37
21.37
21.36
21.36
21.35
21.34
21.33
21.32
21.31
21.31
21.30
21.30
21.29
21.28
21.27
21.26
21.25
21.25
21.25
21.24
21.23
21.22
21.21
21.21
21.21
21.20
21.19
21.18
21.17
21. 16
21.15
21.13
21.12
21.12
21. II
21. II
+ 21. 10
S.
o.-oi
+ O.OI
+ O.OI
O.OI
O.OI
+ O.OI
+O.OI
O.OI
+ 0.01
+O.OI
+ 0.01
+ 0.01
O.OI
-f O.OI
+ 0.01
O.OI
VII.
vii.
6
3
3
3
2
3
2
3
6
4
6
2
5
3
I
7
4
5
5
2
I
4
4
4
2
4
I
7
5
2
3
6
3
4
3
5
r.
43-277
35-254
38.580
42.678
45.QI
33.29
36.746;
35.164
43.112
41.20
37.80
41.965
43-42
38.038
40.838!
41-35
44- 204 t
42.248
42.842
4L307
47.09
37.362
42.14
41.006
35.050
43.27
38.828
38.372
37-974
36.872
34-792
32.068
44.56
43.965
45.83
48.66
13 37-89
58 35-67
36 41.09
34 19-94
H 11.47
39 43-21
46 27.16
38 38.77
13 43-57
29 18.66
16 46.29
43 27.37
22 14.25
36 59-75
49 55-42
8 50.12
27 34.92
22 54.63
22 34.16
43 49-77
46 20.07
31 30.87
28 46.29
29 25.35
47 25.58
28 7-36
51 4-67
10 32.68
25 21.85
46 22.81
38 51-32
20 3.76
33 iS-io
27 43-42
41 14-23
19 48.20
23.O6
22.95
22.83
22.81
22.65
22.56
22.51
22.56
22.18
22.10
22.02
21.69
21. 6l
21-47
21.38
21.20
21.15
20.76
2O.7I
20.46
20.24
20.15
19.98
19-94
19.84
19.64
19-37
19.24
18.97
18.98
18.87
18.76
18.55
18.49
-18.28
-18.25
- 8.87
10.59
10.46
10.30
10.78
10.68
11.16
10.59
8.87
9-95
9.09
10.94
9.86
9.68
11.39
8.35
9-83
9.51
9.48
10.96
11.19
10. II
9.92
9.96
II. 21
9-87
11.48
8.66
9.68
11.15
10.62
9.31
10.23
9-84
10.78
- 9-30
h. m. s.
19 10 44.38
II 39-13
12 44-73
12 54-58
14 13.07
15 0.82
IS 3I-42
15 3.62
18 22.18
ig 2.02
19 43-95
22 40. I_|
23 24.94
24 36.96
25 3I-84
27 4-39
27 28.69
30 45-72
31 25.67
33 46.43
35 39-40
36 34-33
38 9-53
38 31-38
39 25.14
41 18.70
43 52.07
45 6.21
47 43-12
47 42.28
48 44-77
49 45-30
51 53-27
52 28.32
54 33-45
54 50.24
54 58.28
56 27.68
19 59 55.69
20 25.50
4 0.07
5 20.61
7 44-89
10 43.40
12 32.39
13 47.85
15 7.17
15 47.88
20 17 2.34
/ II
22 54 39-8
23 19 39.2
17 44.4
15 23.0
22 14.9
2O 46.4
27 30.8
23 19 41-9
22 54 44.6
23 10 20.7
22 57 47-4
23 24 30.0
3 15-7
IS 0.9
23 30 58.2
22 49 49.7
23 8 35.9
3 54-9
3 34-4
24 51.2
27 21.5
12 31.1
9 46.2
10 25.2
28 26.6
9 6.9
23 32 5-5
22 51 30.6
23 6 20.5
27 22.9
19 50-8
I 1.8
14 13-9
8 41.8
22 13.3
23 o 45.8
23 3 10.6
7 27.7
18 16.2
25 40.7
23 19 35-7
22 55 44-1
23 ii 37-4
23 15 0.8
22 49 4-9
23 12 19.4
3 20.1
23 4 34-3
3 A
[6
6 1
37-
49.0
0-5
12.7
4-7
'f, s
iS |
15.3
27.4
39-2
t t
31-
43-o
22.4
34-5
3i-5
43-
1 8.'
30.
IO.
fifi
41.7
22.
12.
24-3
46.0
45-5
57-4
30.5
9-2
43-o
56 S
54-7
8 8
33-5
58.
10.
21. S
59-4
o.o
53-
55-2
60.7
32.O
7-1
12.
44-
18.8
24-
41.0
31.2
53-0
61 o
42.4
+ O.OI
O.OI
O.OI
5
4
3
2
3
6
4
4
7
4
5
5
43-
46.
37-
39-
35-
41.
38.
32.
42.
37-
43-
40.
448
09
50
79
'9
=3
82
918
515
590
128
973
22 13.03
26 3O.22
37 '18-04
4-1 42-30
38 37-88
14 48.14
30 40.64
34 3-96
8 10. oo
31 23.02
22 24.32
23 38-55
18.09
17-75
17.70
17-37
17.23
17.01
16.72
16.56
16.45
16.33
16.27
-16.16
- 9-46
9.76
10.51
11.05
10.60
8.94
10.05
IO.2J
8.48
10.10
9-47
- 9-56
10.5
23.0
34-2
3-3
15.0
27.0
3S.7
59-4
51.0
2-9
23.5
I4 '. 3
59.7
35-5
47-4
3-
3-0
59-4
14-7
34-
14-7
22.2
34-1
46.4
26.3
4 6.
26.5
41.2
38.8
58.2
39-
53-2
50.7
. ,
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(148) <
(148)
(148)
(I. Transit over T. VI assumed to have
been recorded over T. VII, and
minutes of transit as 35 instead
of 36-
;5. Micrometer thread assumed as 2 in-
stead of 3.
;6. Micrometer reading assumed] as
47 r .66 instead of 48 r .66.
1848. h. s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
a e
si
^
~ <u
11
t
x =
W
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
Zone 148
1848. h. m.
Sept. 2, 21
21 2O
21 40
22
C
3-8
7.3 10.7 10.4
8.07
in.
8.05 30.076
O
74-
67.
67.
66.
66.
\
4
3
3
3-8
7-5 II-3 ii. i
8-45
8.42
30.082
30.080
73-0
73-0
104
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 148. SEPTEMBER 2. MAJ. D = 22 40' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
fll
.
MICROMETER.
i
it
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
70
71
72
73
74
75
76
77
78
79
80
.81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
IOI
1 02
103
104
105
1 06
107
108
109
110
III
112
113
114
116
"7
118
8
7
6
6
8
6
8
7
10
7
9
9
9
6
IO
IO
6
6
9
9
8
8.9
8
8
8
10
7
10
8
8
8
7
n
7
7
9
9
8
II
8
9
9
5
5
9
3
IO
IO
14.
26.0
h. m. s.
20 17 50.10
18 56.47
20 21.06
20 25.93
21 57.66
22 29.48
22 29.50
27 14-59
. 28-35.58
3O 2 . 04
30 47-13
32 3-39
33 1-49
-33 3-22
34 19-20
36 19.52
36 42.14
39 9-92
39 14.56
40 50.94
44 33-50
45 59-10
48 0.83
50 56.74
51 1.56
52 H.79
52 48.59
54 35-77
55 50.48
58 55-66
20 59 47.24
21 58.58
I 30.11
3 5-08
4 25.22
4 27.66
5 31.56
6 13.29
7 42.84
10 33.86
ii 45.04
13 5-09
13 19.21
14 2.66
15 ii. 2C
17 13. oc
16 44.74
19 43. 2C
21 19 52. sc
s.
+ 2I.IO
21.09
21.08
21. OS
21.08
21.O7
2I.O7
21.05
21.05
21.04
21.03
21.03
21. 02
21. 02
21. 02
21.01
21. OI
' 21. OO
21.00
20.98
20.97
20.96
20.95
20.94
20.94
20.93
20.93
20.92
20.9!
20.90
20.90
20.89
20.89
20.88
20.87
20.87
20.87
20.87
20.86
20.85
20.84
20.8;
20.8;
20.83
20.82
20.82
20.82
20.81
+20.80
s.
+O.OI
O.OI
O.OI
O.OI
O.OI
+O.OI
+O.01
O.OI
+O.OI
O.OI
+ O.OI
+O.OI
+O.OI
O.OI
+O.OI
+O.OI
O.OI
O.OI
+ 0.01
VII.
5
i
7
3
6
6
4
4
6
3
2
2
4
2
6
5
i
2
3
5
6
2
I
3
3
2
4
4
5
6
I
4
5
4
2
4
i
4
6
7
6
6
3
3
2
4
5
3
3
r.
44.415
42.038
35.538
33.72
33.638
33-265
35.297
35.430
38.738
41.580
47.88
44-625
42.35
44.668
35.015
34-173
45-14
43-277
39-883
42.157
34-888
40.772
39-I48
39.60
34.658
36.539
41.852
35-241
39.120
40.55
38.98
45-197
40.054
42.84
45-244
42.423
42.886
43.958
39.223
34.722
31-724
30-554
34.o8i
37-203
43-022
47.042
42.781
35.658
37.158
21 39.98
49 14."
12 10.33
39 28.51
!9 9-93
19 22.78
32 42.01
32 37-43
16 48.69
34 57-75
40 3.62
41 55.63
28 38.79
41 54.01
18 22.49
27 36.32
47 26.67
42 42.18
35 56.22
22 57-77
18 26.87
44 8.47
50 53-66
36 5.96
38 56.20
46 34-28
28 55.94
32 43-68
24 42.12
15 11-83
50 59-43
27 0.98
24 IO.2O
28 22.14
41 34.41
28 36.54
48 44-9
27 43-41
15 57-54
12 38.44
2O 15.85
20 56.16
39 16.00
37 28.53
42 16.51
25 57-42
22 36.27
38 21.76
37 30.09
II
-16.06
15.96
15.83
15.83
15-77
15.64
15-55
15.22
15.10
14.98
14.91
14.80
14.72
14.72
14-58
M.43
14.40
14. IS
14.17
14.05
I3-7I
13-59
13.42
. 13-17
13.17
I3.07
13-02
12.86
12.76
12.50
12.43
12.33
12.29
12. 16
12.03
12.03
II .96
11.90
11.78
11.57
11-45
H-34
11.31
11.27
11.17
II.
10.98
10.80
10.79
n
- 9-42
11.36
8.76
10.67
9-25
9.26
10.19
10. 18
9.08
10-35
10.71
10.84
9.91
10.84
9.19
9-43
11.24
10.90
10.41
9-51
9.20
11.00
11.49
10.42
10.63
II. 18
9-93
10.19
9.63
8.97
11.49
9-79
9.60
9.89
10.83
9.90
11.35
9.84
9.01
8.78
9.32
9-37
10.67
10.53
10.87
9.72
9.49
10.59
-10.57
h. m. s.
20 18 n. 20
19 17.57
20 42. 13
20 47.01
21 18.73
22 50.54
22 50.57
28 56.62
30 23.08
31 8.16
32 24.43
33 22.51
33 24.25
34 40.21
36 40.53
37 3-15
39 30-93
39 35.56
41 11.92
44 54 -46
46 20.07
48 21.79
51 17- 6S
51 22.50
52 32.73
53 9-52
54 56.69
56 11.39
20 59 16.55
21 o 8.15
i 19.47
i 5 i . oo
3 25.96
4 46.09
4 48.53
5 52.44
6 34.16
8 3.69
10 54.70
12 5.88
13 25.92
13 40.04
14 23.49
15 32.09
17 33.82
18 5.56
20 4.01
21 2O 13.19
23 2 35.5
23 30 11.4
22 53 4.9
23 20 25.0
o 5.0
o 17.7
13 37-8
23 13 32.8
22 57 42.9
23 15 53-1
20 59.2
22 51.3
9 33-4
23 22 49.6
22 59 16.3
23 8 30.2
28 22.3
23 37-3
16 50.8
23 3 51-3
22 59 19.8
23 25 3.1
31 48.6
16 59.6
19 50.0
27 28.5
9 48.9
13 36.7
23 5 34-5
22 56 3.3
23 31 53-4
7 53-1
5 2.1
9 U-2
22 27.3
9 28.5
29 38.2
23 8 35.2
22 56 48.3
22 53 28.8
23 I 6.6
I 46.9
20 8.0
18 20.3
23 8.5
6 48.2
3 26.7
19 13.2
23 18 21.4
14.
21.
8.4
32.8
20.5
45-
32-4
51-
3-3
41-5
53-2
.
2.8
2.O
26.5
47-3
59-7
11.4
-
-
46.8
59-2
"3
27.4
-
37-4
56.'
7-5
19.4
31-3
43-0
55-2
35-7
34-
39-
21.2
46.2
51.0
37-2
33-
8.0
3-
47-2
49-1
45-2
50.
9.2
22.2
34-
18
50.8
33-4
59-
60.4
56.4
1-5
12.0
45-4
12.6
R
15-0
57-4
13.2
24.0
35-3
24.5
35-5
48.0
59-7
20.
32.1
43-5
55-5
7-5
19.4
31-6
2^.2
IO.
23.
6.4
30.
42.
54-0
-
i .4
37-
15-4
40.0
51-5
- -
- R
54-8
6.6
18.8
21.2
33-2
53-2
44-8
5-0
57-o
43-2
,j
9-2
49-2
21.
I.O
33-
31-3
13-
44-2
43-2
23.2
35-2
47-2
20.5
CORRECTIONS.
REMARKS.
r. . Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic. Co. (148)
73. Observations of transit over threads
II and 12 assumed to belong to
next star.
78.* Micrometer reading assumed as
37 r .73S instead of 38 r .73S.
83. Declination 9' discordant from Arge-
lander 234, 7, and 311, 87.
85. Micrometer reading assumed as
44 r .i73 instead of 34 r .i73.
87. Time of transit over T. Ill assumed
as 58" instead of 8 s .
114. Micrometer reading assumed as
44 r .O22 instead of 43 r .O22.
116. Minutes of transit assumed as 17 in-
stead of 16.
1848. h. s.
s.
s. s.
s.
o / n
r
(148)
(148)
INSTRUMENT READINGS.
(148)
CT \^
Date.
CIRCLE.
o P
11
1! -
A.
B. C.
D.
Corr'd
Mean.
Barom.
Mean.
1848. h. m.
:
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
105
ZONE 148. SEPTEMBER 2. MAT. D = 22 40' 30'
Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
a*
MICROMETER.
t
*
A
Mean Right
Ascension,
1850.0.
VIean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
119
1 20
121
122
123
124
'25
126
127
128
I2g
130
131
132
133
134
135
136
137
138
139
140
141
142
M3
144
'45
146
147
148
149
i
2-
3
4
5
6
7
S
9
10
ii
12
13
14
10
10
7
9
9
8
9
7
9
8
8
9
9
9
9
S
8
9
8
8
8
7
S
8
6
9
8
7.
8
6
9
9.10
9. 10
8
10
9
10
9
9
9
8.9
10
9
9
. .
41.5
37-2
52.3
52.7
48.8
64.
4.0
h. ra. s.
21 21 13.04
22 28.68
23 28.42
28 34-43
2g 8.16
31 4-45
32 0.52
37 I4.70
37 55-39
39 54-40
40 17.10
40 31.05
43 14.62
43 44.92
46 28.13
47 44-35
48 38.79
48 55.84
50 30.29
52 21.97
53 6.47
53 28.96
56 8.12
56 10.78
58 32.50
57 36.16
21 59 17.36
22 I 33.83
2 29.37
2 4I.2O
22 5 12.66
ic 149. SEP"
ig 22 31.82
25 20.55
27 49.16
28 7.72
29 31.02
31 21. So
33 13-16
33 56.42
36 7.00
36 22.59
39 8.86
40 27.59
44-31-43
19 45 17.88
s.
+20.80
20.79
20.79
20.77
20.77
20.76
20.75
20.73
20.73
20.72
20.72
20.72
20.70
20.70
20.69
20.68
20.68
20.68
20.68
20.67
20.66
20.66
20.65
20.65
20.64
20.65
20.64
20.63
20.63
20.63
+ 20.62
[EMBER
+ 12.71
12. 6g
12.68
12.68
12.67
12.66
12.65
12.64
12.63
12.63
12.62
12. 6l
12.59
+12.58
s.
+O.OI
O.OI
O.OT
+ O.OI
O.OI
+O.OI
+O.OI
O.OI
+ 0.01
+O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
18. M
O.OI
+O.O1
+O.OI
+ 0.01
O.OI
+ O.OI
O.OI
O.OI
O.OI
0.02
3. D o :
VII.
VI.
III.
VII.
IV.
VII.
V.
VII.
II.
VII.
VII.
VII.
VI.
VII.
2
4
3
7
3
7
2
4
2
7
i
3
2
2
3
7
2
2
2
2
3
7
6
6
6
6
3
7
4
6
6
6
4
2
i
2
4
2
I
I
7
7
5
3
7
r.
34.958;
4L458
43.180;
40.92
36.442,
32.93 ;
40.921 ;
42.22
40.82 L
35.513:
36.28 <
44.463-
35.833.
42.135
42.73 -
41.113-
44.767-
24.228
43.513.
42.039
32.252
36.719
36.634
43.I75!
33.158
37-435
33-897
39.207
33-295.
17 40' o
34.653
37.303;
39.120.
34.110
35-922.
34.170
33.810.
36.640
41.102
39-187
39-187
44-349
38-184
43-793
14 23-07
2 53.66
6 21.47
8 46.15
4 2.07
9 4-94
\(> 37-51
4 3-54
.9 28.28
8 20.16
9 56.05
)8 26.72
16 43-21
12 1.07
>8 15-73
7 48.54
(3 1.02
13 56.6i
Ii 50.85
>3 38.36
S3 51-17
8 26.40
19 57.67
[7 23.79
17 26.72
13 41.30
59 47-88
II 4.gg
51 12.44
t5 58.09
19 21.74
8 34-76
ii 32.81
15 5.36
>3 12.54
(6 55-54
53 20.63
18 8.27
52 19.84
19 46.25
ro 4.44
to 4.44
zi 42.05
36 54.64
7 25.78
10.69
10.58
10.51
IO.II
10.07
9.92
9-85
9-54
9.42
9.27
9.24
9-23
9.04
9.00
8.80
8.72
8.65
8.64
8.53
8.40
8,36
8.33
8.16
8.16
8.00
8.07
7.96
7.82
7-77
7-75
- 7.61
-20.66
20.38
20.34
20.13
20.00
19.82
19.64
19-57
19.37
19.33
19.07
18.94
18.54
-18.48
ii. 02
IO.2O
10.45
8.51
10.28
8.53
11.19
10.28
9.96
8.48
"43
10.60
11.20
10.86
10.59
8.45
10.93
10.99
10.85
11.70
10.27
8.49
9-30
9.11
9.12
8.86
10.70
8.66
10.19
9.00
- 9-25
- 3-42
4.06
4-74
4-'5
4.83
4.15
4. go
5-13
4-98
3.02
3.02
3-57
4-33
2.88
h. m. s.
21 21 33.85
22 49-47
23 49.21
28 55-19
29 28.93
31 25.20
32 21.28
36 35-43
38 16.12
40 15.11
40 37.83
40 51.77
43 35-33
44 5-62
46 48.82
48 5.02
48 59.48
49 16.53
50 50.97
52 42.64
53 27.13
53 49-6i
56 28.77
56 31-42
58 53.13
57 56.8o
21 59 38.00
22 I 54-45
2 50*00
3 1-83
22 5 33.28
ig 22 44.52
25 33-24
26 1.85
23 20.40
29 43.70
31 34.46
33 25.82
34 9.07
36 19.64
36 35-21
39 21.47
40 40. ig
44 44-02
19 45 30.44
01 It
23 25 14.8
13 44-4
23 17 12.4
22 49 34.8
23 14 52.4
22 49 53.4
23 27 28.6
14 53-4
23 10 17.7
22 49 7-9
23 30 46-7
19 16.6
27 33.4
22 50.9
23 19 5-i
22 48 35-7
23 23 50.6
24 46.2
22 4O.2
34 28.5
23 14 39-8
22 49 13.2
23 o 45.1
22 58 II. I
58 13-8
22 54 28.2
23 20 36.5
21 51 51-5
23 12 0.4
22 56 44.8
23 o 8.6
17 58 58.8
18 II 57.2
25 30.4
33 36.8
27 20.4
13 44.6
28 32.8
32 44-5
18 30 10.6
17 50 26.8
17 50 26.5
18 2 4.6
18 17 17.5
17 47 47-1
T R
16.3
IS. '7
51
30
'ft
3-0
43-4
14.1
55-6
26.8
25-
19.2
36.0
3i-3
. .
. .
14.2
43-
26.8
55.0
38.8
20. S
52.3
41
16.2
32.4
"R T
44-2
56.2
50.5
3.0
20.
14-7
IT ft
30.
42.3
58
.2
IO.
21.8
6 1
IR r
30.4
22.4
32.3
35-
56.4
44
47
8
4
.8
56.
59.
20.7
8.
10.3
32.5
22.8
44-2
56.5
60.2
23.2
22.
33-6
2g.2
45-7
41.4
53.4
5 . 2
17.
49-
I.
12.224.5
tfC .
6 =;
ZO,N
14-5
58
26
9.
20.1
32
31.
42.5
4 r i
56. 5
, n
T R
-4- 5
"
31 2
32.
34-2
44
46
.2
ii: 8
19-5
q '
O .
2 7 .8
31-5
34-
20. i
38.9
43-3
45-6
32.2
dl.
57.5
43.5
j-> f>
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n .
c
Zenith Point.
Mic.
Co.
(148) 126. Minutes of transit assumed as 36 in-
stead of 37.
(148) 134. Micrometer reading assumed as
43 r . I 35 instead of 42 r .i35.
(i4g) 3. Minutes of transit assumed as 25 in-
stead of 27.
(i4g) 4. Micrometer reading assumed as
35 r .no instead of 34 r .no.
1848. h.
Sept. 18, 23
s.
+ 8.540
s.
0.019
s. s.
. . 0.429
s.
0.192
O O 2 . 26
r.
40.084
. INSTRUMENT READINGS.
Date.
CIRCLE.
a a
Is
"S E
S c
A.
B. C.
D.
Corr'd
Mean.
Barom.
Mean.
Zone 149
1848. h. m.
Sept. 18, 19 22
19 44
20 2
20 42
21 2
21 22
21 42
22 2
302
* u
57 28.
30.6 31.
Si.
30.29
in.
30.15 30.128
o
65.
64.7
64.2
63 -'5
6i.f
59-'
58.-
57-<
57-!
56-.
55-:
54-.
30.130
30.146
30.152
.
14 z
io6
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 149. SEPTEMBER 18. Ms. D = 17 40*0" Continued,
No.
Mag.
SECONDS OF TRANSIT.
T.
<*i
2
MICROMETER.
i
4
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
9
9
9
9
9
9
10
10
IO
9
8.9
9
10
10. II
9 .
10
8.9
IO
9
9
10
IO
IO.II
9
10
10
9
9
8.9
9
9
9.10
10
8
IO
8.9
7-8
9
10
IO
8.9
9
IO
IO
9
IO
9
IO
9
. .
. .
. .
46.8
58.
10.
21.2
30.5
. .
. .
h. m. s.
19 46 46.67
47 55-So
50 11.44
53 2.06
54 16.73
56 47-30
57 9-04
19 59 58.10
20 2 26.83
5 10.40
9 55-74
it 20.06
13 40.30
16 38.80
17 46.41
18 39.12
19 13.68
21 40.54
26 39-22
28 48.86
32 14-39
32 44-86
35 10.30
37 34-14
38 25.83
40 36.87
43 18.39
44 15.06
46 6.60
47 29.77
48 16.17
50 23.66
51 55.63
52 12.56
53 47.9 6
54 40.75
57 7-88
20 59 6.39
21 2 6.41
5 10.03
6 30.12
9 39-23
17 57.58
19 48.39
22 42.69
25 19-36
25 35-12
27 56.98
21 29 26.09
+ 12^8
12-57
12.55
12.54
12-53
12.52
12.51
12.50
12.49
12.47
12.46
12.44
12.42
12.40
11.40
12.40
12.39
12.38
12.35
12.34
12.32
12.32
12.30
12.29
12.29
12.27
12.26
12.25
12.24
12.23
12.23
12.22
12.21
12.21
12. 2O
12. 2O
12.18
I2.I 7
12.16
12.14
12.14
12.12
I2.O7
I2.O7
I2.O5
12.04
I2.O4
12. o;
+ 12. 02
S.
O.OI
+ O.OI
O.OI
+ O.OI
-t-O.CI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
O.O2
+ 0.01
O.OI
+ O.OI
O.OI
+ O.OI
O.OI
O.OI
+ O.OI
O.OI
O.OI
O.OI
VII.
VII.
VII.
VII.
VII.
IV.
IV.
V.
III.
VII.
VII.
VII.
I.
IV.
VII.
III.
VII.
VI.
IV.
III.
VII.
I.
IV.
VII.
VII.
VI.
VII.
V.
IV.
VI.
IV.
II.
VII.
IV.
VII.
VI.
VII.
II.
V.
V.
IV.
IV.
VI.
IV.
III.
vh.
VII.
6
4
2
6
7
4
3
I
3
4
6
3
7
6
6
7
3
3
3
4
3
7
7
i
3
5
i
7
5
2
4
5
4
5
7
5
5
4
5
5
i
6
6
i
6
6
r.
38.190
43.825:
46.118.
37.182:
47.782
45.600
42.110
46.008 i
4L425.
45-302-
35.172
36.740
37-340
43.158
47-290
41.190
40.604
35-455
37.280
37.250
34-695
41.520
41.816
41.409
47-113
32.618
35.673
35.672
42.650
42.265
38.780
37.725
32.994
36.300
38.432
42.140
40.912
42.380
39.670
39.482
36.900
38.774
38.9 r 5
42.520
41.665
38.250
40.060
46.816
45.280
i a
6 32.92
!7 48-04
(I 4.12
10 34.32
5 8.36
;6 47.09
!4 39-50
(6 57.33
)5 3-07
!6 57-15
58 38.30
7 22.87
)7 23-*!
7 47-86
[i 19.45
8 55-62
5 9.76
[2 I3.IO
37 25.88
37 26.91
j8 54.90
29 7-44
54 49-43
8 48.09
5 31-41
54 38.40
38 21.15
26 40.95
tS 53-00
8 18.62
24 53-99
5 53-43
34 1-25
26 19.31
30 54.01
22 58.15
9 5-12
22 49.88
24 23.34
30 I7-83
25 58.83
24 54.29
51 1.67
14 3-88
t4 33-42
;i 24.56
14 54-06
5 41-65
12 28.70
-18.31
18.21
17.98
17.68
17-57
17-32
17.19
17.00
16.76
16.49
16.02
15.88
15.65
15-36
15-25
15-17
15.11
14-87
14-39
14.19
13.87
13.82
13-59
13-37
13.28
13.10
12.86
12.77
12. 6l
12.48
12.41
12.23
12. IO
I2.O7
11.94
11.86
11.66
11.48
1 1. 24
10.99
10.89
10.64
IO.OI
9.87
9.65
9.46
9-44
9-27
- 9.16
- 3-33
3.89
4-55
3-52
4-47
3.83
4.21
4.84
4.24
3-84
4-43
3-36
4-37
2.88
3-07
2.74
3.26
3."
4-37
4-37
4-45
3-95
4-23
2.93
2.76
5-33
4.42
3.83
4.96
2.91
3-73
4.80
4-19
3-Si
4.03
3-63
2-95
3.63
3-71
4.01
3-79
3-73
5.10
3.19
3.21
5-12
3.22
2-75
- 3-u
h. m. s.
19 46 59.24
48 8.37
50 24.00
53 M-59
54 29.27
56 59-88
19 58 21.55
20 o 10.61
2 39.32
5 22.87
IO 8.20
II 32.49
13 52.72
16 51.19
17 58.80
18 51.51
19 26.06
21 52.9!
26 51.57
29 I . 20
32 26.71
32 57-lS
35 22.60
37 46.42
38 38.10
40 49.14
43 30.65
44 27.31
46 18.85
47 41-99
48 28.40
50 35.89
52 7-S4
52 24.77
54 0.16
54 52.95
57 20.05
20 59 18.56
21 2 18.57
5 22.17
6 42.26
9 51-35
18 9.66
20 0.45
22 54-73
25 31-41
25 47.15
28 9.00
21 29 38.10
t It
17 56 54.6
18 8 10. i
21 26.6
18 o 55.5
17 45 30.4
iS 7 8.2
15 0.9
27 19.2
15 24.1
7 17.5
18 iS 58.8
17 57 42-1
1.8 17 43-6
17 48 6.1
51 37-8
49 13-5
55 28.1
17 52 31-1
18 17 44.6
17 45-5
19 13.2
9 25.2
18 15 7.2
17 49 4-4
17 45 47-4
18 34 56.8
18 38.4
6 57-6
iS 29 10.6
17 48-34.0
iS 5 10. I
26 10.5
14 17-5
6 35-2
II IO.O
iS 3 13.64
17 49 19.7
18 3 5-0
4 38.3
10 32.8
6 13-5
5 8.7
iS 31 16.8
17 54 16.9
17 54 46.3
18 31 39.1
17 55 6.7
45 53-7
17 52 41.0
27-
12.
48
V)
14
.2
-5
5
59-6
50.6
36.'
11.5
12.
47-5
23-
23.6
28.
34-6
35-2
40.
46.5
46.2
51-5
. ,
52.5
35-5
21.
55
4
17
33
5
.2
46.6
58.
9.6
58.8
44-
10.5
55-6
21.5
7-2
33-5
18.8
45-5
30.4
5-5
16.
27
27.5
46-5
57-8
9.6
21.
13-5
25-5
36-5
1 6
48.5
14.
39-5
35-5
16
26
5i
'.6
27-5
37-
> 6
39-5
56-5
8.
19.5
59-5
22.6
34-
. .
49-
60
0.5
TT 8
. .
18.
29-9
42-
18
5O.
43
I
'K
55-
18 >
6-5
2Q. 6
18.2
o
32
=
16.2
23.6
27-5
39-5
i's'
24.
35-6
47-5
33-5
31.8
15
13
-13
.2
5
6
56.2
55-
41.
7-6
6-5
ft
52-
19.
17.8
4-2
15-2
29.
4L3
58.6
IO.
21-5
41.8
4-
14.
7.8
44-6
.6
31
= 5
tg
56
5
.8
.8
5
28.
46.
36.8
31.
7-5
57-5
48.
i" R
^Q.5
37.6
20.
49-
31-8
i.
.
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
C
Zenith Point.
Mic.
Co.
(149) 18. Transit over last four threads as-
sumed to have been recorded too
late by 10 seconds.
(149) 21. Transit over T. Ill assumed to have
been recorded as over T. IV, and
minutes assumed as 58.
(149) 28. Transits over T.'s II and III assumed
to have been recorded over T.'s I
and II.
(149) 61. Micrometer reading assumed as
4i r .o6o instead of 4O r .66o.
1848. h.
s.
s.
s. s.
S.
/ //
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
II
Ij
<H
E
"I
S'l
x
s
A.
B. C. D.
Corr'd
Mean.
Mean.
Barom.
1848. h. m.
n
/*
in.
ZONES OBSERVED. WITH THE MERIDIAN CIRCLE, 1848.
107
ZONE 149. SEPTEMBER 1 8. Ms. D = 17 40' o" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
a. 3
MICROMETER.
i
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII. II.
12.
64
65
66
67
68
69
7'
72
73
74
75
I
2
3
4
5
6
7
8
9
IO
ii
12
13
14
15
16
17
iS
19
20
21
22
23
24
10
IO
9
9
10
IO
IO
9
10
9
9
S
7
7
5
5
8
7
8
9
8
9
9
9
7
8
9
8
7
10
9
7
9
5
9
27-5
27.6
33.
39
3<)
44
51
h. m. s.
21 32 2.
33 26.
35 2.
39 7-
44 M.
45 34-
49 38.
51 58.
51 52.
52 52.
54 31-
21 55 44-
E ISO.
22 49 26.
50 43-
52 44-
57. 7-
22 57 15-
23 o ii.
o 3-
3 36.
5 37-
6 13.
7 14-
9 59-
n 54-
13 27.
13 29.
13 Si-
15 II.
18 35-
21 37-
24 47-
25 54-
27 25.
17
4*
74
17
20
89
86
(.S
65
54
37
CT
22
6 1
41
>3
42
6
71
5'
14
14
55
53
12
60
2.)
85
25
4"
54
22
3<>
S7
95
s.
+ 12. OI
12.00
11.99
11-97
H-95
n-94
11-93
11.91
11.91
11.90
11.90
+ 11.89
OliER 5.
+ 9.12
9-II
9.10
9.07
9.07
9.06
9.06
9.04
9-3
9-03
9.02
9.01
9.00
8.99
8.99
8.99
8.98
8.97
8.95
8.94
8-93
8.92
8.92
+ 8.89
s,
O.OI
O.OI
O.OI
O.OI
O.OI
+0.01
MAJ.
+ O.OI
+ O.OI
O.OI
O.OI
O.OI
III.
V.
IV.
VII.
VI.
VII.
IV.
IV.
VI.
VI.
IV.
VII.
VII.
- V.
V.
IV.
12.
VII.
12.
3
6
e
6
2
7
4
3
4
i
i
6
6
3
i
2
I
4
2
2
2
4
7
5
4
3
4
6
7
4
3
7
2
5
4
r.
39-720.
42 . 908
40.600:
34-24
46.815
46.815
48.550
45-535
47.36
43.845
42.403
37-435:
7 i' 10"
34-488
33.178
33.385
37.786
46.319
39-74
36.35
45.46
42.97
44.424
43.028
41,958
37.009
41-457
32. 12
39.867
31.90
48.43
34.902
35.558
44-357
47-365
41.642
41.643
j6 i. Si
3 50.59
'3 51-39
8 48.98
5 41-79
i 35-82
59 40.54
6 25.97
25 46.38
53 39-62
28 37-23
;i 52.46
18 40.46
19 25.76
59 40.03
;i 40.57
to 56.76
>o 33.26
52 5-73
Ii 26.98
12 52.76
12 2.66
zS 15.61
8 29.19
25 55-09
29 9.81
[o 23.63
;o 4.16
50 9.60
4 46.24
52 55-52
58 25.21
7 6.54
to 21.36
23 14.86
29 3.40
||
- 8.98
8.89
8-77
8.49
8.15
8.06
7.80
7.65
7.65
7-59
7-49
- 7-42
- 7-15
7.09
6.09
6.78
6.78
6.63
6.64
6.48
6-39
6.37
6.32
6. 20
6.12
6.05
6.06
6.04
5-99
5-85
5-73
5.6i
5-57
5.52
5-50
- 5-28
- 4-30
3-18
3.68
3-42
2.75
3.06
4.50
2.79
3-78
4.18
3-93
- 5-14
- 9-42
9.46
10.50
II. 12
10.56
II.08
10. II
10.60
10.67
10.63
9-91
8.88
9-79
9-95
10.54
IO.OI
9-49
8.69
10.15
10.44
8. Si
10.54
9.65
- 9-95
h. m. s.
21 32 14.48
33 38.22
35 14-47
39 I9-70
44 20 . i t
45 46.13
49 50.82
52 10.76
52 4-59
53 4.55
54 43-44
21 55 56.27
22 49 35-34
50 52.72
52 53-51
57 16.11
22 57 24.49
23 o 20.13
o 12.77
3 45-55
5 46.47
6 22.86
7 23.16
10 8.55
12 3.52
13 36.01
13 38.59
14 0.28
15 20.83
18 44.24
ii 46.35
24 56.48
26 3.14
27 34.22
27 39-77
23 33 46.84
/ II
18 16 15.1
17 54 2.7
18 4 3.8
17 59 0.9
45 52.7
17 51 46.9
iS 19 52.8
17 46 36.4
18 5 57-8
13 51-4
8 48.6
18 32 5.0
17 20 7.0
20 52.3
4i 7-5
53 8.5
42 24.1
52 1.0
33 32.5
42 54-1
44 19-8
43 29.7
29 41.8
9 54-3
27 21. O
30 35-8
41 50.2
31 30.2
21 35-1
6 10.8
34 21.4
39 51-3
8 30.9
41 47-4
24 40.0
17 30 28.6
r
'.S
M.5
56.'
2.S
26.5
2-5
37-5
.
14.
'5
.527.5
39-
4-
ifi
Tfi
32 .'8
36.4
8
44
18
51
'4
.5
20.
55-7
4-
31-5
44-
6.4
I.
56.'
37-5
55-2
56.0
tR r
8.
49-4
6.5
7-4
19.
19.0
ZON
27.2
38.2
50.
35.
.2
.8
25-5
26.
36.4
37-
13-5
15-
48.1
25.5
59-2
37-1
37-2
38.
25-
37
3"
.0
3
47-8
43-
59-4
54-5
II. O
6.2
22.4
53-o
3 9
|fi
35-
46.9
<8.2
fin r
2.O
13-
24
.5
36.0
47-5
54
5 -4
56.
8
,j c
5 o
27 30.
23 33 37-
26.4
38-
49-4
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(150) 6. Transit over T. IV assumed as at
n'.o instead of i s .o ; that over VII
rejected.
(150) 7. Transit over T. II assumed as at 4i s ,2
instead of 5i".2.
(150) 19. Transit over T. VII assumed as at
I2 s .o instead of 2'.o.
(150) 22. Transit over T. II assumed to have
been recorded over T. IV.
(150) 23. Transit over T. IV assumed to have
been recorded over T. V.
1848. h.
Oct. 5, 20
E.
+ 5-972
s.
g O.O2I
s. s.
.. - 0.527
s.
. 0.192
r.
o o 1.73 40.058
INSTRUMENT READINGS.
Date.
CIRCLE.
|J
~a S
c c
x ;
A.
B. C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 150
1848. h. m.
Oct. 5, 22 46
23
23 20
23 40
*
303 36 1.7
5.8 9.1 10.1
6.70
6.68
in.
30.266
63.0
62.2
55-
54-5
54-:
30.272
30.274
2.4
5.9 9.6 10.8
7.20
7.18
io8
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848,
ZONE 151. OCTOBER 6. Ms. D = 18 20' o" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
a,
a,
MICROMETER.
i
*
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
i
2
3
4
5
6
7
8
9
10
ii
12
13
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
9
IO
9
IO
IO
IO
10
8.9
IO
8.9
8.9
9
9
IO
9
IO
9
10
10
9.10
7.8
7.8
8
IO
9
10
9
9
9
10
9
9
9
9
7-8
IO
9.10
9
9
10
9
10
IO
9
9
IO
9
9
9
3-4
14-5
. .
49.
i-5
12.6
. .
. .
. .
h. m. s.
22 45 49.41
49 49-6o
49 3-83
53 20.90
53 36.25
22 57 34-66
23 2 11.64
5 12.44
8 11.76
9 6.04
ii 22.72
12 56.20
15 52.42
16 4.91
17 5-44
22 58-75
24 45-73
24 53.98
26 10.10
31 24.30
33 40.41
33 50.58
36 17.49
36 47-10
39 38.26
43 4-1-20
44 27.09
45 37-22
47 35-00
48 16.84
52 17-17
56 9.26
23 58 37-47
o 3 50.96
4 23.61
7 46.39
8 49.21
ii 45.02
12 19.14
14 30.63
16 16.06
17 14.27
19 40.96
24 24.. 46
24 54-94
26 i. ii
28 37.64
29 4.72
33 1.28
o 35 55-94
s.
+ 7-91
7.88
7-89
7.86
7.86
7-83
7.81
7-79
7-77
7-77
7-75
7-74
7-73
7-73
7.72
7-69
7.68
7.68
7.67
7.65
7.64
7-63
7.62
7.62
7.61
7-59
7-58
7-58
7-57
7-57
7-55
7-53
7.52
7-49
7-49
7-47
7-47
7 46
7-45
7-44
7-44
7-43
7.42
7.40
7.40
7-39
7-39
7.38
7-37
+ 7.36
s.
+O.OI
O.OI
O.OI
O.OI
+ 0.01
O.OI
O.OI
O.OI
+O.OI
VII.
II.
VII.
I.
VII.
III.
VII.
I.
V.
VII.
I.
VI.
I.
VI.
VII.
V.
I.
VI.
VII.
IV.
III.
VII.
II.
VII.
III.
V.
VI.
V.
IV.
VI.
F.W.
4
i
i
2
2
I
7
i
7
3
4
7
6
7
7
6
4
6
4
2
5
4
3
4
2
6
5
i
38-
42.
39-
37-
32-
41-
45-
40.
35-
36.
34-
50.
39-
38-
45-
37-
36.
36-
43-
38-
39-
35-
28.
43-
47-
45-
38.
39-
33-
30.
40.
33.
37-
44.
47-
50.
52.
39-
37-
35-
35-
37-
47-
44-
40.
40.
47-
38.
44-
43-
070
202
540
925
44(1
92H
792
27O
IgO
162
955
472
34
533
030
525
692
io;
292
235
560
042
333
401
710
820
350
912
532
06 1
250
255
48
865
260
060
410
350
842
980
670
666
462
770
245
48
280
172
902
30 31-83
49 8.36
jo '39-95
45 46.34
48 55-28
49 17.87
6 16.92
50 14.80
12 22.30
38 4.19
32 53-59
3 35-8i
15 53.31
10 27.07
6 8.72
=5 34.64
17 30.28
31 53-86
22 24.91
16 29.60
30 26.34
18 3-5'
45 42.41
22 17.05
25 45.04
32 35.46
30 40.55
46 6.32
19 0.48
29 38.11
29 57.91
39 44.70
3i 34-54
27 25.59
25 28.99
24 6.56
23 4.58
9 56.94
ii 7.82
17 53.90
i? 49-15
5i 44-54
19 47.8o
42 1-34
35 25.46
35 43-54
5 18.97
ro 35.68
21 48-35
27 45-39
n
-36.86
36.66
36.65
36.51
36.50
36.32
36-14
36.03
35.92
35.88
35-81
35.75
35-66
35-66
35.62
35.46
35-41
35-40
35-37
35.24
35-19
35.19
35.14
35.13
35-07
. 34-99
34-99
34-97
34-94
34-93
34-88
34.84
34-81
34.78
34.78
34.75
34-75
34-75
34-75
34-75
34-75
34-75
34-77
34.77
34-78
34-79
34-So
34.83
-34.86
6.03
7.06
7.15
6.87
7.05
7-07
4.69
7.16
5.03
6.45
6.16
4-55
5-23
4-93
4-72
5-76
5-32
6. ii
5-58
5-27
6.03
5-35
6.87
6.22
5-77
6.15
6.05
6-93
5-40
5.98
6.00
6.53
6.09
5.87
5-75
5-66
5.6i
4.86
4-95
5-33
5-32
7-27
5-43
6.70
6.31
6-33
4.61
4.92
6.21
-5.88
h. m. s.
22 45 57-32
49 57-49
50 H-73
53 28.77
53 44-12
22 57 42.50
23 2 19.44
5 20.23
s 19.53
9 13.81
ii 30.47
13 3-93
16 0.15
16 12.64
17 13.15
23 6.44
24 53-41
25 1.66
26 17.77
31 31-95
33 48.05
33 58.21
36 25.12
36 54.72
39 45.87
43 48.79
44 34-67
45 44.80
47 42.57
48 24.41
52 24.72
57 16.79
23 58 44-99
o 3 58.45
4 31-10
7 53-86
8 56.68
ii 52.48
12 26.59
14 38-07
16 23.50
17 21.70
19 48.38
24 31.86
25 2.34
26 8.50
28 45.03
29 12. IO
33 8.65
o 36 3.30
IS 51 14.7
19 9 52.1
II 23.8
6 29.7
9 38.8
19 10 1.3
18 26 57.8
19 10 58.1
18 33 3.2
58 46.5
53 35-6
24 16.1
36 34-2
3i 7-7
26 49.1
46 J5-9
38 ii. o
52 35-6
43 5-9
37 io. i
5i 7-6
18 38 44.0
19 6 24.4
18 42 58.4
46 25.9
53 16.6
18 51 21.6
19 6 48.2
18 39 40.8
50 19.0
18 50 38.8
19 o 26.1
18 52 15.4
48 6.2
46 9-5
44 47-0
43 44-9
30 36.6
31 47-5
38 34-0
18 38 29.2
19 12 26.6
18 40 28.0
19 2 42.8
18 56 6.5
56 24.6
25 58-4
31 15.4
42 29.4
18 48 2*6.1
3-6
15-5
38.8
. .
II.
23-5
36.
57.8
. .
38.
49-5
0.5
TI R
59-5
29-5
II. 2
41.
22.8
52-5
1 8
17-5
34-5
7-5
tX'r
29-5
46.
19-5
?8
40.8
57-2
8 r
24.
"K 6
_g g
34-
V 8
5-5
17-5
45.
'
49-
5-5
i-5
17-
54-5
12.8
50.5
17-
2 9 :
13.8
25-5
22.
.
3-5
14.8
?fi R
41.
53.
42.
34-5
1 6."
ii. 6
i.
54-
46.
14.2
27.8
23.6
5.6
57-8
26.5
35.
28.5
40.
IV.
V.
II.
VI.
III.
IV.
III.
VI.
II.
II.
V.
VII.
V.
VII.
VII.
IV.
VII.
IV.
I.
3
4
4
4
4
4
7
6
6
i
5
2
3
3
7
7
5
4
37-2
48.8
12.
23.8
35.
46.8
,
2l.*8
37-8
33-5
49.
19-5
30.5
42.
53-
4-5
2.6
16.
27.5
26.
lX'
. .
.
24-5
36.
I'R'
3O.
"'ft'
37. "i
12.5
24-5
36.
26.'
38.'
50.
28.
39-5
56.
7-5
31.
. .
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(151) i. Micrometer reading assumed as
39 r .O7o instead of 4O r .O7O.
(151) 2. Right ascension differs I" 1 51" from
Arg. Z. 262, 30.
(151) 3. Minutes of transit assumed as 50 in-
stead of 49.
(151) 13. Transit over T. IV assumed as at
52". 5 instead of 32". 5.
(151) 15. Micrometer reading assumed as
46 r .O3O instead of 45 r .O3O.
(151) 23. Micrometer reading assumed as
38 r x>42 instead of 28 r .O42.
(151) 28. Micrometer reading assumed as
37 r -35o instead of 39 r .35O.
(151) 32. Minutes assumed as 57 instead of 56.
(151) 48. Declination differs 7' from Arg. Z.
321, i and 6' from transit, 1848,
October 24.
(151) 50. Transits over T.'s IV and V assumed
to have been recorded over T.'s V
and VI.
1848. h. s.
Oct. 6, 20 + 4.719
s.
g 0.029
s.. s.
- 0.527
s.
0.192
r.
o o 2.43 40.061
INSTRUMENT READINGS.
Date,
CIRCLE.
ra.
jj
1 1
A.
B.
C. D.
Corr'd
Mean.
Mean.
Baro
Zone 151
1848. h. m.
Oct. 6, 22 40
23
23 20
23 40
o
o 20
O
302]
1 II
56.3
58.2 0.8
56.88
n
56.90
in.
30.356
62.5
6l.2
6 1.'
53-
52.;
52.2
52.
51.2
50. <;
30-344
30.344
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
109
ZONE 152. OCTOBER 7. MAJ. D = 20' 47' 50".
No.
Mag.
SECONDS OF TRANSIT.
T.
a,
"2
MICROMETER.
i
4
. </
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
i
2
3
4
5
6
7
S
9
to
ii
12
13
14
15
16
I?
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
9
S
7
6
8
9
S
S
7
6
9
8
6
8
3
TO
10
9
6
7
3
8
4
7
6
4
8
8
9
8
7
9
8
7
9
6
8
7
6
9
5
8
7
8
6
it. 5
0.6
35-2
ii. 8
46.
23-5
35-2
::
28 =,
::
h. m. s.
22 35 46.64
38 23.68
38 35.67
41 43.40
44 24.81
45 50.50
46 15.94
47 43.63
49* 19-74
49 26.36
50 43-55
52 23.46
54 35-55
55 16.38
22 57 14.55
23 o 26.42
4 34-79
7 7.06
9 4.56
ii 29.74
13 16.50
13 31-37
M 57-54
16 35-54
17 50.03
17 51.60
18 2.17
20 27.16
20 27.57
21 46.49
21 54-59
25 7.08
25 38.81
26 39.78
30 44-19
33 22.72
33 49.63
35 50.73
35 50.49
47 6.79
48 7.20
49"i9.6i
50 31.36
51 16.56
53 20.49
23 55 7.65
s.
+ 7.84
7.82
7.82
7.80
7.78
7-77
7-77.
7.76
7-75
7-75
7-74
7-73
7-72
7-71
7-70
7.68
7.66
7.64
7.62
7.61
7.60
7.60
7.58
7.58
7-57
7-57
7-57
7-55
7-55
7-54
7-54
7-53
7-53
7.52
7-49
7.48
7-48
7.46
7.46
7.40
7-39
7-39
7.38
7.38
7-37
+ 7.36
s.
+ O.OI
O.OI
+ O.OI
O.OI
O.OI
4/0.01
O.OI
+ O.OI
+O.OI
O.OI
+ O.OI
O.OI
O.OI
O.OI
+ O.OI
O.OI
IV.
n.
V.
VII.
VI.
IV.
VII., V.
IV.'
VII..IV.
VII.
IV.
iv:
IV.
2
6
2
6
7
5
i
t
3
6
I
S
I
3
3
3
3
7
2
2
I
6
7
6
3
3
7
4
6
3
7
7
7
i
4
7
6
6
7
3
i
6
3
2
7
r.
41-957
41.242
36.462
38.352
50-319
43.298
39-772
37-201
32-85
38.415
34.988
42.644
37.07S
39.048
35.238
39.685
42.112
38.96
44-579
42.50
37-35
34.14
34.6o8
39.243
35.41
36.692
33.48
38.372
41.125
32.88
39.89
45.048
4L783
36.198
34-292
40.802
35-95
35-201
35.103
48.732
50.392
37.405
30.388
43.732
40.482
48.140
43 27-65
14 47.98
46 36.42
16 27.53
3 4LI7
22 18.44
50 31.92
31 36.42
39 58.48
16 25.37
53 16.85
48 53-22
52 4.96
36 24.60
38 36.23
36 2.69
34 38-99
10 12.45
41 57-33
43 8.95
51 55-58
18 52.63
12 42.37
24 38.14
18 8.88
37 46.13
39 36.78
10 32.71
29 21.25
19 35-94
35 55-97
6 42-75
s 35.19
II 47.61
53 40.92
29 32.37
ii 56.14
18 16.08
18 19.46
4 35.83
29 54.19
51 53-69
21 1.88
33 43-62
44 18.46
4 5.6.23
-14-43
14.42
14.42
14.42
14-43
14-44
14.44
14-45
14-45
14-45
14-45
14-47
14.48
14.49
14.51
14-53
14.59
14.62
14.65
14.68
14-70
14-71
14-75
14.76
14-79
14.80
14.80
14.85
14-85
14.88
14.88
14.96
14.96
14.99
15-09
15.16
15.16
15.23
15.23
15-56
15-59
15-63
15-66
15.70
15.76
-15-83
- 6.83
5.01
7.04
5.16
4-34
5-52
7-29
6.09
6.60
5-i6
7.48
7-19
7.40
6-37
6.52
6.36
6.28
4-73
6.74
6.83
7.41
5-29
4-9.1
5-65
5-26
6.48
6.60
4.76
5.96
5-34
6-35
4-53
4.64
4.84
7-53
5-97
4.85
5.26
5-27
6.56
5-99
7.40
5-44
6.22
6.91
4.41
h. m. s.
22 35 54-49
38 31.49
38 43.50
41 51.19
44 32.58
45 58.27
46 23.72
47 5L39
49 27.49
49 34.10
50 51-29
52 31.20
54 43-28
55 24.09
22 57 22.25
23 o 34.10
4 42.45
7 14.69
9 12. 18
II 37-35
13 24.20
13 38.97
15 5.12
16 43.12
17 57.60
17 59-17
18 9.74
20 34.70
20 35.12
21 54,03
22 2.13
25 14.60
25 46.33
26 47.30
30 51.68
33 30.20
33 57-11
35 58.19
35 57-95
47 I4-I9
48 14-59
49 27.01
50 38.74
51 23.94
53 27.86
23 55 15-00
t i n
21 31 38.9
2 57-4
34 47-9
21 4 37-1
20 51 49.9
21 10 28.4
38 43-6
19 47.0
28 9.5
4 35-0
41 28.8
37 4-9
40 16.8
24 35-5
26 47.3
24 13-6
21 22 49.9
20 58 21.8
21 30 8.7
31 2O.5
40 7-7
7 2.6
o 52.0-
12 48.6
. 6 18.9
25 57-4
21 27 48.2
20 58 42.3
21 17 32.1
7 46.2
21 24 7.2
20 54 52.2
56 44.8
20 59 57.4
21 41 53.5
17 43-5
.0 6.2
6 26.6
21 6 30.0
20 52 48.0
21 18 5-8
40 6.7
9 13-0
21 55-5
21 32 3I.I
20 53 6.5
8.
20.2
27.2
31.6
39-
43-5
25.
50.2
55-1
56.2
2.
6.9
18.5
51.4
56. ~2
32.'
7-9
43-4
55-5
38.0
50.
7.0
i.'s
10 2
' '
60.0
12.5
12.
23-9
23.2
35-0
47-2
40.
'T "R
51-5
3-2
M-4
25-5
38.2
i.'s
IO. 2
29-5
54-5
44-
41.0
6.4
55-
53-
lS.2
7-2
4-4
29.7
18.4
16.3
41.5
28.'
53-
39-7
4-9
46.
24.0
50.
57-5
9.2
47.
21.2
32.6
ii.
25-5
27.
.':
t t
?6
37-4
39-
2-5
3-
IO.
22.
31.8
43-4
55-2
7. 3
50.5
*
39-8
51.4
8*7
59-5
II. 2
22.0
34-6
27.2
39-o
5O.6
2 t;
55-2
f t
55-2
7-
17.9
18.9
31.6
43.
31-2
43.2
55.
42.3
55-
45-
57-2
8.9
56.
2O.3
7-7
28.3
32.1
19.0
40.2
44-2
55-7
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(152)
5. Transit over T. V assumed as at 36'.2
instead of 56'. 2.
25. Transit at 50" assumed to have been
over T. IV instead of T. III.
1848. h. s.
Oct. 7, 19 + 4-589
s.
.? 0.039
s. s.
. . - 0.527
s.
0.192
' " r.
o o 1.32 40.064
(152)
INSTRUMENT READINGS.
Date.
CIRCLE.
2f
<-> 5
rt C
*r <y
<$
13 S
c o
1
OJ
w j
A. .
B.
C. D.
Corr'd
Mean.
Barom.
Mean.
Zone 152
1848. h. m.
Oct. 7, 22 31
23
23 40
24
1 II
299 49 {%*
J3I-2
(29.8
(30-4
(29.
34.o
35-9
39-1 39-9)
39.5 40.2)
36.80
36.80
in,
30.234
30.228
30.212
30.204
63.2
62.5
61.9
56.
55-
55-
55-
i
r
30.5
32.4
34-7 37-0
36.0 37.4
1
33-32
33-32
IIO
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 153. OCTOBER 14. Ms. D = 16' 24'
40"
No.
Mag.
SECONDS OF TRANSIT.
T.
,
at MICROMETER.
i
H
<1*
.Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0
I.
II.
III.
IV.
o.o
31-5
V.
VI.
VII.
II.
12.
i
2
3
4
5
6
7
8
9
IO
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
<P
43
44
45
46
47
48
49
8.9
9
8
10
IV
8.9
9
9
IO
8.9
10
9.10
9.10
9.10
9
10
9
10
9
9
9
9
10
IO
9
9
10
10
IO
9.10
4
9
IO
to
4
9
9
IO
IO
10
IO
IO
9.10
9
9
8.9
9.10
8.9
36.5
9-
48.2
33.
43-2
14.6
54 .'8
26.2
37 .'8
h. m. s.
20 26 59.71
30 31-75
32 3-24
36 44-55
38 0.77
39 38.08
39 42.54
42 37-37
44 21.50
48 44.80
49 13-26
51 51.61
53 8.60
55 55-21
56 39-19
20 59 49.64
21 o 45.69
o 59.00
7 1-84
7 11.26
10 29.08
10 51.70
13 27.02
15 30.94
16 47.99
21 56.83
25 20.06
26 19.37
26 51.50
29 9.52
29 28.75
31 44.16
36 I. 21
35 59-45
38 0.20
38 42.36
40 35-51
42 7.61
45 17.96
50 28.36
50 5-77
55 13-57
55 6.50
55 59-05
57 46.41
21 59 39.85
22 O 12.92
5 57.98
22 6 27.77
s.
+ 3.15
3.13
3.12
3.10
3.08
3.08
3.08
3.06
3.05
3.02
3.01
2-99
2.99
2-97
2.97
2-95
2-91
2.94
2.90
2.90
2.88
2.87
2.86
2.84
2.84
2.80
2.78
2-77
2.77
2.76
2.76
2.74
2.71
2.71
2.70
2.70
2.68
2.67
2.65
2.62
2.62
2-59
2.59
2.58
2.57
2.56
2.56
2.52
+-2.52
s.
+ O.OI
O.OI
O.OI
+ O.OI
-f p. oi
O.OI
O.OI
O.OI
O.O2
+O.OI
O.OI
O.OI
O.OI
-t-O.OI
+ O.OI
V.
VI.
VII.
III.
VI.
IV.
VII.
IV.
III.
III.
VI.
V.
VI.
V.
VII.
IV.
II.
VII.
I.
VII.
IV.
VI.
I.
. III.
IV.
III.
IV.
VI.
VII.
III.
F. W.
3
2
6
7
i
4
3
3
5
5
6
7
3
3
5
3
5
i
7
6
7
5
4
3
3
4
3
2
4
3
r.
37.002;
48.612;
42.955"
40.678
41.932.
42.955::
35.000;;
45.134:
50.3201
48.3851
47.8601
49.938
39.800;
39-964;
4 1 . 605 ;
39-88 ;
46.390-:
44.130-
38.250;]
36.7751
46.699
41 .680:
41.994:
33.310!;
37.309:
36 . 002 '
36.488:
37-400.
39.260;
44.815:
40.004:
3I.992!
42.185
48.590
39-79
41.960:
45.985:
43.50I:
46.45 .
37.468.
41-34
42-795
43.842,
50.450
49.62O
3 8.258 ]
49.322
43-721
i n
7 0.98
9 38.32
3 48.81
9 13.26
9 17.66
8 18.22
3 44.24
2 55-32
8 16.55
9 23.20
o 59-94
3 '54-28
5 58.99
5 53-40
3 16-59
5 56.32
o 31.87
8 1.85
o 36.73
7 21.69
5 45.87
3 14.11
8 51.13
9 42.61
17 24.87
2 17.70
6 13.05
6 4.54
[0 25.32
!3 6.30
9 59-84
5 0.13
4 15-49
9 I5-9 8
5 37-99
3 4.36
45-71
=7 59-41
!2 9.92
5 ".38
(I 27.15
:g 13-76
:8 23.55
'7 47-47
[8 12.07
3 40.66
;i 24.13
!4 38.87
7 28.38
20.98
20.62
20.47
20.00
19.86
19.70
19.69
19.41
19-25
18.81
18.76
18.50
18.38
18.10
18.05
17.75
17-67
17.64
17.08
17.08
16.78
16.75
16.52
16.34
J6.22
15.78
15-49
15.4I
15.37
15.17
15.15
14.96
I4.6I
I4.6l
14.45
14.40
14.24
I4.I3
13.88
13.48
I3.5I
I3.I4
13.15
13.09
12.95
12.82
12.7?
12. '38
-12.35
10.33
10.44
9.24
9-3
10.90
9.91
10.40
10.13
9-45
9.50
g.II
8.77
10.26
10.26
9.69
IO.26
9.55
10.85
9.07
9-39
8.85
9.68
9-94
10.46
10.35
10. 10
9.81
10.76
10. CO
10.13
IO.OO
II. 21
9.24
9.48
9.31
9.67
9.56
9-9
lO.Og
8.82
10.06
9.96
9.92
9.89
9-43
9-45
11-05
9-73
- 8.89
h. m. s.
20 27 2.86
30 34.89
32 6.35
36 47.64
38 3-86
39 41-16
39 45.63
42 40.43
44 24.54
48 47.81
49 16.26
5i 54.58
53 11-59
55 58.18
56 42.16
20 59 52.59
21 O 48.63
i 1-95
7 4-73
7 14-15
10 31.95
10 54-57
. 13.29.88
15 33-79
16 50.83
21 59-63
25 22.84
26 22.15
26 54.27
29 12.28
29 31.51
31 46.90
36 3-91
36 2.15
38 2.89
38 45-06
40 38.19
42 10.28
45 20. 61
50 30.97
49 8-39
55 16.16
55 9-09
56 1.63
57 48.97
21 59 42.40
22 o 15.49
6 0.50
22 6 30.28
17 2 12.3
17 4 49-4
16 38 58.5
16 34 22.3
17 14 28.4
16 53 27.8
17 3 54-3
16 58 4.9
43 25.2
44 31-5
36 7.8
16 29 1.6
17 i 7.6
17 i 1.8
16 48 24.3
17 i 4-3
16 45 39-1
17 13 10.3
16 35 42.9
42 28.2
30 5L5
48 20.5
16 53 57-6
17 4 49-4
17 2 31.4
16 57 23.6
16 51 18.4
17 II 10.7
16 55 30.7
58 ii. 6
16 55 5-0
17 20 6.3
16 39 19.3
44 20.1
40 41.8
48 8.4
45 49-5
53 3-4
57 13-9
3" 13-7
56 30.7
54 16.9
53 26.6
52 50.4
43 14.4
16 43 42.9
17 16 28.0
16 49 41.0
16 32 29.6
0.5
38.2
12.5
23-8
17-
2-5
47.
14-5
26.
IO.
37 5
IO.
22.
13-5
24.5
36.
20.5
II.
3-
2<
23
5
.11 8
8.5
20.2
7.
31.6
38.'
50.
51.
2-5
13-
. .
10.5
22.
33-5
34-
46
54-
52.5
6.
4-
18.
40.
15-5
20.5
51-5
26.8
3-6
38 8
14,6
(8
22.
45-5
34-
57-5
45.5
8.6
IQ.
31.
1" 6
"6
,g
26.6
3?
.2
32.5
44-
40.
56.
52.
3-2
. .
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+0,01
O.OI
V.
III.
VII.
III.
VII.
VII.
IV.
II.
I.
VI.
VI.
VII.
VII.
V.
V.
VII.
in.
VI.
I
6
6
5
5
4
3
7
4
4"
4
4
5
5
i
4
7
34.
54.
5.
17.
-S r
IO.
33-
45
r?
56.5
7-
41.
5.5
17-
35-
28.
46 .'5
57.6
22.
33-6
?6
23.5
35-
27-5
39-
51-
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(153) i. Micrometer reading assumed as
3S r .oo2 instead of 37 r .oo2.
(153) 19. Transit over T. II assumed to have
been recorded as over T. I.
(i53) 2 7- Micrometer thread assumed as 5 in-
stead of 3.
(153) 41. Minutes assumed as 49 instead of 50.
*The nearest nadir point is October ii.
'1848. h.
Oct. 14,
s.
s.
s. s
. .
.527
s.
0.192
. . .
r.
40.040
INSTRUMENT READINGS*
CIRCLE.
If
3 B
c o
c
S. E
X a
Date.
A.
B. C.
D.
Corr'd
Mean.
Mean
Barom.
Zone 153
1848. h. m.
Oct. 14, 20 26
20 40
21
21 40
22
22 20
22 40
23
304
12 28.2
30.7 35-1
37-4
33-02
32.85
in.
29.972
61.
51.2
58 .'5
57.'8
53-5
52.
59-3
Si-
50.
49-c
49.2
29.968
29.970
29.966
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
Ill
ZONE 153. OCTOBER 14. Ms. D = 16 24' 40" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
a\
"i
MICROMETER.
i
ell
<
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
16.
III.
IV.
V.
VI.
VII
II.
12.
50
51
52
53
54
55
56
57
53
59
60
61
62
63
64
65
66
67
6S
69
70
71
72
73
71
7"
77
78
79
So
81
82
83
84
85
36
87
88
89
90
91
92
93
9
9.10
10
to
IO
10
9
9
IO
9
ro
9
9
IO
9
9
9
9
8
9
to
9. 10
9
to
10
IO
IO
IO
9
9
9
IO
IO
10
9
9
9
9
10
9
IO
IO
8.9
10
28.
39-
3-
35.
. .
h. m. s.
22 8 39.55
9 12.06
14 22.43
15 24.96
20 34.57
20 45.52
22 18.72
28 0.99
28 7-94
29 25.75
30 24.56
32 3-91
35 18.74
35 27.50
38 57-02
39 13.95
42 3.49
45 37.31
46 46.64
48 53-83
50.10.79
51 36.22
52 46.65
22 56 18.72
23 2 7.57
3 28.52
4 34-99
6 57.62
9 33-30
ii 45-26
15 8.36
16 28.50
18 9.97
18-42.66
23 1-4*8
26 1.83
28 6.93
39 48-50
42 20.48
41 44-52
43 3-51
44 28.80
50 36-30
23 59 25.07
S.
+ 2.51
2.5C
2.47
2. 4 t
2-43
2.43
2.42
2.39
2.39
2.38
2.37
2.36
2-35
2.35
2-33
2.33
2.30
2.28
2.28
2.27
2.26
2.25
2.24
2.23
2.19
2.18
2.17
2.16
2.15
2.14
2. 12
2. II
2.10
2.10
2.0S
2.O6
2.05
99
.98
.98
97
97
94
4- .89
s.
+O.OI
O.OI
+ 0.01
O.OI
O.OI
O.OI
+O.OI
O.OI
+ O.OI
O.OI
+ O.O1
O.OI
IV.
VI.
III.
V.
I.
VII.
III.
III.
VI.
VI.
V.
IV.
III.
VII.
III.
VII.
III.
IV.
V.
IV.
III.
III.
VI.
II.
IV.
II.
III.
IV.
V.
VII.
VI.
III.
II.
V.
VII.
V.
V.
V.
IV.
VII.
VII.
VI.
V.
VI.
2
5
7
6
4
4
2
2
2
2
I
5
6
4
2
4
2
3
3
3
6
.4
2
5
3
3
4
3
3
6
2
3
3
2
4
2
2
5
3
6
4
5
6
6
r.
43-495
44.006
37-595
35.510
37-47
40.20
44.028
40.182
35.538
4L750
41.115
43.9I5
39.725
39-850
36.120
38.640
45.720
37.78o
35>oi5
34-402
36.872
40.760
36.695
40.595
41.762
-35-350
^3-840
36.080
42.720
47.815
43-40
42.120
45.50
46.172
51.452
42.265
44.400
40.410
31-82
38.320
36.00
38.760
39-494
39.180
1 II
42 34-67
21 53.99
10 59.46
18 5.41
3i 26.97
29 52-93
41 41.84
44 28.77
47 8.69
43 34.69
49 45.87
21 57.20
15 40-23
30 4.99
46 48.70
30 46.66
41 18.00
37 8.55
38 43.89
39 S.oi
17 18.50
29 33.80
46 28.83
23 5I.49
34 51.48
38 32.28
33 32.17
38 7.22
34 i8.47
it 1.39
12 37.86
34 39-14
32 42.64
ti 2.44
23 2?. 33
13 17.03
(2 3-47
23 57.92
JO 33.95
[6 28.46
32 17.61
24 54.69
15 48.18
'5 58.94
12.19
12. 16
11.82
11.75
11.41
11.41
11.30
10.90
10. 99,
10.80
10.82
10.73
10.54
10.54
10.34
10.32
10.17
9-99
9-93
9.82
9-75
9'- 69
9-63
9.46
9.20
9.14
9.10
8.99
8.88
S.Si
8.68
8.63
8.57
8.55
8.41
8.31
8.25
7-95
7.91
7.92
7-89
7.86
7-75
7.62
10.61
9-43
9.07
9.42
10.07
10. OO
10.59
10.70
10.84
10.66
10.98
9.46
9-30
IO.OO
10.82
10.03
10.55
10.34
10.42
10.43
9.38
0.98
10. 8e
9.70
10.24
io.43
10. 18
10.40
IO.22
9.05
10.63
10.23
IO.I5
10.55
9.67
IO.&7
10.60
9.70
10.52
9-33
10 12
10.32
9.29
- 9.30
h. m. s.
22 8 42.07
9 14-55
14 24.89
15 27.42
20 37.OO
20 47.95
22 21.15
28 3-39
28 10.34
29 28.14
30 26.94
32 6.27
35 21.08
35 29.85
33 59.36
39 16.28
42 5-79
45 39-59
46 48.92
48 56.10
50 13.04
51 38.47
52 48.90
22 56 20.95
23 2 9.76
3 30.70
4 37.16
6 59.78
9 35.45
II 47-39
15 10.48
16 30.61
18 12.07
IS 44.76
23 3-56
26 3.89
28 8,98
39 50.49
42 22.46
41 46.50
43 5-48
44 30.77
50 38.24
23 59 26.96
17 7 37-5
16 46 55.6
36 0.4
43 6.6
56 28.4
16 54 54.3
17 6 43.7
9 30.4
12 10.4
8 36.2
17 14 47.7
16 46 57.4
40 40.1
16 55 5-3
17 ii 49.9
16 55 47.0
17 6 18.7
2 8.9
3 44-2
i? 4 5-3
16 42 17.6
16 54 33-5
17 II 29.3
16 48 50.6
16 59 50.9
17 3 31.8
16 58 31-4
17 3 6.6
16 59 17.6
16 35 59-2
17 7 37.2
16 59 38.0
16 57 41.4
17 6 1.5
16 48 23.4
17 8 16.0
17 7 2.3
16 48 55.6
17 5 32.4
16 41 25.7
57 15-6
49 52.9
40 45-2
16 40 55.9
48.
59-5
25.
36 5
o.
C7
S j
20
5*6
7.
26.
38.
36
44.
41-
52.5
7.5
3-8
2.
22.5
29.
19.
36.
34-
40.
14.
24.
31-
48.
n.
\e 6
^2. 5
25.
37-
48.8
26.
35-6
42.5
37-5
46.
58.'
2^ ,
J .
c$.
o R
14-
33-
53-5
o.o
23-
58.5
56.
1:
56.3
7-
12.
34-5
10.
24,
46.5
22.
= 7 ^
33-5
1 =
8
2O.
57-
8.
20..
31.5
47.
3i.
42.5
54-5
iX*
27-
32.
14.
39-
44-
25-5
5 s
50.8
I3.
55-6
37-
7-
48.5
2O.
18.5
O.O
7* 5
IQ
3 s
52.
1.6
25-
14-
36.5
47.5
36.
48.'
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(i53) 56. Micrometer reading assumed as
. 45 r .o2S instead of 44 r .O28,
1848. h. m. s.
s,
s. s.
s.
, ^
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
-a g'
11
s!
a <"
<
a e
Si
S C
X V
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 153
1848. h. m.
Oct. 14, 23 20
23 40
' "
-
n
n
in.
o
56.9
O
48.0
48. C
29.960
112
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 154. NOVEMBER 28. MAJ. D^ 26 25' 50".
No.
Mag.
SECONDS OF TRANSIT.
T.
i
<Zj
MICROMETER.
i
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI. 1
VII.
ii.
12.
i
2
3
4
5
6
7
8
9
10
it
12
13
14
15
16
17
18
IQ
20
21
22
23
24
25
26
27
28
29
30
31
32
.33
34
35
36
37
33
39
40
4i
42
43
44
45
46
47
48
49
8
9
8
7
7
6
7
8
10
10
9
9
9
7
8
6
8
8
6
5
5
8
8
7
8
8
8
8
8
9
9
8
8
7
8
10
9
9
5
8
9
10
10
8
6 .
9
7
8
12.=;
h. m. s.
2 41 32.47
46 11.52
47 18.60
49 r.66
49 5.38
49 45-86
50 0.75
53 0.72
2 55 3'i.54
3 o 56. IQ
2 20.48
2 33.16
3 23.48
6 39.81
8 27.64
8 44.44
3 9 35-77
s.
-11.31
"34
"35
11.36
1 1 . 36
11.36
11-37
11.38
11.40
11.44
11.45
n.45
11.45
11.47
11.48
11.48
-11.49
s.
V.
VI.
VI.
VI.
VII.
12.
IV.
II.
II.
VII.
II.
5
4
5
7
6
5
6
6
5
3
3
4
5
5
3
6
4
3
4
5
2
6
5
6
5
6
6
5
5
2
I
7
4
i
I
6
5
3
2
6
6
3
i
3
4
7
2
7
i
r.
36.918
41.362:
47-029:
45.15
34.48
42.890:
39-0241
33.4391
4I.374:
37.262;
41.071;
39-982:
40.9332
4L3522
42.309;
43.4721
38.55 :
37-52 ;
43.258:
40.083 :
42.85 .
37.82 i
42.155:
43.65
44.092:
40.752
30-39 :
36.998:
39.561:
44.71 t
41.254-
40.942
40.248:
38.68 ;
46.849.
37-918
39-45 '
34.162;
36.822.
39-447
34.852
37.328:
41.472.
39.322;
34.662
33-658'
40.398-
45.63
41.387-
i it
7 16.91
'9 12.95
o 9.80
6 39-24
8 40.79
2 32.21
6 3-38
9 16.78
3 24.73
7 25.82
5 14-99
9 59-6i
3 38.91
3 25.48
4 32.64
3 3LI7
o 49.95
7 17-61
8 7.78
4 9-2i
[2 56.89
6 45.86
.2 57-84
3 25.04
,i 51.10
5 4.86
i 1.81
'5 55-48
4 27.19
H 52.81
19 41-07
9 3-50
9 5I-46
i 9-77
6 28.37
6 42.49
.4 30.98
(9 13.28
|6 24.53
5 49-82
8 27.80
!7 24.20
19 32.91
i& 15-54
!3 3-88
3 15-10
(4 21. 06
6 22.70
(9 36.52
-10.35
10.55
10.60
10.67
10.67
10.70
10.71
10.85
10.97
11.24
".31
11.32
"37
"54
11.64
11.65
11.70
"73
ii. 81
11.99
12.00
12. OO
12.05
12.13
I2.I8
12.22
12.38
12.45
12.56
12.63
12.73
12.76
I2.gl
12.93
13.15
13-21
13.46
13.69
13-79
13.78
13.88
13-97
14.08
14.28
14-33
14.34
14-45
14.56
-14.74
//
- 6.65
7-92
7.01
5-69
6.86
7-25
6.61
6.92
7-35
8.65
8.53
8.00
7.36
7-33
S-45
6.33
8.08
8.73
7.8!
7.41
9-32
6.66
7-29
6.32
7-17
6-49
7.10
7-59
7-43
9.21
IO.02
5-89
7-99
IO.I7
9.68
6.6=;
7-44
8.93
9.68
6.56
6.84
8.74
IO.OO
8.62
8.30
6.30
9-47
5-63
IO.OI
h. m. s.
2 41 21. 16
46 o . i S
47 7-25
48 50.30
48 54.02
49 34.50
49 49.38
52 49-34
2 55 20.14
3 o 44.75
2 9.03
2 21.71
3 12.03
6 28.34
8 16.16
8 32.96
9 24.28
9 24.28
II 24.59
M 19-25
14 20.76
14 38.64
15 28.94
16 45.23
17 33.72
18 15.31
20 54.96
22 2. 1 1
23 45.I9
24 41.08
26 17.62
26 55.05
29 10.35
29 31.53
32 44-6i
33 36.46
37 5-39
40 30.24
41 55.76
41 41.38
42 3-8i
44 I9-M
45 26.68
43 31-55
49 5-99
49 20.52
50 43.16
52 6.21
3 54 13.01
/ It
26 43 23.9
55 21.4
46 17.4
32 45-6
44 48.3
48 40.2
42 10.7
45 24.6
26 49 33.0
27 3 35-7
27 i 24.8
26 56 8.9
49 47.6
26 49 34.4
27 o 42.7
26 39 39.2
26 56 59.7
27 3 28.1
26 54 17.4
26 50 IS. 6
27 9 8.2
26 42 54.5
49 7-2
39 33-5
48 0.4
41 13.6
47 "-3
52 5-5
26 50 37.2
27 8 4.6
27 15 53-8
26 35 12.2
26 56 2.4
27 17 22.9
27 12 41.2
26 42 52.4
26 50 41.9
27 5 25.9
27 12 38.0
26 42 O.2
26 44 38.5
27 3 36.9
15 47.0
27 2 28.4
26 59 16.5
26 39 25.7
27 10 35.0
26 32 32.9
27 15 51.3
37.2
59-2
23.8
3i.
43-2
55-5
. .
. .
. .
17.8
58.
29.8
10.5
23.
11 R
. .
23.8
36.2
7.
48.5
60 r
31.5
'
33.2
41.
31-2
3-0
50.7
15.2
3-2
27.7
15-4
39-6
27.2
51-9
4-7
16.6
21.5
!> 8
5-9
24.
18.8
20.
30.7
32.3
48.5
60.4
27.2
-'. '.
* '
3 ii 36.09
14 30.77
14 32.28
14 50.16
15 40.47
16 56.76
17 45-26
18 26.85
ft 6.52
22 13.67
23 56.76
*ig 52.66
26 29.21
27 6.64
29 21.95
29 43.19
32 56.23
33 48.09
37 17.03
40 41.90
42 7-43
41 53-05
43 15.48
44 30.82
45 38.36
48 43-24
49 17.69
49 32.22
50 54.87
52 -17-93
3 54 24.73
11.50
11-52
11.52
11.52
U-53
"53
11.5-4
11-54
11.56
11.56
11.57
11.58
"59
11.59
n. 60
1 1. 60
11.62
11.63
11.64
1 1 . 66
11.67
11.67
11.67
11.68
11.68
11.69
11.70
11.70
11.71
11.72
11.72
rfi R
57-2
IO.2
6.8
31.2
43.2
50.7
.
32.
44-4
40.2
56.8
52.4
9.9
5-0
IT'S
. .
43-7
45-
57-2
9.8
>T 8
18 4
19.2
3i-7
43-7
if,
n R
40.
4.7
I s
52.5
43-2
50.7
55.4
7-9
15.4
. .
31-
43-2
17-4
30.
42.4
55-
. .
39-7
31.9
47-4
60.2
12.5
17.
24.7
29.4
41.0
CORRECTIONS.
REMARKS.
n Corr. of
Datc - Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(154) i. Micrometer thread assumed as 6 in-
stead of 5.
(154") 30. * Minutes of transit probably 24.
(154) 18. Same right ascension as 17.
1848. h. s.
Nov. 28, 3 12.987
s.
g o- OI 4
s. s.
1.264
s.
- 0.897
1 t'l
359 59 59.63 40.138
INSTRUMENT READINGS.
Date.
CIRCLE.
2|
il
<$
i
c o
' ~
aj c
^
A.
B. C.
D.
Corr'd
Mean.
Mean.
Barom.
Zone 154
1848. h. m.
Nov. 28, 2 40
3
3 20
3 40
3 59
294
12 t.4
5-2 5-7
10.8
//
5-79
5-78
in.
30.240
40.2
39-5
32.S
32. c
3i.
31.
3i-i
30.234
4-4
8.0 7.7
13.4
8-39
8.38
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 154. NOVEMBER 28. MAJ. D = 26 25' 50"
Continued,
No.
50
5i
52
i
2
3
4
5
6
7
8
9
10
ii
12
13
M
15
16
17
18
19
20
21
22
23
24
25
26
2 7
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
Mag.
SECONDS OF TRANSIT.
T,
,
MICROMETER.
i
J:
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
53-2
III. IV.
V.
VI.
VII.
n.
12.
6
8
8
8
8
8
8
8
9
9
9
9
8
8
S
8
9
9
10
8
10
10
9
8
6
9
9
S
6
9
7
7
8
8
8
9
8
8
8
8
8
8
7
8
5-8
17.8
30,
42.2
55-7
t f
h. m. s.
3 55 17-93
56 30-44
3 57 29.17
155. N(ivi-:>
6 6 44.06
17 55-18
17 56.06
20 5.29
20 46.50
21 10.44
21 48.68
22 58.26
23 57-14
24 24.11
26 19.03
26 50.10
27 I. II
27 55-21
28 32.03
30 32.44
31 41.12
33 28.04
34 23.03
34 54-14
36 35-88
37 53.46
40 38.86
41 17-43
41 50.10
42 33.96
43 13-50
44 39-55
45 6.49
45 53-57
46 32-50
46 56.76
48 53-72
49 13.26
50 38.01
51 1-95
51 34-28
52 22.96
54 4.69
54 39.82
55 43.91
6 55 56.60
s.
-11-73
H-73
-11.74
IBER 28.
12.03
1 2. 02
1 2. 02
1 2. 02
12.02
12.01
12.01
12.01
12. OI
12. OI
12. OI
12.00
12.00
12. OO
12. OO
12. OO
12. OO
H-99
11.99
11.99
11.99
11.98
11.98
11.97
11.97
11.97
11.97
11.97
i-i . 96
11.96
11.96
11.96
11.96
n. 95
11-95
H-95
11-95
11.94
11.94
11.94
"93
-11-93
s.
MAJ.
O.OI
O.OI
+O.O1
O.OI
+ O.OI
O.OI
+ O.OI
O.OI
+O.OI
+O.OI
O.OI
+ 0.01
O.OI
O.OI
+O.OI
+ 0.01
O.OI
+O.OI
O.OI
+O.OI
+O.OI
+O.OI
+O.OI
4
3
4
-2
I
I
6
2
7
5
2
6
4
i
6
3
4
4
4
6
2
7
2
2
3
3
4
4
6
5
3
6
6
3
5
5
2
5
3
5
7
4
6
3
6
r.
39-450:
38.28 :
43.048;
5 56' 20
39-735:
39-955:!
40-55
47-074-
46.112
39-82 :
40-255.
40.668
44-728:
42.401
39-99
38-645.
36.55 i.
33-54
32.68
32.29
37.861.
47.832
46.678.
49- '35
52.29
45-72
44-257
39-741
38.187
33.725
36.498
29-435
32.52
40.364
41.98
42.338
44.592
39.315.
36.351
40.140
45-23
39.428
34-57
40.292
42.782
43-24
o 18.95
6 51-43
8 15.01
0-33-43
o 25.86
5 11-83
o 31.38
6 6.09
54 18.26
14 25.95
5 7-73
17 17.14
19 1-45
5 31-12
(6 38.85
H 58.85
!3 42-53
;4 12.16
9 56.36
15 48.75
5 6.84
to 45-03
S9 20.24
!8 48.83
12 35-14
!7 33.36
10 8.93
6 33.18
!7 48.22
17 52.82
5 40.57
9 48.44
5 18.23
14 43-97
!2 51-53
!I 33.88
14 58.51
i6 17.76
15 47.36
!I II.9O
9 56.34
13 7-05
>5 20.71
14 16.35
13 39-16
14.80
14.89
-14.97
-13.40
15.04
I5.04
15.36
15.43
I5.5I
15.61
15.78
15-93
15-99
16.27
16.35
16.37
16.51
16.60
16.90
17.07
17.33
17.47
17.54
17.82
17.99
18.40
18.49
18.57
18.68
18.78
18.99
19.06
19.17
19.27
19-33
19.62
19.66
19.87
19-93
20.01
2O.I3
20.38
20.47
20.63
2O.66
8.02
8.69
- 7.82
12.67
12.65
8. ii
11.36
6.97
9.28
11.86
8.10
9.66
12.47
8.15
10.84
10.24
10.46
10.53
8.70
12.04
6.85
11-39
11.19
9.86
10.32
9.70
10.03
8.30
9-73
II. 01
8.18
8.71
8.12
10.60
9.10
8.94
H.93
9-53
10.72
8.88
7-47
10.38
8.13
10.54
- 7-92
h. m. s.
3 55 6.20
56 18.71
3 57 '7-43
6 6 32.02
17 43-15
17 44.05
19 53-26
20 34.49
20 58.43
21 36.66
22 46.26
23 45-13
24 12.09
26 7.03
26 38. to
26 49-11
27 43-21
28 20.03
30 20.45
31 29.11
33 16.06
34 11.03
34 42.14
36 23.89
37 41.48
40 26.88
41 5.46
41 38.14
42 21.99
43 1-53
44 27.59
44 54-54
45 41-62
46 20.84
46 44.80
48 41.76
49 1-30
50 26.06
50 50.00
51 22.34
52 11.03
53 52.75
54 27.89
55 31-98
6 55 44.68
26 56 31.8
27 3 5-0
26 54 27.8
29 47 ig-5
47 13-6
ii 55-0
37 18.1
2 48.5
21 3.0
41 13-4
II 51.6
24 2.7
45 49-9
12 15.5
33 26'. o
28 45-5
30 29.5
30 59-3
16 42.0
42 37-9
i 51.0
37 33-9
36 9.0
25 36.4
29 23.4
24 21.5
26 57.4
13 20. O
24 36.6
34 42.6
12 27.7
16 36.2
12 5-5
31 33-8
19 40.0
18 22.4
41-50.0
23 7-2
32 38-0
18 0.8
6 43-9
29 57.8
12 9-3
31 7-5
29 10 27.7
55-0
7.
. . 9.522. . .
7.820.7 ..':..
52. <;
OHS
40.0
52.8
5-2
23-
35-7
48.3 - -
26.6 . .
10.8
10.5
23-4
41.2
54-0
6. '5
Tft 8
49-5
2.1
> R
26
T q
63.0
13-7
19.2
20.0
15-4
10.5
23.2
41.0
26.5
32.3
40.8
23.0
36.0
53-2
38.6
17-5
44-9
54-0
6. 2
30.0
2.5
57-5
19.5
is. .1
IO.O
32.0
59-2
- - 38.7
51-5
. . 19.2
. . 6.2
31-5
18.4
31-7
10.4
.
53-3
41.
53-8 - -
25-5
38.'
50.5
38-4
27-5
51-4
39-6
TO. 8
23.
60 8
52.2
4-5
17.4
:
65.2
Q.2
17-5
65.7
CORRECTIONS.
REMARKS.
n Corr. of
Uate - Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic. Co.
'
i
1848. h. s.
s.
s. s.
s.
/ II
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
11
If
A.
B. C. D.
Corr'd
Mean.
Barom.
Mean.
Zone 155
1848. h. m.
Nov. 28, 6 15
6 40
7 o
7 17
7 40
291
291
42 7-8
IO.4 II. 2 17.2
11.66
in.
11.65 30.210
38.2
37 '8
37-5
31-
30-
30.
31-
30.206
30.200
42 7-0
10.9 ii. 2 16.8
11-49
11.45
15-
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 155. NovKMiiER 28. MAJ. D o = 28'
56' 20" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
2
MICROMETER.
i
</l
it
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75 x
76
77
78
79
80
I
2
3
4
6
7
9
9
9
9
8
8
9
8
7
7
S
9
8
7
8
8
7
8
6
i
9
8
7
8
9
6
8
6
8
8
. .
. .
57-2
9-;
47- 4
h. m. s.
6 58 9.71
58 9-47
58 59-52
6 59 0.73
7 2 10.26
3 0.07
3 54-44
4 45-10
6 1.49
7 11.62
8 28.86
10 18.58
10 50.06
ii 18.17
12 36.33
13 36.06
15 8.69
15 53-84
17 I5-76
18 21.27
19 38.78
21 9.64
22 25.26
23 3.66
24 8.61
24 59.80
26 9.40
26 23.52
27 37.60
29 I . 70
29 50.76
30 53.22
33 24.66
33 46.00
34 28.34
38 26.36
39 32-54
7 41 2.18
E 156. DEC
23 i 37-53
2 3-42
3 47-89
7 52-28
8 37-32
8 3.02
23 11 48.20
S.
-Il.g;
ii. y,
11.91
11.98
11.9
11.9
11.9
1 1 . 91
1 1 . gc
n. gc
n. 8c
n.8r
ii. 8S
11. SJ
Il.tt
ii. S;
ii. a
ii.se
ii. Se-
ll. 8(
11.85
1 1. 84
1 1. 8.
ii.S;
11.83
11.83
11.82
11.82
11.82
ii. Si
ii. Si
n.Sc
11.7?
II. W
11.78
H-77
H.7C
-11-75
EMBER :
II. Og
II. II
II. II
11.14
11.15
n.ro
11.18
s.
! l +o.oi
1 +0.01
!
!+o.oi
i O.OI
O.O1
)| O.OI
>
> -O.OI
) O.OI
)+0. 01
O.OI
!
: o.oi
, + O.OI
.
O.OI
.
+O.OI
O.OI
+0.01
. .
+ 0.01
+O.OI
+ O.OI
-O.OI
.
+ O.OI
O.OI
+ O.OI
, ,
. MAJ
+O.OI
O.O2
I.
O a ~
IV.
6
7
4
4
6
i
2
I
3
2
2
6
2
4
3
7
3
i
4
7
7
7
6
3
3
7
5
3
7
2
4
7
I
6
3
3
3
5
5
2
3
3
7
r.
43.60
38.824
36.53
37-345
40-554
43-095
4L474
37-302
38.254
43.171
41-595
37-237
41.652
38.104
32.624
44.584
35.809
36.219
38.108
49.40
43.658
41.675
43-065
40.124
42.66
36.111
35-702
43-285
44.360
42.357,
41-95
39-574
37-098
39-5S2
40.238
39.418
42.291
41.61
!I 25' 1
44.040
39.968
4I.385'
42.804.
42.47 :
40.567;
46.512
i n
13 26.76
10 16.80
31 59.38
31 31.31
15 11.69
48 37-69
43 44-13
51 57-23
36 52.32
42 45.84
43 4.I2
17 5-95
43 38.15
31 5.31
to 6.26
6 58.72
38 16.55
52 34-55
31 E-lS
4 12.83
7 30-48
8 38.93
22 26.49
15 26.50
34 20.56
38 6. ii
12 3 . 92
22 18.91
33 21.99
8 15.44
13 27.89
30 14.68
u 16.60
;o 38.66
24 3-87
'5 50.83
34 33-27
34 56.72
o".
J3 33-oi
!4 30-40
=3 24.35
12 58.47
!4 27.10
5 32-65
5 52-31
II
-20.99
20.98
21. II
21. II
21.58
21.71
21.84
21.96
22.15
22.32
22.52
22.78
22.86
22.94
23.12
'23.27
23.50
23.60
23.81
23.97
24.16
24.38
24.56
24.66
24.81
24.95
25.11
25.14
25.32
25.53
25.65
25.80
26.17
26.22
26.32
26.90
27.06
27.28
16.03
15.97
15.90
15.67
15.63
15.66
-15.46
11
- 7-89
7-51
10.24
10.18
8.10
12.43
1 1. 80
I2.SiJ
10.88
1 1 . 66
1 1 . 79
8.35
11.78
10.12
11.31
7-06
11.07
12.97
10.12
6.72
7-13
7-2?
9.04
8.13
10-55
11.05
7-71
9.03
10.42
7.22
11.78
IO.02
7 .6l
12.71
9-24
8.20
10.58
10.64
IO.22
9.64
9-57
10.84
10.28
10.36
- 8.44
h. m. s.
6 57 57-79
57 57-55
58 47.6o
6 58 48.81
7 i 58.36
2 48.15
3 42.52
4 33.19
5 49-59
6 59.71
S 16.96
10 6.70
10 38.17
ii 6 . 29
12 24.44
13 24 . 20
14 56.83
15 41.97
17 3-90
18 9.42
19 26.91
20 57.8l
22 13.42
22 51.84
23 56.78
24 47-97
25 57-59
26 1 1 . 70
27 25.78
28 49.90
29 38.94
30 4I-42
33 12.88
33 34-20
34 16.56
38 14.60
39 20.78
7 40 50.43
23 i 26.44
2 52.31
3 36-78
7 4I-I5
8 26.17
8 51.86
23 ii 37.00
/ //
29 10 15.6
7 5-3
28 50.7
28 22.6
12 1.4
45 31-8
40 37-8
48 52.1
33 45-4
39 39-8
4<> 34-4
13 57-1
4<J 32-8
27 53.4
37 0.7
3 49-0
35 u. i
49 3I-I
27 59-1
I 3-5
4 21.8
5 30.6
19 20. I
12 19.3
31 16.0
35 2.1
8 56.7
19 I3-I
30 17-7
5 8.2
4 25.3
27 10.5
3 10.4
47 37-6
20 59-4
12 45.9
31 30-9
29 31 54-6
21 59 9.3
50 6.0
21 48 59.8
22 8 35.O
o 3.0
22 . I 8.7
21 31 26.2
?i R
26.0
35.4
25-5
IQ.8
38. c
. .
2^.1
40.4
53-5
b.'o
1.5 14-2
. . 24.2
28.841.5
iS.S - .
26.7
36-7
49- S
. .
ir f
31-0
49-2
'5-4
43-2
61.4
28.
.
14.2
8.4
21.4
34-2
19.2
41.2
1 fi T
31- 9
53-5
64.2
16.4
9-5
25. <;
22.2
16.2
>R 8
12-5
21.8
25.0
36.0
48.8
15.5
>6 R
16.0
>R 8
iR c
31.1
7
9
8
8
8
S
3
8
8
7
8
7
7
46.4
59-9
12.2
| S ' -
ii. c
54-2
r 6
2.
- - 49-5
13.925.6
. . 45-6
2.3
37-449-4
51-5 3-7
57-2
1.6
15-
10.6
12.8
23.5
z<
28.7
J0.6
52-
17.4
I.O
::
39-4
36.4
48.0
3-o
CORRECTIONS.
REMARKS.
Corr. of
Date - ' Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(156) '<
(156) C
. Transits over T.'s III-V assumed
to have been recorded over T.'s
IV-VI, and minutes assumed as 3
instead of 2.
. Transits over T.'s II and IV assumed
to have been recorded over T.'s 111
and V, and minutes assumed as 9
instead of 8.
1848. h. s.
Dec. 2, i 14.545
s.
g 0.014
s. s.
- 1.264
s.
- 0.897
o o 1.14
r.
40.138
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom
1
1l
H
E
C
se
3 >
a
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 156
1848. h. m.
Dec. 2, 23 o
23 20
23 4
O
o 20
o 42
* II
299 12 5.
8.4
7-8 13-7
8.76
it
8.72
in.
29.848
29.858
29.864
29.868
52.0
52.
51-5
49.0
48.0
46.9
44-8
44-3
41.6
4-4
8.2
8-3 14-7
8-94
8.90
29.872
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
1 I
ZONE 156. DECEMBER 2. MAJ. D = 21 25' 10" Continued.
No.
Mag.
8
8
S
8
7
7
6
S
8
5
6
5
10
8
8
9
9
S
8
S
8
6
7
5
9
9
6
9
8
6
5
7
8
7
5
10
9
8
6
7
7
8
8
8
8
9
8
S
SECONDS OF TRANSIT.
T.
"i
"2
MICROMETER.
i
d,
</*
g.oi
10.82
9-74
11-33
1 1 . 29
10.34
10.45
"44
1 1 .06
10.58
9.28
9-99
g.u
g.gS
IO.6g
II .65
9-72
8.81
8.79
H-53
11.13
9.46
g.oi
9-44
9-30
8.52
9-14
10.88
11.62
11.28
10.45
II. 16
10.62
10.37
10.17
10.47
10.78
11.47
11.00
S.6S
ii. 19
10.36
9-77
9-57
9.87
9. go
9-32
- 9.07
Mean Right
Ascension,
1850.0
Mean South
Declination,
1850.0.
I.
46.8
8.5
II.
III.
IV.
V.
43-8
46.4
VI.
VII.
ii.
12.
S
9
10
ii
12
13
14
15
16
17
i3
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
33
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
59
.11
:
19-3
IO 2
31-4
34.8
;;
h. m. s.
23 12 31.53
13 34-74
15 22.46
I 6 44.26
17 -3.48
18 31.32
18 48.16
19 20.39
20 58.22
24 0.58
24 7.36
25 36.22
25 54-68
31 3-l6
?32 41-29
37 47-24
39 34-06
41 32.39
42 50.85
43 58.60
45 22.29
47 37-66
48 2. II
49 38. 52
51 52.72
52 3I-58
53 38.64
54 38.95
57 50-99
23 58 2.78
o o 55.99
i 31.24
2 7-9"
3 5I-3I
6 55-76
10 52.56
10 39-93
20 42.84
22 50.13
23 51-71
28 48.26
28 53.52
3 56.83
31 27.44
33 8.72
36 31.60
36 4t. 45
38 22.04
o 39 56.21
s.
11.19
I I . 20
II. 21
11.22
11.22
11.24
11.24
11.24
11.26
1 1 . 29
11.29
1 I.3O
II.3O
H-34
11.38
11.40
11.42
11.43
"45
11.46
11.47
11-49
11.49
11.50
11.52
11.53
11.54
11-55
11.58
11.58
II. 60
11.61
JI.6I
1 1 . 63
11.65
1 1 . 69
1 1 . 69
H-77
H-79
11.80
11.84
11.84
11.86
11.86
11.87
11.90
11.90
11.92
-"93
s.
O.OI
O.OI
+ 0.01
+ 0.01
+ 0.01
+ 0.01
O.OI
+O.01
O.OI
O.OI
+ 0.01
O.OI
O.02
+O.O1
O.OI
O.OI
O.OI
O.OI
O.OI
O.OI
+O.OI
+O.OI
+ O.OI
+ 0.01
O.OI
+O.OI
O.OI
+O.OI
O.OI
O.OI
'. 6
2
4
I
i
3
3
i
2
3
i 6
4
6
4
2
I
5
6
7
i
2
5
6
5
5
7
6
2
I
I
3
2
3
3
3
2
2
I
2
7
2
3
- 5
5
4
t 4
6
6
r.
46.921 2
4L53I I
43.432-1
47.0002
40.1355
41.36 4
41.012 '
37.958,:
37.i6o |?
37.125^
34.571:
33.818,
39-745 ; :
38.548]
40.414:
46.97 y
32.008;
37-352:
46.78 i
46.918
35-026;
35-347-
44-23 ;:
41.670
45.038;
48.470
44.637
37.718
42.000.
32.632
42.217.
38.29 ;
34.98 -
33-74 .
40.28 ;
45.426;
52.93 .
44.728.
37.100
38.91 -
34-085-
40.468.
36.196-
41.398:
43-38I'
42.48 -
34-115
39-35
o 13.66
4 38.03
2 36.84
5 58.87
o 19.65
9 37-45
5 17.32
7 2.53
2 2.13
6 14.10
S 59.20
9 3-73
o 8.68
6 20.79
9 45-74
|0 34-97
4 59-50
5 43.27
I 37-22
i 22.80
3 15-65
7 15-35
I 46.35
4 33-24
!I 18.52
9 20.27
6 56.90
6 49.36
(3 26.17
4 38.09
19 7-94
|6 51.08
17 27.98
(} 27.82
!5 42.54
>2 45-27
!7 9-42
n 51-96
,2 4.20
\t, 12.60
9 39-12
17 58-82
!5 36.07
!6 23.11
!3 23. gi
:8 3-54
!8 34-47
[8 19.04
15 53-16
II
-15-43
15.38
15-29
15.22
15.21
15.14
15.12
15-11
15.02
14.89
14. 8y
14-83
14.81
14.61
14-45
14. 2(
14.22
I4.I9
14. If
14. K
14.09
14.04
13.99
13-9?
13.96
13-9!
13.87
13.87
13.82
13.81
I3-8c
13-79
13-75
I3-7I
13-7'
13-66
13.67
13-67
13.68
13. 6g
13.70
13-70
13.72
13-75
13-76
13-77
-13-79
h. m. s.
23 12 2O.33
13 23-53
15 11.26
16 33.04
16 52.27
18 20.09
18-36.92
19 9-15
20 46.97
23 49.30
23 56.08
25 24.91
25 43-3S
30 5I.8I
35 29.91
37 35.85
39 22.64
41 20.96
42 39-39
43 47-12
45 10.82
47 26.18
47 50.6i
49 27.01
51 4LI9
52 20.04
53 27.09
54 27.39
57 39-42
23 57 51.20
o o 44.40
I 19.63
i 56.30
3 39-68
6 44-II
10 40.87
10 28.24
20 31.08
22 38.35
23 39.92
28 36.41
28 41.69
30 44-97
31 I5-58
32 56.85
36 19.70
36 29.55
38 io.ii
o 39 44.27
21 45 48.4
21 40 12.4
22 8 13.0
21 51 33-8
22 IS 56.2
15 13-9
o 52.8
2 38.1
17 38.6
ii 50.0
22 4 34-7
21 44 37.8
55 43-5
41 54-5
21 55 20.2
22 6 10.
22 20 35.5
21 51 17.2
37 10.2
21 36 55-8
22 18 51.3
22 12 5O.6
21 47 19.9
40 6.3
46 52.0
44 53-5
32 29.4
21 42 22.4
22 9 O.g
20 13.6
14 43-0
2 25.3
13 2.g
5 2.2
22 I 16.7
21 58 lg.2
22 2 43.6
7 26.4
17 39-3
22 10 47.3
21 35 ii. 5
22 13 33.7
22 I IO.I
21 51 56.6
48 57-2
53 37-2
54 8.1
43 52.i;
21 41 26.0
32-4
44.0 . .
. .
24.5
. .
30-9
43-5
M.O
23.6
2S.2
37
M
48 .'2
57-9 '":;
18 4
39
17
.851.4
.829.6
35-3
2-7
41.1
15."
59-2
57-9
62.1
17-4
13
29
.8
.2
20.5
47-
10.4
26.0
)i .1,
32.1
50.6
58.2
21.8
37-4
38.4
44-5
2.S
34-7
50.3
25.6
2.2
37-9
43-2
55-4
27.2
32.2
3Q-4
41-2
19.7
50.4
55-5
31-
50.7
8.8
' 1-7
8.3
2.8 14.4
I T
26.5
* *
; ;
-0.3
17.0
27-4
31.6
29.
39-7
44-0
40.7
55-6
52.4
IO 7
15.1;
18.4
38-5
49-9
2.0
1 C>
_ - s
12.8
24
.636.6
48.
60 I
3
46.4
V).
32.4
30.
51.4
32.4
56.2
S
.O
i'J-7
5-4
16 R
IO.2
44-3
21.9
56.2
33-4
S.O
46.2
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(156) 22. Adopted minute 35 instead of 32.
(156) 27. Micrometer reading assumed as
36 r .gi8 instead of 46 r .gi8.
(156) 55- Micrometer reading assumed as
35 r .ii5 instead of 34 r .ii5.
'
1848. h.
s.
s.
s. s.
s.
o ' n
r.
INSTRUMENT READINGS.
CIRCLE.
1
11
1
*,g
Date.
A.
B. C.
D.
Corr'd
Mean.
Mean.
Barom.
1848. h. m.
*
1
in.
u6
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
ZONE 156. DECEMBER 2. MAJ. D = 21 25' 10" Continued.
No.
Mag.
7-5
6
9
7
9
SECONDS OF TRANSIT.
I. II. III. IV. V. VI. VII. n. 12
16.829.441
52.8
28.4
VJ.
T.
h. m. s. s.
o 41 52.78-11.95
42 4.60 11.95
o 42 11.42; 11.95
+0.01
MICROMETER.
45-79
45.31
37-71
32 32-73
47 21.38
31 18.88
Mean Right Mean South
Ascension, Declination,
1850.0. 1850.0.
13.82 10.16
13.82 11.15
13.83 10.09
h. m. s.
o 41 40.83 21 58 6.7
41 52.66] 22 12 56.4
O 41 59.47' 21 56 52.8
ZONE 157. DECEMBER 4. MAJ. D u = 21 25' 20"
28 i 9
29 7
42.5
53-4
. .
. .
45-5
9-5
57-2
21.2
9.2
33-2
21.3
56.0
18 .'5
4-5
8.2
1.2
|0.
3.8
28.2
50.
16.3
O.2
22.8
56.0
41.9
16.0
52.0
16.
28.0
II.9
34-8
53-5
27-4
Si-
23-
46.1
19-5
35-4
cR i
47.6
59" 2
1Q.3
38.5
iR >
37.
II. O
41.0
53-:
!5-
46.8
58.5
!2.
;o o
45-8
34-0
2.O
57-4
50-7
45 .'S
M.Q
s.'s
2.4
39-o
57. 5
51.0
30.2
43-2
42.
55-2
52-5
?<; 6
4.0
53-4
55-0
3 12 4-3<>
15 3-43
15 49.50
17.76!
18 45.57:
20 21.29]
21 2O.4I
22 52.04
23 13-99
25 39-97
27 23.64
30 46.51!
32 19-57
34 5-48
35 39.38
36 2.88
35 42.64
38 25.21
38 35-44
38 47.38
41 47-93
45 10.44
45 31.76
46 6.47
48 57-33
49 2.45
49 19-54
54 39-07
56 57.60
57 29.54
3 58 52-34|
4 o 25.66,
-13.83
13.84
13.85
13-85
13.86
13-87
13.88
13.89
13-80,
13.90
13-91
13-93
13-94
13-95
13.96
13.961
13.96
13-97
13-97
J3-97
13.99
14.01
14.01
14.01
14.02
14.02!
I4.O2 !
14.04
14.06
14.06
14.06
-14.07
IV.
VII., '
VII., '
82352
58834
44-78
45-93
37.86810
12
37
43
38.
3?
43
37
42
36
36.451
38.45
37.604
30.
3<>
3 2 |4&
442129
73527
625 30
09020
21942
95|5i
18022
25826
17
10
37
954J20
465137
30.28 21
19536
06018
38
35
40.115
44"
50251
10535
38.70236
40.80
9
47824
98039
51826
78038
48.19
22.65
48.20
6.26
50.08
7.38
44-53
51-34
47.3f>
3-25
44-18
36.47
56.97
20.97
33-03
30.02
14-71
42.36
53-96
5 - 36
54.36
20.94
26.70
39-23
15.90
14.12
36.88
32.44
30.05
19-55
12.01
51.99
ZONE 158. DECEMBER 18. MAJ. D = 27 i' 50"
51-5
. . ! . . 61.5'
13. 5 : 26. 038.0
4.2 16. J28.4
27.540.0
22.535.247.259.2
54.2
3 5i 1-56
52 58.20
54 28.58
55 I5-"
56 47-25
3 56 46.16
-15.68 . .
15-69 . .
15.71 H-O.OI
15.71 o. 02
15.72 0.02
-15.72
V.
31.82555 5.90
37.78925 28.22
43.19913 40.58
44.71847 41-74
36.89852 11.16
42.30822 52.56
- 1 1 . 03
11.27
11-33
".37
II-57
11.70
U-77
11.92
11.95
12. 16
12.31
12. 6l
12.76
12.92
13.07
13.11
13.08
13-33
13.35
13.37
13.66
14.01
14.04
14. 10
14.29
14.40
14.43
15.01
15.26
15.32
15.47
-15.64
11.87
11.96
12.05
12.08
12.16
12.16
-11-59'
10.31
8.83
8.79:
S.70 1
11.12
9-9S
9.85
IO.O6
9-32
10.89
11.50
10.32
10.55
9-15
8.67
10.50
9.36
10.54
9-39
10.48
9.21
9.02
8.75
11.48
10. 3&!
10.46!
9-97
9.62
10.65
9-74
-10.64
- 8.57
5-53
4.36
7.80
8.27
- 5-86
3 5
' 14 49
15 35
16 3
18 31.
20 7,
21 6,
22 38,
23 o
25 26
27 9,
30 32
32 5
33 51
35 25
35 48
35 38
38 ii
38 21
38 33
41 33
44 56
45 17
45 52
47 43
48 48
49 5
54 25
56 43
57 15
3 58 38
4 O II
53 22
59 22
65 21
91
71 21
42 22
53 21
'5
10
07 21
73 22
58 22
63 21
53
42
92 21
68 22
24 21
47 22
41 21
94 22
43 21
75
40 21
31' 22
43
52 22
03| 21
541 21
, 4 8J22
2S| 21
59! 22
18 30.8
o 4.2
38 28.4
37 46.4
36 30.4
II 50.2
55 26.3
53 33-1
56 29.4
45 44-7
8 27.4
17 20.6
48 40.0
52 4-4
43 15-2
36 ii. 8
2 58.3
46 25.0
3 37-8
46 48.1
2 3S.5
44
41
37 22.1
17 1.7
o 58.9
2 21.8
55 17.4
50 14-9
5 5-5
51 57-2
4 38.3
4.2
9.8
3 50 45-88
52 22.51
54 12.88
54 59.38
56 31-51
3 56 30.44
27 57 16.3
27 35.7
15 47-0
49 51.6
54 21.6
27 25 0.6
CORRECTIONS.
Date.
1848. h.
Dec. 4, 23
Dec. 18, I
Corr. of
Clock.
s.
15-243
15.912
Hourly
rate.
s.
g 0.020
/ 0.009
s.
1.264
+ 0.976
s.
0.897
0.809
Zenith Point.
o o I . 66
359 59 58.30
Mic. Co.
r.
40.119
40.112
INSTRUMENT READINGS.
Date.
Zone 157
Zone 158
1848. h, m.
Dec. 4, 3 13
3 20
3 40
4 O
Dec. 1 8, 3 30
3 4
4 o
4 15
CIRCLE.
A.
299 12 4.5
293 36 0.5
1.9
B.
8.0
1.9
3.8
C.
7-2
2.O
3-8
D.
12.3
7-9
9-9
Corr'd
Mean.
8.03
3-og
4-87
Mean.
8.00
3.08
4-85
V. S
Barom.
in.
30.278
30.284
30.282
29.970
29.970
bl
50.542.5
50.542.7
50.441.
54.8'48.o
55.048.1
REMARKS.
(157) 4. Minutes of transit assumed as 16.
(157) 6. Transits overT.'s III, IV, and V as-
sumed to have been recorded over
T's. IV, V, and VI.
(157) 8. Transit over T. VI assumed to have
been recorded over T. V.
(157) 25. Transits over T.'s III, IV, and V as-
sumed to have been recorded over
T.'s II, III, and IV.
(!57) 3. Transit over T. VII assumed to have
been at 5*.o instead of 55*.o.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1848.
117
ZONE 158. DECEMBER 18. MAJ. D = 27 i'
50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
*
MICROMETER.
i
4
*
VIean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
7
8
9
10
ii
12
"13
14
15
16 .
17'
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
9
8
8
8
7
7
7
8
8
8
6
6
6
S
4
8
7
4
8
8
8
8
7
8
7
4
S
7
7
8
8
7
8
6
8
8
9
9
6
6
7
48.0
10
o
.4
4
22.4
12 .'S
34-9
24.0
25-
18.5
36.4
37 c
31-
48 '.&
43.0
h. m. s.
4 I 6.03
5 34-94
6 24.03
13 25.16
48 59.87
50 6.13
52 56.70
4 58 i3-
5 o 16.46
2 0.18
5 28.43
7 7-22
7 ii. 68
8 29.54
9 39-
ii 31.92
II 52.26
13 40.86
15 0.14
17 19.47
21 48.22
24 3-78
26 33.26
28 25.60
30 0.02
31 37-32
31 52.23
33 13-82
34 8.37
36 40. iq
39 31-79
39 49-81
40 9.16
41 39-15
51 37-71
51 49.46
51 0.4C
54 49-85
56 11.93
56 25.36
5 59 48.42
S.
-15-75
15-77
15.78
I5.8I
15.98
15-99
16.00
16.02
16.02
16.03
16.04
16.05
16.05
16.05
16.05
16.06
16.06
16.07
16.07
16.08
16.09
16.10
16.10
l6.n
i6.n
t6.ll
16.12
16. 12
16.12
16.13
16.13
16.13
16.13
16.14
16.15
16.15
16.15
16.15
16.16
16.16
16.16
s.
!
0.02'
I
+ 0.02
+ O.O4
O.OI
+O.OI
+ O.OI;
+ 0.03
O.O2
+ 0.03
O.O2
O.OI
O.O3
0.02
O.OI
+ O.OI
0.03
+ 0.02
0.02
VI.
VI.
vii.
VII.
4
7
5
3
i
i
3
i
2
5
6
5
5
5
7
5
5
4
i
4
5
7
2
7
3
I
3
2
4
2
3
4
5
7
6
2
r.
39-497
44.518
39.100
39-74
32-39
32.89
36.392
40.622
39.78
36.317
33-74
33-305
30.28
34-94
48.46
43.116
39.82
4I.I45
3I-725
39-089
44.500
40.880
41.331
38.968
32.190
31.28
35.764
36.332
42.202
39-974
42.363
39.962
38.088
40.805
34-312
39.720
o 17.19
7 i. oo
4 42.93
6 1.14
4 46.45
4 29.22
7 56.47
o 2.87
14 42.64
;6 18.93
9 6.41
:8 2.68
'.<) 46.89
\t 6.36
4 45-21
12 24.73
!4 18.26
!g 20.56
55 9-35
JO 31-39
!l 37-05
9 6.32
t3 49-21
io 11.87
|O 21.22
55 24.68
38 17-79
(6 41-41
28-44.15
t4 35-96
34 30.79
30 35-75
25 17-93
9 8. go
18 46.70
44 44-71
-12.39
12. 6l
12.66
13.02
17.44
17.62
18.03
18.81
19.11
19-37
19.88
20. 12
20.13
20.33
2O.50
20.77
20.83
21.10
21.30
21.64
22.31
22.65
23.02
23.31
23-54
23.78
23.82
24.03
24.16
24-54
24-97
25.01
25.06
25.28
26.78
-26.81
6.O2
3-68
5-45
6.63
8.58
8.54
6.82
8.08
7-56
5-62
4.88
5.80
5-98
5-70
3-40
5-21
5-41
5-93
8.66
6.06
5-12
3-86
7-47
3-95
7"- 09
8.68
6.88
7-77
5-87
7-55
6.47
5-94
5-51
3.86
4-84
- 7-56
h. m. s.
4 o 50.28
5 19-17
6 8.25
13 9-35
48 43-89
49 50.14
52 40.70
4 57 57-09
5 o 0.42
i 44.15
5 12.41
6 51.17
6 55.63
8 13.49
9 22.99
ii 15-87
ii 36.21
13 24.79
14 44.07
17 3-39
21 32.14
23 47-71
26 17.14
28 9.52
29 43.89
31 21.21
31 36.10
32 57.67
33 52.25
36 24.04
39 I5-65
39 33-68
39 53-04
41 23.04
51 21.58
51 33.29
50 44.25
54 33-67
55 55-79
56 9.21
5 59 32.29
27 32 25.6
9 7-3
26 51.0
38 10.8
57 2.5
56 44-4
40 II. 3
52 19.8
46 59-3
28 33. g
21 21.2
30 18.6
32 3.0
29 22.4
6 59.1
24 40.7-
26 34-5
31 37-6
57 29.3
32 49-1
23 54-5
II 22.8
46 9.7
12 2g. I
42 41.8
57 47-1
40 38-5
49 3-2
31 4-2
46 58.0
3.6 52.2
32 56-7
27 38.5
ii 28.0
21 8.3
27 47 9- 1
27 53 53-8
21 43-6
25 36.6
27 ii 5.2
37-2
19-5
32
.
54-
44-3
f.o.S
4.2
6.0
56.6
12.9
16.2
60.2
28 4
18.4
9-3
25.7
29.0
12.3
21. 5
38.0
25.2
33-7
30.2
34-8
47
.0
55-2
19-3
7-
"3
29.5
32.0
19.2
24.
41.8
44-4
54.5
3-9
16.'
20.=;
28.4
40.7
53-5
12.5
42.2
II. 2
48 .'S
55
23
8
i
12
.0
.0
-5
. i
.2
7-1
36.0
5L2
2*.0
13.2
25.2
48-4
3-9
33-0
25.2
0.2
52.O
16.
45-7
3.8.2
12.2
50.2
25.0
iz.'s
37-1
38 7 <i o
63.2
54-7
15
7
.2
.2
27.8
19.3
39-9
31.5
20.7
52.7
44.2
33-3
5-0
cfi (,
45-5
17.5
60.5
13
.0
25.4
39-
37-5
51-3
4.0
45 *
*
25
47
I
.O
.2
3
37-4
O.
49-7
12.
25-
2.4
24-
37-4
36',
-0.03
+ O.O2
O.OI
+ 0.03
I
6
5
7
38.144
33-309
41.69
41-545
51 28.23
ig 21.25
23 13-84
8 43-41
27.26
27.46
27.50
28.OO
- 8.27
4.90
5-29
- 3-82
P 'a
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic. Co.
(158) 38. Micrometer reading assumed as
3S r .g62 instead of 39 r .g62.
1848. h.
s.
4
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
|j
c c
* J
Wjf
A.
B. C.
D.
Corr'd
Mean.
Mean.
Barom.
Zone 158
1848. h. m.
Dec. 18, 4 20
5 o
5 20
5 30
' 5 40
6 o
293
293
"
"
".
in.
29.968
29.954
29.940
29-934
29.932
55-
55-
54-5
54-3
48.
48.
48.
48.
48.
a
3
3
3
S
35 59-4
36 0.6
61.5 62.5
1.4 2.2
67-5
8.8
62.73
3.26
62.72
3.25
ZONES OHSERVKD WITH THE MERIDIAN CIRCLE, 1849.
ZONE 159. JANUARY 23. MAJ. BELT, 289 50'. D
= -30''47' 10".
No.
Mag.
SECONDS OF TRANSIT.
T.
a'
a. 2
MICROMETER.
I
<f t
d-,
Mean Right
Ascension,
1850,0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
i
2
3
4
5
6
8
9
10
it
12
'3
M
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
3&
37
38
39
40
41
42
43
44
45
46
47
48
49
8
8
10
7
8
7
6
8
8
7
8
5
7
7
7
8
9
8 .
7
8
8
6
7
6
7
8
7
7
8
6
5
7
T
7
7
S
8
8
5
8
9
8
8
8
5
8.9
8
6
43-2
10.8
14.0
23.2
36-4
36.2
57-2
22.4
23.0
49-3
47-2
49-2
IO.O
35-
36.2
60.2
2.2
22.8
h. m. s.
4 59 56.48
5 i 57-35
4 14.02
7 23.46
8 21.51
10 23.46
ii 44.24
13 54.46
14 47.49
17 ii-37
18 11.45
21 53-97
22 38.52
23 20.32
24 7.56
26 18.80
26 40.40
28 33.78
29 44.00
30 5-15
32 11.43
33 15.63
34 51-92
35 38.33
35 56.17
40 27.88
40 io.6S
42 23.14
44 3-53
49 9-8
50 46.38
5i 7.58
51 22.36
53 28.45?
54 55-45
5 55 9-35
6 I 32.87
3 1-37
5 1. 60
4 14-35
8 33-51
II 33.64
ii 37-51
14 58.36
17 18.79
18 3-37
20 2.27
20 24.50
6 24 45.42
s.
24.00
24.02
24.04
24.06
24.07
24*09
24.10
24.11
24.12
24.13
24.14
24-17
24.17
24.18
24.18
24.20
24.20
24.21
24.22
24.22
24.24
24.24
24-25
24.26
24.26
24.29
24-29
24.20
24-31
24-34
24-35
24.35
24.36
24-37
24.37
24-3S
24.41
24-42
24-43
24-43
24-45
24.47
24-47
24-48
24.49
24-50
24-51
24.51
-24-53
s.
I.OI
1. 01
0.99
I.OI
I. 00
1. 00
1.01
1.03
I.OO
I.OI
I.OI
1.03
o-99
I.OO
0.99
0.98
0.98
1.02
I.OI
1.02
0.99
0.99
I.OO
I.OI
I.OO
1. 02
0.98
I.OO
0-99
0.99
i. 02
I.OI
I.OO
0.98
0.97
0.98
I.OI
I.OO
i.oo
0.98
0.98
i. 02
I.OI
1.02
I.OO
I.OI
I.OI
0.98
VI.
IV.
VI.
VII.
VI.
VII.
VII.
VII.
vii.
VII.
IV.
IV.
V.
12.
12.
VII.
VII.
upper
3
2
6
2
4
3
2
I
4
2
2
I
6
5
6
7
7
2
3
2
5
5
3
3
4
i
6
3
5
5
2
3
4
6
7
6
3
4
4
7
7
i
2
I
4
ed
2
6
r.
38.055
42.29
32.268
44-621
39-292
44-62
48.66
33.513
36.128
33-184
43.788
32-995
29-75
38.282
36'. 845
35-732
38.721
37.5"
34-437
41.409
39.62
44.118
46.242
37-107
38.072
45.611
47.688
43.582
45.467
42.768
37-653
38.209
4L5I7
4L252
47.908
39.208
38.608
34.512
32.517
34.924
38-25
41.96
41.68
36.439
43.363
ge field.
45-831
39-19
37-234
/ II
36 59-43
43 19-46
19 57.75
41 58.85
30 24.44
33 12.99
39 39-60
54 1 1. 06
32 13.65
48 33-75
42 27.41
54 28.78
21 24.29
25 10. 61
17 19.40
12 4.23
10 21.07
46 4.41
39 4.46
13 49-86
24 24.78
21 49.54
32 17.01
37 32.31
31 6.54
47 13-49
II 5.52
33 48.45
21 2.62
22 36.14
45 59-50
36 54-23
29 6.42
14 47-66
5 3-9S
15 56.99
36 40. 14
33 9-o6
34 18.28
12 32.11
10 37.32
49 19-50
43 40.51
52 30.07
28 3.93
41 17-24
36 20.40
17 6.34
- 5-77
5.96
6.18
6.49
6-57
6.77
6.91
7. II
7.22
7-47
7-57
7.96
8.05
S.I2
8.21
8.45
8.49
8.69
8.82
8.86
9.10
9.22
9.41
9-50
9-53
10.05
IO.O2
10.28
10.48
1 1 . 09
II. 2S
H. 33
1 1 . 36
11.74
11.79
11.82
12. 6l
12.79
13.04
12.94
13.49
13.87
13.88
14.32
14.62
14.72
14-97
15.02
-15.59
- 7.06
8.02
4.50
7.83
6.07
6.50
7.36
9.71
6.33
8.83
7-9
9.70
4-72
5.28
4. II
3-34
3-oS
8-45
7-39
S.io
5.16
4.78
6-34
7-U
6.16
8.61
3-19
6-57
4.66
4.90
8-43
7-05
5-86
3-74
2.31
3.91
4.08
6.47
6.65
3-43
3-12
8.95
S.oS
9-44
- 5-71
- 7.72
6.96
- 4-07
h. m. s.
4 59 31.47
5 I 32.32
3 48.99
6 58.39
7 56.44
9 58.37
ii I9-I3
13 29.32
14 22.37
16 46.23
17 46.30
21 28.77
22 13.36
22 55-14
23 42.39
25 53.62
26 15.22
23 8.55
29 18.77
29 39.91
31 46.20
31 50.40
34 26.67
35 13.06
35 30.91
40 2.57
39 45-41
41 57-84
43 38.23
48 43-75
50 21.01
50 42.22
50 57.00
54 S.io:
51 30."
5 54 43-99
6 I 7-45
2 35-95
4 36.17
3 48.94
8 8.08
II 8.15
II 12.03
14 32.86
6 16 53.30
6 19 36.75
19 58.98
6 24 19.91
31 24 22.3
30 43-4
7 18.4
29 23.2
17 47-1
20 36.3
27 3-9
4i 37-9
19 37-2
36 o.o
29 52.9
41 56.5
S 47.1
12 34.0
31 4 41-7
30 59 26.0
30 57 42.6
31 33 31-6
26 30.7
31 16.8
it 49.0
9 '3-5
19 42.8
24 58-9
18 32.2
31 34 42-2
30 58 28.7
31 21 15.3
8 27.8
10 2.1
33 29.2
24 22.6
16 33-6
31 2 13.1
30 52 28.1
31 3 22.7
24 6.8
20 38.3
31 21 48.0
30 59 58-5
30 58 3.9
31 36 52.3
3i 12.5
40 3.8
31 15 34-3
31 28 49.9
23 52.4
31 4 36.0
33-0
45
5
58.3
0-5
13.2
26.0
ii. 4
24-7
66 8
37-o
50.
6) >
46
.16 2
tj
8
6.0
18.2
32-
i
20.9
31.0
52.5
33-7
44-2
5-
. .
50
1
3-0
39-2
16.
52.0
38.0
28.0
4.6
51-5
j/.*
41.2
54-
.
62
2
15.0
27-5
41.0
21.
30.6
29.
13
21
a
S
.0
56.2
33-2
9.1
46.0
7-3
i6.'s
21.7
49.2
61.5
42.0
. .
59-5
20.5
. .
. .
2O.
33-2
7- 1
21.
9-
22.4
35-o
ii. 5
40.0
23.
36
.0! . .
J --
40.0
53.0
55-2
59-
20.
40.2
12
32
S3
21.2
33-
46.3
59-2
12.0
s
.2
45-4
6.0
58.
18.3
31. Q
42.
2.4
16
J<5
.2
49 2
_
45-2
58.2
"3
24.
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic. Co. (159) 22. Minutes assumed as 32 instead of 33.
(159) 47. Fine double.
1849. h.
Jan. 23, 4
s.
-23-645
s.
g 0.018
s. s.
- 1-355 + 0.852
s.
0.694
o / n
O O 2 . 8O
r.
39-406
INSTRUMENT READINGS.
Date.
CIRCLE.
n
.
Ij
I|
<H
- i
C
bri C
2S
X
wg
e
38.8
30.3
29.7
28.9'
23.7
28.3
A.
B. C.
D.
Corr'd
Mean.
Bare
Mean.
Zone 159
1849. h. m.
Jan. 23, 5 o
20
5 40
6 19
6
6 20
6 24
6 40
1 II
289 50 57.2
59.4 66. o
61.8
a
6r.ii
in.
61.10 30.280
30.5
38.0
37-5
57-2
59.4 6.0
i-5
61.03
61.02
30.280
58-3
0.9 7-7
62.0
62.23
62.2:
30.282
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONK 159. JANUARY 23. MAJ. BELT, 289 50'. D
= -30
47' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
1".
"i
3 MICROMETER.
i
4
,,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
9
9
8
7
7
S
S
9
7
7
6
7
7
6
6
7
7
8
7
6
S
8
8
8
8
S
S
7
9
8
7
4
6
6
7
7
6
5
10
8
8
8
7
8
7
7
8
24 o
h. m. s.
6 25 58.39
27 3-19
27 55-75
29 42.76
30 13-49
29 54.76
32 14-57
33 44.36
4:5 22.65
44 23-54
45 8.64
45 21.64
48 39-12
49 5-52
50 40.12
51 1.56
5i 19.56
52 9.58
54 44-37
6 54 50.84
7 2 6.39
3 14.33
5 25.53
8 44.56
9 15-6-1
10 2.46
ii 7 . 20
12 34.67
13 22.65
15 5-32
M 56.77
17 17.50
17 42.21
Ig 22.O9
19 24.46
2O 23. 19
19 49.70
22 3-77
23 31.03
23 43-10
25 24.57
27 44-20
27 34-44
29 47.49
31 9.92
31 28.96
32 46.71
33 6.35
7 33 21.86
s.
-24-53
24.54
24.54
24-55
24-55
24-55
24.56
24-57
24.60
24.61
24.61
24.61
24.62
24.62
24.63
24-63
24.63
24.63
24.64
24.64
24.66
24.67
24-67
24.68
24.68
24.69
24.69
24.69
24.69
24.70
24. 7<
24.70
24- 7<
24.71
24.71
24.71
24.71
24.71
24.71
24.71
24.72
24.72
24-72
24-72
24-73
24.73
24.73
24-73
-24-73
s.
0.98
1.02
0.98
0.99
I.OI
1.02
I.OO
I.OO
0.99
o . 99
1.02
0.99
I.OI
1. 02
1 .02
0.98
0.99
0.99
0.99
0.98
1.02
1.01
0.99
I.OI
I.OO
1.02
0.98
I.OI
0.98
I.OI
0.98
0.98
1.02
I.OI
1. 02
I.OI
I.OI
1.01
1.02
0.99
I.OI
0.98
0.99
0.99
0.98
0.98
0.99
1.02
I.OI
IV.
n.
12.
7
i
7
5
2
2
3
4
5
5
i
6
3
2
2
6
5
6
7
I
2
5
3
5
I
7
3
7
3
7
7
i
2
2
3
4
4
2
5
3
7
5
5
7
7
6
2
3
r.
32.825
40.347
38.429
41.992
46.445
39.654
46.465
41.847
40.28
35-821
40.171
34.218
35-688
31-757
33-47
39.4I5
49-957
40.303
32.773
41.64
41.00
46.H7
44-408
40.434
35.913
35-452
32.877
36.762
39.847
41.49
42.362
39-232
39.727
44 . 863
42.12
34-595
34-322
30.095
39-437
44.902
42.679
40.77
45.878
41.462
36.30
34-959
33.338
41.482
40.187
13 44.40
50 15.14
to 31.14
22 42.92
40 55-23
44 49-22
32 9-31
28 56.20
24 2.01
26 35.90
50 21.26
18 50.44
38 21.28
49 23.01
48 23.88
15 51.06
18 28.01
24 1.21
19-40.3'
8 40.31
49 52.64
41 7-37
21 39-53
35 37-47
26 32.73
53 4-14
13 42-77
37 44-21
9 42.20
35 i,- 03
8 15-39
to 3.43
50 36.59
41 50.65
43 25.35
38 59.01
33 15-97
35 41.88
44 57-94
21 22.47
34 19.94
9 I0..34
20 48.80
23 21.21
II 44.62
12 30.9!
tg 2O.82
43 47-18
35 46.00
-15.76
15.89
I6.OI
16.24
16.31
16.27
16.57
16.77
18.03
18.17
[8.27
18.30
18-73
18.79
Ig.OO
19.04
19.09
lg.20
19-54
19.56
20.52
2O.67
20.96
21.40
21-47
21.57
21.72
21.92
22.03
22.26
22.24
22.55
22.58
22.85
22.85
22.97
22 . 89
23.20
23.40
23.43
23.67
23-99
23.96
24.27
24.46
24.51
24.69
24-73
-24-77
II
- 3-59
9.09
3.10
4.92
7.65
8.25
6.32
5.82
5.10
5-49
9. 10
4-33
7.26
8.96
8.81
3-9
4.28
5-10
4.46
2.83
9-03
7.70
4.76
6.85
5.48
9-51
3.58
7.17
2.98
6.76
2.77
3-03
9.14
7-79
8.03
7-37
6.49
6.87
8.28
4.72
6.66
2.91
4-63
5-01
3-39
3-41
4-41
8.09
- 6.87
h. m. s.
6 25 32.88
26 37.63
27 30.23
29 17.22
29 47-93
29 29.19
31 49-01
33 18.79
42 57.06
43 57-94
44 43-01
44 56.04
48 13.49
48 39-88
50 14-47
50 35-95
50 53-94
51 43-96
54 18.74
6 54 25.22
7 i 40.71
2 48.65
8 18.87
8 49.96
9 36.75
10 41.53
12 8.97
12 56.98
14 39-61
14 31.09
16 51.82
17 16.49
18 56.37
18 58.73
19 57-47
19 23.98
21 38.05
23 5-30
23 I7.40
24 58.84
27 18.50
27 8.73
29 21.78
30 44-21
31 3-25
32 20.99
32 40.60
7 32 56.12
31 I 13.8
31 37 50.1
30 58 0.2
31 10 14.1
28 29.2
32 23.7
19 42.2
16 28.8
ii 35-1
14 9.6
37 58.6
6 23.1
25 57-3
37 0.8
36 1.7
3 24.0
6 1.4
it 35-5
3i 7 14-3
30 56 12.7
31 37 32.2
28 45-7
9 15-2
23 15.7
14 9.7
40 45.2
i 18.1
3i 25 23.3
30 57 17.2
31 22 4O.O
30 55 50.4
30 57 39-0
31 38 18.3
29 31-3
31 6.2
26 39-4
20 55.4
23 22. O
32 39.6
9 0.6
31 22 0.3
30 56 47.2
31 8 27.4
31 II 0.5
30 59 22.4
31 o 8.8
6 59-9
31 30.0
31 23 27.6
16.0
29.2
41.8
34-4
-
30.
I.
42.5
13.
55-3
26.5
8.
'
44.
57-3
9/8
22.4
23.4
;57-0
TC 1
10.3
23-
36.4
22.
49.4
13.2
40.2
26.2
27.2
5-<-
40. c
5 2.2
I8.3
53.2
6.'o
40.2
7.2
6.'
19.2
25-
19.0
31-
38-
54-
31-5
44-4
51-
6.2
14.
19.
27.5
38.5
'I
4- '2
28.3
41.344.5
. . 41.2
' '
lii i
i 3
52 5
5.2 i 8 - 1
Z \ n
52.
4-5
9-3
12.
17-5
41.2
22.
24.
5-2
35-
37-4
s.'s
20.7
T
I e . o
42.4
31.2
43*
56.
57-2
9-2
S7.4
9.1
22. O
44-2
21.
34-7
57-2
34-
47-
0.2
13.0
29.1
46.6
41-5
32.2
45-
32.7
CORRECTIONS.
REMARKS.
n Corr. of
lte " Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(159) 74. Transit over T. VII assumed as at
54'.5 instead of 44 S .5.
1849. h. s.
s.
s. s.
s.
r.
INSTRUMENT READI GS.
i
Date.
CIRCLE.
1
11
S
O
28.2
27.?
28.1
28.1
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 159
1849. h. m.
Jan. 23, 7 o
7 33
7 40
7 5P
8 o
289
- 11
"
"
in.
37-
51 0.7
0.7
6.4 2.9
2.69
2.68
30.272
120
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 159. JANUARY 23
. MA.I. BELT, 289 50'.
D = 30 47' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
a-.
MICROMETER.
t
./,
</:,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
99
100
IOI
102
103
104
105
106
107
108
109
1 10
in
112
113
114
"5
116
"7
118
119
120
I
2
3
4
5
6
7
8
9
10
II
12
13
14
15
16
17
18
19
20
21
22
23
7
6
9
9
10
?
8
8
6.7
6
9
9
9
9
9
9
8
9
7
6
6
7
7
6
6
7
7
7
6
6
8
7
9
8
6
9
6
10
5
8
8
h. m. s.
7 35 23.87
35 29.13
36 44-23
38 45-52
39 18-27
41 21.95
43 16.49
44 52.27
46 31.06
47 47.32
48 40.40
49 23.49
52 18.99
52 45-52
54 28.40
54 38.40
57 H.I4
56 39.76
7 59 1.72
8 I 58.04
2 27.21
8 3 38.59
VNUARV 27.
3 2 6.42
4 57-70
5 25.55
10 25.70
16 2.35
18 15-54
41.76
20 25.49
21 17.85
24 52.62
28 13.77
28 18.56
30 7.07
37 34-27
40 7.22
41 10.50
44 30.4"
44 27.33
45 46.60
53 2.35
55 7-12
56 20.96
3 59 37-26
s.
-24.73
24-73
24-73
24-74
24-74
24.74
24.74
24.74
24.74
24-75
24-75
24.75
24.75
24-75
24-75
24.75
24-75
24-75
24.75
24-75
24-75
-24.75
MA.,.
-24.38
24.41
24.41
24.47
24-52
24-55
24.56
24.57
24-58
24.62
24-65
24-65
24.67
24.75
24.77
24.78
24.82
24.82
24-83
24.90
24.92
24.94
24.97
s.
-0.99
I. 00
I.OO
I.OO
1. 01
0.97
0.99
0.99
0.99
I. 01
1,00
0.99
1. 01
0.98
1. 02
i.o:
1. 01
0.98
I.OO
i. 02
0.99
-0.99
31CLT, 2
0.98
0.99
0-99
I.OO
1. 02
0.99
1.02
o-99
0-99
0.98
0.99
.01
.00
.01
.01
.00
0.99
0.99
I.OO
0.98
0.98
1.02
I. 01
89 50'
V.
5
4
4
4
4
7
4
4
4
3
4
6
3
I
4
3
7
5
2
6
5
r
7
5
6
3
i
6
i
I
7
6
2
5
2
3 .
4
6
7
4
7
7
I
2
r.
42.54 2
37.83 3
35-7593
36.9843
31.21 |3
43-0571
45.070^
44.2592
44.2592
37-0483
35.9633
30.4952
35-2553
32.0771
36.00 J4
32.l6o'3
30. 080 \i
33-110 i
32.68 2
35-82 4
33.28 I
38.9452
> = -30
45-559
42.7422
37.3491
40.0503
37.245 5
36.5791
36.0875
43-4752
45.6831
49.920]
30.54 2
34.8754
34.7232
43-3994
38.1423
36.22713
29.4472
32.7531
35.7833
34.6I7I
43-135
36.5805
34.7834
r n
2 44.00
i 14.89
2 26.22
I 44.09
5 3-03
7 51.38
7 5.00
7 33-00
7 33-oo
7 34-35
2 19.30
o 58.94
8 36.22
4 10.22
6 56.52
4 30.44
i 34.84
3 34-68
S 24.32
7 2.77
9 22.82
4 48.08
46' 50"-
6 25.01
2 37.03
7 2.37
5 50.73
2 2.25
7 28.94
2 42.22
2 11.73
2 14.73
3 54-52
o 57.38
7 35-39
7 13-81
2 41.19
6 56.58
2 IO.23
I 35-11
3 46.91
2 25.56
2 42.35
7 48.72
2 25.20
7 38.57
-25.06
25-07
25.24
25-53
25.60
25.89
26.16
26.38
26.61
26.79
26.91
27.02
27.42
27.40
27-73
27-75
28.11
28.03
28.36
28.78
28.84
29.01
- 9-84
IO.O2
IO.O5
10.36
10.74
10.90
10.95
11.05
II. 12
"39
11.64
11.65
11.78
12.43
12.60
12.69
12.98
12.98
13.09
13-74
13-93
14-05
-14.35
- 4-90
6.19
6.36
6.26
6.76
2.69
5.56
5-63
5.63
7.14
6.35
4.69
7-30
3-65
8-57
6.69
7.76
3-57
5-76
S.sS
4.42
- 5-22
- 2.64
4-92
4-13
6.85
9-24
4.20
9-34
4.87
3-45
2.29
4.70
8.58
5.60
7.86
7.02
6.32
4.78
3.68
6.33
3-52
2.83
9-30
- 8.59
h. m. s.
7 34 58-15
35 3-40
36 18.50
38 19.78
38 52.52
40 56.24
42 50.76
l 26.54
46 5-33
47 21.56
48 14.65
48 57-75
51 53-23
52 19.79
54 2.63
54 12.64
56 45-38
56 14-03
7 58 35-97
8 i 32.27
2 1.47
8 3 12.83
3 i 41.06
4 32.30
5 0.15
10 0.23
15 36-81
17 50.00
18 16.18
19 59-93
20 52.28
24 27.02
27 48.13
27 52.90
29 41.40
37 8.51
39 41-44
40 44.72
44 4-59
44 L52
45 20.77
52 36.47
54 4L22
55 55-00
3 59 11-28
31 10 24.0
18 56.2
20 7.8
19 25.9
31 22 45.4
30 55 30.0
31 M 46.7
15 15-0
15 15-2
25 18.3
20 2.6
8 40.6
26 20.9
I 51.4
34 42.8
22 14.9
29 20.7
I 16.3
16 8.4
34 50.1
7 6.1
31 12 32.3
30 53 27.5
31 9 42.o
4 6.6
22 57-9
39 12.2
4 34-o
39 52.5
31 9 17.6
30 59 19-3
30 50 58.2
31 8 3.7
34 45-6
14 21.2
29 51-5
24 6.2
19 lg.2
8 42.9
o 53.6
31 19 35-0
30 59 49.6
3 54 55-5
31 39 38.6
31 34 51-5
4-
<;?.!
. .
10.
45-4
58.3
it- 5
c6 Q
13-8
= '
.0
3-4
39-3
18.3
16.4
31.0
47-2
34-9
20. t;
47-8
60. i . .
5-
O.I
53.2
18.
13.3
6 f
. .
, ,
53
.2
6.2
19.0
41-3
49-
II-3
54-2
4.
2.3
24.0
17.2
52.4
5-5
50. J
19.2
32
4
45-5
57.7
D/ / - -
. JO.
52.7
6
4'
. . . 38.4(51.4
.053.5 6.219.2
. IO.S
4-5
ZONE i Co. J,
. . 25.5 . .
.
47-0
23-5
37-
36
50
.2
5
13-025. s'38. 5
49.5 2.215.6
2.5 15.728.2
51-5
>R T
4-2
41.2
20. i
. . j . .
t
51-3
4.0
r6 r
52.5
35-5
48
.1
I.O
13.2 . .
39-5
52.5
29-5
45-7
8
4
21.5
54-3
34-2
7-2
47.2
20. 2
R >
5-
17-7
30.2
43-
40.
53-
6.'o
44-3
42.4
55
.2
54.6 7.3
8.i 20.5
24.237.2
19.2
34-
50.4
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic. Co.
(160) 7, Minutes of transit assumed as 18.
1849. h.
Tan. 27, I
s.
- 25.090
s.
g 0.027
s. s.
- 1.355 + 0.852
s.
- 0.694
O 1
O O
r.
0.74 39.366
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
2|
%
cq s->
ti u
<e
a
C
s
X V
e
A.
B. C.
D.
Corr'd
Mean.
Mean.
Zone 160
1849. h. m.
Jan. 27, 3 o
3 2
3 20
3 40
3 50
4 o
4 20
4 56
O
289
,
"
"
in.
30.378
4 6.
44.6
34-8
34-0
33-3
32.1
30.8
30.4
51 2.7
3-2 9-3
5-8
5.28
5-25
2.2
3-4 8.7
5-7
5-03
5-00
30.378
I
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
121
ZONE 160. JANUARY 27. MAJ. BELT, 289 50'. D = 30
46' 50" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
i
"2
MICROMETER.
i
4
d,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III
IV
. V.
VI.
VII
ii.
12.
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
I
2
3
4
5
6
7
8
9
10
II
12
13
14
15
6
6
6
8
9
8
9
9
9
8
8
8
4
7
8
9
6
7
8
7
7
7
8
9
9
7
9
6
8
9
8
8
6
6
7
9
9
8
9
S
6
6
7
7
6
. .
54-
7-
20.4
5 ] e
h. m. s.
4 o 7.12
I 15.87
7 47-32
10 11.69
10 44.94
12 18.68
12 53.96
15 43-46
17 11.79
21 10.79
21 53-39
27 41.61
30 9.18
31 27.47
33 36.44
33 6.58
37 47.76
39 47-57
42 I. ii
43 53-86
44 36.21
47 17-28
49 25.68
51 34-M
52 55.92
56 5-15
56 16.24
59 5L02
4 59 58.16
5 o 59.02
BRUARY 9.
4 41 37-12
46 58.25
49 17.51
53 11-07
54 37.58
58 o.oo
4 58 10.07
5 2 17.53
4 3-50
4 M-93
5 54.46
6 16.64
' 10 14.48
II 59-71
5 13 25.63
s.
-24-9:
24-9'
25.0=
25.0;
25.oS
25. oc
25. ic
25.1:
25-I-)
25-17
25. If
25.23
25.26
25.27
25. 2r
25.20
25.32
25-3-1
25.36
25.38
25.38
25.41
25.42
25-44
25.46
25.48
25.48
25.48
25.51
-25.52
MAJ.
-30-54
30.58
30.60
30.64
30.65
30.68
30.68
30.71
30-73
30.73
30.74
30.74
30.79
30.79
30.80
S.
1. 01
1. 00
; 1.02
0.98
I.OO
I. 01
I.OO
1. 01
I.OI
I.OO
I.OO
I.OI
0.98
0.99
I.OI
I.OI
0.99
I.OO
0.98
1.02
I.OO
0.98
1.02
I.OI
I.OO
1. 02
1 .02
I.OI
I.OO
I.OI
3ELT, 2
I.OI
I.OI
0.98!
0.98
1.02
o.g8 !
0.98
o.g8'
.00
.00
.02
.02
.02
.OI
O.g8 :
Xli.
91 42
IV.
V.
3
4
I
7
4
2
4
2
3
5
4
2
7
6
4
3
7
5
7
I
5
7
I
2
5
i
I
2
3
2
\'.
2
2
7
7
i
7
7
6
3
4
i
i
2
3
7
r.
32.167.
35.936:
35-891;
41-359
44.912:
46.045 1 .
46.594:
38. O7O' L
36.035:
35-50 :
31.833;
49.098;
47.761
42.27 i
27.22 ;
32.964;
29.5071
37-027:
37.622 i
33-753!
35-647-
43-638
36.049 ;
43-475 -1
39.874:
41-427 A
40.335;
36.452^
38.075;
42. 257 j
D = -2S
39-656^
39.0074
36.290,1
37.2491
36.9725
35-73 i
36.7321
41.5191
44.1683
42.1742
39-29 5
42.gg54
39.2874
32.60 4
46.412
o 22.81
,2 2O.28
2 48.99
8 50.01
7 10.42
i 9.86
6 12.05
15 45-"
8 9.30
6 46.99
4 41-89
9 24.94
5 9- 6
4 12.52
7 21. II
9 54-93
5 39-oS
5 54-29
o 58.99
4 2.77
6 41.91
7 3I-36
2 43-53
2 38.57
4 15-97
9 37-90
0*15.60
6 40.96
6 58.89
3 20.56
8 55' 50
4 47.98
5 10.38
i 44-55
i 11.49
2 10.51
2 3.92
I 29.29
4 37.13
3 28.19
8 44-96
o 50.51
8 42.63
5 0.72
o 7.45
5 55-23
-14.40
14-51
15-14
15-37
15.42
15.58
15-64
15.92
16.07
16.48
16.55
17.14
17.40
17-53
17-75
17.70
18.19
18.40
18.62
18.83
18.91
19.19
19.42
19.65
19.79
20.13
20.15
2O. 2 1
20.55
-20.75
- 3-gS
4.40
4-59
4-93
5-05
5-35
5-37
5-74
5.91
5-96
6.07
6.12
6.47
6.64
- 6.78
- 7-52
6.32
9-36
2-97
5-59
7.62
5-45
8.31
7.20
5-53
6.68
7-37
2.46
3-73
7.08
7-45
3-94
5-41
3.28
9-53
5-52
2-79
9.36
7-85
5.18
8.88
8-97
8.45
7.03
- 7.96
- 5.84
5.88
1-77
1.71
6.75
1.81
1-75
2.12
4-42
3.85
6.58
6.32
5-86
5-25
1. 08
h. m. s.
3 59 '41 -14
4 o 49.89
7 21.25
9 45.64
10 18.86
ii 52.58
12 27.86
15 17-33
16 45-64
20 44.62
21 27.21
27 15-37
29 42.94
31 I. 21
33 10.14
32 40.28
37 21.45
39 21.23
41 34-77
43 27.46
44 9-83
46 50.89
48 59.24
51 7.69
52 29.46
55 38-65
55 49.74
55 24.52
4 59 31-65
5 i 32.49
4 4i 5-57
46 26.66
48 45-93
52 39-45
54 5-9 1
57 28.34
4 57 38.41
5 i 45.84
3 31-77
3 43-20
5 22.70
5 44-88
9 42.68
II 27. gi
5 i2'53-85
1 ,1
31 27 34.7
ig 31.1
3i 40 3-5
30 55 58-4
31 14 21.4
28 23.1
13 23.1 .
32 59-3
25 22.6
13 59-0
21 55-1
31 26 39.4
30 52 18.9
31 I 23.8
24 35-9
27 to. i
2 51.2
31 13 8.1
30 58 10. g
31 41 21. I
3i 13 56.3
30 54 43-3
31 40 2.3
29 56.1
n 30.9
36 56.9
37 34-7
33 59-6
24 16.5
31 30 39.3
3
29 40 47.7
41 10.9
7 40.1
7 8.3
48 12. I
8 1.4
7 26.0
10 35-5
29 28. g
24 44
46 53-
44 45- 1
41 3-
36 g.3
29 i 53.1
33-
22.6
46.1
35-3
58.5
47-:
58.
1 8.'j
57-6
31-7
10.9
23-5
i'- V
45-2
16.2
30.7
59-
58.
28. '7
56.3
43-2
II- 5
10.
4i.j
9-
36.5
56.5
24.9
23-5
54-5
22.
S6.'
19.2
34-7
53-2
2.2
32.
6.'c
45.2
9-
39-
47-2
26.4
22.4
21.7
51.7
0.2
39-5
35-0
34-5
48.3
41.2
4-4
12.7
52.5
47-5
47-4
I.I
54-0
17.2
25-4
34-0
V's
0.4
0.5
13-7
6.4
49-
13.4
13-7
2.O
14.8
^8 "I
47-1
9.0
OO.O
21-5
34-4
20. 7
33-4
33-2
46.'
35-
45-2
38 .'3
45-3
24.2
45-7
58 /5
47-2
57-2
5-
51.
58.
37-2
57-8
17-3
II. 2
37-6
60.
17.4
3-4
II. 2
II.9
5O.O
II. I
30.4
23-4
50.0
3O.O
25-037-5
ZONB
21 i;
161.
Ft
42.4
36.5
3-i
48 -'S
27-5
40.2
13.2
52.4
17 6
38.0
51.
3-4
CORRECTIONS.
REMARKS.
r. . Corr. of'
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(160) 53. Minutes assumed as i instead of o.
1849. h. s.
Feb. 9, 7 30.932
s.
g 0.018
s. s.
- 1.277 + 0.755
s.
0.694
r.
o o 1.26 39.340
INSTRUMENT READINGS.
Date.
CIRCLE.
d P
2 o
5 e
s l
<H
~a
C
6 E
X O
w
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 160
Zone 161
1849. h. m.
Jan. 27, 5 o
Feb. 9, 4 40
5 o
5 20
5 40
6 o
6 20
6 30
289
291
291
51 2.2
42 0.5
3-2
o.5
9-4 4-7
8.9 3.0
//
4.91
3-24
n
4.88
3.22
in.
30.388
29-972
41-5
38.3
33-2
7
26.1
25.5
24.9
24-4
23-9
29.984
42 2.7
1-7
9.0 4.1
4.40
4.38
16-
122
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 161. FEBRUARY 9. MAJ. BELT, 291 42'^. D = 28 55' 50'' Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
"2
MICROMETER.
I
</>
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
16
17
18
'9
20
21
22
23
24
25
26
27
28
29
30
31
32
33'
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
86
57
58
59
60
61
62
63
64
6
8
8
8
8
9
9
6
7
8
5
7
8
9
8
7
7
8
5
5
8
8
7
9
9
7
4
9
8
7
7
4
6
4
7
7
7
8
8
6
8
6
7
6
9
7
48.2
39-8
i. '3
10.5
52.7
44.0
13-4
23.4
25-9
38.1
48.3
Si-4
4.0
. .
h. m. s.
5 15 26.04
22 35.83
23 7.51
23 13.30
26 17.86
28 9.05
28 11.20
32 31.89
34 0.09
34 31-82
35 37.70
37 36.71
38 20.96
39 53-06
40 34-47
43 48.70
44 8. II
44 59-42
46 43.98
48 50.88
48 56.97
51 21.57
52 30.10
52 57-51
54 46.09
56 13-9
56 29.49
5 58 51-08
6 o 51.39
I 21.49
3 38.67
4 29.66
4 53.65
8 17.64
9 I5-"
9 44.96
10 42.86
12 54-57
13 16.69
13 30.42
15 3-44
15 40.82
17 4.51
18 15.76
18 28.85
20 25.56
22 1.57
23 18.28
6 26 39.17
s.
-30.82
30.87
30.88
30.88
30.90
30.92
30.92
30.95
30.96
30.96
30.97
30.99
30.99
31.00
31.01
31.03
31.03
31-04
31-05
31-07
31-07
31.09
31.09
31.09
31.11
31.12
31.12
3I.M
3t.i5
3I.I5
3I.I7
3I.I7
3LI7
31.20
31.20
31.20
31.21
31-23
31-23
31-23
31-24
31-24
31-25
31.26
31.26
31-27
31.28
31.29
-3I-3I
S.
.OO
.02
.OO
.OO
.02
.02
I. 01
0.98
I .02
1.02
1.02
I.OO
I.OI
I. 01
0.98
0.98
I.OI
I.OI
I.OO
0.98
O.gS
0.98
0-99
0.98
0.99
I.OO
I.OO
0.99
1. 02
I.OI
I.OO
1. 02
1.02
0.98
I.OI
0.99
1. 02
0.98
0.99
0.99
1. 02
I.OI
1.02
1. 02
0.98
I.OI
0.98
0.98
0.98
4
I
3
3
I
I
3
7
I
2
I
5
4
3
7
7
2
2
3
6
6
6
6
7
6
3
4
5
I
3
5
2
2
5
3
5
I
6
5
4
2
3
i
I
6
2
6
6
6
r.
47-732
47-672.
44-842
45-914
40.480
42.628
38.762
46.759
37.662
35-969
37.309
33.184
30.560
32.67
33.67
40.658
47-137
44.41
44-524
45-89
43.105
39-068
36.599
37.324
4L352
40.597
40.384
43-20
33-004
34.644
29.877
28.160
38.045
37-04
41.892
43.61
46.83
42.898
45.80
38.22
32.90
38.818
39-77
39.667
46.245
37-457
39-775
39.010
=5 33.13
(6 1.20
i3 4.91
J2 27.92
50 9-43
t8 55-26
J6 34-44
5 43-25
;i 46.69
(6 55-23
;i 58.87
!8 5.81
J5 25.82
to 4.88
13 15.01
9 J 3.83
to 29.77
2 3-89
33 15.89
[2 6.22
13 42.38
[6 1.72
[I 33.93
17 1.91
55 5-23
29 39.07
23 57-29
8 35.56
39 53.36
27 15-41
;o 25.49
;i 24.76
25 18.03
37 34-21
23 5.25
}8 21.40
it 33-81
22 30.53
26 39.80
15 37-54
39 57-09
51 6.80
50 57.86
IS 41-04
i 0.56
16 57-33
[5 36.98
[6 3.72
II
- 6.98
7.68
7-73
7-74
8.05
8.24
8.25
8.69
8.85
8.90
9.02
9.22
9.30
9-46
9-53
9.87
9.91
IO.OO
10.18
10.41
10.42
10.68
10. So
10.85
11.05
II. 21
11.24
11.49
11.72
11.77
12.03
12.12
12.17
12.55
12.66
12.71
12.82
13.08
13.13
13.16
13-32
13-39
13.56
I3.70
13-73
13-95
14.14
14.30
-14.70
- 3.46
5.9 8
4.38
4-3
6.50
. 6.34
4.81
1.05
6.70
6.09
6.73
3-77
4.67
5.25
1.96
1.47
5-30
5-49
4.40
1.82
2.01
2.29
1.76
2.41
4.63
3-95
3.26
6.31
5-23
3-66
6.53
6.65
3-43
4-93
3.15
6.27
1.76
3-oS
3-59
5-93
5-24
6.62
6.59
2.25
5.36
2.41
2.24
2.30
h. m. s.
5 M 54.22
22 3.94
22 35.63
22 41.42
25 45-94
27 37."
27 39.27
31 59.96
33 28. II
33 59-84
35 5-71
37 4-72
37 48.96
39 21.05
40 2.48
43 16.69
43 36.07
44 27.37
46 11.93
48 18.83
48 24.92
49 49-5
51 58.02
52 25.44
54 13-99
55 41-78
55 57-37
5 58 18.95
6 o 19.22
49-33
3 6.50
3 57-47
4 21.46
7 45-46
8 42.90
9 12.77
10 10.63
12 22. 36
12 44.47
12 58.20
14 31-18
15 8.57
. 16 32.24
17 43-48
17 56.61
19 53-28
21 29.31
22 46.01
6 26 6.88
29 21 33.6
42 4.9
29 7.0
28 30.0
46 14.0
44 59-8
32 37-5
i 43-0
47 52.2
43 0.2
48 4.6
24 8.8
31 29.8
36 9.6
9 16.5
5 15-2
36 35-0
38 9-4
29 20.5
29 8 8.4
29 9 45.1
12 4.8
7 36.5
13 5-4
31 II. i
25 44-3
2O 2.O
44 43-6
36 0.4
23 21. i
46 34-1
47 33-6
21 24.0
33 41-8
19 II. I
44 30-5
7 38.6
IS 36.7
22 46.6
41 46.8
36 5-7
47 17.0
47 8.2
II 47.0
37 9-9
13 3-9
II 43-5
29 12 10.7
5-4
56.2
17 '(>
26.5
33-0
38.2
45-2
51.0
JO I
19.2
47-2
32.0
o.o
44-2
13.1
57.2
.
n. 7
24.0
8.4
36.4
20.8
50.
49-5
33-7
3-4
2.O
15-7
18 1
fir
16
&
31.0
44.0
56.8
9-4
21.9
22.
35-0
. .
5-2
21. O
'7-3
33-4
30.
57-4
46.1
10.
58.6
22.7
< 9
13-5
26.2
26.2
38.2
38.8
26.'
51.2
51.1
38 .'5
3-5
51-5
42.4
47-
59-2
50.2
14.2
W
41.5
39-4
52.5
54-5
43-
42.
54-5
29.
41.2
37-4
42.5
28.5
41-
25.3
IS-
25-3
38.4
56.2
14/2
26.5
39-2
Si-5
CORRECTIONS.
REMARKS.
Date Corr ' f
lte> Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(161) 37. Minutes assumed as 50 instead of 49.
(161) 56. Double.
1849. h. s.
s.
s. s.
s.
' " r.
INSTRUMENT READINGS.
Date.
CIRCLE.
n
si
^ ^
<
13 E
si
<B
x <u
&
A.
. C. D.
Corr'd
Mean.
Mean.
Barom.
1849. h. m.
1 It
H
in.
o
o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
123
ZONE 161. FEBRUARY g. MAJ.
BELT, 291 42'!.
D = 28 55' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
*
MICROMETER.
i
;
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
65
66
67
i
2
3
4
5
6
7
8
.9
10
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
23
29
30
32
33
34
35
36
37
38
39
40
42
8
8
7
8
S
9
9
IO
8
7
8
7
7
7
9
S
8
S
8
9
8
IO
7
6
8
6
10
IO
8
7
6
7
9
7
7
8
9
9
7
8
8
9
IO
35-5
h. m. s.
6 27 10.19
28 58.97
6 28 52.00
EBRUARY IO
4 54 37-73
56 12.30
57 36.76
4 58 41-09
5 4 24. 8g
5 36.07
5 54-80
6 17.24
7 12.36
10 4.65
10 14.62
10 48.51
12 48.83
12 56.48
15 23.22
15 56.72
19 44.3S
22 35.84
22 57.73
23 53-37
26 l3.28
28 36.37
28 37-41
31 I9.72
32 53-21
34 0.08
34 31-84
35 37-9 1
39 25.98
40 5-83
44 59-26
45 8.62
45 21.36
48 45-77
48 45.32
50 23.56
50 25.34
51 44-59
55 23.35
55 43.85
=6 27.85
5 56 44.36
s.
-31.31
31.32
-31.32
MAJ.
31.12
31-13
31-15
31.16
31.20
31.21
31.21
31.22
31-23
31.25
31.25
31-25
31.27
31-27
31.29
31.29
31-33
3L35
31-35
31-36
31.38
31.40
31.40
31.42
3L43
31-44
3L44
31-45
31.48
31.48
31.52
31-52
31-52
31.55
31-55
31-56
31-56
31-57
3L59
31-59
31.60
31.60
s.
I.OI
I.OI
I.OO
BELT,
-0.99
1.02
I.OO
I.OO
I .OO
0.99
0.99
0.98
I.OI
0.99
0.98
0.99
I.OI
0.98
I.OO
I.OI
I.OI
o.gS
I.OO
I.OI
0-99
I.OO
I.OO
I.OI
I.OI
0-99
o.oS
0.99
i .00
I.OO
0.97
0.97
0.99
I.OO
o.gS
0.99
I.OO
I.OO
I.OO
O.99
o.gc
I.OO
291 =
VI.-
V.
ii.
3
3
4
6
i
5
5
4
5
6
6
3
5
7
5
3
7
4
3
2
7
3
2
6
4
5
2
3
6
7
5
5
5
7
7
5
4
6
5
5
4
4
5
6
r.
37-824
28.037
31-75
D = ;
38.735
31-761
31.629
30.757
39.296
40.038
41-03
44.655
37-165
40.757
40.83
42.002
36.652
35-469
35-14
30.492
39-329
39.222
37-97
44-082
42.294
38.752
38.234
42.67
34-739
39-39
37-63
39-077
36.129
36.129
46.075
48.834
44.78
40.957
40.481
39-201
34-26
33-932
3t-024
4O.6ig
30.70
37 7.M
42 44-94
34 44-75
9 3i' 50
16 13.06
55 10.34
28 59.47
29 29.57
30 24.31
24 10.24
14 54-00
12 48.88
37 =9-9
23 44-42
9 7-89
23 1-45
37 47-59
12 12.93
32 47-75
41 2O. 21
44 59-26
10 3.40
37 1-96
42 14-44
14 10.37
30 43.07
25 11.50
43 3-79
38 53-58
15 50.60
10 58.33
24 42.40
26 24.16
26 24.01
6 6.86
4 31.63
21 25.57
29 26.97
15 12.95
24 38.13
27 28.67
33 29.43
33 26.22
23 48.84
20 50.20
//
-14.76
14.98
-14.97
12. 02
12.18
12.33
12.44
13.03
13.16
13-21
13.26
13-35
13.67
13-69
13-74
13-99
14.00
I4-30
14.36
14.81
I5.I5
15-19
15-31
15.60
15-87
15.87
16.19
16.37
16.50
16.56
16.68
17. 12
I7.2O
17-73
17-75
17-77
18.15
18.15
18.33
18.48
18.84
18.87
-18.96
- 4.88
5-57
- 4-5?
2.22
7.32
3.87
3-94
4-05
3-24
2.06
1-79
4-98
3.20
1-31
3.10
5-01
1.72
4.36
5-48
5-97
1.43
4.91
5.60
1-97
4.09
3.38
5-71
5.17
2.17
1.56
3.31
3-53
3-53
0.94
0.74
2.89
3-92
2. IO
3-30
3.67
4-45
4-45
3.20
- 2.81
h. m. s.
6 26 37.87
27 26.64
6 28 19.68
4 54 5.62
55 40.15
57 4.61
4 58 8.93
5 3 52-69
5 3-87
5 22.60
5 45-04
6 40.12
9 32.41
9 42.39
10 16.27
12 16.55
12 24.23
14 50.93
15 24.42
19 12.04
22 3.51
22 25.38
23 21. OO
25 45-91
28 3.97
28 5.01
3 47-29
3 2 20.77
33 27.65
33 59.42
35 5-47
3 s 53-50
39 33-35
44 26.77
44 36.13
44 48.85
48 13-22
48 12.79
49 51.01
49 52.78
51 I 2. O2
54 50.76
55 11.27
55 55-26
5 56 11.76
29 33 16.8
38 55-5
29 30 54-3
*
29 48 17-3
30 27 19.8
i 5-7
i 36.0
30 2 31.4
2g 56 l6.6
46 59-3
29 44 53-9
30 9 38.2
29 55 5i-3
41 12.9
29 55 8.3
30 9 56.6
29 44 18.6
30 4 56.4
13 30.0
30 17 10. o
29 42 10.0
30 g 1 2 . i
30 14 25.4
2g 46 17.9
30 2 53.0
2g 57 20. 8
30 15 15-7
30 ii 5-i
29 47 59-3
43 6.4
56 52.4
58 34-8
58 34-7
38 15-5
36 40.1
29 53 36.2
30 i 39.0
29 47 23.1
56 49-8
29 59 40.7
30 5 42.4
30 S 39-5
29 56 o.g
2g 53 2.0
o.o
12.4
II. O
29.2
25-4
24.1
28.5
12.5
23.5
42.
37-5
12.0
36.7
41.0
24.7
35-9
55-2
50.1
25.2
49-5
53-8
37-5
48.5
24.
17.2
3-2
37-2
30.
Zo>
15.5
E l6
!. F
0.2
22 .4
26.5
39-3
52.
45-2
58.'
23.5
10.5
36 .'5
10.4
3-4
48.4
23.2
56.4
44.2
6l.2
9-4
57-2
21.7
22.5
26.5
34.7
23.2
40.2
53-2
ti. 4
13-
5-5
24.2
25-
18 2
5-9
ig.
31-5
35.5
36.2
5-7
45-4
19.
25-4
57-7
31.2
38.2
IO.
50.7
18 c
3-4
15-8
31.2
44.
59-
8 r
12.
24-5
20.5
5 8 .'2
33-2
45.6
34-0
16
46.7
10.6
59-5
23-5
44-5
38.
57-2
36.0
50.5
10.2
48.8
3-7
22.
* *
6
22 5
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m u
c
Zenith
Point.
Mic.
Co.
*
(161) 66. Minutes assumed as 27 instead of 28.
(162) 67. Double.
1849. h. s.
Feb. 10, 6 3IO7 1
s.
S 0.017
s. s.
- 1.277 + 0.755
s.
- 0.694
o o
o.oo
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
11
-3S
a o
A.
B. C. D.
Corr'd
Mean.
Mean.
Zone 162
1849. h. m.
Feb. 10, 4 45
4 54
5 20
5 5i
6 o
6 20
6 40
291
291
/ II
"
"
in.
30.020
37-o
35-7
35-5
34-8
30.5
29.7
29.2
29.3
29.4
29.7
5 59-5
59.4 66.8 63.2
62.24
62.22
58.0
59-1 5-i 3-2
61.36
61.35
30.000
29.988
6 0.4
o.o 4.2 4.4
2.27
2.25
29.980
124
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 162. FEBRUARY 10. MAJ. BELT, 291 5'. D 29 31' 50" Continued.
No.
Mag
SECONDS OF TRANSIT,
T.
,
a,
MICROMETER.
*
<A
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
i
2
3
4
6
7
8
9
10
ii
12
13
14
IS
16
17
IS
6
8
,4
8
10
10
8
8
8
9
6
8
8
7
2
8
7
6
7
8
10
9
8
9
6
7
8
6
5
5
6
7
7
8
8
8
6
8
8
9
7
8
8
8
h. m. s.
5 57 6.44
57 47-35
5 59 12.65
6 o 51.50
4 54-12
4 54-18
5 51.06
7 12.34
8 '1.51
8 20.56
9 35-76
10 43.16
4*. 74
12 43.90
15 0.86
15 5.85
*7 4.89
18 12.40
18 15.38
21725.93
22 39-43
23 36.86
24 44-64
27 59-22
28 40.99
34 30.60
6 39 50.93
EBRUARY 16.
4 48 1.52
49 52.78
56 34.76
58 18.75
4 59 41-67
5 o 37.00
5 9-94
6 49.20
6 4.04
7 32-97
8 56.69
10 7-55
ii 9-54
14 6.58;
14 12. OS
14 51.41
21 53.96
5 22 30.42
s.
31.6
31.6
31.6:
31.6;
31. 6(
31- 6(
31.6-
31.65
31.65
31.65
31. 6c
31. 6c
31- 6t
31-71
31.72
31-7:
31.7:
31.7-
31 .7-1
31 !<
31.7;
31.7:
3I.75
31. 8c
31.81
31.84
-3I.S.
MAJ.
-29.76
29-77
29.83
29.84
29.85
29.86
29.90
29-91
29-91
29.92
29.92
29-93
29.94
29.96
29.96
29.96
30.02
30.02
s.
I.OO
I.OO
0.97
! 0.98
) 0.98
> 0.99
I.OO
1.02
I.OO
0-99
) 1. 01
1 0.98
1 0.99
0.98
I.OO
I.OO
1 0.98
0.99
0.98
0.97
o-99
i .02
0.98
0.98
I.OO
1.02
1.02
BELT,
I.OO
0-99
I.OO
o-99
I.OO
I. 01
o-99
I. 01
I.OO
I.OO
I.OO
1. 01
I.OO
I.OO
0.99
I.OI
I. 01
I.OO
294" sc
VII.
IV.
12.
5
5
7
6
6
6
5
i
4
6
4
7
6
6
5
4
6
5
6
7
5
2
7
7
4
2
I
4
7
3
6
4
i
6
i
5
6
4
2
3
6
6
i
i
5
r.
31.807
33-80
46.898]
44-995
40 . I I 2
38-44
34-50
32.60
38.657
33.115:
30.488!
35.245
37-075
40.932
38.272
43.705
40.779
39-66
40.77
47.83
47-00
38.52
33.092
44-909
46.301
34-924
34.078^
D 2
39.609;
41.767
33.287;
38.058
36.905;
37-49 !
38.582
33-494!
34-n :
28. :
34.518;
35-So .
31.868.
32.005 :
40.054 i
34-539!
35-531 .
32.89 :
/ II
28 53-32
27 44.54
5 38.46
12 37.15
15 25.68
16 23.39
27 20.04
54 41.41
30 46.35
19 27.19
35 28.31
[2 20.67
I? 10.51
14 57.38
25 lO.lg
27 52.13
[5 2 . 66
24 22 28
'5 2.97
5 6.29
20 8 . 94
.5 27.03
13 34.63
6 47.10
26 22.52
n 31.29
53 50.40
5 49' 30
|0 13.19
8 35-55
19 43-75
6 36.59
ji 46.82
i 52.63
6 18.49
4 10.55
7 33-iS
2
3 9-22
7 1. 06
.0 32.71
o 5.20
6 2.21
3 34.48
3 0.25
8 15-95
19.01
19.08
19.23
19.40
19.79
19.79
19.87
20.03
20.09
20. 1 1
20.24
20.35
20.35
20.53
20.74
20.75
20.93
21.03
21.04
21.33
21.45
21.54
21.64
21*95
22.02
22.58
23.10
- .5.34
5-47
5-95
6.07
6.17
6.23
6.57
6.69
6.63
6.
6.84
6.93
7.01
7.23
7.24
7.29
7.82
- 7.87
- 3-86
3-70
0.87
1-77
2.12
.2.25
7.26
4.10
2.63
4.71
1-73
2.36
2.07
3.38
3-73
2.07
3-28
2.07
0.81
2.72
6.02
1.90
1.03
3-53
6.30
- 7-14
6.02
3.94
6.95
4.70
6.18
8.14
4.68
8.37
5.76
5-
6.31
7.67
7.03
5-04
4.64
8.32
. 8.26
- 5.83
h. m. s.
5 56 33-83
57 14.74
5 58 40.06
6 o 18.89
4 21.48
4 21.53
5 18.39
6 39.64
7 28.83
7 47-89
9 3-o6
10 10.49
ii 10.06
12 II. 21
14 28.14
14 33.13
16 32.18
17 39- 6 7
17 42.66
19 53.20
22 6.67
23 4-07
24 11.88
27 26.44
2t> 8.18
33 57-74
6 39 18.04
4 47 30.76
49 22.02
56 3.93
57 47-92
4 59 10.82
5 o 6.13
4 39-05
6 18.28
5 33-13
7 2.05
8 25.77
9 36.61
10 38.60
13 35-62
13 4LI3
14 20.44
21 22-93
5 21 59.40
30 i 6.2
29 59 57-3
37 48.6
44 48.3
47 37-6
48 35.4
29 59 33-6
30 26 58.7
30 3 0.5
29 51 39-9
30 7 43-3
29 44 32.8
49 23.2
47 10. o
29 57 24.3
30 o 6.6
29 47 15.7
56 36.6
47 16.1
37 18.4
29 52 23.1
30 17 44-6
29 45 48.2
39 o.i
29 58 38.1
30 19 50.2
30 26 10.6'
26 19 54.6
25 58 15-0
26 29 26.7
6 17-4
21 29.2
4i 37-0
5 59-7
43 55-6
17 15.6
12
22 52.4
36 45-7
30 16.7
9 47-5
5 44-1
43 20.1
42 46.3
26 17 59.6
18
50.7
16.0
29.2
41.2
41.4
54-s
25.
1.4
14-4
27.0
39-5
17.4
1.2
11. n
17.2
. .
55-7
55-6
'ft '
8.5 . .
8.4 20. C
9.2 - -
48.'
35-5
47-2
0.7
48.2
53-2
52.0
o.o
13.3
6.'c
5-c
12.
IS-
or p
18.4
17-5
28.3
3L2
44.0
,
39-5
52.0
4-7
15.
22.8
F
3-0
52.5
15-4
5 '. 3
46.5
28.4
17.9
38.9
59-5
II. 4
30.2
50.5
43-556.0
3-4
>ft
8.8
ZON
IS i
E 163.
58.'
28.5
10.4
17.2
40.4
22.6
6.2
29.4
52.7
34-7
19.0
41.6
47-0
30.9
54-0
59.0
1.5
ii .6
33-2
45-7
57-7
37.2
49-
'
33.5
44.4
tft c
20 8
29-
o.o
42.0
12.
53-7
24.2
6- '5
36.4
16.4
28.0
-
.
CORRECTIONS.
REMARKS.
Date Cotr - f
Uate - Clock.
Hourly
rate.
m
C
Zenith Point
Mic.
Co.
(162) 55.' Minutes assumed as n.
(162) 62. Minutes assumed as 20 instead of 19.
(162) 67. Minutes assumed as 29 instead of 28.
(163) 15. Micrometer reading assumed as
39 r .O54 instead of 4O r .O54.
1849. h. s.
Feb. 16, 6 31.467
s.
/ 0.009
s.
0.710
s -.
+ 0.140
s. .
0.480
359 59 59-42
r.
.39-311
INSTRUMENT
READINGS.
Date.
CIRCLE.
Barom.
|l
~a c
a 1
&%
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 163
1849. h. m.
Feb. 16, 4 45
4 46
5 o
5 20
5 37
6 13
294 50 61.1
55-9
62.5 61.1
n
60.15
60.15
in.
'29.924
27.0
25-
24.
19.3
18.9
18.6
18.2
17.9
17.8
6O.2
56.8
63.9 63.9
61.20
61.20
29.926
29.928
.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
125
ZONE 163. FEBRUARY 16.
MAJ. BELT, 294
50'. D = 25 49' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
a*
MICROMETER.
i
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
19
20
21
22
23
24
25
26
27
28
2g
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
I
2
3
4
5
6
7
8
9
10
II
9
9
9
8
8
7
9
II
8
S
8
7
9
8
7
7
8
7
8
9
9
9
4
8
9
5
8
8
8
9
9
8
6
9
7
7
8
8
8 -
S
8
S
9
60
h. m. s.
5 24 24.33
24 25.12
25 22.18
27 20.50
27 37-53
31 2.12
35 47-66
35 48.40
37 '56.05
40 36.85
40 58.05
41 37-97
42 45-72
44 5-39
45 26.74
46 33.19
46 53-07
,49 10.36
51 3-o6
52 47-64
55 39-07
57 14-53
5 57 43-88
6 o 5.10
2 7-47
4 18.61
5 43.8o
6 17.72
8 46.62
9 5-62
9 38.41
9 47.38
6 ii 56.54
EBRUARY^IQ
6 i 9.47
3 5L04
3 54-57
4 48.00
6 26.34
8 48.56
9 54-73
ii 21.93
it 29.77
ii 5I-42
6 12 57.28
s.
-30-04
30.04
30.04
30.06
30.06
30.08
30.12
30.12
30.13
30.15
30.15
30.16
30.16
30.17
30.18
30.19
30.19
30.21
30.22
30.23
30-25
30.26
30.26
30.28
30.29
30.30
30.31
30.32
30.33
30.33
30.34
30.34
-30.35
. MAJ.
-31.70
31.72
31-72
31-73
31.7.4
31-75
31-76
31-77
31-77
31-77
-31.78
s.
I.OO
I.OO
I.OO
I.OO
I.OI
0.99
I.OO
I.OO
I.OO
I.OI
I.OO
1 .00
I.OO
I.OO
0.99
o-99
i .00
i .01
I.OI
I.OO
I.OI
I.OI
I.OO
I.OO
I.OI
I.OI
I.OO
I.OI
o-99
0.99
I.OO
I.OI
-0.99
BELI
I.OO
I.OI
I.OI
I.OO
1.02
I.OI
I.OI
1.02
0.99
0.99
I.OO
, -299
IV.
12.
12.
12.
IV.
4
5
5
4
i
7
3
3
5
i
3
4
5
3
7
7
4
I
2
5
i
i
4
4
2
I
1
I
6
6
4
3
7
12
5
i
2
5
I
2
2
I
6
6
4
r.
3L4I4
33-234
33.788
35-532
40.287
46.518
40.195
39.505
41-757
38.495
39.117
41-534
44.179
43-442
47-437
40.548
39.992
38.73
42.731
41.202
40.56
41.49
44.498
41.768
36.96
39.398
37-57
37.042
36.48
32.342
32.37
29.020
42.04
*' D o :
43.068
37.81
32.365
27.794
3I.6O
38.923
42.226
34.01
39-07
37-774
41.00
r n
34 56-32
28 4.08
27 44.84
32 34-21
50 16.14
5 51.58
35 45-31
36 8.99
23 9-9 1
51 17-95
36 22.51
29 7.04
21 46. -18
33 53-23
5 19.86
9 17.63
30 0.28
51 9-83
43 1.84
23 28.94
50 6.67
49 34-57
27 24.76
28 58.98
46 21.02
So 46-79
37 15-91
52 8.09
17 31.04
19 53-86
34 23.22
42 10.89
8 26.13
= 21 2
22 24.66
51 40-77
40 15.56
31 11.02
55 15-93
45 13-27
43 19-28
53 52.75
16 1.64
16 46. 3a
29 25.37
8.02
8.02
8.10
8.25
8.28
8.56
8.97
8.97
9-15
9-39
9-43
9-49
9.60
9-73
9.85
9-97
10.00
10.22
10.42
10.61
10.93
ii. ii
11.17
11.43
11.66
11.92
12.08
12.14
12.43
12.47
12.53
12.54
12.78
5' 10".
-6.74
6.87
6.88
6.92
7.06
7.14
7.20
7.31
7.32
7-3-1
- 7-42
//
- 6.48
5.80
5-77
6.25
7-99
3.69
6.56
6.60
5-34
8.09
6.62
5-9'
5.20
6.38
3-64
4.00
6. oo
8.07
7.28
5-37
7-97
7.92
5-74
5.90
7.60
8.03
6.71
8.17
4-79
5.02
6.43
7.20
- 3-94
- 9-45
n. 60
10.75
10.08
11.85
II. it
10.96
11.74
9.00
9.04
- 9.96
h. m. s.
5 23 53-29
23 54.08
24 5LI4
26 49.44
27 6.46
30 31.05
35 16.54
35 17-28
37 24.92
40 5 . 69
40 26.90
41 6.81
42 14.56
43 34-22
44 55-57
46 2.01
46 21.88
48 39.14
50 31.83
52 16.41
55 7-8l
56 43.26
57 12.62
5 59 33.82
6 I 36.17
3 47-30
5 12.49
5 46.39
8 15.30
,8 34-30
9 7.07
9 16.03
6 ii 25.20
6 o 36.77
3 18.31
3 21.84
4 15.27
5 53.58
8 .15.80
9 21.96
10 49. 14
10 57.01
II 18.66
6 12 24.50
o / ;/
26 24 40.8
17 47-9
17 28.7
22 18.7
26 40 2.4
25 55 33-8
26 25 30.8
25 54-6
12 54.4
4i 5-4
26 8.6
18 52.4
ii 31.0
26 23 39.3
25 55 3-4
25 59 L 6
26 19 46.3
40 58.1
32 49-5
13 14-9
39 55-6
39 23/6
17 II. 7
18 46.3
36 10.3
40 36.7
27 .4-7
41 8.4
7 18.3
9 41-4
24 12.2
26 32 0.6
25 58 12.8
21 47 50^.8
22 17 9*2
22 5 43.2
21 56 38.0
22 20 44.8
10 41.5
8 47.4
22 19 21.8
21 41 28.O
42 12.8
21 54 52.. 8
43-5
56 .'2
8. '4
25.0
20.3
37.5
46.4
59-3
-
ii.
37-5
23.2
50.
35-4
43 .'?
24.7
2.0
47-4
56.0
14.4
8-4
12.
13.
24-7
25.2
10.3
22.6
2.5
14 ."8
-
c o
18 o
3O. - -
21 .
26. 5
33-
39-
33-5
2.
46.
39-
14-7
58.2
50.
27-
10.
3-2
i's 's
15-7
27-5
12.2
24.4
42.
7.
43-2
54-1
19.5
55-
6.2
31-5
43-9
5-2
7-4
18.4
43-4
56.
17.2
r6 2
8.2
29.7
21.
22.4
46.4
41 2
3.
15.2
12
11. A
34-
46.1
57-4
ZONE 164. f
9.3
51.
54-6
6.3
18.4
53-2
22.
t t
25-
58-4
37-0
43-
IO.I
48.
54-7
0.5
6.5
6c -i
Ig.
27. 1
21 .
CORRECTIONS.
REMARKS.
Date Corr ' of
Clock.
Hourly
rate.
m n
c
Zenith
Point.
Mic.
Co. :(i6 3 )
33. Declination differs by +i' from Arg.
Z. 323, 101, and i' from Mural Z.,
1848, January 22.
\2. Transit over T. IV assumed as 5 8 .2
instead of 3 8 .2.
3. Micrometer thread 3 instead of 2 as-
sumed to have been used.
f
1849. h. s.
Feb. 19, 5 33-867
s.
S o-oiS
s. s.
- 0.149 + 0.3.82
s.
0.196
359 59
59.01
r - (163)
39-349
(164)
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
o a
S
S s
rt I-
4>
11
g
X .
"jS
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 164
1849. h- m -
Feb. ig, 6 o
6 i
6 20
6 25
6 40
6 56
7 o
7 25
299
, ,;
"
"
in.
30.572
28.
27-
20.5
20.3
19.8
17-9
18.
II 62.5
58.9
64-5 65.5
62.86
62.85
3-8
o.5
6. 6.0
4.09
4.08
4-4
o.
5-9 5-7
4.01
4.00
30.574
126
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 164. FEBRUARY 19. MAJ. BELT, 299 12^'. D = 21
25' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
l
i
MICROMETER.
*
*
d
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
2 9
30
31
32
33
34
35
36
37
33,
39
40
41
42
43
44
45
46
47
48
49
5C
51
52
53
54
55
56
57
58
59
60
8
6
8
8
9
7
7
6
6
7
7
9
8
6
S
8
8
8
8
6
7
7
6
8
8
10
7
10
9
8
9
7
6
10
7
7
7
7
7
6 .
|fi 3
h. m. s.
6 13 10.72
13 51-20
15 22.08
15 46.04
16 30.41
16 50.17
17 28.92
19 14.79
21 0.46
21 40.77
22 4.80
23 49.40
24 51.79
25 40.78
29 12.14
43-09
3i 8.37
32 i.oo
31 52.72
33 39-59
35 33.00
35 39-88
36 22.16
36 59-44
37 40.01
41 59-02
42 27.05
44 6.39
46 7-53
46 34.38
46 39-55
48 o.io
49 21.74
49 43-10
51 26.00
52 i8,m
54 1-38
54 33-50
1.70
55 13.9 s
56 50.34
57 47.06
58 9-34
6 58 56.80
7 o 44.27
o 46.82
I 23.68
2 32.89
7 5 29.26
S.
-31.78
31.78
31.79
31.80
31.80
31.80
31.81
31.82
31.83
31.83
31.83
31.84
31.85
31.86
31.88
31.88
31.89
31.89
31.89
31.90
31.9!
31-91
31.9!
31.92
31.92
31.94
31.95
31.96
31.97
31.97
31.97
31.98
31.99
31.99
31.99
32.00
32.01
32.01
32.01
32.01
32.02
32.02
32.03
32.03
32.04
32.04
32.04
32.05
32.06
s.
I.OO
I. 01
I.OI
I. 01
I.OI
I.OI
I.OI
I.OO
I.OO
I.OO
I.OO
0.99
I.OI
I.OO
I.OO
I.OO
I.OI
0.99
I.OO
0.99
I.OO
I.OO
I.OI
I.OI
0.99
I.OO
0.99
I.OI
I.OI
I.OO
I.OO
0.99
0.99
I.OO
I.OO
0.99
I.OO
I.OO
I.OI
0.99
0.99
0-99
0.98
0.99
0.99
0.99
I.OO
0.99
0.98
vh.
ii.
12.
4
3
i
2
2
2
2
5
5
3
4-
7
2
4
5
4
2
6
5
7
3
4
I
I
6
3
5
i
2
3
5
6
6
5
3
6
3
4
2
6
5
6
7
5
5
4
3
5
7
r.
34.442
33.861
39-95
43-25
38.86
36.485
39-35
34-632
39-17
38-59
41.171
35.183
34.415
38.982
34.601
33.149
42.65
43.48
39-72
32.815
34-625
35.815
36-195
35.48o
36.405
41.58
48.923
35.03
44-39
40.155
35-214
38.462
39.98
37-97
41-734
41.26
38.328
41.34
39-71
32.309
41-83
38.305
43-375
42.185
44-357
42.60
45-12
46.852
42.887
* //
33 "-S3
37 5.87
50 57-25
42 43-93
45 15-33
46 37.40
44 58.30
27 15-82
24 39-19
36 40.71
29 19.58
12 22. 8l
47 48.87
30 35-11
27 16.90
33 56.46
43 4-63
13 28.89
24 20.14
13 44.53
38 57-56
32 24.45
52 37-33
53 2.01
17 33.63
34 57-51
19 2.57
52 43.02
-12 4.58
35 46.69
26 55.62
16 22.63
15 30.21
25 20.62
34 52.19
14 46.07
36 49-75
29 13.74
44 46-09
19 55-00
23 7-39
16 28.05
7 40.06
22 55.14
21 40.17
28 29.45
32 55-33
20 13.81
7 56.89
It
- 7-44
7-49
7.60
7-63
7.68
7-70
7-75
7-87
8.02
8.08
8.12
8.27
8.36
8.44
8.76
8.80
8.95
9.05
9.04
9.23
9-43
9-44
9-52
9.61
9.66
10.17
10.23
10.44
10.70
10.77
10.78
10.95
II. II
11.17
11.40
11.52
It. 75
11.83
11.89
11.91
12.14
12.27
12.31
12-43
12.67
12.67
12.73
12.86
13.20
IO.22
10.51
11.56
10.92
II. 12
II. 21
1 1. 10
9.80
9.62
10.47
9-95
8.73
11.30
10.04
9.80
10.27
10.95
8.80
9.60
8.81
10.64
10.17
11.66
11.70
9.09
10.36
9.21
11.69
10.88
10.42
9.78
9.02
8.96
9.66
10.35
8.90
10.48
9-94
11.09
9.27
9.50
9.02
8.37
9.48
9-40
9.88
IO.20
9.29
- 8.38
h. m. s.
6 12 37.94
13 18.41
14 49-28
15 13-23
15 57-60
16 17.36
16 56.10
18 41.97
20 27.63
21 7.94
21 31.97
23 16.57
24 18.93
25 7.92
28 39.26
(29) IO.2I
30 35-47
31 28.12
31 19.83
33 6.70
35 0.09
35 6.97
35 49-24
36 26.51
37 7.io
41 26.08
41 54.11
43 33-42
45 34-55
46 1.41
46 6.58
47 27.13
48 48.76
49 IO.II
50 53-01
51 45.16
53 28.37
54 0.49
54 28.68
54 40.98
56 17-33
57 14.05
57 36.33
6 58 23.78
7 o 11.24
13-79
o 50.64
i 59.85
7 4 56.22
/ II
21 58 39-5
22 2 33.9
16 26.4
S 12.5
10 44.1
12 6.3
22 IO 27.2
21 52 43.5
21 50 6.8
22 2 9.3
21 54 47.6
21 37 49.8
22 13 18.5
21 56 3.6
52 45-5
21 59 25.5
22 8 34.5
21 38 56.7
49 48.8
21 39 12.6
22 4 27.6
21 57 54-1
22 18 8.5
22 18 33.3
21 43 2.4
22 28.0
21 44 32.0
22 IS 15.2
7 36.2
22 I 17.9
21 52 26.2
41 52.6
41 0.3
.21 50 51.4
22 23.9
21 40 16.5
22 2 22. O
21 54 45-5
22 10 ig.l
21 45 26.2
48 39-0
41 59-3
33 10.7
48 27.0
47 12.2
54 2.0
58 28.3
45 46.0
21 33 28.5
3.
34-
r R
T ft
54.2
ft
2.
14.
25-7
4-5
15.
26.4
. .
. .
. .
60.4
40.5
12.3
52.7
ib.'s
"R cr
.jo. 4
40.
49-2
51-5
1-3
4-0
52.7
15-5
4.4
. .
43-
23-4
55.0
34-9
56.5
8.2
60. 7
20.3
IT.
32-3
16.4
51.3
3-2
15-3
4-5
16
.2
39-8
51-5
|6
45-
23.2
35
3
47-4
r 1 R
fi ?
39-
50.9
2-3
32.
43
7
55-7
34-
46.4
58.3
3-4
15.
o.o
23.8
7-5
iR
. .
2
7
14.1
25-7
;8.i
61.4
30.
41-7
. .
. .
13.5
57-6
5-7
19.
2 I
14.
>f>
10.7
45-
32.4
7
10
10
IO
8
20
4
32.5
52.
35-4
47-5
fiS e
41 .
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith
Point.
Mic. Co. (164)
13. Micrometer reading assumed as
37 r .S6i instead of 33 r .86l.
[4. .Micrometer reading assumed as
39 r .og5 instead of 39 r .95.
8i. Transit at i6 s .5 assumed as over T.
VII instead ofT. VI.
55. Double.
36. Edge of field.
39. Micrometer reading assumed as
3& r .O3 instead of 35 r .O3.
1849. h.
s.
s.
s. s.
s.
1 II
r
(164)
'(164)
INSTRUMENT READINGS.
(164)
(164)
(164)
Date.
CIRCLE.
Barom.
|i
1e
ti <o
<S
"a E
c o
SI
X t>
S
A.
B. C.
D.
Corr'd
Mean.
Mean.
Zone 164
1849. h- m -
Feb. 19, 7 40
7 49
8 o
299
1 H
/;
n
in.
26.
17.8
17-
II 3-7
o.o 6.0
5-9
3.91
3-9
30.570
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
127
" ZONE 164. FEBRUARY 19. MAT. BELT, 299 12^'. D = 21 25' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
a,
3 MICROMETER.
i
rfi
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88-
Sg
go
9 1
92
93
94
95
96
97
93
99
IOO
101
IO2
103
104
105
1 06
107
1 08
log
S
ii
10
n
10
6
9
8
7
6
9
8
7
8
8
7
5
8
7
S
10
8
8
6
6
6
8
S
8
8
4
8
7
8
8
8
7
S
9
9
9
8
8
8
9
7
7
50.
1.7
h. m. s.
7 6 26.20
8 33-37
g 8. go
10 39.90
12 13.43
12 2I.8I
13 28.34
14 31.36
IS 21.28
ig 27.40
20 17.54
21 59.62
23 28.65
24 17.26
24 50.98
27 35-8o
28 10.89
30 g-S 8
30 14.06
31 55-73
32 27.41
33 55-62
34 30.89
35 29,43
35 53-3
36 0.31
37 25.41
37 48.4
39 18.20
40 29.42
41 18.50
42 10.42
42 39-5
43 28.24
44 47-82
46 49-3
48 7.64
48 4.62
49 26-31
50 16.66
51 17.09
53 13-67
53 48.44
55 21.68
55 24.84
56 38.71
57 54-12
7 59 3-88
8 o 26.86
s.
-32.07
32.08
32.08
32.09
32.09
32.09
32.10
32.10
32.12
32.13
32.13
32.14
32.14
32.15
32.15
32.16
32.16
32.17
32.17
32.17
32.18
32.18
32.19
32.19
32.19
32.19
32.20
32.20
32.20
32.21
32.21
32.21
32.21
32.22
32.22
32.23
32.23
32.23
32.24
32-24
32-25
32.25
32.25
32.26
32.26
32.26
32.27
32 . 27
-32.27
s.
I.OO
0.99
o.gg
I.OO
I.OO
I.OI
o.gg
0.99
I.OI
o.gg
I.OO
0.98
0.98
o.gS
o.gg
I.OO
I.OO
I.OO
0.99
I.OI
I.OO
I.OO
o.gg
I.OO
I.OO
o.gg
I.OO
o.gg
o.gg
I.OO
I.OI
I.OO
o.gg
I.OI
o.gg
o.gg
o.gS
0.98
o.gS
I.OI
I.OI
o.gg
I.OO
I.OO
I.OO
I.OO
I*. 02
I.OO
-o.gg
4
6
7
3
3
3
6
6
3
6
4
7
7
7
6
4
4
4
5
I
4
5
6
4
3
7
4
5
4
3
2
4
7
2
6
5
7
6
6
2
3
6
5
4
4
5
I
3
5
r.
41. go
36.785
35.184
42.51
45-492
35.208
30.38
42.29
34-94
39-47
40-349
40.94
42.528
4L363
40.98
45-39
34.98
96.05
40.99
37-49
42.69
37.798
38.084
33-445
36.60
34.81
38.17
41.88
46.675
46.94
41.90
34.592
34-60
37.964
40.734
39-031
45.638
44.727
45 805
41-339
35-86
39.625
35.088
40.176
40.437
38.385
3S.goS
41-504
43.325
28 54.41
17 20.50
12 22.77
34 25-4I
32 42.38
38 37-44
21 1.47
14 10.51
38 46.68
15 47.84
29 47-93
9 4-og
8 g.2g
8 49.49
14 55-72
26 53.96
32 53-26
32 16.34
24 7-14
51 52-63
28 26.91
25 26.56
16 35.68
33 46.24
37 49-39
12 35.67
31 3-i6
23 5-66
26 9.61
31 52.50
43 30-51
33 6.6f
12 42.92
45 46.36
15 4.21
24 43-99
6 21.9:
12 46.40
12 9.17
43 49-77
38 14.81
15 42.49
27 o.og
29 53-93
29 44.90
25 6.29
51 3 . 6c
35 0.13
22 15.78
-I3-3I
13-55
13.62
13.80
13.98
13-99
I4-I3
14.24
I4-69
14-82
14.91
IS."
I5.29
I5.38
15.44
15-77
15.84
16.06
16.07
16.27
16.3.
16.51
16.58
16.69
16.74
16.75
16.92
16.97
17.14
17.28
17-38
17.49
17-54
17-65
17.80
18.05
18.21
18.21
18.37
18.48
18.61
18.87
"18.96
19.15
19.16
19.32
19-49
19.64
19.82
- 9-9'
9.08
8.73
10.32
10.19
10.62
9-35
8.87
10.63
S.gS
9.99
8.50
8.42
8-47
8.91
9-77
10.20
10.16
9-57
n. 60
9.88
9.67
9.03
10.27
10.56
8.74
10. 08
9-50
9.72
10. i;
10. 98
IO.22
8.75
11.16
8.93
9.62
8.31
. 8.76
8.7.
I I.OO
10.59
8.97
9.78
9.99
9-99
9.65
11-55
10.36
- 9-44
h. m. s.
7 5 53.13
8 0.30
8 35.83
10 6.81
ii 40-34
ii 48.71
12 55-25
13 58.27
17 48.15
18 54.28
ig 44.41
21 26.50
22 55-53
23 44.15
24 17.84
27 2.64
27 37-73
29 36.41
29 40.90
31 22.55
31 54-23
33 22.44
33 57.71
34 56.24
35 20. ii
35 27.13
36 52.21
37 15.21
38 45.01
39 56.21
40 45.28
41 37.21
42 6.30
42 55-01
44 14.61
46 i6.oS
47 3t-43
47 3I.4I
48 53-09
49 43-41
50 43-83
52 40.43
53 25.19
54 48.42
54 51.58
5& 5-45
57 20.83
58 30.61
7 59 53-6o
I M
21 54 27.6
42 53-1
37 55-1
59 59-5
21 58 16.5
22 4 12.0
21 46 35.0
21 39 43.6
22 4 22. O
21 41 21.6
55 22.8
34 37-7
33 43-0
34 23.3
40 30. i
52 39.5
58 29.3
57 52.6
21 49 42.8
22 17 30.5
21 54 3-i
5i 2.7
42 11.3
21 59 23.2
22 3 26.7
21 38 II. 2
56 40.2
48 42.1
51 46.5
21 57 29. g
22 g 8.9
21 58 44-4
21 38 ig. 2
22 II 25.2
21 40 40.9
50 21.7
31 58-5
38 23.4
21 37 46.2
22 g 2g.2
22 3 54.0
21 41 2O.3
52 38-8
55 33-1
55 24-0
21 50.45-3
22 16 44.7
22 40.1
21 47 55.0
_
37-5
16
5"
21.5
34-
45.5
21.
33-2
39-
45.2
51.2
11.4
23.2
17.2
r ft
39-
46
50
g-S
34.7
46.4
43-?S
49.8
3.
43-7
55-6
7.5
53.8
41.
53-4
12.
24.
61.0
24.
30-
42.2
53-5
6c
30.4
42.2
21.3
1 1 . c
23 4
26.
37-2
56.
49-2
7-3
28.4
50.
40.4
41.
45-2
40.1
. t
52.3
52-5
46.2
50
58
4
.2
1-7
10.
13-4
58-5
21.4
38.
10.2
i
54-
64.2
6.0
16.
27-
. .
J
J
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m H c
Zenith
Point.
Mic.
Co. (164)
79. Transit over T. IV assumed as at
13'. 8 instead of 43*.8, and microm-
eter reading as 40^099 instead of
4o r -99-
80. Transit over T. VI assumed as at
ig s .4 instead of g 8 .4.
84. Transit over T. Ill assumed as at
18" instead of i 1 .
104. Double.
l84g. h. m.
s.
s.
s. s. s.
/ //
r
i (164)
INSTRUMENT READINGS.
(164)
(164)
Date.
CIRCLE.
Barom.
ii
~a S
C
![> G
)it D
A.
B. C.
D Corr'd
Mean.
Mean.
1849. h. m.
o ; /;
-
in.
*
128
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 164. FEBRUARY 19
. MAJ. BELT, 299" i2f. D =-2i
25' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
<*i
(1. 2
MICROMETER.
i
4
4
Mean Right
Ascension,
1850.0!
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
no
in
112
I
2
3
4
5
6
7
8
9
10
II
12
13
14
15
1 6
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
7
7
6
7
10
8
8
8
6
7
9
6
7
9
6
10
9
10
9
7
10
9
9
9
9
8
8
4
8
7
9
9
4
6.9
9
8
7*
9
7
9
6
7
42.7
55-
50.2
65.'
3-4
12.
18.2
15-8
24-
28.6
41.0
51.5
63.2
47-5
20.5
2
!ONE
h. m. s,
8 o 27.53
2 12.O5
S 4 18.02
165. FEBRI
6 2 15.80
3 26.00
4 21.49
4 58.02
5 20.25
7 n.66
7 14.19
7 54-68
9 46.36
12 43-31
14 49-47
15 40.05
16 51-95
17 15-63
18 7.17
19 7.90
20 II. 08
22 9.96
23 19.60
23 52.66
27 37-43
28 8.12
28 34.56
29 54.74
30 28.12
32 22.40
32 42.50
34 30.23
35 47-68
35 56.28
36 33.08
37 37-12
39 18-73
40 20.69
41 9.11
42 59-35
42 47.40
44 6.09
45 29.49
45 33-07
46 55-6i
6 48 58.19
s.
-32.27
32.28
-32.29
;ARY 23
-31.29
31-30
31.3
31-31
31-31
31-32
31-32
3i-33
31-34
31-36
31-37
31-38
31-39
31-39
31.40
31.40
31-4'
31-42
31-43
31-43
31.46
31.46
31.46
31-47
31-48
31-49
31-49
31-50
31-51
31-51
31-51
31.52
31-53
3i-54
31-54
31-55
31-55
31-56
31-57
3i-5?
31-57
-31-58
S.
-0.99
0-99
I.OI
MAJ
I.OO
0-99
1. 02
I.OI
I.OO
o-99
0.99
0.99
I.OI
I.OI
0.98
0-99
0-99
0-99
I.OI
1.02
I.OO
1.00
0-99
i. 02
0.98
I.OO
o-99
I.OI
i .00
0.98
0.99
0.98
0.99
0.99
0.99
i .00
I.OI
I.OO
0.99
I.OI
0.98
I.OO
1.02
0.99
I.OO
-0.99
n.=
IV.
IV.
6
6
3
5
6
2
2
6
6
6
3
2
7
5
6
2
I
3
4
6
i
7
4
6
3
4
7
6
6
5
5
3
2
3
5
3
7
4
i
7
r.
42.9541
38.214 1
33.072;
o ii' o'
38.202 :
35-i25'i
33-227-
45.34S-
41-715:
40.1751
31-857:
31.059:
37-85 :
37-99 '
35.727]
42.437:
38.5751
40-595
46.657.
34.87 i
3S.957:
38.055':
35.767
35-454.
34-94
33-437:
37.64
36.79
33-68
38.285
34.925
42.302
43.62
49.111
43-122
43-275
41.608
39-575
41.000
39-161
38.247
41.65
32.57
34-442
o 55.01
6 31.19
9 5Ll6
15 12. 6r
8 17.66
8 29.87
i 3i.5i
4 52.85
5 23.51
o 10.45
o 38.00
7 6.25
5 45-47
2 4.03
2 46.44
6 18.73
5 10-34
46.33
3 22.71
16 27.25
H 7-14
7 55-30
3 2.91
2 31.18
S3 46.17
6 50.86
)7 42.68
53 37.78
o 35-74
8 24.71
8 17.08
3 24.60
18 56.09
!2 22.44
S3 58.66
13 40.60
i6 6.70
!3 35.69
j6 21. OO
4 51.90
29 3.00
>4 42.44
[2 47.24
19.82
20.06
-20.33
- 8.85
9. 10
9-32
9-47
9.56
9-99
10. OO
10. if)
10.60
11.29
11.78
n . 96
12.24
12.33
12.52
12.76
13.00
13-45
13.72
13-84
14.69
14.80
14.91
15.21
15-34
15-77
15-83
16.26
15-53
16.56
16.70
16.94
17-31
17-54
17-73
18.15
18.10
18.39
18.71
18.77
19.03
-19-49
- 8.59
9-03
10.72
- 9-34
8-39
12.60
ii. 61
10.69
7.98
8.65
8.70
10.99
12.22
7-53
9.01
8. ii
7.96
11.51
13-30
10.90
10.15
8.34
13-24
7-59
10-49
8.18
II. oS
10.50
7-33
8.41
7-03
7-72
8-47
8-95
10.56
11.92
10.85
9.12
10. 88
6.54
9.86
13.49
- 7-64
7.80
K. m. s.
7 59 54-27
8 i 38.78
8 3 44-72
6 i 43-51
2 53-71
3 49-17
4 25.70
4 47-94
6 39-35
6 41.88
7 22.36
9 14.01
12 10.94
14 17.12
15 7-6S
16 19.57
16 43.25
17 34-76
18 35.48
19 38.67
21 37-54
22 47.18
23 2O. 2 I
27 4-99
27 35-66
28 2. II
29 22.26
29 55.64
31 49.93
32 IO.O2
33 57-75
35 I5-I8
35 23.78
36 0.58
37 4-6o
38 46.19
39 48.15
40 36.58
41 26.79
42 14.87
43 33-53
44 56.90
45 0.51
46 23.04
6 48 25.62
21 36 33-4
21 42 IO.3
22 5 32.2
30 36 30.8
29 35-2
59 51.8
52 52.6
46 13.1
26 41.5
31 29.1
31 56.9
48 27.8
57 9-0
23 23.3
34 7-4
27.39-1
26 30.6
30 52 10.4
31 4 48.8
30 47 51-2
42 30-7
30 29 17.4
31 4 30.0
30 23 53.5
45 II- 5
28 14.0
49 9-0
45 3-6
2t 58.8
29 48.9
19 40.4
24 47.8
30 21. I
33 48.1
45 26.2
55 9-8
47 35-1
35 2-5
47 50.0
16 16.5
30 40 31.2
31 6 14.6
30 24 13.6
30 25 36.2
47.2
33-
59-
ii. 4
24-4
39-7
2O. 2
21.
18.
33-5
30.3
37-
27.8
39-5
46.2
43-
49-2
40.
52.
59-2
rf\ r
2.
52-5
4.2
5-4
* *
2O.
32-5
45-8
46.4
68.4
35-5
48.4
rR
5-7
TR 7
12.2
24-7
37-1
t'fi'e
o.o
13.
20.5
33-
6 t,
22.2
35-2
17-3
35-0
43-2
30.4
47-5
56.5
43-0
9-
55.4
11.4
30-4
15.5
53-2
55-2
6.0
8.2
18.6
20.3
31-5
33-4
46.4
47.5
>e 8
19.
42.7
31.5
55.1
7.7
'
43-5
2O. 2
33-
45-
58.2
II.
23.5
36.4
6
42-
335
14 8.96
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith
Point. Mic. Co.
(164) no. Micrometer reading assumed as
47 r -954 instead of 42 r .g54.
(164) in. Transit at 4 7". 5 assumed as over T.
VII instead of T. VI.
(165) 21. Double.
(165) 34. Double.
(165) 36. Minutes assumed 3541 instead of 42.
(165) 37- Micrometer reading assumed as
48 r .247 instead of 38 r .247.
* Assumed as 7 h 19.
1849. h. s.
Feb. 23, 5 33-163
s.
/ 0.008
s. s.
0.149 + 0-382
s.
0.196
r.
0.16 39.
396
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
a g
*!
" E
35
<
d E
si
2 E
X
wg
A.
B. C.
D.
Corr'd
Mean.
Mean.
Zone 165
1849. h. m.
Feb. 23, 5 58
6 2
6 20
6 40
*6 19
7 20
7 -40
7 52
290
290
/ //
"
"
in.
30.406
o
39-2
37.
o
32.'
31-
30.<
30.
29.!
29. t
29.
26 62 ..2
57-5 62.1
62.0
60.95
60.95
SO.jgS
26 52.5
49-5 55-0
53-0
52.49
52.50
30.392
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
I2 9
ZONE 165. FEBRUARY 23. MAJ. D = 30 ii' o" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
.,
a.}
MICROMETER.
i
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
6g
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
S3
89
30
91
10
7
9
6
7
5
7
6
9
9
6
6
7
6
7
6
7
7
9
S
8
9
10
9
8
3
9
9
9
6
9
9
9
9
7
15.9
h. i
. . 6 <
n. s.
19 37.47
;o 1.61
;i 48.14
52 55.52
>3 57.33
53 32-33
55
54 5L59
,4 58.62
1.81
38 31-44
59
o 6.82
o 33.16
o 46.04
i 57-34
2 30. g6
3 54-86
5 8.82
5 15-00
6 50.05
7 58.86
S i8.ii
8 33.62
10 42.25
10 42.62
12 47.56
13 17.54
14 57.60
15 48.77
16 18.85
17 24.07
18 19.95
19 10. ii
19 28.68
20 41.30
23 56.48
25 25.51
26 26.02
2g 42.61
30 43-50
30?57.09
32 o.io
33 27.32
33 52.11
34 3-91
36 15.26
36 50.11
38 46.46
s.
-31.59
31-59
31.60
31.61
31.61
31.61
31.62
3 1. -62
31.6
-31-64
-31.64
31.64
31-65
31.66
31.66
31-67
31-67
31-67
31.68
31.68
31.68
31.69
31-70
31.70
31-72
31.72
31-73
31-73
3L74
31.74
31-7-1
31-75
31-76
31.77
3L77
3L79
31-79
31.80
31.80
31.80
31.80
31.81
31.81
31.81
-31.82
s.
I.OI
I.OO
I.OO
0.98
I.OI
I.OO
I.OI
I.OI
I.O
o.gS
o.gg
o.gc
o.gg
2
4
7
2
3
I
2
2
6
5
5
r.
37.587
45-27
47-115
39-375
41.11
40.025
47.678
45 59-04
30 22.09
6 34-64
40 30.38
36 13.61
49 47-68
44 34-89
40 10.75
-19.63
I9.72
20.13
20.38
20. 3g
20.52
20.8
20.82
-20.85
12.25
10.05
6.79
11.47
10.87
12.80
12.05
-11-43
h. m. s.
6 49 4.87
49 29.02
51 15-54
52 22. g3
52 24.71
52 59-72
(53)
54 18.96
54 25. gg
(54)29.21
57 58.82
(58)
6 59 34.19
7 o 0.53
o 13.40
i 24.69
i 58.32
3 22. Ig
4 36.14
4 42.34
6 17.38
7 26.18
7 45-43
8 0.92
II 9-55
II 9.92
12 14.85
12 44.84
14 24.90
15 I6.O5
15 46.12
-'6 51-33
17 47.19
18 37-37
18 55-94
20 8.56
23 23.74
24 52.74
25 53.24
2g g.82
30 10.73
30724.31
31 27.31
32 54-51
33 I9-3I
33 31-10
35 42.43
36 17.31
7 38 13-63
/ II
30 57 30.9
30 41 52.3
18 1.8
52 2.2
30 47 45.0
31 I 21.3
30 56 7-8
30 51 43-0
3O 22 27.6
33 n. o
30 30 30.2
30 25 42.8
33 44-9
21 51.4
43 o.g
51 42.2
25 ii. i
34 25.2
42 51-8
43 40.7
49 44-9
38 27.0
37 46.4
40 7.8
31 39-7
21 2.6
38 1.4
46 55-9
30 57 34-7
31 o 41.2
30 38 4.6
48 4-1
. 28 17.9
20 14.5
39 2.9
.30 56 46.8
3O 21 28.6
19 21.6
27 28.3
48 53-6
38 48.5
30 41 36.4
31 2 3O.O
30 34 17-3
30 58 3L5
40.0
.
I s
: :
42.7
55-4
19.8
8.2
23.2
35.5
10.5
. ,
4O. 2
. . i8. 5
31.5
, ,
6
47-85
44-35
49.00
10 58.60
21 40.41
18 59.92
21.65
21.70
-21.79
- 7-39
8.87
- 8.48
7-
19.3
30.5
7
. .
46.
57-2
58.7
IO.2
.1-5
0.99
o.gg
o.gS
i .00
I.OI
o.gg
o.gc
I.OO
I.OO
I.OI
. I.OO
I.OO
I.OO
0.99
o.gS
I.OO
I.OI
1.02
I.OO
I.OO
o.gg
o.gS
I.OO
I.OI
I.OO
o.gS
o.gS
o.gg
I.OI
I.OO
I.OO
i. 02
o.gg
I.OI
ii.
12.
6
5
7
3
2
6
5
4
4
3
5
5
4
5
7
5
3
2
I
4
3
6
7
4
2
7
7
6
3
5
4
l
5
2
42.225
43-39
38.697
47.655
47-78
43.161
42.258
37-74
36.31
36.oog
35-2g2
36.467
42.517
47.085
40. iSg
36.068
40. g4
37-67
42.425
46.11
38. g?
37-865
41.627
44.46
39-095
14 12.76
22 13.54
10 21.51
31 27.82
40 7.58
'3 40.10
22 52.62
31 17.85
32 6.57
38 9-79
26 53.04
26 12.49
28 33.13
20 6.01
9 30.02
26 26.27
35 19-44
45 56.51
49 2.30
26 28.76
36 26.80
16 43.09
8 40.38
27 26.06
45 7-35
22.17
22.44
22.56
22.88
23.16
23.19
23.54
23.81
23.88
23.94
24.43
24-43
24.91
25.03
25.40
25.59
25.71
25.93
26.17
26.36
26.43
26.64
27.05
27.24
-27.37
- 7.82
8.93
7-30
IO.2O
11.41
7.76
9-03
10.18
10.29
11.13
g. 5 S
9.48
g.8l
8.63
7-18
9.51
10.74
12.24
12.68
9.51
10. go
8.14
7.08
9.65
12.12
.
43-2
42.3
56.5
54-7
8.4
7-6
. .
1
; ;
. .
50.
2-9
15.5
24.2
37-5
4.1
42.
4.2
47-5
0.4
30.3
43-
if,
44-5
57-2
62.5
58.4
48 5
"6
47-
31-4
60.2
43-6
13-5
56.4
25-4
25.5
8.g
38.
39-3
51.3
3-7
21.
i
. .
21 .0
39-50
43-175
39-344
37.617
34-775
40.052
39-35
42.62?
36.115
9 53-45
7 46.61
15 52.18
37 14-29
27 10.54
2g 58.06
50 48.44
22 3g.6o
46 50.19
-27.92
28.0
28.09
28.28
28.33
28.36
28.64
28.71
28.96
7-23
6-95
8.05
II. 01
g.62
10. OO
12.93
8.98
12.36
: : i : :
TC c
TH r
....
15.2
41.0
>' '<
21. 34-
46.
7
CORRECTIONS.
REMARKS.
n . Curr. of
Date ' Clock.
Hourly
rate.
m n
c
Zenith
Point.
Mic. Co. (165)
48. Transit at ig".8 assumed to have been
over T. Ill instead of T. IV,
55. Minutes assumed as o.
;6. Minutes assumed as o.
57. Minutes assumed as n instead of 10.
58. Minutes assumed as n instead of 10.
70. Very close double star.
1849. h- s.
s.
s. s.
s.
r.
(i65)
(165)
. (165)
(165)
INSTRUMENT READINGS.
" (165)
Date.
CIRCLE.
Barom.
||
s
c o
X
A.
B. C.
D.
Corr'd
Mean.
Mean.
Zone 165
1849. h- m -
Feb. 23, 8 27
8 28
2go
26 53.7
5.o 54-3
52-3
52-57
52.58
in.
30.384
35-2
28.5
17-
1 3 o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 165. FEBRUARY 23. MAJ. D = 30 n' o" Continued.
No.
Mag.
SECONDS OF TRANSIT.
-
"i
oa
MICROMETER.
I
4
d*
Mean Right
Ascension,
1850.0
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
n.
12.
92
93
94
95
96
97
98
99
IOO
101
102
103
104
105
106
107
1 08
109
no
in
112
113
114
U5
116
"7
ITS
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
"35
136
137
7
9
9
10
6
9
10
IO
9
9
6
9
9
9
8
8
8
8
9
9
9
8
8
7
8
8
8
9
9
6
7
7
8
7
9
h. m. s.
7 46.67
39 36.12
40 48.62
42 10.64
43 14-39
44 45.48
46 54.83
47 3I-76
48 25.11
49 40.24
49 50.99
51 31-61
52 44.32
53 48.71
53 50.10
55 18.02
56 38.26
57 24.86
57 58.69
58 54o6
7 59 2.80
8 o 22.89
2 35-09
3 57-92
4 3.6o
4 35-06
5 6.01
7 14.20
9 20.25
9 32.27
10 4.02
10 24.58
12 44.10
14 36.15
14 40.43
16 32.56
17 59.76
ig 26. ig
ig 32.62
19 56.80
21 5.01
21 24.20
23 24.91
25 16.80
26 26.42
8 27 33-34
31.82
31-83
31-83
31-84
31-84
31-85
31.86
31-86
31-86
31.87
31-87
31.87
3t.87
31.88
31-88
31.88
31-89
31-89
31-89
31.90
31.90
31.90
3I-9 1
31.91
3I-9 1
31-91
31.91
31.92
31.92
31.92
31-93
31-93
31-94
31.94
31-94
31-94
31-95
31-95
31-95
31-95
31-95
31-95
31.96
31.96
31-97
-31-97
s.
I.Ol
I.OO
o-99
I.OO
0.98
1.01
0.99
I.OO
I.OO
I.OO
I.OO
I.OO
1. 01
I.OO
0.98
I.OO
I.OO
1. 01
0.98
1. 02
1. 01
I.OO
1.02
I.OO
I.OO
I.OO
0.99
I.OO
0.99
0.98
0.99
0.98
0.98
0.99
0.99
0.99
0.98
I.OO
I.OO
I.OI
0.99
1. 02
0.98
I.OO
0.99
1.02
3
4
7
4
7
2
6
4
-5
4
5
5
3
5
7
5
4
-
7
I
2
3
i
4
4
3
6
5
6
7
6
7
7
4
! 6
7
5
3
! 6
2
7
5
5
i
r.
32.95 :
34.017:
33-347.1
33.68 ;
36.76 i
40.96 .]
40.258,1
37-64 ;
35-33 |5
38.675;
32.357:
33-39 :
34-112;
32-43 :
33-41 i
33.02 :
37-225;
39-40 |;
44.23
45-27 4
43.96 ,
45.69 ;
41.6980
45-345;:
44.88 :
46.057;
38.57 |i
36.692:
38.79 i
35.165 i
38.42 i
38.39 i
38.682 i
47.032:
35.537:
33.19
43-57
37.534:
40.372 : :
34.467i:
28.232:
34-97 -
40.31
36.49 :
45.92 :
4L377-
/ n
9 55-37
3 26.16
3 26.01
45-52
i 28.37
4 2 . 96
5 20.65
i 19.98
6 51.38
o 45.69
8 34-35
7 58.35
9 14.9'
8 31.68
3 23.99
8 11.47
i 35.78
6 12.74
7 10.39
7 23-75
2 19.07
2 35.65
9 27.39
6 55-51
7 ".56
2 22.99
6 18.90
7 3-93
6 11.31
2 23.43
6 24.08
o 32.11
o 22.03
5 57.2g
6 44-43
g 24.60
7 33-32
5 35-66
15 38-85
!9 2.97
.2 15-37
17 29.71
g 25.84
.6 11.70
so 46.22
19 38.47
28.96
29.07
29.22
29.40
29-54
29-73
30.01
30.08
30.21
30.37
30.39
30.61
30.77
30.90
30.91
31.10
31-27
31-37
31-45
31.57
31-58
3i./f>
32.05
32.23
32.24
32.31
32.37
32.65
32.92
32.95
33.05
33.06
33-36
33.61
33.62
33-86
34-05
34-23
34-25
34.30
34-45
34-49
34-75
35-00
35.15
-35.29
1 1 . 40
10.48
7-73
IO. IO
7.46
11.98
7.98
10. 18
9.5S
10. 10
9.81
9-73
11.29
9.80
7.71
9.76
IO.22
10.87
6.86
12.46
11.72
10.36
12.77
9-56
9.62
10. 3-)
8. ii
9.60
S.og
7-57
8.12
7-30
7-29
9-44
9-54
8-54
6.Sg
9-39
10.78
11.26
8.92
12-47
7.15
9.48
8.72
12. SO
h.' m. s.
7 38 13-84
39 3-29
40 15.80
41 37.80
42 41-57
44 12.62
46 21.98
46 58.90
47 52.25
49 7-37
49 18.12
50 58.74
52 11.44
53 15.83
53 17-24
54 45-14
55 5-37
55 51-96
57 25.82
58 21.64
58 29.89
7 59 49-99
8 2 2.16
3 25.01
2 30.69
4 2.15
3 33-H
6 41.28
8 47-34
8 59-37
9 31-10
9 51.67
12 II. IS
14 3.22
14 7-50
15 59.63
17 26.83
18 53-24
18 59.67
19 23.84
20 32.07
20 51.23
22 51.97
2 4 43.84
25 53-46
8 27 0.35
30 51 35-7
45 5-7
25 3-0
42 25.0
23 5-4
55 44.7
26 58.6
43 0.2
38 31-2
42 26.2
40 14.6
39 38.7
50 57.0
40 12.4
25 2.6
39 52.3
43 17-3
47 55-0
18 48.7
59 7-8
54 2.4
30 44 17.8
31 I 12.2
30 38 37-3
38 53-4
44 5-6
27 59-4
38 46.2
27 52.3
24 3-9
28 5.2
22 12.5
22 2.7
37 40.3
33 27.6
31 7.0
19 14.3
37 lg-3
47 23.9
50 48.5
33 58.7
59 16.7
21 7.7
37 56.2
30 32 30.1
31 i 26.6
14.5
27.
-9
5
42.
45-5
54-7
23-4
27-
58.2
36.2
40.
52.7
IO.2
6"! c
53.
5 8
18
22.7
14.4
27.
"R *
43-5
56.5
24.7
37-8
24.2
37-
33-
41.2
10.5
22.4
22.5
35-7
.
- .
51-
58.1
3-4
10.5
i6.j
60.5
ii Vi
. -
. 44.2
T J
ii. 5
2O. 2
32.2
2Q.7
55-
22.5
23.2
36.2
49-
ft '
32-4
59-7
26.
4
9
9
9
9
8
6
7
6
6 1.'
47-
13.3
*"*1
12.3
*
n.
- -
43.4
34-7
2 5 .
^7.4
38.5
51
3
4-1
rfi fi
26.4
33-4
46.0
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
e
Zenith Point. Mic.
Co.
(165) 103. Observed going out of the field.
(165) 108. Minutes assumed as 55 instead of 56.
(165) 109. Minutesassumed as56insteadof 57.
(165) 116. Minutes assumed as 3 instead of 4.
(165) 118. Minutes assumed as 4 instead of 5.
(165) 122. Transit over T. VII assumed to have
been recorded over T. V, and T.
VII rejected.
1849. h.
s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
11
"A
ri
~Z v
<S5
"*%
El
u E
&$
A. B.
C. D.
Corr'd
Mean.
Mean.
1849. h. m.
t It
\
n
in.
o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 166. MARCH
i. MAJ. BELT, 287 20'. D = 33 20' 40".
No.
Mag
SECONDS OF TRANSIT.
T-
a\
a-i
MICROMETER.
i
<fi
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII. II. 12.
i
2
3
4
5
6
7
S
9
10
II
12
13
M
15
16
17
18
19
20
21
22
23
2 4
25
26
27
28
29
30
31
32
33
34
35
36
37
3S
39
40
41
42
43
44
45
46
47
48
49
6
9
9
S
6
7
6
6
10
7
8
8
8
9
7
7
8
7
7
7
6
9
7
9
7
9
6
9
9
9
8
8
7
7
6
7
7
8
8
6
S
8
6.7
9
8
7
7
42.8
56.5
9.1
22.
35-8
h. m. s.
49. 62.0 .. . . 7 40 22.
IQ. e . JI 52.
46
95
06
42
98
27
OS
57
36
76
35
19
48
33
92
5 2
2g
82
26
65
82
19
75
36
53
43
64
67
66
21
27
50
94
96
03
17
34
76
66
<f
77
62
ii
44
45
77
23
9 1
10
s.
22.02
22.02
22.02
22.04
22.04
22.04
22.05
22.06
22.07
22.07
22.08
22.09
22.09
22. og
22.09
22. IO
22.11
22. 12
22.13
22.14
22.14
22.14
22.15
22.16
22.16
22.16
22.17
22.17
22.18
22.10
22.IS
22.19
22.19
. 22.20
22.2O
22.2O
22.20
22.21
22.21
22.21
22.21
22.22
22.22
22.22
22.23
22.23
22.24
22.24
22.24
s.
I . 00
I. 01
I.OO
i. or
0.99
-99i
I.OO.
I.OO
i.oo;
I. 01
O.qSj
I.OO
-99
I.OO
0.99
1. 01
I.OO
o-99
-99
I. 01
I. 01
I.OO
0.99:
0.99
I.OI
i.oo
I.OI
1.01;
I.OI
I.OO
o-99
I.OO
I.OO
o-99 :
I.OI
I .02
1. 02
I.OO
0.98
0-99
0.98
I.OI
1. 02
0.99:
0-99;
0.98
I.OO
0.98
0.98
IV.
VII.
VII.
I.
VII.
VII.
IV.
VI.
VII.
VI.
VI.
VI.
VI.
12.
12.
V.
12.
VI.
4
3
3
3
6
7
5
5
5
3
7
4
5
5
5
2
4
7
7
3
2
4
6
6
3
4
2
3
3
4
5
4
5
6
2
I
I
5
6
5
6
I
I
i;
7
4
r.
36.424
36.758
38.868
37.631
31-435
33-31
35-085
37.138
38.93
36.49
39-984
38.74
43-73
38.359
43.632
36.035,
35.438
31.847
31-497
30.248.
36.11?'
37-58o
39-038
31-79
30.708,
37.403
36.94 -
36.204
34.67
39.987
39.814
36.727
35.56
31.818
38.614.
38.398
35.164
38.71
44-219
47.587
46.791
46.64 .
45.298
47-437
39.598
39-598
36.398
34.20
42.814
41.605
52 3-42
!7 43-13
j6 30.30
57 13.00
:o 23.46
[3 26.77
!6 59.08
!5 48.06
'4 45-97
57 52.6i
9 36.65
jo 43.32
!2 0.52
=5 4-74
12 2.73
(6 50.56
52 37-47
14 17.62
14 29.76
Ji 28.23
|6 47-73
51 22.18
6 1.44
10 11.55
Ji 12.35
)i 28.73
(6 19.32
J8 2.25
)8 55.42
;o 0.40
!4 15.85
)i 52-97
i6 42.68
!O 10.64
15 20.20
>I 19-74
53 11-59
!4 53.96
3 2.62
9 47-57
H 33-85
(6 35.66
17 21.98
19 52.75
15 42.12
9 50.16
[i 40.20
53 20.19
7 59-14
8 40.87
II
- 4-84
5.04
5- H
5.55
5-55
5.67
5.83
5-93
6.20
6.33
6.60
6.76
6.77
6.80
6.99
7.10
7-39
7-77
8.06
8.35
8-45
8.46
8.79
8.91
8.97
9.06
9.28
9-40
9-53
9.70
9-74
10.03
10.08
IO.22
IO.23
10.29
10.48
10.56
10.59
30.63
I0.8I
II. 01
Il.lg
11.19
11.29
11.29
11.36
11.69
11.86
i I . 90
n
6.36
7.41
7.19
7-32
4.25
3.00
5-45
5-23
5-04
7-46
2.30
6.13
4-54
5- II
4-54
9.10
6.47
3-15
3-18
8.12
9.10
6.25
3-45
4.22
8.06
6.27
9.01
7-47
7-63
6.00
4.96
6.34
5-40
4.22
8. Si
9.98
10.33
5.07
2.91
4.14
2.65
9-09
9.24
4.16
3-40
2.36
2.69
6.60
2.03
2. II
h. m. s.
7 39 59-44
41 29.92
41 58.04
45 17-37
45 14-95
46 20.24
47 34.03
48 22.51
50 21.29
51 21.68
53 21.29
54 38.10
54 44.40
54 55-24
56 16.84
57 8.41
7 59 18.18
8 2 13.71
4 21.14
6 35.50
7 18.67
7 23.05
9 56.61
10 51.21
ii 19.36
it 58.27
13 41.46
14 35-49
15 36.47
16 55-03
17 15-10
19 27.31
20 49.75
20 57-77
20 58.82
21 30.95
22 53.12
23 38.55
23 49-47
24 8.78
25 29.58
27 6.39
28 31.87
28 32.23
29 16.23
29 51.56
32 30.99
33 52.69
8 34 5-88
1 It
33 52 54-6
58 35-6
57 22.6
58 5-9
41 13-3
34 15.4
47 50-4
46 39-2
45 37-2
58 46.4
30 25.6
51 36.2
42 51-8
45 56.6
33 42 54-3
34 7 46.8
^3 53 31-3
35 8.5
33 35 21.0
34 2 24.7
34 7 45-3
33 52 16.9
36 53-7
33 41 4-7
34 2 9.4
33 52 24.1
34 7 17.6
33 58 59- 1
59 52.6
50 5&.I
45 10.6
52 49-3
47 38.2
33 41 5-1
34 6 19.2
12 2O. O
34 14 12.4
33 45 49-6
33 56.1
40 42.3
33 32 27.3
34 7 35-7
34 8 22.4
33 40 48.1
(36 36.8
(30 43-8?
32 34.2?
54 18.5
28 53.0
33 29 34.9
t
.... 42 21.
40.2
54-0
6.8
17-5
21.
.... 45 40.
37-4 - - 45 37-
46 43.
. . JIO.4
23.4 47 57.
32.
45-759-
10 S
.... 48 45-
50 44.
II.22J.6 .... 51 d.1.
qi ji.
1.314-
28.
.... 55 I-
=;<; 7.
. . . . ^31. 55 18.
. . 52.5 56 39.
. . dd.i; 57 ii.
54-3
36.7;50.
8.
21. C
. . . . 7 59 41.
. . . . 8 2 36.
43-4 4 44-
58 5 12
6 <;S.
29.
41.2
55-3
: 7 41.
. . 59. 7 46.
.
IQ.7
10 19.
. . 127.1;
ii id.
....
0. I .
. . ; II 42.
J
2O. 35. 12 21.
.... 14 4-
n ?8.
....
30.745-
. . I1&.A
31.4
26.2
39-4 .... 15 59-
17 18.
18. 17 18.
it.
-4.
37-4
50.2
10 ?O.
21.
26.
33-9
39-5
47-5
. . . . 20 12.
.... 21 20.
. . 1 1 21 C 1.
43.
2-! 16.
"S -
.... 24 I.
39.
.... 24 12.
. . (4.5 24 31.
32.5
.... 25 52.
. . 16.3
1
29.4
55.
43-2
8.4
52. 4
. *
21.8
5-0
35-2
54.5
.... 27 29.
.... 28 55.
.... 28 55.
.... 29 39
30 14.
21.
33-7
.... 32 54-
. . i . . bo.
. . . . 8 34 29.
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith
Point. Mic.
Co.
1849. h. s.
Mar. 7, 9 23.356
s.
g 0.007,
s. s.
0.149 + 0.382
s. _' r .
- 0.196 359 59 59.19 39-465
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
11
H
<i5
a E
a o
S
K o
WES
*An error of 3' suspected in the circle-reading,
the vernier being badly adjusted ; it ought
to be, perhaps, 287 18', &c., as was after-
ward found when observing for the nadir
point.
A.
B. C. D.
Corr'd
Mean.
Mean.
Zone 166
1849. h. m.
Mar. 7, 7 40
8 o
8 20
8 4.0
9 o
9 10
9 20
9 17
*287
21 2.3
3-2
0.9 3.9 3.1
1-9 4.1 3-5
} 2.86
in.
(29.988
30.010
30.012
30.018
48.4
48.'
47-6
47-4
47-5
46.:
45-1
45-2
44-4
44- c
2.8
2.8 4.0 4.8
3-6i
3.60
2.7
2.8 4.2 3.8
3-39
3-38
132
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 166. MARCH 7. MAJ.
BELT, 287 20'.
D = -33 20
' 40" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
"i
s
MICROMETER.
i
</i
<l,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
50
5i
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
9
6
6
7
7
9
9
8
8
9
9
10
8
8
8
9
8
8
9
9
9
9
7
5
7
8
7
9
7
6
6
II
9
8
9
9
9
8
9
8
7
9
7
9
9
9
5
9
6
9
II. 2
h. m. s.
8 39 58.00
41 14.99
41 49.50
44 32.12
45 28.17
47 49.36
48 26.22
49 34-27
49 46.60
52 35-33
55 9-4
55 15-47
56 43-70
8 57 37-77
9 o 10.26
i 29.29
i 0.96
2 42.82
4 48-27
5 20.89
6 40.18
9 40.04
12 54-33
13 58.13
15 41.30
17 6.12
19 49.97
20 45.47
21 22.76
22 9.96
2g I.Og
29 54.04
31 36.23
34 12.64
35 43-46
36 7.03
39 48-22
43 13-77
43 58.93
47 17-70
48 28.60
49 47-74
50 53-54
51 40.26
55 2.21
55 39-43
55 5I-30
57 45-29
9 59 16.82
10 i 49.03
s.'
22.26
22.26
22.26
22.27
22.27
22.28
22.28
22.29
22.29
22. 2C
22.30
22.30
22.3O
22.31
22.31
22.31
22.31
22.32
22.32
22.32
22.32
22.33
22.33
22.33
22.34
22.34
22.35
22.35
22.35
22.35
22.36
22.36
22.36
22.36
22.36
22.36
22.36
22.37
22.37
22.37
22.37
22.37
22.37
22.37
22.37
22.37
22.37
22.37
22.37
22.37
s.
.01
.01
.01
0-99
.00
.02
.02
.00
.01
.00
.01
.00
0-99
0-99
.00
.00
0.98
0.99
I. 00
I.OI
0.99
0.99
0.98
0.98
0-99
1. 02
0-99
I.OO
0.98
1. 02
0-99
I.OO
1.02
0-99
1.02
1.02
I.OO
1. 02
I.OO
0.97
1 .02
I.OO
I.OI
0.99
I.OO
0.99
0.98
1.02
I. O2
I. O2
VI.
V.
12.
vh.
2
2
2
tf
4
I
I
4
3
5
3
4
6
6
3
3
7
6
5
2
5
5
7
7
5
I
6
3
7
i
5
4
i
6
i
i
3
i
4
7
i
5
2
6
4
5
7
i
I
i
r.
41-349'
41.827
44-278
48.148
38.749'
33-402;
32.98
34.645
33-32
31.7881
36.395
34.030
34.82
39-79
41 "9
43.000
38-695
34-343
34-25
37.916.
43-537
4L732
44-437
44.038
45-42
35-597
32-75
41-49
43-248
33-66
45-513
41.22
3I-528
38.22
41-37 '
43-63 '
38.514
35-824
38.99
49.92
39.216
38.478
38-057-
40.885:
33.822
38-64
45-974
44.674.
44-015-
44-785
\3 46.28
13 30.64
)2 6.OO
[9 28.22
;o 43.18
>4 12.51
>4 26.73
53 4.83
59 42.19
:S 52.88
57 56.06
S3 25.65
[8 27.02
15 35-48
15 i3-oi
!4 8.03
o 21.31
8 43-49
'-7 27-9
(5 45-47
22 7-35
23 8.76
7 3-13
7 16.90
!I 2.37
,2 56.77
9 38.47
55 0.04
7 44-18
i4 2.32
!0 59.17
i<) 17.72
>5 17-26
6 29.68
19 37-55
[& 19-38
)6 42-75
,2 48.97
50 34.86
3 53-8?
;o 51,51
!5 1.81
15 40.78
4 56.79
!3 33-22
!4 56.38
6 10.07
17 43-46
IS 6.27
17 39-67
-12.59
12.74
12. 81
I3-I4
13.26
13.54
13-62
13.76
13-79
I4.I3
14.41
14-43
14.61
14.71
15.01
15.17
15-2
15.26
15.36
15-41
I5-5I
15-74
16.05
16. 15
16.32
16.46
16.71
16.81
16.89
16.98
17.77
17.87
18.10
18.46
18.66
18.72
19.22
19-77
19.90
20.44
20.64
20.85
2 I . 03
21. 2O
21.85
21.97
22.O1
22.38
22.66
23.18
- 8.54
8-49
8.24
4.08
6.13
10.51
10. 60
6.56
7.81
5.80
7-44
6.61
3-88
3-37
6.96
6.76
2.41
3-93
5-53
8.93
4-54
4.72
1.84
1.85
4-34
10.30
4.10
6.92
1-97
10.51
4-34
5.88
10.76
3-53
9-67
9.42
7-23
10.28
6. ii
1.27
9.90
5.09
8.90
3.25
6.64
5-07
1.67
9-3'
9-39
- 9-30
h. m. s.
8 39 34-73
40 51.72
41 26.23
44 8.86
45 4-9
47 26.06
48 2.90
49 10.98
49-23-30
52 12.04
54 45-73
54 52.17
56 20.41
57 14-47
8 59 46.95
9 I 5.98
i 36-67
2 19.51
4 24.95
4 57-56
6 16.87
9 16.72
12 31.02
13 34-82
15 17-97
16 42.76
19 26.63
2O 22. 12
20 59.43
21 46.59
28 37-74
29 30.68
31 12.85
33 49-29
35 20.08
35 43.65
39 24.86
42 50.38
43 35-56
46 54-36
48 5-21
49 24-37
50 30. 16
51 16.90
54 38.84
55 16.07
.55 27-95
57 21.90
9 58 53-43
to i 25.64
34 4 47-4
4 31-9
34 3 7-1
33 40 25.4
33 51 42-6
34 15 16.6
34 15 31-0
33 54 5-2
34 o 43.8
33 49 52.8
58 57-9
54 26.7
39 25-5
36 33-6
56 15.0
55 10.
31 18.9
39 42.7
33 48 28.8
34 6 49.8
33 43 7-4
44 9.2
28 1.0
28 14.9
33 42 3-0
34 M 3-5
33 40 39-3
56 3-8
33 28 43-0
34 15 9-8
33 42 1.3
33 50 21.5
34 16 26.1
33 37 31-7
34 10 45.9
34 9 27-5
33 57 49-2
34 13 59-0
33 51 40.9
33 24 55-6
34 12 2.0
33 46 7.8
34 6 50.7
33 36 1.2
54 41-7
46 3-4
33 27 13.8
34 8 55.2
9 18.3
34 8 52.2
ft?
15.0
28
52.5
6.'o
19.
15-3
49-2
3-0
28.
41.2
62.4
54-7
16.2
6ft T
14.
29.2
42.5
56.'
35-3
o.o
48.4
13-
2.0
26.3
55-2
IO.2
23-3
17.5
30.4
44-1
57-0
IO.2
23.4
42.3
1ft 1
56.
I'R'I
50.
22.5
47. =1
40.4
53-2
6.4
20.
3Q.1
ii
28.2
15-0
41.
45-2
28.4
54-3
58.0
41.0
ft
7-3
II. 2
54-4
IQ.4
24.1
50.
3.
16.4
12.
25.2
21.8
23.
21.7
35-0
46.4
47-4
48.
59-5
30.3
0.5
1.2
36.'
12.4
43-2
13.6
59-
14.
49-5
56 : 4
12.2
42.
7.2
27.3
20.5
3-
33-5
14-7
25-3
44-2
55-2
'4-5
20.
40.4
33-8
47-
28.
57-2
8.3
27.2
33.
2Q A
22.5
35.9
13-
49-
26.4
2.O
39-3
50.
53 .'8
rR ]
12.
4-
36-
16.4
49-1
30.1
2.0
15-5
29.
CORRECTIONS.
REMARKS.
P. Corr. of
Clock.
Hourly
rate.
m n
c
Zenith
Point.
Mic.
Co.
(166) 66. Minutes assumed as 2.
(166) 67. Time of transit over T. V assumed
as 56" instead of 50".
(166) 96. Transit over T. 12 assumed to have
been at 3 a .8 instead of 53".8.
1849. h. s.
s.
s. s.
s.
/ //
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
li
sg
S 4>
|S
|
sl
<D
* %
"
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 166
1849. h. m.
Mar. 7, 9 40
10
n
"
n
in.
40.4
43-;
43-
30.028
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 167. MARCH
8. MAJ. BELT, 287 20'. D = 33 17' 30".
No.
i
2
3
' 4
6
i
10
II
12
13
14
15
16
i?
IS
19
i 20
21
22
23
24
25
26
27
28
29
30
31
32
33
j
2
3
4
5
6
7
8
9
10
it
12
Mag
SECONDS OF TRANSIT.
T.
i
"i
MICROMETER.
i
d,
J*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV
V.
VI.
VII
II.
12.
9
9
7
7
8
6
8
S
10
5
8
9
8
7
8
8
9
8
9
7
9
8
8
8
9
8
Q
O
8
7
9
5
10
8
9
4
8
S
8
8
8
S
6
10
to
h. m. s
5 59 27
5 59 23
6 22
2 50
4 36
6 II
's<
87
42
5<
oo
((
88
s.
-21.54
21.55
21. 5f
21.5;
21. 5C
2I.6C
21. 6.)
21.6=
21.6 =
21. 6S
21. 6S
21. 6c
21. 6c
21. 6c
21.70
21.71
21.72
21.75
21-77
21. 75
21. SC
21.83
21. 8J
21.87
21.88
21.90
21.90
21.91
21.93
21.94
21.95
21.96
-21.97
IAJ. B
-26.94
26.96
26.96
26.96
26.96
26.97
26.98
26.98
26.98
27.00
27.00
-27.04
s.-
I. 01
1. 01
0-99
0.99
1.02
I. 00
1. 01
0.99
0.99
I.OI
o-99
I.OO
1. 00
0-99
0.98
I.OI
I.OO
I.OI
1.02
i.oo
0.98
I.OI
1. 02
I.OI
I.OO
I.OO
1.02
I.OO
I.OI
0.99
1.02
I.OO
-0-99
ELT, 28
I.OO
I.OO
o-99
I.OI
I.OI
o-99
0.99
I.OO
o-99
i. 02
I.OI
i. 02
VI.
it.
VII.
IV.
IV.
IV.
III.
VII.
vii.
n.
IV.
IV.
IV.
IV.
IV.
5 27V
VI.
2
3
7
6
I
4
2
5
5
2
7
4
4
(.
7
2
5
2
I
3
7
2
I
2
4
5
2
5
2
6
I
3
5
E
3
3
6
2
2
6
6
4
5
I
i
i
r.
38.83 45 13.92
35.74238 17-69
36.07811 51.24
37-49 17 54-88
38.10251 30.35
35-35432 40.36
43-49542 33-09
45.28821 6.94
43.62522 4.32
35.73747 0.80
33.37613 24.50
31.65434 48.01
39.72430 9.53
41.25914 44.79
37.65210 57.30
40.78044 6.79
35.89226 30.82
44.35042 3.57
42.63348 53.06
39-99 ; 35 5L97
40.712 9 11.69
36.30546 41.24
31.71755 10.73
35-24 47 18.01
33.26 33 52.63
38.45525 2.77
33.62548 13.74
35.80226 34.32
40.42544 19.04
33.48 19 13.28
33-73854 0.92
38.33636 49.07
43.25622 17.06
> = -35 12' o".
41.16735 11.17
42.37 34 29.83
41.305 14 43.20
46.20940 59.41
48.11 39 53.79
41.687:14 30.02
43-865 13 14.83
35-99 32 18.41
40.41423 55.15
43.73848 15.83
47-75545 57-i8
39.38250 46.17
- 2.54
2.52
2.64
2.94
3-15
3-34
3-95
4.12
4.14
4-54
4.56
4.70
4.80
4-83
4.96
5.10
5-35
5-77
6.20
6.53
6.80
7-35
7-63
8.13
8.21
8.62
8.73
8.85
9.14
9-30
9.44
0.6o
9.82
- 8.82
8.87
8.88
8.89
8.89
8.95
8.96
8.96
9.02
9.16
9.13
- 9-52
12.84
1 1 . 56
6.71
7-79
14.02
10.51
12.35
8.37
8-55
13.18
6.98
10.89
10.03
7.22
6.55
12.63
9-35
12.24
13-54
II.IO
6.23
13.12
14.73
13.24
10.74
9.08
13-41
9-37
12.67
8.03
14-50
11.27
- 8.58
II. 21
11.05
6.50
12.56
12.31
6.46
6.20
10.53
8.60
14.26
13-73
-14.88
h. m. s.
5 59 5.25
59 I-3I
5 59 59.87
6 2 28.00
4 13-39
5 49.06
10 47.23
12 I. 06
12 8.76
15 10.68
15 18.90
16 25.29
17 3.38
17 25.20
18 18.54
19 24.28
21 6.05
24 1.65
26 59.30
29 16.37
. 31 14-34
35 7-o8
37 6.04
40 46.24
41 28.86
44 4L46
45 37.87
46 33.11
48 46.73
50 5.81
51 30.73
52 55.46
6 54 54-71
8 4 46.43
7 12.52
7 49-81
8 19.67?
8 20.43
10 17.94
10 31.29
10 45.69
12 5.68
15 40.92
14 46.71
8 22 58.95
34 2 59.3
33 56 1.8
29 30.6
33 35 35-6
34 9 17-5
33 50 24.2
34 o 19.4
33 38 49-4
33 39 47-0
34 4 48.5
33 31 6.0
52 33-6
47 54-4
32 26.8
33 28 38.8
34 i 54-5
33 44 15-5
33 59 51-6
34 6 42.8
33 53 39-6
33 26 54.7
34 4 31-7
13 3-1
34 5 9-4
33 51 41-6
33 42 50.5
34 6 5.9
33 44 22.5
34 2 10.8
33 37 0.6
34 II 54-9
33 54 39-9
33 40 5-5
35 47 31-2
46 49-7
26 58.6
53 20.9
52 15.0
26 45.4
. 25 30.0
44 37-9
35 36 12.8
36 o 39.2
35 58 20.0
36 3 10.6
3r
32.
24.337-450..
9.5,22.835.
45-5 58.411.
43.456.7 g.<
. . 10. 423.)
iS
1
M9-4
24.7
38 .'i
51.4
. .
>37-
rS '
12 23.70
12 31.40
15 33-37
15 41-57
16 47.98
17 26.07
17 47.88
18 41.22
19 47.00
21 28.77
24 24.41
27 22.09
29 39.16
31 37-12
35 29-92
37 28.90
41 9.12
41 51-74
45 4-36
46 0.79
46 56.02
49 9.67
50 28.74
51 53-70
53 18.42
6 55 I7-67
ARCH 19. J
8 5 14.37
7 40.48
9 17-76
8 47-64
8 48.40
10 45.90
- 10 59.26
it 13.67
12 33.65
16 8.94
15 14-72
8 23 27.01
53-4
7-1
20.
33 -<V
: : : :
21.1
1.2
14.5
c-> 6
ft
7.5
. .
O.2
. .
8 f
44-6
58.2
II. 2
2.1 I
21.4
50.2
29-5
24.6
3-6
42.
38.4
26.
24-
16.8
16.
56.4
51.
39-
37.1
29. t
28.;
52.5
50.
42.?
51-4
4-2
5-3
17.4
30.8
27.
44-1
41-
. .
16.5
29.8
43-5
2.4
56. '5
15-5
9-4
28.8
22.8
22.3
35-7
42.
6 n
38.'
52.0
51-5
5-5
4-2
18.431.3
17.7 - -
14.2
28.241.4
ZON
E 168
. M
64.3
26.2
1.5
IS-
? ?
15.5
13.2
26.2
26.2
28.2
::
42.
55-5
8.6
14.7
0.5
14-5
27-
40.5
CORRECTIONS.
REMARKS.
nit, Corr - of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(168) 3. Time of transit over T. V assumed
as 3i".2 instead of 26 8 .2.
(168) 5. Transit over T. VI assumed to have
been recorded as over T. n.
(168) 12. Declination differs i' from Mural Z.
1849, March 22.
1849. h. s.
Mar. 8, 5 23.560
19, 6 28.232
s.
g 0-017
g 0.025
s. s.
- 0.149 + 0.382
0.149 + 0.382
s.
0.196
- 0.196
r.
359 59 59.07 39-451
o o 3.17 39.463
INSTRUMENT READINGS.
CIRCLE.
Barom.
n
li
<H
-3 6
C
S S
X U
{5
Date.
A.
B.
C. D.
Corr'd
Mean.
Mean.
Zone 167
Zone 168
1849. h. m.
Mar. 8, 5 59
6 o
6 20
6 40
6 54
7 o
Mar. 19, 8 o
8 5
1 II
287 21 1.4
1.5
2.4 10.
//
1.58
//
1.58
in.
30.052
J6.5
15-2
;i-7
42.5
40.9
38.8
38.4
42.8
0.5
1.2
2.9 i.i
1.42
1.42
30.056
30.222
285 26 66. o
60.4
60.7 59.5
61.67
61.65
134
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 168. MARCH 19. MAJ. BELT, 285 27^'. D = 35
12' o" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
<*i
"i
MICROMETER.
'
</,
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
13
N
15
16
I?
IS
"9
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
3&
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
M
60
61
10
10
7
6
9
9
6
8
9
8
6
7
7
7
10
10
9
9
7
9
9
10
10
10
10
IO
IO
7
9
9
8
9
8
7
8
8
4
IO
9
7
9
8
8
7
6
9
9
7
-
6.2
'9-5
33-2
o.o
. .
. .
h. m. s.
8 25 19.62
26 19.21
32 3.91
34 5-86
35 52-39
35 59.92
37 34.67
39 18.19
43 29.32
43 23.24
44 34-21
44 58.09
47 14-70
48 17.03
49 25.31
52 19-35
54 2.26
57 36.86
8 58 0.56
9 o 25.29
I 40.49
3 33-24
5 1.28
3-07
5 18.50
5 27.46
5 41.9
8 20.03
9 10-53
ii 56.87
12 54.22
14 29.16
18 9.76
19 38.01
20 20.84
21
22
23 31.25
24 35-12
25 0.78
25 48.90
27 26.28
28 18.19
30 26.02
30 37.72
31 41-74
32 2.03
34 47- 9 s
9 35 22.35
s.
-27-05
27.05
27.08
27.09
27.10
27.10
27.11
27.11
27-13
27-13
27-14
27.14
27-15
27.15
27.16
27.17
27.18
27-19
27.19
27.20
27.21
27.21
27.22
27.22
27.22
27.22
27.22
27.23
27-23
27.23
27.24
27-25
27.26
27.26
-27.27
s.
1 .02
1. 02
0.99
1.02
1. 00
O.gS
O.gS
I. 00
0.98
1.02
I. O2
0.98
1.01
0.99
0.99
0.98
I.OO
I. 01
1.02
0.99
I .CIO
0.98
0.98
0.98
0.99
0.99
I.OO
I.OO
0.98
I.OO
0.98
I. 01
1. 02
I -.00
-0.98
vh.
VII.
Vlli.
VI.
VI.
n.
i
i
5
1
4
7
7
5
7
i
I
7
2
6
6
7
3
i
i
6
4
7
7
7
6
6
4
7
4
7
2
I
4
7
7
5
7
2
2
I
4
6
7
5
7
3
3
7
r.
37.404
37-978
39-287
36.38
32.62
33.875
35.524
37-892
43.095
39-88
38.58
39-118
36.72
4LI3
37.722
34-33
40.442
46.34
38.114
36.438
35.070
44-895
37.108
36.67
39-36
36.74
f II
51 54-43
51 34-20
24 33-59
52 29.78
34 14-72
<3 7-67
12 10.76
25 22.20
7 49.46
50 28.98
51 I3.85
IO 6.07
46 26.92
14 49.05
16 46.87
12 51-54
35 36.37
46 45.82
51 28.97
17 3I-IQ
32 50.11
6 47.13
II 16.09
ii 31.20
15 49.36
17 19.80
- 9.63
9.68
10.06
10.21
10.35
10.36
10.48
10.61
11.02
II. 01
II. 13
11.17
H.39
11.51
11.62
12.00
12.23
12.71
12.77
13.09
13.24
13.47
13.64
13.65
13.68
-13.69
15.16
15.08
8.75
15-30
10.98
6.16
5-95
8.93
4-99
14.82
14.99
5-47
13.85
6.52
6.98
6.09
11.30
13.92
15-04
7 13
10.64
4-7-t
5-75
5.8o
6.75
- 7-11
h. m. s.
8 24 51.55
25 5I.I4
31 35-84
33 37-75
35 24.29
35 31-84
37 6.58
38 50.08
43 1.21
42 55.09
44 6.05
44 29.97
46 46.54
47 4S. Si)
48 57-16
51 51.20
53 34 -oS
57 8.66
57 32.35
& 59 57.10
9 i 12.28
3 5-05
4 33-08
34.87
4 50.29
4 59-25
5 13-68
7 5i.8o
8 42.32
ii 28.64
12 26.00
14 0.90
17 41-48
19 9-75
19 52-59
(20)
(21)
23 3 . oo
24 6.83
24 32.49
25 20.60
26 57.99
27 49-9 1
29 57-75
30 9-43
31 13-46
31 33-72
34 19-67
9 34 54-07
36 4 19.2
36 3 59-0
35 36 52.4
36 4 55-3
35 46 36.0
25 24.2
24 27.2
37 41-7
35 20 5.5
3& 2 54.8
36 3 40.0
35 22 22.7
58 52.2
. 27 7.1
29 5-5
25 9-6
47 59.9
35 59 12.4
36 3 56.8
35 29 51.4
45 14.0
19 5-3
-3 35-5
23 50.6
28 9.8
35 29 40.6
35 44 56.1
20 27.8
44 44-7
21 20.6
35 55 5i.o
36 I 23.4
35 45 50.9
19 17.9
21 18.3
33 9-3
17 48.0
55 17.5
35 59 II-8
36 5 27.4
35 44 28.1
28 32.9
21 51.7
37 41. I
25 24.3
51 14.0
51 28.8
35 21 5.4
37-6
25.4
51.2
39-
4.'8
16.
52.2
59-7
34-5
18.
29.2
17-3
19.5
13-5
48.2
31.6
42.5
31.2
33-
1.6
45-2
44-4
46.7
58.9
38.0
IS-
cS 5
t ,
47.2
1.2
14.5
17-
25-
28.7
W.2
38.8
44-2
52.5
O.O
2.2
16.
29.2
43-0
CS '"7
II.4
27.8
41.4
54.0
7 6
3.
28
56.4
16.4
3O.2
6.5
43-4
40.6
56.4
19.9
IO.4
Sfl ?
33-7
23-7
37-7
' '
35.61
42.54
35-952
41.025
42.042
42.637
34-065
44.592
41.119
45-895
47.185
43.032
36.255
35.62
36.477
38.797
40.188
38.084
34-057
34.97
34-555
41.54
32 3L52
8 8.60
32 19-72
g 0.89
43 23.23
48 53.82
33 24.85
6 57.78
8 57.64
20 45.98
5 27.85
42 48.63
46 42.01
52 56.02
32 1.41
i 6 9.76
9 29.79
25 15-57
13 1-40
38 45-24
38 59-57
8 43.11
14.04
14.I4
14-43
14.53
14.70
15.03
15.23
15.30
15.4
15-5
15.71
15.85
15.90
16.00
16.21
16.32
16.58
16. 61
16.75
16.78
17-14
17.22
-10.58
5.05
10-57
5-23
13.11
14-45
10.78
4.80
5-23
7.86
4-44
13.00
13.93
15.40
10.46
6.84
5.32
8.90
6.12
12.03
12. 12
- 5-n
54-1
29.
9-4
7-7
42.8
21.5
56 .'4
. .
.
57-5
II.
24.2
7-3
-27.27
27.28
27.28
27.28
27-29
27.29
27.29
27.29
27-30
27.30
27.30
-27.30
0.98
I.OI
I. 01
1. 02
I.OO
0.99
0.98
I.OO
0.98
I.OI
I.OI
0.98
vh.
K 8
....
16.4
29.5
45-6
57-
59-2
II.
21.
12.4
31.7
45-258.7
24.2
28.3
34-5
37- 5
4L5
1.9
47.8
55-2
15.9
35.7
8.7
29-
49-7
2.6
. .
. .
CORRECTIONS.
REMARKS.
Date Corr - of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
1849. h. s.
s.
s. s.
s.
. , n
i
INSTRUMENT READINGS.
Date.
CIRCLE.
o B
21
C
rt i-
<u
<(5
11
SI
X! C
U
4 2.(
42.
42.
42.
42. <
42. (
41.:
5
'
'
1
!
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 168
1849. h. m.
Mar. 19, 8 20
8 30
8 40
8 48
g 20
9 40
10 I
10 32
285
/ It
/*
H
in.
51-5
50.
26 8.5
3-5
3-4 1.4
64.24
64.2O
30.224
8.5
3-5
2.2 2.2
4.14
4.IO
30.210
|
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
135
ZONE 168. MARCH 19. MAJ. BELT, 285 27^'. D = 35" 12' o".
No.
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
1 06
107
108
109
no
Mag.
SECONDS OF TRANSIT.
T.
i
a 2
MICROMETER.
i
4
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
9
ir
8
9
9
9
9
9
7
ir
8
7
9
8
8
9
9
9
S
9
9
10
8
9
7
8
9
II
7
8
8
9
9
7
9
9
8
7
9
9
9
S
7
7
10
10
9
6
9
30.2
18.4
43-5
57.5
. .
. .
h. m. s.
9 4i 43-74
43 31-93
43 58.44
44 38.86
47 47.63
48 9.34
52 23.89
54 20.95
54 9-54
58 6.42
59 8.23
9 59 J 4-4i
10 o 11.04
I 5-79
I 19.81
3 24.26
3 50.73
4 35-74
5 27.82
6 32.53
7 59-28
8 34.84
9 14.84
10 52.99
12 31.14
12 50.84
14 I2.OO
15 I4.36
15 50.10
22 0.56
23 3-92
23 56.85
24 56.85
26 24.68
26 26.68
29 33-75
30 19.19
32 57.46
35 36.60
37 3-79
37 54-54
40 9.84
40 34.43
41 10.84
43 44-69
43 51-84
46 25.79
47 29.61
10 48 52.80
s.
-27.32
27.32
27.32
27.32
27-33
27-33
27-34
27-34
27-34
27-35
27-35
27.35
27-35
27-35
27-35
27-35
27-35
27-35
27.35
27-36
27.36
27.36
27.36
27.36
27.36
27-36
27.36
27.36
27-36
27-37
27-37
27.37
27-37
27-37
27-37
27-37
27-37
27-37
27-37
27-37
27-37
27-37
27-37
27-37
27-37
27.37
27-37
27-37
-27.36
s.
I. 00
I. 00
o-99
0.99
I.OO
I.OI
0.98
1.02
0.98
I.OI
I.OI
I.OO
I.OO
I.OI
I.OI
0.99
1. 02
I.OI
1.02
0.99
0.98
I.OI
1 .00
I.OI
1.02
I.OO
0.99
I.OI
0.99
0.99
I.OI
1 .01
o-99
I.OO
I.OO
1.02
1.02
I.OI
I.OO
1.02
1.02
0-99
0.98
0.98
.OI
.00
.01
.OO
.02
n.
n.
III.
5
5
5
5
4
2
7
i
7
3
2
4
4
I
I
5
I
3
I
6
7
2
3
3
i
5
7
2
6
6
3
2
6
4
4
2
I
2
4
I
I
6
7
7
2
4
2
4
I
r.
35-037
36.898
44.209
44-937
42.176
44-43
42.48
43.105
44.111
34-79
41.129
45-397
45-397
48.13
51-43
45.007
41.594
34.657
38.94
37.314
43-90
44-97
43.517
37.725
39.508
35-39
3L3I5
43.38
39.707
41.21
31.908
43-077
41.125
42.272
37-72
33.897
35.922
45-75
48.028
43.587
41.082
37.605
46.305
43-374
37.613
39.48
43.262
45-129
41-753
t n
27 0.73
25 56.46
21 44.17
21 18.99
28 44.90
+2 O.lS
8 10.67
48 37.68
7 14-38
38 51.40
+3 54-74
20 53.72
26 53.72
45 43-27
43 49-38
21 16.58
49 29.39
38 55-61
51 1.42
17 0.76
7 21.47
41 42.17
33 50.24
37 10.16
50 41.78
26 48.55
14 35.85
42 36.86
'5 38.35
14 46.48
40 30.92
42 47.08
14 48-99
28 41.58
31 17.73
48 7- n
52 46.59
41 15-24
25 22.92
l8 20.08
49 47-49
:6 50.91
5 58.65
7 39-82
45 55-66
30 17.52
42 41.13
27 2.97
49 24.33
//
18.01
18.25
18.30
18.39
18.79
18.84
19.38
19.63
19.60
20. 1 1
20.23
20.24
20.37
20.49
20.52
20.79
20.85
20.95
21.06
21.20
21.39
21.47
21.55
21.76
21.96
22.00
22.19
22.32
22.4O
23.20
23.34
23.45
23.58
23.77
23.77
24.17
24.27
24.60
24-93
25.11
25.22
25.50
25.55
25.62
25.92
25-93
26.24
26.36
-26.53
n
- 9-30
9-05
8.07
7.98
9.69
12.80
5.00
14.39
4-78
12.04
13.26
9.28
9.28
13.70
13.26
7.97
14.62
12.08
14.98
7.01
4.80
12.71
10.89
11.66
14.91
9.26
6.47
12.96
6.70
6.52
12.46
13.00
6.53
9.70
10.30
14.28
I5.4I
12.64
8. 93
14.35
14.69
6.97
4-54
4.88
13.74
10.07
12.97
9-30
14.60
h. m. s.
9 4i I5-42
43 3.61
'43 30.13
44 10.55
47 I9-30
47 41-00
51 55-57
53 52.59
53 41-22
57 38.06
58 39.87
58 46.06
9 59 42.69
10 o 37.43
o 51-45
2 55-92
3 22.36
4 7.38
4 59-45
6 4 18
7 30.94
8 6.47
8 46.48
10 24.62
12 2.76
12 22.48
13 43.65
14 45-99
15 21.75
21 32.2O
22 35-54
23 28.47
24 28.49
25 56.31
.25 58.3I
29 5.36
29 50.80
32 29.08
35 8.23
36 35.40
37 26.15
39 4I-48
40 6.08
40 42.49
43 16.31
43 23.47
45 57-41
47 1-24
10 48 24.42
35 39 28.0
38 23.8
34 10.5
33 45-4
4i 13-4
54 32.0
35 20 35.1
36 I 11.7
35 19 38.8
51 23.6
56 28.2
39 23.2
39 23.4
58 17-5
56 23.2
35 33 45-3
36 2 4.9
35 51 23.6
36 3 37-5
35 29 29.0
19 47-7
54 16.4
46 22.7
35 49 43-6
36 3 18.7
35 39 19-8
27 4-5
55 12. I
28 7.4
27 16.2
53 6.7
55 23.5
27 19-1
41 15.1
35 43 51-8
36 o 45.6
36 5 26.3
35 53 52-5
35 37 56.9
36 o 59.5
36 2 27.4
35 29 23.4
18 28.7
20 10.3
58 35-3
42 53-5
55 20.3 -
35 39 38.6
36 2 5.5
45-
58.5
12.
34-4
47-
1-5
50. ?
43-4
40.4
57-7
53-7
10.7
7-5
23.7
20.5
23.4
26.
27.7
39-5
41.4
54-4
R
M2
28
II.
24.6
ft s
16.4
55.0
a 7
=;q.5
50.5
4.
21.2
39-4
17-7
35-
14.5
52.8
30.8
28 .'7
6.8
44.7
26.4
42.
39.7
31.5
39.2
41.4
52.4
55-2
20.
33-7
47-4
60.5
14.
27.4
31.
40,9
44.7
37-6
37- ^
57-5
24.5
27.4
1 6. '5
56.
H'
30.5
9-4
20.4
44-
23.3
33-5
57-4
ifi c
47-4
33-0
II. O
46.2
60.'
C4. c
29,2
43-
56.4
57-
Q 7
II.
47-
15.9
25.4
32.5
II
1:
12.5
25.5
29.5
52.6
39-4
43-2
6.5
53-
56.7
CORRECTIONS.
REMARKS.
n Corr. of
Ue ' Clock.
Hourly
rate.
m n
\
c
Zenith-Point.
Mic.
Co.
1849. h. s.
s.
s. s.
s.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
a
li
u c
rt i-
*- QJ
<
E
c o
s
* K
S
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 168
1849. h. m.
Mar. 19, 10 35
II 4
285
/ //
26 7.5
2.9
2.2 2.1
3.7i
3.68
in.
30.190
o
48.2
40.2
136
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 168. MARCH 19, MAJ. BELT, 285 27^'- >= 35
" 12' o" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
<*!
02
MICROMETER.
i
4
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
in
112
113
114
US
116
"7
118
119
120
121
I
2
3
4
6
8
9
10
II
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
8
8
7
7
10
9
9
8
7
7
7
7
9
8
8
8
8
8
8
8
9
8
6
8
8
8
8
7
7
8
7
7
7
9
6
8
7
8
8
9
8
8
7
. .
. .
. .
. .
43-2
56.5
. .
. .
h. m. s.
10 49 15.92
50 9.84
50 42.04
52 38.19
54 14-49
55 51.70
57 o.oo
57 40.31
10 57 42.29
ii 3 42.03
ii 4 35-82
:ARCH 22.
6 53 34."
55 22.78
58 25.91
6 59 24.74
7 o 15.13
6 1 5-. 47
8 4.96
8 36.62
ii 3 . 60
ii 50.68
14 5-25
14 7.20
14 15.26
15 33-00
15 44.14
15 46.69
16 6.77
16 30.30
17 53-87
19 3.80
19 17.30
19 23.20
21 35.28
21 36.23
21 55-65
56.55
24 10.88
25 26.69
25 31-47
27 8.92
27 53-32
57-23
7 28 57.02
S.
-27.36
27.36
27.36
27.36
27.36
27.36
27.36
27.36
27.36
27-35
-27.35
VlAj. E
27.63
27.64
27.66
27-67
27.68
'27-72
. 27.73
27-73
27-75
27-76
27.78
27.78
27.78
27.79
27.79
27-79
27-79
27-79
27.80
27.81
27.81
27.81
27.82
27.82
27.82
27-83
27-84
27-85
27.86
27.87
27.87
27.88
-27.88
S.
I.OI
1. 00
0.98
.00
.01
0.99
.01
.02
.01
0.98
0.98
ELT, 28
I.OO
0.99
0.98
I.OI
I.OI
1.02
0.99
O.gS
I.OI
I. O2
0-99
0.98
0-99
I.OO
I.OO
I.OI
I.OI
I.OO
0-99
I.OO
I.OI
I.OI
I.OO
I.OO
I.OI
I.OI
I.OO
I.OO
0.99
I.OO
I.OI
I.OO
-0-99
7 20'.
VII.
VI H
3
4
7
4
2
6
3
i
2
7
6
n
3
5
7
i
3
i
6
7
2
I
6
7
6
3
3
2
3
5
6
4
3
2
4
4
2
2
3
4
6
3
3
5
5
r.
32.504
32.194
35.187
40.89 !
46.312
43.218!
34-94
42.145
44.067
48.97
45-752
-=-33
38.357
43-23
48.83
49.60
37-4M
39-44
42.249
45-08
38.34
40.66
41-54
40.289
41.64
40.349
39-97
39-34
31-595
37.008
34.09
36.36
30.405
37.407
33 204
35-33
42.275
42.540
43.317
41.92
39-95
41.70
40.359
36.372
42.818
i a
to 10.35
34 29.42
12 22.4O
29 29.28
jo 55.80
"3 37-17
38 46.27
49 10.81
42 13-34
4 26.67
12 9.71
17' 30"
}6 48.34
22 17.78
4 3L50
44 53-09
37 20.89
;o 44.17
14 10.62
6 40.93
45 31.00
;o i . 66
14 35-09
9 26.30
14 31.64
35 39-5?
35 52.66
44 56.49
50 41-73
25 52.72
18 52.23
32 5.63
41 22.80
46 3.20
33 54.56
32 4LI9
43 15.19
43 6.04
33 57-14
28 53.72
15 29.96
34 52.96
35 39-24
26 14.66
22 31.53
26.57
26.68
26.74
26.93
27.12
27-30
27-42
27.50
27-50
28.15
28.25
-10.77
10.96
11.25
11-34
11.42
11.91
12. 06
12.10
12.30
12.35
12.53
12.53
12.54
12.65
12.66
12.66
12.69
12.73
12.84
12.92
12.94
12.95
13.13
13-13
I3.I5
13-15
13-33
13-43
13-43
I3.56
13.62
13.62
-13.71
12.40
n. 06
5.92
9.88
12.57
6.18
12.09
14.56
12.84
4. 16
- 5-97
11.27
8^7
5.38
12.78
11.37
13.88
7. ii
5-77
12.90
13-75
7.18
6.25
7-1-
II. 06
11.09
12.78
I2.OO
9-24
7-97
10-39
12.13
13.00
10.72
10.51
12.48
12.45
10.74
9.80
7-35
10.91
II. 06
9-31
8.62
h. m. s.
10 48 47.55
49 4I-4S
50 13.70
52 9.83
53 46-12
55 23.35
56 31.63
57 ".93
10 57 13.92
ii 3 13.70
II 4 7.49
6 52 55.48
54 54-05
57 57-27
58 56.06
6 59 46.44
7 5 46.73
7 36.24
8 7.91
10 34-84
ii 21.90
13 36.48
13 38.44
13 46.49
15 4.21
15 15.35
15 17-89
15 37-97
16 1.51
17 25.08
18 34-99
18 48.48
is 54-38
21 6.46
21 7.4!
21 26.82
(21)27.71
23 42.03
24 57.84
25 2.62
26 40.05
27 24.44
(27)28.35
7 28 28.15
35 52 49-3
47 7-2
24 55-1
42 6.1
53 35-5
26 10.6
35 51 25.8
36 I 52.9
35 54 53-7
16 59.0
35 24 43-9
33 54 40.4
40 7-3
33 22 18.1
34 2 47.2
33 55 13-7
34 S 40.0
33 31 59-8
33 24 28.8
34 3 26.2
34 7 57-8
33 32 24.8
27 I5.I
32 21.3
53 33-3
33 53 46.4
34 2 51.9
33 58 36.4
43 44-7
36 43.0
49 58.9
33 59 17.9
34 3 59-2
33 51 48.4
33 50 34.8
34 I 10.8
34 I 1-6
33 5t 51.2
46 47.0
33 20.7
52 47-4
53 33-9
44 7-6
33 40 23.9
24.7
38.
51-7
28
5-5
.
25.2
38.
51-5
60.
5-
13-5
. .
. .
. .
56.
55-3
49-2
37-4
9-3
59-
2.8
50.4
Zo?,
4.0
E i6c
. 3V
13.0
25-4
39-
fi'l 'r
. ,
49.0
2.4
15-2
28.4
28.7
41.6
31-2
44.8
3-5
17-
30.1
41.
54-
7.
2.
46.2
44-
57-5
46.
43-
11 6
36.4
22.
35-4
'.'.]'-'-
33-
36.3
47-
, .
26.2
40.3
37-5
36.3
50.5
55-9
8.7
53-4
22.2
IQ.8
23.7
36.5
CORRECTIONS.
REMARKS.
1!
Date Corr - of
Clock.
Hourly
rate.
m n
r
Zenith Point. Mic.
Co.
(168) 120. Time of transit over T.
as g'.o instead of 59".
(169) 24. Time of transit over T. 1
as 23' instead of 33".
(169) 25, Double.
.
5
j
1
VI assumed
II assumed
1849. h. s.
Mar. 22, ii 29.583
s.
g 0.018
s. s.
0.175 + 0-465
s.
0.196
/ II
359 59 56.06 39-508
INSTRUMENT READINGS.
Date.
CIRCLE.
a
=i
o B
rt i.
r; u
<
11
S
a$
A.
B.
C.
D.
Corr'd
Mean.
Mean.
Barom-
Zone 169
1849. h. m.
Mar. 22, 6 50
6 53
7 o
7 40
8 o
8 40
12 20
12 35
o
287
/ n
//
u
in.
30.290
O
51.0
49-5
44 /S
o
45-;
45-!
44-
43-.
4I-.
33-<
32. <
20 63.7
57-9
60.0
56.9
59-62
59,62
66.6
59-
5 61.5
59-/
61.82
61.82
30.314
30-364
62.9
54-7
58.7
55-7
58.00
58.00
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
137
ZONE 169. MARCH 22.
MAJ. BKI.T, 287 20'.
D = 33 17' 30" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
a,
MICROMETER.
i
,
V,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
8
7
9
9
8
9
9
8
6
9
7
9
5
8
8
8
8
8
8
8
7
7
S
S
9
6
8
8
9
7
8
7
9
8
7
26
4
39-7
5 2 7
h. m. s.
7 30 52.85
31 6.64
31 57-23
32 54.65
34
34 26.27
34 8.76
35 32.77
36 34-90
37 19-98
38 5-20
38 51.66
39 34-10
40 11.10
40 28.22
41 57.80
41 58.60
43 24.91
45 iS.49
45 ?44.04
45 46.84
46 23.32
46 49.36
48 2.57
48 51.28
49 57-34
49 50.32
5i 9-77
51 50.27
52 3L97
53 50.08
54 30.62
55 7.30
55 13-22
55 24.27
56 45.86
57 37-32
57 43-24
7 57 57-27
8 o 47.52
s.
-27.89
27.89
27.90
-27.91
-27.92
27.92
27.92
27.93
27.93
27-94
27.94
27.95
27.95
27-95
27.96
27.96
27.97
27.98
27.98
27.98
27.99
27.99
28.00
28.00
28.01
28.01
28.02
28.02
28.03
28.04
28.04
28.04
28.04
28.04
28.05
28.06
28.06
28.06
-28.07
s.
1. 02
0.98
I.OI
0.98
0.98
0.99
I.OO
I.OO
I.OO
0.99
0.98
0.99
0.98
I.OI
I.OO
1. 02
I.OI
0.99
0.98
0.99
I.OI
0.99
0.99
0.99
0-99
0.99
0.99
I.OI
I.OI
0.99
o.gS
1 .00
i.ob
1 .00
I.OO
I.OO
1 .01
I.OI
I.OI
I.OO
I
7
2
6
7
6
4
3
5
7
6
7
2
3
i
2
6
7
5
2
5
6
5
5
6
5
2
2
6
7
5
4
5
5
5
2
2
3
4
r.
44.622
44-92
38.565
48.76
41.04
44-14
48.085
45-97
43-585
40.837
43-495
38.577
44-79
4L587
45.06
46.87
39-932
41.63
4I-50
47.58
48.182
38.43
45-05
47-057
42 - 595
43.812
46.25
40.457
39.222
34.756
33-355
33.615
38.61
33-34
33.45
40 . 902
40.612
33.70
47 45.31
6 47-45
45 22.84
10 24.99
9 0.37
'3 4-95
25 20.55
32 25.41
22 5.70
9 7.38
13 27.44
10 25.38
41 48.33
34 56.86
47 30.19
40 36.59
15 30.58
8 40.00
23 17-67
40 12.09
19 27.04
16 22.43
21 15.15
20 5.87
13 58.68
21 57.86
40 57-59
40 50.85
15 55-09
12 37.27
27 51.85
33 40.37
24 57.41
27 58.91
25 2.94
44 2.57
44 12. iJ
39 29.08
35 33.41
-13.86
13.88
13.95
14.02
14.10
14.14
14. ii
14.23
14.32
14.37
14.44
14.50
14-55
14.61
14.63
14.75
14.75
14.87
15.03
15.06
1 5 . 06
15.12
15-15
15.25
I5.3I
15.41
15-40
15.52
15.58
15.63
15.74
15.80
15-85
15-86
15.88
15.99
16.07
16.08
16.10
16.33
-13-33
5-79
12.87
6.43
6.18
6.91
- 9-14
10.46
8.55
6.20
6.gS
6.43
12. IS
lo.gi
13.28
H.97
7-35
6. 12
8.77
11.89
8.08
7.51
8.40
8.19
7.08
8.53
12.04
12.00
7-43
6.82
9-59
10.68
9.06
9.64
9.08
12.62
12.66
11.77
11.02
h. m. s.
7 30 23.94
30 37-77
31 28.32
32 25.76
(32)
33 57.36
33 39-84
35 3-85
36 5-97
36 51.06
37 $6.28
38 22.73
39 5.17
39 42.14
39 59-27
41 28.82
41 29.63
42 55-95
44 49-53
45 15-07
45 17-85
45 54-34
46 20.38
47 33.58
48 22.29
49 28.34
49 21.32
50 40.74
51 21.24
52 2.95
53 21.06
54 1.58
54 38.26
54 44.18
54 55-23
56 16.81
57 8.25
57 14.17
7 57 28.20
S o 18.45
34 5 42.5
33 24 37.1
34 3 19-7
33 28 15.4
26 51.6
33 30 56.0
33 43 13-9
5O 2O. 2
39 58.6
26 58.0
31 18.9
28 6.4
59 45-1
33 52 52.4
34 5 28.2
33 58 33-3
33 22.8
26 31.2
41 II- 5
58 9.0
37 20.2
34 I5.I
39 8.8
37 59-4
31 51.2
39 51-8
58 55-2
58 48.4
33 48.1
30 29.8
45 47-2
51 36.9
42 52.3
45 54-4
33 42 58.0
34 2 ,1.3
34 2 10.9
33 57 26.9
33 53 30-8
32.9
46.4
37.
53.7
6
22.
35 - 2
12 . 5
6r 4
!*> ?
18.0
47.2
24.3
S n
1 1 .
IT S
. . 38.
18 4 - -
51-3
7 .
57.2
7
22 . 5 - -
61.8
42.3
4- 1
18
57-3
10.4
23.7
16 '
11.7
16 4
n *
20.5
13.2
53-
4-
1
4-
17 .
-37 .
47-4
0.7
14.2
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m
,
c
Zenith
Point.
Mic. Co.
(169) 58. Transit at iS s assumed to have been
overT. VI instead of T. VII.
1849. h.
s.
s.
s.
S.
s.
r.
' INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
" 6
O
~
rt v-
s
a o
S
X SJ
A.
B. C.
D.
Co'rr'd
Mean.
Mean.
1849. h. m.
Of //
in.
18-
138
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 170. MARCH
22. MAJ. BELT, 287 20'. D = 33 18' 20''.
No.
Mag
SECONDS OF TRANSIT.
T.
0,
a..
MICROMETER.
i
,
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
i
2
3
4
5
6
7
8
9
10
ii
12
13
M
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
42
43
44
45
46
47
48
49
8
8
6
8
8
S
9
6
6
7
8
8.
9
7
9
6
7
8
8
8
8
8
8
8
7
6
7
8
9
9
7
8
9
6
8
8
6
6
8
9
4
10
8
. .
. .
23-5
36.4
49-5
V 'R
. .
h. m. s.
12 35 23.36
39 28.95
41 53-55
47 55-74
49 14-77
51 17:66
53 46.37
54 47.08
54 48.90
56 16.08
12 55 59-39
13 i 10.63
2 30.2O
4 42.94
5 19-54
5 56.28
6 18.17
7 14-63
8 36.60
9 0.80
10 12.80
10 28.01
II 12.12
12 8.95
13 43-49
14 47-31
15 41-74
16 50.27
16 49.50
21 .9.63
21 19.19
24 30.86
26 H.gl
26 15.16
28 I.I7
28 45.25
29 33-67
29 48.32
32 24.13
32 54.00
33 43-42
35 22.63
37 35-67
41 15-21
43 3L31
44 19-84
45 0.29
45 13-53
13 46 27.46
s.
28.32
28.31
28.30
28.27
28.27
28.26
28.24
28.24
28.24
28.2^
28.23
28.21
28.20
28.19
28.19
28.18
28.18
28.18
28.17
28.17
28.16
28.16
28.16
28.15
28.14
28.14
28.13
28.12
28.12
28.10
28.10
28.08
28.08
28.08
28.08
28.07
28.06
28.06
28.04
28.04
28.03
28.02
28.01
27-99
27-97
27-97
27-96
27.96
-27-95
s.
-0.99
I.OI
I.OI
I.OI
0.99
0.99
0.99
I.OO
I.OI
o-99
o-99
0-99
I.OI
I.OO
I.OI
I.OO
I.OO
I.OO
0-99
I.OO
i.oo
I.OO
I.OO
I.OO
I.OI
I.OO
I.OO
0-99
I.OO
0-99
I.OI
I.OI
I.OO
1 .00
o-99
I.OO
0.99
I.OI
0.99
I.OO
I.OO
0.99
I.OO
I.OO
I.OO
0.99
I.OO
I.OO
-I.OO
IV.
VII.
ii.
vii.
VII.
IV.
r.
7
3
3
2
7
6
5
3
2
7
7
6
3
3
I
4
4
4
7
4
3
4
4
4
I
2
6
3
6
I
2
6
3
6
6
2
6
5
2
7
3
5
3
6
4
4
3
r.
39-645
3I-72
33.22
42.785
39-842
40.59
43-514
40.002
40.098
38-357
42.51
42.197
32 . 609
36.88
34.8i4
32.89
31-693
37-285
39-385
40.565
44.026
40.252
41 594
42.080
44.465
46.91
.46.34
46.292
45.9I5
45-225
47-99
37-375
34.978
33.682
36.19
41.50
42.898
37-357
37.134
41.90
43.665
38.964
31-46
41.388
38.604
39-28
34-39
33-052
38.398
9 48.53
40 37-01
39 45.65
42 57-59
9 40.82
15 7.88
22 8. .15
35 51-56
44 29.94
10 32.58
8 8.74
14 12.41
40 6.73
37 39-31
53 23.66
34 5.40
34 45-82
31 33.71
9 57-50
29 40.50
33 32.68
29 51.30
29 4.98
28 48.21
47 50-73
40 35-21
20 30.21
11 5L07
32 27.48
12 27.91
45 48.17
46 4-31
[8 21.58
39 29.70
17 39-69
23 17.67
[3 48.22
6 4-93
'-3 3-86
42 27.22
IO 12. O2
40 46.38
23 21.54
36 39.81
15 52.92
33 I3-46
33 59-76
36 50.21
- 7-27
7-52
7.66
7-99
8.07
8.18
8.31
8.37
8.37
8.43
8.42
8.68
8.75
8.85
8.88
8.91
8.93
8-97
9.03
9-05
9.11
9.12
9.16
9-19
9.25
9.30
9-34
9-39
9-39
9-57
9.70
9.76
9-76
9-83
9.86
9.89
9-9
10.00
IO.OI
10.04
IO.IO
10.18
10.31
10.37
10.40
10.42
10.42
10.46
II
I. 10
7.09
6.92
7.47
i.oS
2. II
3- -15
6.16
7.86
1.22
0.76
I.9I
7.oo
6.51
9.66
5.8o
5-93
5.32
1.14
4-93
5-70
4-97
4.82
4./6
8.54
7.10
3-14
1.48
5.48
1-59
8.14
8.20
2.71
6.88
2. 5 S
. 3.70
1.84
8.19
2.47
3-63
7-47
1.14
7-15
3 66
6.30
2.22
5.72
5.80
- 6.37
h. m. s.
12 34 54.05
38 59.63
41 24.24
47 26.46
48 45.51
50 48.41
53 17.14
54 17-84
54 19.65
55 46.86
12 55 30.17
13 o 41.43
2 0.99
4 13-75
4 50.34
5 27.10
5 48.99
6 45-45
8 7.44
8 31-63
9 43.64
9 58.85
10 42.96
ii 39.80
13 M.34
14 18.17
15 12. 61
16 21. 16
16 20.38
20 40.54
20 50.08
24 1.77
25 42.83
25 46.08
27 32.10
28 16.18
29 4.62
29 19.25
3i 55-10
32 24.96
33 14.39
34 53-62
37 6.66
40 46.22
43 2.34
43 50.88
44 31-33
44 44-57
13 45 58.51
33 28 16.9
59 II- 6
33 58 20.2
34 i 33-0
33 28 10. o
33 38.2
40 39-9
33 54 26.1
34 3 6.2
33 29 2.2
26 37.9
32 43-0
58 42.5
33 56 14.7
34 12 2.2
33 52 40.1
53 20.7
50 8.0
28 27.7
48 14-5
52 7-5
48 25.4
47 39-0
33 47 22.2
34 6 28.5
33 59 II- 6
39 2.7
30 21.9
51 2.4
33 30 59-1
34 4 25.9
34 4 42.2
33 36 54-0
58 6.3
36 12. I
41 51.2
33 32 19.9
34 5 43-0
33 35 39-6
33 41 37-5
34 i 4-7
33 28 43.3
59 23.7
41 55-5
55 16.5
34 25.5
51 49.6
52 36.0
33 55 27.0
. ..
29.4
42.6
53-2
55-4
7-2
9-
20.
7-5
19.8
33-1
34-2
45 8
46.8
63-4
44-7
i6.'6
57.6
29.7
10.7
30.
42.7
23.6
43-5
56.3
25-7
36.6
56.8
9-2
46 2
39.1
50.2
10.
22.8
36.
I 7 :
14.5
36-5
28.
49-7
77 R
40.
26
'
28.2
T 6
38 6
24.
30.5
43-2
47-2
41.
56 /S
60.5
55-6
35-4
14-
48.7
16 T
22.7
36.
I8.S
32.
45-7
17-9
58.7
1.9
30.5
12.
W-a
14.9
28.7
45-
58.7
II. 4
25.2
I3.4
61.3
35 .'8
I-T R
27.3
9-4
49-2
40-9
30.3
69.3
22.5
2.O
54-2
43 2
35-4
15-3
31-3
35^8
28.4
44-2
41.
58.2
54 -'8
.
27.
C-5
54-
.
CORRECTIONS.
REMARKS.
T-. . Corr. of
Clock.
Hourly
rate.
m
c
Zenith Point.
Mic.
Co.
1
.
1849. h. s.
s.
s. s.
s.
i T -
INSTRUMENT READINGS.
Date.
CIRCLE.
l-
-JB
11
* _
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 170
1849. 1>, m -
Mar. 22, 12 40
13 13
13 20
13 40
M
14 20
14 40
287
287
20 62.9
54-7
58.7 55-7
"
"
in.
30.364
30.350
44-8
43-4
42.
41-5
O
32-c
33- S
32. ;
33--!
32.
33-5
33-4
.
20 62.4
56.8
59-4 56.9
58.88
58.88
30.344
62.4
56.4
59-4 55-5
58.42
-58.42
30.344
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
139
ZONE 170. MARCH 22. MAJ
BELT, 287' 20'. D = 33 iS' 20'' Continued.
No.
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
6S
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
i
2
3
4
5
6
7
8
9
Mag.
SECONDS OF TRANSIT.
T.
,
"2
1
MICROMETER.
i
di
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
II.
12.
5
7
7
7
7
8
7
9
8
7
7
8
9
S
8
9
8
6
8
5
8
8
7
8
9
7
7
7
9
9
9
9
9
9
7
6
8
7
6
6
8
S
6
8
h. m. s.
13 46 23.77
48 50.85
49 42.90
49 5i.6o
50 20.77
52 16.33
54 46.56
55 56.40
57 27.26
58 7-93
13 59 19.40
14 4 37.47
6 23.57
7 40.10
8 36.96
9 3-24
10 22.37
12 8.92
12 51.08
13 50.00
17 26.33
21 11.32
22 38.98
23 50.77
24 33.70
24 35.90
25 50.47
27 30.26
28 13.98
28 56.47
32 38.54
32 27.54
33 39-39
36 38.95
37 45.48
14 38 57.92
E 171. MAI
7 7 35-42
10 38.10
ii 58.83
13 27.96
13 48.14
18 26.18
24 37-59
28 55-34
7 32 27.17
s.
-27-95
27-94
27-93
27-93
27.93
27.92
27.90
27.90
27.88
27.87
27.87
27.84
27.82
27.82
27.81
27.81
27.80
27-79
27-79
27.78
27-75
27-72
27.71
27.71
27.70
27/70
27.69
27.68
27-67
27.67
27-64
27-64
27.63
27.61
27.60
27.60
.en 24.
-28.83
28.85
28.86
28.87
28.88
28.91
28.96
28.98
2Q.OI
S.
I.OO
I.OI
40.99
I.OO
i.oo
I.OO
I.OO
I.OO
0.99
1.01
1.01
I.OO
I.OO
o-99
.00
.01
.00
.00
99
.01
.00
.01
.00
.00
.01
.01
I.OO
I.OI
I.OI
0-99
I.OO
I.OO
I.OI
0.90
I.OO
I.OI'
MAJ.
I.OO
I.OO
I.OO
I.OI
I.OI
0.99
I.OO
0.98
-0-99
VI.
VII.
I.
VI.
VII.
IV.
4
I
7
5
5
3
4
5
7
I
2
3
2
5
4
2
5
3
7
2
2
I
2
4
2
2
3
2
I
6
3
6
2
6
3
2
-35
4
4
4
3
3
6
3
6
6
r.
35-357
38-38
41.28
45-50
45-195
35.29
39-53
41.285
39.427
37.137
42.237
39-764
4L38
39-575
37-175
40.51
39-95
31.961
30.11.
35-328
46.35
45.84
44-47
46.517
42-475
40.15
36.344
34-50
41.50
34-80
34-052,
29.262
35-6i
39-66
40.767
35.185
48' 10".
41.224
40.702
37.928
34-962
33-133
41.224
43.115
45-19
38.232
32 40.26
31 20.75
8 52.09
20 59.61
21 10.14
38 34.19
30 16.22
23 25.10
9 56.05
52 3.65
13 16.50
35 59-77
13 45.90
24 24.10
31 37-50
14 14-77
24 11.16
[O 29.09
15 17-62
17 14-97
10 54-54
17 3-26
11 59-43
26 15.07
13 8.24
14 28.36
37 57- So
17 43-54
19 32-89
18 27.31
39 16.53
21 38.87
17 4-33
15 39.92
35 25.16
17 19-91
29 17-56
29 35-33
31 11.51
39 20.03
39 48.65
14 46.00
34 4-H
12 2g.II
l6 29.26
10.46
'10.53
10.56
10.56
10.58
10.62
10.69
10.71
10.75
10.76
10.80
10.96
11.02
II. 06
II. IO
11.15
11.23
II. 2J
11.31
11.46
11.62
11.67
11.71
H-73
H-73
II-77
11.83
11.85
11.87
H-99
n.gS
12. OO
12. 06
12.08
12.11
- 8.57
s.g?
9.14
9-35
9-39
10.00
10.75
11.29
-11-73
- 5-33
9.27
0.90
3-28
3.25
5-72
5-05
3.68
i. 08
9.40
7.64
6.20
7.75
3.94
5.34
7.85
3.87
7.09
2.12
8.44
7-17
8.40
7-39
4.26
7.61
7.90
6.58
8-54
8.90
2.75
6.84
3-35
8.41
2.IQ
6.08
- 8.47
- 5.83
5-91
6.29
8.28
8.40
2-35
7.00
1.81
2.76
h. m. s.
13 45 54.82
48 21.90
49 13-98
49 22.67
49 51-84
51 47-41
54 17.66
55 27.50
56 58.39
57 39-05
r 3 58 50.52
14 4 8.63
5 54-75
7 11.29
8 8.15
8 34.42
9 53-57
n 40 . i 3
12 22.30
13 21.21
16 57-58
20 42.59
22 1O.27
23 22.O6
24 4.99
24 7-19
25 21.78
27 1-57
27 45-3<J
28 27.81
32 9.90
31 58.90
33 10.75
36 10.35
37 16.88
14 38 29.31
7 7 5-59
10 8.25
ii 28.97
12 58.08
13 18.25
17 56.28
24 7.63
28 25.38
7 3i 57.17
33 51 16.1
34 10 .0.6
33 27 23.6
39 33-4
39 44-0
57 10.5
48 51.9
41 59-5'
33 28 27.9
34 10 43-8
34 i 54.9
33 54 36.9
34 2 24.7
33 42 59-1
33 50 13.9
34 2 53.7
33 42 46.2
59 7-4
33 33 5i.o
34 5 54-7
33 59 33-2
34 5 43-3
34 o 38.5
33 44 5'.o
34 I 47-6
34 3 8.0
33 56 36.2
34 6 23.9
34 8 13.6
33 37 1-9
57 55-4
33 40 14.2
34 5 44-7
33 34 14-2
33 54 3-3
34 6 0.5
36 17 42.0
18 0.2
19 36.9
27 47.7
28 16.4
3 8.4
22 31.9
o 52.2
36 4 53-8
9- 2
3.2
33-3
14.
16.2
46.5
55-5
29.7
59-9
9.6
42.8
23-7
- -
7-5
19-3
21.5
32.7
34.6
ErJ
49-8
6 R
3-7
5O 2
16.2
62.1
42.5
55-7
8.7
22.3
60. 2
13.2
49-7
25'. 9
ii . i
3-5
24.
16.7
29-7
39-4
12.2
26.
37-3
18 K
51.
4-0
2. 5
30 2
30.2
43-5
27-3
40.6
53-7
36. 2
. .
58-7
12.2
1-3
25 2
27.4
58 7
59-3
12.7
35.7
2.4 16.7 . .
Zo;\
4&o
10.5
28.5
0.0
45-2
34-5
12.4
24.
41.8
13.3
58 .'7
28.
48.2
26.
37-4
55-4
27.2
51-5
2.0
39-9
51-2
8.9
40-5
5-6
55-3
53-4
22.6
54-6
36.2
. .
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(171) 4. Micrometer reading assumed as
33 r .g62 instead of 34 r .g62.
1849. h. s.
Mar. 24, 8 30.547
s.
g 0.021
s. s.
-0.175 + 0.465 ,
s.
0.196
o o 2. 20
r.
39-489
INSTRUMENT READINGS.
Date.
CIRCLE.
u
1 '
^ o
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 171
1849. h. m.
Mar. 24. 7 7
7 10
7 20
7 40
7 o
8 20
8 29
284
50 61.0
52.6
53-2 52.4
"
it
54-So
in.
3Q.I58
55.3
55-
53-7
53-C
52-3
51-5
51-8
"
30 . i 60
59-5
51-5
52.9 52.4
54.08
140
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 171. MARCH 24. MAJ. D = 35 48' 10" Continued.
No.
SECONDS OF TRANSIT.
T.
0|
"-
MICROMETER.
i
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
Mag.
[.
II.
III.
IV.
34-2
40.3
36.9
V.
VI.
0.7
32.7
4-3
VII.
II.
12.
10
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29-
30
31
32
33
I
2
3
4
6
7
8
9
10
ii
12
13
14
15
16
17
18
19
20
21
7
9
9
8
8
5
8
9
8
6
8
8
8
8
8
8
8
8
5
9
5
8
8
8
7
9
8
9
9
7
9
8
9
9
8
8
7
9
7
9 '
8
6
17-6
54-
19.2
50.5
16/4
5*.
h. m. s.
7 33 47-49
34 40-38
36 5-43
37 37-04
38 35-92
48 2.81
50 38.56
53 29.87
53 37.46
57 5-75
57 23.28
7 57 54-oS
8 3 3-01
4 33-44
6 16.84
7 23.02
7 29.50
8 58.69
9 56.43
13 26.91
14 50.08
16 11.57
IS 37.63
8 29 59.53
MARCH 30.
ii 40 57.16
42 44.20
42 54-20
43 43-74
47 55-36
48 5 -ic
48 43- 5c
50 31 -7S
50 21. of:
52 16.2?
53 37-i:
55 15-4-1
56 31.42
56 42.5:
57 42. 51
58 57. 2t
ii 59 12. oc
12 13.5'
i 54-8!
5 9-5.
12 6 50. of
s.
29.02
29.03
29.04
29.04
29.05
29.11
29.13
29.15
29.15
29.17
29.17
29.17
29.21
29.22
29.23
29.23
29.2;
29.24
29.25
29.27
29.27
29.28
29.30,
-29.36
MAJ. 1
32.60
32.60
32.60
32.60
32.59
32.59
32.59
32.59
32.59
32.59
32.59
32.58
32.58
32.58
32.58
32.58
32.58
32.58
32.57
32.57
-32-57
s.
-0-99
0.99
. I.OI
o.99
I.OO
0.98
0.99
0.98
1. 02
1.02
I.OO
0.98
O.gS
I.OO
I.OO
I.OI
I.OO
I.OO
0.99
o.gc
0.99
0.98
I.OO
I.OO
!ELT, 2
-0.99
0.99
0.99
I.OI
I.OI
0.99
0.99
I.OI
0.99
0.99
0.99
0.99
0.99
0.99
I.OC
I.OI
0.99
0.99
I.OI
0.99
-o.gc
VJI.
VI.
12.
IV.
VI.
I.
VI.
IV.
VII.
IV.
89 I2J
IV.
IV.
VII.
XI*.
VII.
II.
IV.
12.
VII.
IV.
VI.
5
5
2
6
3
7
5
6
I
I
3
7
7
3
4
2
5
4
5
5
6
7
5
3
7
7
7
I
2
7
7
3
7
7
5
6
7
7
4
3
6
5
I
5
7
r.
45.502
45-185
43-274
44.42
47-285
38.984
42.017
44.761
44.387
4L538
38.58
41.078
38.17
41-475
35.072
41.23
39.M7
30.312
41.245
41.492
32.140
35-658
37.65
41.20
D.=-3
45-325
39.47S
33.121
38.022
36.41
36.612
38.743
31-85
28.885
44-372
46. 162
43.82
43.3I7
38.87
38.987
32.445
35.278
42.57-1
43-oSS
45.333
45.74:
' n
20 59.54
21 IO.49
42 40.27
12 55.49
31 38.72
10 11.33
22 59.64
12 43.48
47 53.23
49 3L75
36 40.20
8 59.06
10 39.43
35 0.73
32 50.09
43 51-25
24 38.88
35 34.38
23 26.48
23 17.95
19 59-48
12 6.14
25 30.55
35 10.22
1 26' 40
6 32.47
9 54.30
13 33-33
51.32.07
46 37.62
n 32.83
to 18.82
40 32.92
15 58.65
7 5-00
20 36.76
13 16.22
7 41-7?
10 15.27
30 34.96
40 12.39
18 9.97
22 40.59
48 38.11
21 5.3S
6 18.05
-11.88
12.01
12. IS
12.37
12.50
I3-65
13.96
M.3I
14.32
M.74
14.78
14.84
15.45
I5.64
15.84
15.98
15.99
16.16
16.27
16.69
16.85
17.01
17-30
-18.64
- 2.83
2.89
2.90
2.93
3.07
3.08
3.JO
3.16
3.15
3-23
3-28
3-34
3-39
3-40
3-43
3.48
3-49
3-53
'3.6c
3-74
3-8i
ii
- 3.83
3.88
9.10
1.91
6.38
1.27
4-31
1. 86
10.42
io.S4 :
7.64
0.98
1.38
7.22
6.70
9.40
4.71
7-37
4-44
4.42
3-59
1-74
4.91
7.26
- 6.45
6.97
7.51
J3.35
12.60
7.20
7.02
11.63
7.87
6.55
8.57
7.46
6.63
7.01
10.10
11.58
8.23
8.88
12.90
8.65
- 6.42
h. m. s.
7 33 17.48
34 10.36
35 35.38
37 7-oi
38 5-87
47 32.72
50 8.44
52 59-74
53 7-29
56 35-56
56 53-H
7 57 23.93
8 2 32.82
4 3-22
5 46.61
6 52.78
6 59-27
8 28.45
9 26.19
12 56.65
14 19.82
15 41.31
18. 7-33
8 29 29.17
n 40 23.57
42 10.61
42 20.61
43 10.13
47 21.76
47 31-52
48 9.92
49 58.19
49 47.48
51 42.70
53 3-55
54 41-87
55 57.85
56 8.96
57 8.92
58 23.70
58 38.43
II 59 39.98
12 I 2I-3C
4 35-9S
12 6 16.50
/ ,1
36 9 25.2
9 36.4
31 ii. 6
I 19.8
36 20 7.6
35 58 36.2
36 ii 27.9
I 9.6
36 28.0
38 7-3
25 12.6
36 57 24.9
35 59 6.3
36 23 33.6
21 22.6
32 26.6
13 9.6
24 7.9
II 57.2
II 49.1
8 29.9
o 34-9
14 2.8
36 23 46.1
31 33 21.7
36 44.2
31 40 23.7
32 18 28.4
32 13 33-3
31 38 23.1
3i 37 8.9
32 7 27.7
31 42 49-7
33 54.8
47 28.6
40 7.0
34 31-8
37 5-7
31 57 28.5
32 7 7-4
31 45 1-7
31 49 33 o
32 15 34-6
31 47 57-8
31 33 8.3
!2.2
36-
3
49-4
25.2
16.3
2.9
38.4
29-7
16.1
52.
51.2
29.5
4.7
3-3
r's'fi
* *
38.
52.5
5-5
19-7
50.7
4-2
37-
a
40.2
54-i
17-5
30.4
0.7
43-7
14.5
. .
. .
22.4
30.4
37-
44-2
50.4
4-3
44-4
26.3
39-4
37.4
46.1
0.0
13-3
26.7
40.4
fil f
54-
17.4
7-9
. .
.
'.
58.
24.4
II. 2
37-8
25.2
51.2
38.8
4-7
32.
JO. S
5-5
3i
18
544-2
431-3
ZONE 172.
7-2
41.8
16.5
29
6
42.4
44.
= 6 ?
9.4
31-5
45-0
32.
n
.6
24.
37-
31-5
28 .'3
42.2
/I .'fi
57-0
55.
21.4
10.2
23.4
36.1
23-
ii. 5
44
24
22.2
20. 8
34-
.e
37-
49-9
3-c
15-7
28.7
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m
c
Zenith Point.
Mic. Co.
(171) 10. Transits over T.'s IH-V assumed as
recorded over T.'s IV-VI.
(171) 32. Transit over T. VII assumed as at
I3 S .2 instead of 32=.
i
1849. h.
Mar. 30, 8
s.
- 33.717
s.
g O.O20
s.
- 0.175
s
+ o
465
s.
0.196
0111
359 59 59-99.
r.
39-4=9
INSTRUMENT READINGS.
Date.
CI'RCLE.
11
~ E
2
<
n
e o
o 6
*S
W
A.
B.
C.
D.
Corr'd
Mean.
Barom.
Mean.
Zone 172
1849. h. m.
Mar. 30. ii 38
ii 40
12
12 15
12 20
12 40
13 o
13 20
1
289 12
H
"
ii
i.
370
55-0
53.8
49-2
49-7
49-3
49.1
48-9
48.8
o.o
1.5
4-3
2-9
2.18
1-5
1.4
6.0
5-7
"
3-65
060
052
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
141
ZONE 172. MARCH 30.
MAJ
BELT, 289 12}-'. D = 31 26' 40" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
0,
"t
MICROMETER.
i
4
VIean Right
Ascension,
1850.0.
VIean South
declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
, 65
66
67
6S
69
70
8
9
7
6
S
6
6
8
7
9
8
9
9
8
9
8
8
7
10
7
8
9
8
S
9
6
8
9
7
9
9
9
7
8
8
8
8
9
8
7
8
6
9
9
8
8
8
7
32.5
45-5
57.4
in. t:
h. rn. s.
2 8 45.22
9 23.74
9 41.12
12 16.49
24 33-41
24 41.86
25 12.14
26 5 . 64
26 41 .02
28 34.08
28 46.16
30 25.56
30 52.00
31 49-34
33 13-44
34 26.72
36 47.16
38 27.17
38 51-35
40 46.48
41 35-30
46 16.30
49 5L36
50 42.49
52 28.55
52 55-99
54 55-45
57 2.98
57 10.05
58 48.75
12 59 52.83
13 2 36.32
2 43. IS
4 II-35
4 28. SL
6 58. ic
9 31 -Sc
10 49. 3f
14 5.62
14 31.0:
14 49.7?
16 50.91
IS l6.6c
19 23. 9 e
20 28.8:
22 2.OC
24 22.9=
27 4I-41
13 27 49. sc
s.
32.56
32.56
32.56
32.55
32.54
32.54
32.53
32.52
32.52
32.52
32.52
32.51
32.51
32.51
32.50
32.50
32.50
32.49
32.49
32.49
32.49
32.47
32.45
32.45
32.45
32.44
32.44
32.43
32.43
32.42
32.42
32.41
32.41
32.40
32.40
32. 3Q
32.38
32.38
32.3V
- 32.37
32.37
32.36
32.35
32.34
32.34
32.33
32.32
32.31
-32.31
s.
-0.99
0-99
0.98
0-99
0.99
0.99
0.99
0.99
-99
I.OI
I.OI
0.99
0-99
I. 00
I. 00
0.99
o.gc
p.gc
I.OI
0.98
I. CO
I.OI
i. or
1. 00
I.OI
I.OI
-99
I.OI
I.OI
0.99
0.99
I. 00
0.99
-99
-99
I. 00
I. 00
I.OI
0.99
0.99
i .00
I. 00
0.99
1.00
0.99
I. 00
1.0
I.OO
-0.99
V.
IV.
ii.
vh.
IV.
VI.
II.
IV.
IV.
7
6
7
6
6
7
7
7
i
3
7
7
5
4
7
7
7
i
3
i
i
3
2
2
6
2
I
6
7
4
6
6
7
5
5
I
7
7
3
5
6
4
7
3
2
3
7
r.
45.828
49-53
49-30
34.8081
40.76 2
40.18 I
37-11 i
38.1971
34.7771
40.418;!
33-695;
38.204,1
33.305]
35.143:
30.707:
37.70
42.59
42.907
39-127
50.714
50.63
33-235
34.538
33.414
43-083
35.268
35-30
32.30
35-757
35-97
38-365
35-28
34.83
36.27
35-20
43-94
44.728
39-255
39-8o
43-255
38.815
36.58
34.040
39,698
34.492
36.82
40.453
41.73
40.537
6 15.11
9 59-15
4 I5-27
8 27.44
3 43-17
5 22.03
i 15-17
o 38-50
2 36.54
o 10.38
9 28.88
o 38.10
3 27.18
6 57.08
15 20.71
o 55.65
8 6.88
7 55-93
,o 54.14
3 26.31
29 44-73
>4 18-33
>3 33.36
39 38.95
& 46.47
17 17-05
[S 10.45
18 59-47
52 51-29
[7 47.29
to 32.66
32 42.92
t8 26.68
17 36.98
[2 21-95
21 53-44
21 26.26
;o 50.40
9 43-17
7 43-93
36 32.53
26 7.48
18 53-95
30 10.43
12 45-13
37 4I-3S
44 18.08
34 51-92
9 17.7:
- 3-89
3-92
3-94
4.04
4.76
4-77
4.81
4.88
4-92
5.06
5-07
5-T9
5.23
5-29
5-40
5-47
5-64
5-75
5-78
5.91
5-96
6.26
6.49
6-54
6.66
6.68
6.80
6.93
6.94
7-05
7.11
7-25
7.26
7-37
7-39
7-54
7.69
7.76
7-93
7-95
7.96
8.07
8.14
8.2C
8.25
8.32
8.42
8.56
- 8.5C
-6.42
6.97
6. ii
8.27
9.05
7.78
7.16
7.06
7.36
13.17
11.48
7-04
7-47
9-53
10.83
7.08
6.67
6.63
13.28
5-97
9-96
13-82
13.69
11.51
12. OI
12.71
8.18
12.98
13.59
8.13
7.03
10.40
8.25
8.10
7.30
8.75
8.68
13-27
6.90
6.60
11.03
9.40
8.30
10.03
7-37
II.2C
12.25
10.76
- 6.85
h. m. s.
12 8 11.67
8 50.19
9 7-58
ii 42.95
23 59-88
24 8.33
24 38.62
25 32.13
26 7.51
28 0.55
28 12.63
29 52.06
30 18.50
3t 15-83
32 39-94
33 53-23
36 13.67
37 53.69
38 17.85
46 13.01
41 1.8
45 42.82
49 17.90
50 9.04
51 55.09
52 22.54
54 22.02
56 29.54
56 36:6
58 15.34
12 59 19.4
13 2 2.9
2 9-7
3 37-9
3 55-1
6 24.7
8 58.5
10 15.9
13 32.2
13 57-6
14 16.4
16 17.5
17 43-3
18 50.6
19 55-5
21 28.6
23 49-6
27 8.1
13 27 16.2
/ II
31 33 5-4
36 50.0
31 5-3
45 19-7
50 37-0
42 14:6
38 7-1
37 30-4
31 39 28.8
32 17 8.6
32 6 25.4
3t 37 30-3
40 19.9
31 53 51-9
32 2 16.9
31 37 48.2
34 59-2
3' 34 48.3
32 17 53-2
31 30 18.2
31 56 40.6
32 21 18.4
20 33.5
6 37.0
9 45-1
32 14 16.4
31 45 5-4
32 15 59-4
32 19 51-8
31 44 42.5
37 26.8
59 40.6
45 22.2
44 32-5
39 16.6
48 49.7
31 48 22.6
32 17 51-4
31 36 38.0
3i 34 38.5
32 3 31-5
31 53 4-9
45 50.4
57 8.7
31 39 40.7
32 4 40.9
II 18.8
32 i 51.2
31 36 13.1
,j
37-5
54-2
50
7
id
3
8
16.4
5-3 . C
30.
2Q,
10.
3.5
54-
19.8
59-5
II.9
51.2
24.9
17.5
31.2
47.4
26.2
52.5
52.7
5-4
48 -'5
21
I
4
7
34-3
14.
47-
27.
40.4
59-5
12.
14 2
63. 7
16
38.5
ifi'
51-
42.4
"R "
4.6
55-6
8.4
.
43.2
55-7
9.1
C-3. 4
31-
57-7
37
44
10
" R
1 6
-4
57- 2
23. '5
61.8
5-7
M-4
18.7
31.6
43-
56.
24.
9.2
37.4
. .
7.4
.
45-2
58.
ii.
57-7
40.2
S2.2
T8
15.4
28.4
p R
v
48.
61.
37-S
50
-7
38.
4-
ii.
51-
16.5
24.
3-7
37-
49.8
39--
2*8
44-
2.e
57-2
'5-4
10.
28 4
22 "
2.5
15.5
"8
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m
."
c
Zenith Point.
Mic.
Co.
1849. h. m.
s.
s.
s.
s.
s.
/ II
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
1 1
-1
1|
A.
B. C.
D.
Corr'd
Mean.
Mean.
Barom.
Zone 172
1849. h. m.
Mar. 30, 13 40
13 50
14 10
14 20
14 40
15 o
289
' a
"
"
in.
30.044
30.042
53-1
53-
53-
53-2
49-
49-
49-
50-
50.
50.
5
7
3
)'
5
30.036
30.034
12 1.4
1.9 5-6
5-8
* *
3-68
142
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 172. MARCH 30. MAJ
BELT, 289 I2|'. D = 31 26' 40" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
L
2
MICROMETER.
i
k
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
ii.
12.
7i
72
73
74
75
76
77
78
79
80
81
82
83
84
.85
86
87
88
89
90
9 1
92
93
94
95
96
97
98
99
IOO
1 01
102
103
104
105
1 06
107
1 08
109
no
in
112
"3
114
"5
116
7
118
119
7
7
6
8
9
4
9
9
9
7
5
7
8
8
8
8
8
10
8
9
10
9
6
10
9
10
8
9
8
7-8
8
8
9
9
7
9
9
10
9
9
9
9
10
10
9
9
8
8
6
h. m. s,
13 .49.78
29 41.50
30 50.94
34 49-68
37 18.18
37 43.76
38 28.30
39 51.18
39 52.18
41 56.28
43 44.03
43 44-72
46 15.63
46 57.70
47 3I-IO
47 36.10
47 5i-8o
52 56.59
57 12.31
57 34-70
58 43.10
i'3 59 57-40
14 o 21.06
2 42.60
4 35.85
5 2.60
6 39-71
8 23.28
9 4I-38
10 26.60
n 20.84
14 21.16
15 2.89
15 12.30
17 8.46
17 47.09
18 3.98
19 26.00
23 22. go
23 30.51
24 31.41
26 4-75
28 29.43
28 51.20
29 45-30
30 17.66
32 24.83
33 30-60
14 33 45-42
s.
-32.31
32.30
32.30
32.28
32.27
32.27
32.26
32.26
32.26
32.25
32-24
32.24
32.22
32.22
32.22
32.22
32.21
32.19
32.17
32.17
32.16
32.15
32.15
32.14
32.13
32.13
32.12
32.11
32.10
32.10
32.09
32.08
32.07
32.07
32.06
32.06
32.06
32.05
32.03
32.03
32.02
32.01
31-99
31-99
31-99
3L99
31-97
31-97
-31-97
S.
-0.99
0-99
I.OJ
I. 00
0.99
1. 01
I. 00
0.99
o-99
I. 00
I. 01
I. 01
o-99
0.99
I OO
1. 00
1. 00
0.99
I. 00
0-99
I.OO
I.OO
1. 01
0-99
I.OI
o-99
0.99
0.99
I.OI
0-99
1.01
0-99
I.OO
I.OO
I.OI
0.99
0.99
I.OO
I.OO
I.OO
I.OI
I. '00
0.99
I.OO
o-99
0.99
o-99
I.OI
I.OO
IV.
VI.
VII.
IV.
VII.
VI.
VII.
VI.
III.
V.
II.
II.
11.
7
7.
5
7
i
4
7
7
5
2
2
7
7
4
4
4
7
4
6
5
3
i
7
2
6
7
7
i
6
i
7
3
4
I
7
7
3
5
6
2
4
6
6
7
6
2
2
r.
37-25
41.67
34.284
34.96 i
44.14
40.86
36.559
32.825
32.895
43-245
34-337
34-228
40.158
39-"
34-87
30.82
33-002
43-85
39-424
41.626
36.21
39-22
35.31
35.608
42.60
41.352
40.995
49.205
40.24
38.717
44.65
34.46
31-564
34-615
40.080
44.63
46.172
49.45
36.437
31.878
36.263
32.657
34.145
37.968
40.892
38.985
43-15
42.57
47-735
t H
II II. 18
S 3-8.46
53 41.76
27 3-39
7 13-22
9 55-15
31 58.40
'3 43-75
'3 4LI3
22 17.28
t7 49-13
17 52.90
9 30.82
10 6.99
32 56.22
35 16.00
34 0.69
7 23.02
30 19.88
14 31.76
26 20.09
36 18.55
53 6.72
12 7.50
U 3-97
14 41.21
9 1-93
4 18.40
50 16.56
16 12.52
7 44-34
12 47.48
o 42.79
33 5-49
;o 22.08
6 56.09
6 3.08
30 25.10
26 12.42
20 8.57
t6 42.64
34 13-44
18 50.33
25 19.42
[4 57.08
[o 10.46
13 39-51
13 5-00
|0 6.74
- 8.6
8.65
8.69
8.84
8-93
8.94
8-97
9.02
9.02
9.09
9.14
9.14
9.22
9-25
9.26
9.26
9.26
9-42
9-53
9-53
9.58
9.6;
9.62
9.67
9-72
9-73
9:76
9.80
9-83
9-85
9.86
9.91
9:93
9-93
9-97
9-97
9.98
IO.OI
10.07
10.07
IO.IO
IO.II
10.14
10.14
10.17
10.17
IO.2O
10.21
IO.2I
- 7-13
6-74
13-73
9-54
6-53
I3. 12
10.30
7.50
7-50
8. So
12. 8l
12. 8l
6.86
6-95
10.47
10.83
10.63
6-53
10.05
7.62
9-43
11.00
13-65
7-25
12.06
7-64
6.78
6.07
13.20
7.90
12.79
7-35
n.68
10.48
I3-I9
6.47
6.33
10.06
9.41
8.48
12.64
10.67
8.29
9.28
7-69
6.95
7-49
12.06
-11-59
h. m. s.
13(28)16.48
29 8.21
30 17.63
34 16.40
36 44.92
37 10.48
37 55-04
39 17-93
39 18.93
4' 23.03
43 '0.78
43 ".47
45 42.42
46 24.49
46 57- SS
47 2.88
47 18.59
52 23.41
56 39.14
57 1.54
5 s 9-94
59 24-25
13 59 47-9
14 2 9.47
4 2.71
4 29.48
6 6.60
7 50.18
9 8-27
9 53-51
10 47-74
13 48.09
14 29.82
14 39-23
16 35-39
17 14-04
17 30.93
18 52.95
22 49.87
22 57.48
23 58.38
25 31-74
27 56.45
28 lS.21
29 12.32
29 44.68
31 51-87
32 57.62
14 33 12.45
1 II
31 38 6.9
31 35 33-9
32 20 44.2
31 54 1.8
31 34 8.7
32 16 57.2
31 58 57-7
40 40.3
40 37-6
31 49 15.2
32 14 5i.i
32 14 54-8
31 36 26.9
37 3-2
31 59 56.0
32 2 16.1
32 I O.6
31 34 19-0
57 19-5
41 28.9
31 53 19-1
32 3 19-2
32 20 10. o
31 39 4-4
32 10 5.8
31 41 38.6
35 58-5
31 31 14-3
32 17 19.6
31 43 10.3
32 14 47.0
31 39 44-7
32 7 44-4
o 5-9
32 17 25-2
31 33 52.5
32 59-4
57 25.2
53 II- 9
31 47 7-1
32 13 45-4
32 I M- 2
31 45 48.8
52 18.8
41 54.9
37 7-6
31 46 37.2
32 10 7-3
32 7 8.5
54-4
7.2
20.4
17.
30.
10.9
24-
52.5
36.9
30.8
43. t
57-
9-5
23-
67 >
5.
iR
.
5-
1 8.'
31-2
56.
9-2
22.4
37-
50.
2-5
15-5
"S r
10.5
23-5
IO.
15.
30.7
35.5
33-3
46.6
59-5
12.
25.3
13 6
22.
57-4
21.
10.3
34.
23-4
21-5
35-5
49-
2.0
4I.5
26.8
39-6
52.5
49-
'
41.
54-5
7.6
52.6
5-3
50 8
.
55-5
8.2
21.
2.7
16
55-
8 1
22.
->6
30.
42.6
44-
26.'
50.
57-4
5-
39-
4-
9.8
51-7
16.7
22.7
30.2
4-5
44-3
57-5
. .
t
. .
29.4
17.2
3.
24.2-
12.
25-
30.6
37-3
45-
58.4
n 8
CORRECTIONS.
REMARKS.
Date- Corr of
Date - Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
9
.
1849. h. s.
s.
s. s.
s.
' " r.
INSTRUMENT READINGS.
Date.
CIRCLE.
O B
Z
u g
g|
<H
3 E
E
H E
X <U
(5
A.
B.
C. D.
Corr'd"
Mean.
Mean.
Barom.
1849. h. m.
1 II
//
a
in.
O
o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 172. MARCH 30. MAJ. BELT, 289 I2|'. D = 31 26' 40" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
GI
2
MICROMETER.
i
if)
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
120
121
122
123
I2 4
I2 5
126
I2 7
128
I2g
130
131
132
133
134
135
136
137
I
2
3
4
5
6
7
8
9
10
ii
12
13
14
15
16
17
IS
19
20
21
.22
23
24
25
26
27
9
8
8
8
8
7
6
8
9
6
8
8
9
8
3-4
10
9
6.7
8
7
7
8
8
8
6
9
6
8
8
8
6
6
9
7
9
8
9
6
6
8
8
8
6
8
7
r> r
h. m. s.
14 34 27.59
38 2.16
38 19.60
39 23-66
40 14.80
41 16.89
42 7.90
42 45.64
43 53-57
47 55-94
48 44.36
4-99
51 15.28
51 23.99
54 22.03
57 53-6i
58 9.79
14 58 33-95
. APRIL 2.
10 41 34.23
43 8.15
45 5i-o6
46 13.36
52 15.01
56 13-94
10 58 3.90
II 2 12.87
2 13.88
4 55-77
5 30.03
7 58.03
8 38.26
9 19.90
17 10.01
19 39-51
19 35.00
21 50.69
21 II. 12
22 3.28
24 1.66
27 30.16
29 44.15
30 22. OI
30 46.32
32 10.22
ii 32 34.86
s.
-31.96
31-94
31-94
31-93
31.92
31-91
3i-9i
3L9 1
31. gc
31.88
31.87
31-87
31.85
31-85
31-83
31.81
31.81
-31-81
MAJ.
-35-50
35.50
35.50
35-50
35-51
35-51
35-51
35-51
35-51
35-51
35-51
35-52
35-52
35-52
35.52
35-52
35-52
35-52
35-52
35.52
35-52
35-52
35.52
35-52
35-52
35- 51
-35-51
S.
I.OI
I. 00
I. 00
0.99
I.OO
I.OO
I.OO
o-99
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
BELT,
I.OI
0.97
0.98
I.OI
1.02
0.98
I.OI
0.98
0.98
0.97
1. 02
1.02
o-99
0.98
0-99
o.gg
0.98
I.OI
I.OI
I.OI
0.98
1.02
o.gg
o.gg
0.98
I.OI
-o.gg
282 2f
IV.
VI.
vh.
VI.
IV.
VI.
V.
VII.
VI.
VII|.
VII., V,
VII.
VII., IV.
V.
IV.
ii.
ii.
12.
VII.
VII.
VI.
IV.
VI.
IV.
VI.
12.
2
3
6
7
4
5
5
6
4
4
2
2
3
i
3
6
I
)'.
3
7
7
2
2
7
2
6
6
7
i
2
6
7
6
6
6
2
3
3
7
I
5
6
7
2
6
r.
43-39
34-89
32.70
39-375
35.508
45-69
41.847
34.195
36.49
32-198
36.89
37-00
40.498
46.248
40.073
41-77
38.60
36.415
D =-3
36.815
50.45
44-773
39-"7
34.068
46.95
45.58
43.908
46.712
48.131
44.865
35-75
31.64
36.624
39-55
37-044
45.314
41.80
39.032
25-45
47.48
45.695
41.097
34.215
35-11
43-927
42.817
I H
V 36.34
38 48.00
19 40.20
9 57-85
32 32.98
20 53.05
23 5-6g
18 48.60
32 0.99
34 29.29
46 21.05
46 17.25
35 34-45
46 49.20
35 49-ii
34 50.54
16 16.40
52 28.58
8 19' i
37 4L56
3 35.38
6 51-53
15 3.7i
M 58.25
5 36.39
H 20. go
'3 i3-2g
ii 36.09
4 55-42
17 36.14
t& 57.7?
20 16.30
ii 32.55
15 43-71
[7 10.27
12 23.75
13 30.49
j6 24.55
14 13-35
5 17-66
(7 8.06
=3 31-59
18 47.70
[2 25.05
12 17-96
13 49-39
10.23
' 10.27
10.27
10.29
10.30
10.32
10.32
10.32
10-35
10.40
10.41
10.41
10.43
10.43
10.47
10.51
10.51
10.52
3".
5.22
5-41
5.80
5.85
6.51
7.02
7.20
7.71
7-72
8.01
8.07
8.37
8.44
8.52
9.42
9.70
9.70
9-94
9.87
9-96
10.18
10.57
10.82
10.88
10.93
11.08
11.13
n
11.98
11.40
8.41
6.92
10.39
8.60
8.92
8.28
10.31
10.72
12.60
12.60
10.89
12.68
10.93
10-77
7.86
-13-58
12.72
0-95
2.03
15-37
16.44
1.61
14.03
4.18
3.63
1.38
16.29
16.07
6.60
3.60
5-03
5-54
3-91
14.81
12.27
15.06
LSI
16.12
7-74
6. 02
3-gi
14.36
4-40
h. m. s.
14 33 54-62
37 29.22
37 46.66
38 50.74
39 41-88
40 43.98
41 34-99
42 12.74
43 20.67
47 23.06
48 11.49
(48)32.12
50 42.43
50 5LI4
53 49-20
57 20.80
57 36.98
14 58 1.14
10 40 57.72
42 31.68
45 14-58
45 36.85
51 38.48
55 37-45
10 57 27.38
ii l 36.38
i 37-39
4 19-29
4 53-50
7 21.49
8 1.75
8 43.40
16 33.50
19 3.00
18 58.50
21 14.16
20 34-59
21 26.75
23 25,16
26 53.62
29 7-64
29 25.50
30 9.82
31 33-70
II 31 58.36
I 11
32 9 38.5
32 5 49-7
31 46 38.9
36 55-1
59 33-7
47 52.0
50 4-9
45 47-2
31 59 1-6
32 i 30.4
13 24.1
13 20.3
2 35-8
13 52.3
2 50.5
32 I 51.8
31 43 14.8
32 19 32-7
38 57 9-5
22 51.7
38 26 9.4
39 4 34-9
39 7 3L2
38 24 55.0
39 o 52.1
38 32 35-2
30 57-4
38 24 14.8
39 7 10.5
39 6 32.2
38 39 41-3
30 54-7
35 8.2
36 35-5
38 31 47-4
39 3 5-2
55 56.7
39 3 48.4
38 24 39.3
39 6 44.8
38 43 0.2
38 14.6
38 31 49-9
39 i 53-4
38 33 14-9
28.2
41.
rS c
49-4
.<
c-3 7
, .
42.
55.
30.3
43;
55- e
II 8
21 2
17.
30.
19.6
32.4
36.'
43-3
39-
49-6
56.2
28.
52.
18.
2.5
ii.
9.2
40.6
15.2
24.
21.8
53-4
37-
35-
48.'
T,S, 6
0.7
rS '
* *
32.
, .
. .
23.2
20.7
37-
34-
8.2
51.1
48.0
21.9
4-7
rr V
ZONE
173
47-
I.O
59.8
14-5
29.2
43.4
. ,
45-
46.1
49-7
I9-
60.
3-Q
12.4
14.
18.0
27.2
32.4
'
* '
12.5
4O.5
52.5
6.2
|g
2.2
57-2
42.255.7
11.8.25.2
7. - -
9-9
39-5
^-l.Q
43-4
C.I
53-5
45-7
30.
44-2
44-3
36.
58-5
18. '32.5
24-3
38-5
52.7
52.
CORRECTIONS.
REMARKS.
Date Corr ' of
Clock.
Hourly
rate.
m n
c
Zenith Point
Mic.
Co.
(172) 136, Transit observations incongruous;
that over T. VI employed.
1849. h. s.
Apr. 2, 8 36.210
s.
g 0.040
s. s.
0.175 + 0.465
s.
0.196
or '/
o o 2.25
r.
39.423
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
o c
11
% 1
s
<e
ii
$g
X a
A. '
B.
C. D.
Corr'd
Mean.
Mean
Zone 173
1849. h- m.
Apr. 2, 10 40
II
II 20
ii 40
12 O
12 20
12 38
12 40
/ It
282 20 57.6
59-7
65.8 ^63.0
61.52
//
61.52
in.
30.144
30.142
52.0
51.3
50.0
49-5
48-5
43-4
42.5
41-5
41.1
40-3
39-8
39-8
30.140
30.140
30.148
57-6
60.0
65.6 65.2
62.10
62.10
144
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 173. APRIL 2.
RUj
. BELT, 282 20'. D = 38 19' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"i
0}
MICROMETER.
i
4
d
\fean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0
I.
II.
III.
IV.
V.
VI.
VII.
n.
12.
28
29
30
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
"SI
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
8
7
8
8
9
10
9
9
8
8
7
7
9
6
8
9
8
.8
8
7
8
9
8
6
7
7
7
7
7
7
7
5
7
8
7
8
6
6
8
8
8
8
8
8
4
7
i. m. s.
u 33 12.
35 7-
36 12.
36 24.
36 41.
37 30.
41 31
43 53
44 38
44 38
45 57
46 48
46 38
48 28
48 54
51 17
52 38
56 16
57 30
57 43
" 58 54
12 2 17
7 13
9 49
10 20
II 22
II 8
12 25
14 I
14 58
14 56
15 5
' 16 18
18 42
20 i
20 41
21 59
28 34
29 10
31 12
3t 25
32 22
34 9
35 17
39 49
4i 33
43 7
44 18
'2 45 7
6S
38
18
97
84
00
92
4'
It
68
61
98
40
4?
95
r
79
51
IS
Of
87
93
7<
IS
14
31
38
05
9 =
35
78
3<
78
45
44
:y-
2-
47
6c
in
97
75
si
2C
55
3?
6t
s.
-35-51
35.51
35.51
35-51
35.51
35-51
35.51
35-50
35-50
35.50
35-50
35-50
35.50
35.50
35-50
35-50
35-49
35-49
35.48
35.48
35.48
i 35-47
35-46
35.46
35.46
35.46
35.46
35-45
35-45
35-45
35-45
35-45
35-44
35-44
35-44
35-44
35-42
35-42
35-41
35-41
35-41
35-4
35-40
35-39
35.38
35-37
35-37
-35-37
s.
-0.99
0.98
I.OO
0.99
I.OO
1.01
1.01
0.98
I.OO
I.OI
0.99
0.9?
0.98
I.OO
I.OO
I.OO
o.gc
o.g?
0.98
o.gS
o.gS
I.OO
I.OO
I.OI
i. 02
o.gg
o.gS
0.99
0.98
I.OO
0.99
' I.OO
0.98
1.02
O.gS
O.gg
I.OO
I.OI
o.gf
o.gS
I.OO
1.02
I.OO
o.gg
o.gc
I.OO
I.OI
I.OO
o.gS
VII.
VI.
VI.
VI.
12.
VII.V.
IV.
VI.
VI.
12.
12.
vii.
VI.
VI.
VI.
V.
VI.
IV.
VII.
IV.
II.
VI.
IV.
6
7
6
4
3
3
7
4
3
5
7
7
5
4
4
5
7
7
7
7
3
3
2
I
6
7
7
7
3
5
4
7
2
6
4
2
7
7
4
2
3
6
6
3
2
4
7
r.
36.42
43-23
41. 2g
37-010
37.56
31.122
32.095
45.48
39-145
35-50
43-83
40.88
35.132
36.50
36.89
42.667
45-43
46.53
45.46
49.132
50.268
44.265
43.I87
39.8I7
39-797
39-537
44-685
33-71
43-345
44.317
43-135
41-39
34.875
35.138
32.67
40.163
43-074
38.85
41.59
39.338
40.713
41.653
44.11
47.365
42.78
41-693
36.214
38.84
17 31.32
7 44.5-"
23 24.71
17 11.24
31 22.59
-10 57.27
40 24.42
6 27.12
30 29.31
38 26.73
21 55.62
9 4-27
12 24.29
26 9.76
3t 47-34
28 27.74
21 1.82
5 50.67
6 27.75
4 20.86
3 41.88
33 23.95
34 1-63
44 40.03
50 31.85
15 44-21
6 54-57
13 13.36
9 54-05
33 56.17
2j 40.44
28 i i. So
8 48.29
47 30.6o
12 24.09
ig 41.23
29 54.38
42 47-61
10
8 41.39
30 22.86
49 59-!5
34 54-37
13 6.38
:il 14.03
34 15.68
; 43 35-27
132 10.67
10 16.30
11.20
11.40
11.52
H-54
H-57
11.66
12.08
12.33
12.41
12.41
12.54
12.63
12. 6l
12. 80
12.85
13. og
13.22
13.58
13.70
13-72
13-83
14.15
14.60
14.84
14-89
14.98
14-97
15-07
15.21
15.29
15.29
15.30
15.41
15.62
15-73
15-79
15.89
16.43
16.
16.64
16.65
16.74
16.87
16.96
17.31
17-44
17.56
17-65
-17.71
- 5.66
2-33
7-69
5-55
10.49
13.90
I3-70
1.89
10. 18
13.00
7.18
2-77
3-91
8.66
10.63
9-44
6.86
1.69
1.87
1.20
0.96
II. 19
11.42
15-24
17-39
5.01
2.05
4.18
3-04
iv. 37
7.10
9-37
2.67
16.30
6.40
9-96
M.5S
3-
2.60
IO. 12
I7-23
n-73
4-M
3-50
11.51
14.85
10.76
- 3.12
ll. 111. S.
II 32 36.15
34 30.89
35 35.67
35 48.47
36 5-33
36 53-4S
40 55.40
43 16.98
44 1.69
44 2.17
45 21.12
46 12.50
46 1.92
47 51-93
48 18.45
50 41.48
52 2.14
55' 40.32
56 54-05
57 6.69
II 58 18.44
12 1 41.39
6 37.46
9 43-70
10 45.69
10 31.87
II 48.93
13 24.62
14 22.47
14 19.91
14 29.33
15 41-93
18 6.32
19 25.03
20 5.01
21 22.88
27 57.81
23 34.07
30 36.21
30 49.21
31 46.54
33 33-35
34 41-19
39 12-77
40 56.84
42 31.17
43 42.02
12 44 31.25
/ II
38 36 58.2
27 8-3
42 53-9
36 38.3
38 50 54.6
39 o 32.8
39 'o 0.2
38 25 51.3
50 1.9
58 2.1
41 25.3
28 29.7
31 50.8
45 41.2
51 20.8
48 0.3
40 31-9
25 15-9
25 53-3
23 45.8
23 6.7
52 59-3
38 53 37-6
3g 4 20. i
3g 10 14. i
38 35 14.2
26 21.6
32 42.6
29 22.3
53 32.8
41 12.8
47 46.5
38 28 16.4
39 7 12.5
38 31 53-7
39 13-4
38 4g 30.2
3g 2 28.6
38 29
28 10.6
38 49 59-6
39 9 43-1
38 54 33.0
32 37-5
30 44-8
38 53 54-6
39 3 17-7
38 51 49.1
38 29 47.1
35.4
12.2
26.2
39-3
7.0
59-5
33-3
46
2?
5
39-3
53-4
38.
52.5
7.
. .
15-
6.
fi 1
20 8
TO R
;
55-
38.4
16.2
30.4
32.2
52.6
31.2
23.2
46.2
7.0
O.2
43-
57-1
3i-5
IS
7
59.8
1 8.'
8.5
23.2
46.3
60.'
. .
. .
64.0
iR
52.
20.
34-2
II. 2
42-5
43.4
13.
24.5
46.4
0.7
51-7
'4
6
.1
29.
27.2
45-2
2O. 2
42.6
61.3
41.4
59-4
34-
57-0
15-5
55-6
48 .'7
2.6
16.4
27-5
54.5
Ifi
R
5.4
23.7
31-5
38.2
45-7
52.1
31:5
. .
19-3
4-4
33-0
67.4
18.4
47-4
21.7
32.4
21. s
36.'
TS.7
. .
. .
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic. Co. (173) (
(173) <
56. Declination worthless.
>g. Micrometer readingassumed aa made
wilh thread I instead of thread 2.
s
i84g. h.
s.
s.
s. s.
s.
O 1 II
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Ji
is
S <"
~a E
S
* V
A.
B. C.
D.
Corr'd
Mean.
Barom.
Mean. .
Zone 173
1849. h. m.
Apr. 2, 13 o
13 20
13 22
13 40
282
r c
"
"
" in.
30.144
48.2
47-4
46.8
o
38.8
38.3
37-8
37-6
20 57.7
61/3 65.4
67-5
62.98
62.9!
i
30.14
30.14
t
:
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 173. APRIL 2.
MAJ.
BELT, 282 20'
. D 38 19' 10" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
n, fi. 2
MICROMETER.
I
. 1
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
47-S
VI.
VII.
"fi'r
ii.
12.
77
78
79
So
Si
82
83
84
85
86
87
88
89
go
91
92
93
')4
95
96
97
98
99
IOO
101
102
103
104
1 06
107
108
log
no
ill
112
113
114
115
116
"7
ng
1 20
121
122
4-5
8
7
7
6
I
8
\
8
9
8
9
9
9
8
8
5
9
9
\
7
7
6
7
6
9
5
7
9
6
7
7
7
7
7
7
10
. .
34-
13.
h.
. . . . 12
n. s.
5 33-94
16 44.48
f7 3.10
)9 26.21
jo 21.65
53 1-34
54 3-oo
;S 5.99
;8 21.80
o 59-72
o 38.85
I 18.48
3 1-04
2 56.39
4 42.74
6 0.43
7 17-95
7 33-72
13 10.22
13 23.34
5 23.44
6 22.41
3 3-13
!I 25.49
!2 49. 1 8
!2 57.89
!4 53-97
!5 40.56
!3 55-52
SI 29.83
J2 45.16
S3 50.62
!4 54-25
j8 18.24
!7 20.64
.2 O.6l
\S 9-55
s.
-35-37
35-3'
3v3f>
35-35
35-35
35-34
35-34
35.32
35.32
35.31
35-3'
35-31
35-30
35-30
35-30
35.29
35-28
35-28
35.26
35.26
35.25
35.25
35.24
35.23
35.22
35.22
35-21
35-21
35-20
35-18
35-17
35-17
35.16
35-14
35.14
35-12
-35-H
s.
-0.99
0.99
0.99
1.01
0.98
0.98
I.OO
0.99
0.99
1.02
I.OI
I .OI
0.99
I.OO
I. CO
I.OI
I.OO
I.OO
I.OI
I.OI
I.OO
0.99
I.OI
I.OO
I.OO
0.99
.01
.01
.01
.01
.00
0-99
1 .00
o-99
0-99
1 .01
-0.99
6
6
6
3
7
7
4
5
5
i
2
2
6
4
3
3
4
3
I
I
4
6
3
4
6
i
I
3
3
3
6
4
6
I
6
6
6
6
I
3
7
5
2
2
r.
40.905
31-538
28.58
35-057
43-130
40.022
41.85
46.504
47.188
32.54
35.65
40.40
43.008
44.662
43.202
35-93
37-994
43.058
38.198
36.767
38-452
31-609
35-33S
33.164
33-90
35.089
37.060
39.602
35.463
34.000
36.948
37-188
40.418
38.24
34-9I8
41-762
36.06
35-684
30.95
3S.5I4
37-665
38-584
36.065
42.237
49-97
38.053
14 57-00
20 20.30
22 2.40
38 42.24
7 48.24
9 35-51
28 56.14
20 24.95
20 1.35
54 42.32
47 3-79
44 I9-90
'3 44-42
37 19.09
34 i -n
38 12.10
31 9.02
34 5-88
51 27.04
52 16.43
30 53-40
20 17.85
38 32-54
33 55-94
27 39.98
18 17.74
52 6.31
50 38.58
38 28.22
39 18.72
37 36.97
17 5-3!
29 45.58
16 28.99
18 23.17
49 24.02
17 44-23
17 57-20
20 40.60
16 19.53
51 45-43
36 40.50
II 52.09
22 52.23
38 49-59
45 40.92
II
-17-74
17-83
17-85
18.03
18.09
18.28
18.35
18.64
18.66
18.85
18.83
18.87
18.98
18.98
19.09
19.18
I9-27
19.29
19-65
19.67
19.80
19.86
19.96
20.1-
' 2O.26
20.27
20.39
20.43
20.62
20.77
20.85
20.91
20.97
21. 16
21. II
21.37
21.53
21.6
21.67
21.77
21.87
21.95
21.95
21.97
22.05
22.21
- 4-77
6.60
7-17
13.09
2.34
2.90
9.62
6.63
6.51
18.95
16. 14
15.15
4-35
9-05
11.42
12.91
10.40
11.46
17-76
18.04
10.32
6.58
13-03
11.38
9.18
5.90
18.00
17.45
13.03
13.32
12.70
5-49
9.91
5.28
5-93
17.00
5-69
5.76
6.71
5-21
17.87
12.36
3.68
7.48
I3-I5
-15.62
h. m. s.
12 41 57.58
46 8.13
46 26.75
48 49-85
49 45-32
52 25.02
53 26.66
57 29.68
12 57 45.49
13 23.39
o 2.53
o 42.16
2 24.75
2 2O.O9
4 6.44
5 24.13
' 6 41.67
6 57-44
12 33-95
12 47.07
14 47-19
15 46.17
17 26.88
20 49.26
22 12.96
22 21.68
24 17-75
25 4-34
28 19.31
30 53-64
32 8.99
33 14-46
34 18.09
37 42.11
36 44-51
41 24.48
44 33-45
(45)
47 1.42
48 48.91
50 44.65
52 21.04
52 17.00
52 45-37
54 9-57
13 57 21.34
1 II
38 34 29.5
39 54-7
41 37-4
58 23.4
27 18.7
29 6.7
48 34-1
40 O.2
38 39 36.5
39 14 30.1
6 48.8
39 4 3-9
3 33 17-8
46 57-1
53 41.6
57 54-2
50 48.7
38 53 46.6
39 ii 14-4
39 12 4-1
38 50 33-5
39 54-3
58 15-5
53 37-5
47 19-4
38 37 53-9
39 ii 54-7
39 10 26.5
38 58 II- 9
59 2.8
57 20.5
36 41.7
49 26.5
36 5-4
38 38 0.2
39 9 12.4
38 37 21.4
37 34-6
40 19.0
38 35 56.5
39 ii 35-2
38 56 24.8
31 27.7
42 31-7
38 58 34-8
39 5 28.7
I?. 2
45-4
'9-
58.2
33-2
34-8
12.2
47-5
49-
52.
7 S
25-9
21.4
1-4
6.
. ,
35-7
17-
20.
49-7
31.3
34-0
t
. . 12
14
z8
- '3
4- c
53-2
3 9 ^
7-
21.3
61.3
14 "
. .24.6
42 . s ^7 .0 1 1 . i
60.4 14.6
28.7
46.2
2.O
4L
20.7
43-2
47-7
23.
55-5
35-3
57-7
30.
1.7
9-4
49-2
n.
35-3
44-
26 .'3
41.4
15-8
31.0
23.
22. 5
2.8
25.2
49-
53-4
40.4
55-5
29-5
45-0
37-7
36.5
17-1
10.4
31.3
45-5
. .
. .
11.5 26.
8.622.4
55-0 . .
9-7
43.858.
59-5
4-7
'
36.'
'
54-2
8.4
22.5
....
O.4 - -
-
;
27-4
. . 46.2
41-455-4
0.4
9-5
15.0
29-3
. . i
I T .
* *
57-
38.7
2Q.
2 3 -5
II.O
6.8
43.2
37-551-4
24.938.8
20.434.8
-5-7
49-
, .
. . 13 47 37-51
. . 49 24.98
51 20.73
-35-09
35- OS
35-07
35.06
35-06
35.06
35-05
-35.03
I.OO
0.99
.01
.00
o-99
.00
.00
.01
-ic 4
52 53-05
53 21.43
54 45-62
57 57-3S
. . 1 . .
49-5
3-9
28
. .
- - !3-4
57-3
13
CORRECTIONS.
REMARKS.
n Corr. of
Uate ' Clock.
Hourly
rate.
c . ' Zenith
Point
Mic.
Co. (173) 114. Precedes the last about 15".
1849. h. s. s. s. s. f.
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
u g
~
"rt G
B B
A.
B. C.
D.
Corr'd
Mean.
Mean.
Bare
HI.
1849. h. m.
'
in.
19-
1 46
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 174. APRIL 5. MAJ. BELT, 294 12^', D = 26
[After having filled up this gap the observer found that he had set the circle at 293
41' o".
57' instead of 294 12!'.}
No.
Mag.
SECONDS OF TRANSIT.
T.
a t a, MICROMETER.
, ; ;
Slean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
111.
IV.
V.
VI.
VII.
II.
12.
i
2
3
4
6
7
S
9
10
n
12
'3
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
2CJ
30
3'
32
33
34
35
36
37
38
39
40
42
43
44
45
46
47
48
49
6
8
9
8
8
8
8
7
7
8
8
9
9
8
8
10
8
8
7
8
8
7
8
5
7
7
7
7
6
7
1
10
8
4
7
10
8
8
9
10
6
9
8
5
7
8
6
6
41 .7
h. m. s.
8 55 17.08
56 16.56
57 40. 2g
8 59 55-24
9 o 38.36
2 49.18
3 18.03
2 51.00
4 42.86
7 56.06
8 16.36
9 29.54
10 1.30
ii 52.63
14 3-6o
14 4-50
M 5-24
15 35-78
17 50.70
18 36.94
19 4.28
21 54.51
22 29.26
24 1.25
23 37-14
23 II .gl
26 2.OI
26 55.50
30 2.25
30 32. 10
30 2g.go
32 29.36
35 1-37
36 17.98
3S 9-25
38 43-87
40 6.09
41 58.16
42 9.07
44 43-68
45 27.60
47 58.85
48 50.58
49 47.92
50 45.91
53 38.g8
58 15.64
58 38.92
9 59 r -64
s.
-37-23
37-22
37-23
37-24
37-24
37-26
37.26
37.26
37.27
37-28
37.28
37- 2g
37- 2 g
37-30
37-3'
37-31
37-3t
37-32
37-33
37-33
37-34
37-34
37-35
37.36
37.36
37-37
37-37
37-39
37-39
37-39
37-40
37-41
37-41
37.42
37-42
37-43
37-44
37-44
37-45
37-45
37.46
37-46
37-47
37-47
37.48
37-50
37.50
-37-50
s.
-0.99
I.OO
l.OI
1 .01
l.OI
1. 02
l.OI
1.02
1.02
l.OI
l.OI
l.OI
I. O2
I.OO
1. 00
I.OO
o.gg
I.OO
0.99
1. 01
l.OI
0.98
I.OO
I .02
0.99
o.gg
1.02
o.gg
o.gg
I .00
l.OI
l.OI
I.OO
1. 02
I.OO
o.gg
i .00
I.OO
I.OO
1.01
o.gg
I.OO
l.OI
o.gg
o.gS
1. 02
o.gg
i .01
l.OI
V.
VI.
VII.
IV.
VII.
VI.
V.
VII.
ii.
IV.
V.
VI.
VII.
V.
IV.
IV.
II.
VII.
VI.
VII.
VII.
VI.
VII.
V.
II.
VII.
1 1.
VII.
VII.
VII.
12.
VI.
VI.
VI.
IV.
V.
VII.
III.
VI.
VII.
II.
VI.
VI.
VII.
VI.
VI.
IV.
V.
VII.
6
4
i
2
3
I
2
I
1
2
I
2
I
4
5
5
6
4
5
2
2
7
3
I
5
5
I
6
7
3
2
3
4
I
5
6
4
3
4
2
7
3
3
7
7
I
6
2
2
r.
41.38
36.o2g
37.685
34-119
30.615
32.83
33-12
36.66
"35-027
35.46i
42.gS4
46.582
34.307
34- 6g
34.32
34.208
38.18
41.58
45-387
47-207
40.81
42 . 409
36-368
33-805
42.068
46.795
36.782
32.875
39.368
39- '95
4I.I35
37o67
41.528
37.367
40.53
4O.2g2
42.558
40 . oog
39.560
41-445
40.843
39.242
31.282
34.032
48.60
30.442
34-047
36.718
35-895
14 40.58
32 16.93
51 44-43
47 56.69
41 15.24
55 32.18
48 31.14
52 19.81
53 16.48
47 10.38
48 41.84
40 46.40
53 41.02
33 3-24
27 25.48
27 29.36
16 30.37
29 4 . 96
21 3.38
40 24.66
44 5-44
8 13.16
37 56.68
53 58.62
22 57.38
20 14.60
52 15.22
9 57-77
36 19. 10
43 53-50
37 22.38
29 7-13
5i 55-5S
23 51.14
15 18. 16
28 31.41
35 51-29
30 15.06
43 43-52
g 6.48
36 17.66
40 52.40
13 I . 94
4 39.31
55 54.60
'8 53-7'
46 26.96
46 55-Og
6.25
5-33:
6.44
6.63:
6 . 70
6.91
6.96
7.03
7.10
7.41
7-44
7.56
7.61
7.80
8.02
8.02
8.02
8.18
8.40
8.48
8.52
8.82
8.88
9.04
g.oo
8.99
9.24
9-33
9.65
9-70
g.-o
9.90
10. 16
10.29
10.47
10.53
10.68
10.87
10.89
11.15
11.22
11.47
1 1 . 56
11.66
1 1 .-(
12.04
12.51
12.54
-12.58
n
2.56
4.20
6.08
5.70
5-07
6.44
5-77
6. 14
6.20
5.6J
5-79
5.02
6.27
4.28
3-74
3-74
2.73
3-9'
3-i<>
4.99
5-34
i . 96
4-7-1
6.30
3-33
3-o8
6. 10
3-01
2. II
4-59
5-33
4.68
3-92
6.09
3-43
2.62
3-86
4-55
4.02
5-29
2.05
4-59
5-03
2.41
1.64
6.47
2.gf
5-5<
- 5-6C
h. m. s.
8 54 38.87
55 38.34
57 2.05
8 59 16. gg
g o o. ii
2 lo.go
2 39.76
3 12.72
4 4-57
7 17-77
7 38.07
S 51.24
g 22. gg
ii M.33
13 25. 2g
13 26. i g
13 26.94
14 57-J6
17 12.38
17 58.60
18 25.93
21 i6.ig
21 50.91
23 22.87
22 58.79
23 33- 4f
25 23.62
26 17.14
29 23.87
29 53-71
29 51-50
3i 50. gs
34 22.96
35 39-55
37 30.83
38 5-4C
39 27.6C
41 19.7=
41 30.63
44 5-22
44 49-lf
47 20. 3c
48 12. IT
49 9.4?
50 7-4f
53 0.4?
57 37.IJ
58 0.41
9 58 23.1:
/ II
26 55 49-4
27 13 26.5
32 57-0
29 g.o
22 27.0
36 45-5
29 43-9
33 33-0
34 2g.8
28 23.4
29 55-1
21 59.0
34 54-9
14 15-3
S 37-2
27 8 41.1
26 57 41.1
27 10 17.1
2 14-9
21 38.1
27 25 19.3
Jti 49 23.9
27 19 10 3
35 M.O
4 9-7
I V
33 30.6
27 o 46.2
26 51 9.5
27 17 33-4
25 8.5
18 37-0
1O 21.2
33 12.0
27 5 5-0
26 56 31.3 i
27 g 46.0 i
17 6.7
II 30.0
27 25 o.o
26 50 ig.8
27 17 33-7
27 22 g.o
26 54 16.0
26 45 52.7
27 37 13.1
o 9.2
27 45.1
27 28 13.3
30.2
43-2
40.2
49-
18
29-
52.8
41.2
5-0
63.4
14.2
15.2
28 i
18 >
19.
K
16
42.
"S 'T
52.4
26.2
38.5
52.
0.5
48.
0.7
12.8
36.7
49-5
41 .4
6 -i
4Q. 2
1 .0
45-
~ '
39-2
'. !
37.5
50.2
2.2
14-6
20.4
26.6
32.4
O.2
38.
19.3
57-2
31-5
29.4
1.2
17-7
9-3
43-8
41.5
14-
30.2
21.2
54-3
26.
43-2
21.
33.4
21-3
33-9
. :.
>? 8
34-3
46.4
58.6
II. 4
2.9
12.7
46.
58.
51.3
10.4
38.4
51.2
3-3
51.3
16 n
78 1
i-
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
til
c
Zenith Point.
Mic. Co.
(174) 3. Multiple star.
(174) 26. Transit over T. n assumed to have
been recorded as over T. VII, and
minutes of transit assumed as 24.
l84g. h. s.
Apr. 5, 12 39.125
s.
g 0.038
0.175 + o
s.
.465
s.
o. ig6
o / n
o o 1.34
39.701
INSTRUMENT READINGS.
Date.
CIRCLE.
III
11
11
SE
X V
'*
A.
B.
C.
D.
CorrM
: Mean.
Bare
Mean.
Zone 174
1849. h. m.
Apr. 5, 8 52
8 55
O O
9 20
9 4
10 o
10 7
10 20
o
1
in.
30.110
61.0
58.2
57-2
52.0
50.6
49.8
48.6
47:9
293 56 58.9
60.7 64.2
63-7
61.88 61.88
30.132
30.140
30.146
59-5
61.5 65.3
65.2
62.88
62. 8S
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
147
-
ZONE 174. APRIL 5.
MAJ. BELT, 294" 12}'. D = 26
41' o" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
i
a. t
i
MICROMETER.
I
Ji
<4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
iR 8
VI.
VII.
II. 12.
50
51
52
53
54
55
56
57
58
59
60
61
62
I
2
3
4
6
7
8
9
10
II
12
13
14
'5
16
17
18
19
20
21
22
23
24
2S
26
27
28
29
30
31
32
S
9
9
10
8
7
9
S
7
9
8
10
9
6
9
9
8
6
9
10
9
7
9
9
6
6
10
9
9
6
9
9
8
7
8
8
6
8
8
9
9
9
8
9
42.
57-4
42.
3-7
12.2
54-2
9-7
54-4
16. '
24.
36 '2
6.5
22.2
6.4
28 .'2
58.4
59-7
36.3
3'J.2
49-2
18 8
h. m. s.
10 3 6.56
4 2.10
7 28.32
8 58.66
9 59-74
II 36.49
12 30.41
13 48.95
15 18.86
16 34.50
16 33.25
18 40.06
10 18 37.60
E 175. Apr
13 25 28.90
31 22.54
32 13-13
33 57-11
35 36-59
37 3-40
38 18.73
39 27.22
42 4-36
43 3.27
47 30.40
47 31.39
50 45.06
52 15.18
52 35.46
55 34.26
56 29.65
58 22.68
58 34-21
13 59 53-28
14 o 6.33
2 21.52
3 3-oS
3 44-55
5 3-56
8 20.71
9 16.70
9 41.42
10 15-97
II 33-34
II 49.58
14 14 34. 2S
s.
-37.51
37.52
37-53
37-54
37-54
37-55
37-55
37 56
37.56
37-56
37-56
37-57
-37-57
IL 5. ]
37-53
37.51
37-51
37.51
37.50
37-50
37-49
37-49
37-49
37.48
37-47
37-47
37.46
37-45
37-45
37-44
37-44
37-43
37-43
37-43
37-43
37-42
37.42
37-42
37-41
37.40
37-40
37-4C
37-40
37-3Q
37-3Q
-37.38
s.
I. 00
1.01
I.OO
I. 00
0.9')
0.98
1. 01
0.98
0.99
I.OO
0.99
0.99
r.oo
Uj. ]
I.OI
0.99
I.OI
I.OO
0.99
I.OI
I.OO
0.99
1 .00
0.99
I.OO
I.OO
I.OO
1 .00
I.OI
0.91
I.OI
0.99
I.OO
I.OO
I.OO
I.OI
I.OO
I.OO
I.OI
1 .00
1 .00
I. CO
I.OI
I.OO
I.OO
I.OO
VI.
VII.
VI.
VI.
VI.
V.
V.
V.
IV.
IV.
VII.
V.
VII.
:>=-
VII., VI.
VI.
VI.
VI.
V.
IV.
V.
V.
IV.
VII.
I.
VII.
IV.
VI.
II.
V.
VII.
IV.
VII.
VI.
VII.
IV.
VI.
VII.
VII.,VI
-<-
2
4
4
6
7
i
7
7
3
6
7
3
=3'
7
2
4
6
2
3
7
6
2
4
6
6
i
7
I
7
4
2
5
2
3
4
I
2
5
3
2
4
4
2
r.
42.25 2
36.49 4
36.628;
41.42 2
38.1431
44-595
41.242,
45-3^7
40.52
42.88 ;
44-94 i
38.472
40.867;
56' 10".
4L772
40.24
42.572
38.7'8
38.372
33-6I7
33-898
35-952
32-844
36.208
43-085
37-857
35.845
31-879
35-574
43-947
38.84
48.22
40 . 8 i 7
46.195
41.778
39.462
32.54
36.71
38.35
41 83
38.604
33-155
39 21
39-<75
43.080
47.524
1 n
S 42.21
6 34-55
I 56.26
9 10.85
6 32.21
6 57.65
9 41-94
6 30.30
9 18.32
4 12.22
2 37-42
o 28.98
5 21.39
W 23.30
9 27.87
13 4-8i
jo 44.13
[6 24.40
j8 14.01
39 22.25
n 55.96
39 58.6i
17 38.86
42 47-24
31 13.69
17 51.64
20 8.41
52 56.99
7 20. 01
51 4.60
4 52.=6
29 31.55
40 59-77
23 7.81
44 52.28
40 9.11
31 53-55
51 21. ic
43 28.81
24 57-5C
39 47-62
45 0.07
30 28.36
28 13.33
40 14.02
13.00
13.08
13-43
13-57
13-67
13-83
13.91
14.05
14.19
14-32
14-32
14-52
-14-52
- 6.27
6.40
6.4.
6.45
6.47
6.50
6.53
6.55
6.59
6.61
6.69
6.69
6.7-1
6.77
6.77
6.82
6.83
6.87
6.8-
6.89
6.89
6.93
6. 93
.6-94
6.96
7.01
7-03
7.04
7.04
7.06
7.06
- 7.10
t-
- 3-8?
5-5?
4.19
3-92
2-73
1.86
5-88
I. Si
2.07
4.40
2.36
2.17
- 4.51
- 5-66
2.28
5-12
4.06
2.85
5-56
4.80
2.48
4.85
2.95
5-10
4. 10
2.96
3-17
5.96
2.09
5.81
1.89
3-yfi
4.94
3-41
5-27
4.8f
4-'7
5-83
5-i'
3.58
4-84
5.28
4.04
3-85
- 4-87
h. m. s.
10 2 28.05
3 23.57
6 49.79
8 20.12
9 21.21
10 57.96
II 51-85
13 10.41
14 40.31
15 55-94
15 54-70
18 1.50
10 17 59.03
13 24 50.36
30 44.04
31 34-61
33 18.60
34 58.10
36 24.89
37 40.24
38 48.74
41 25.87
42 24.80
46 51.93
46 52.92
50 6 . 60
5' 36.73
51 57-00
54 55-83
55 51-20
57 44-26
57 55-7S
59 '4-85
13 59 27.90
14 I 43.09
2 24.66
3 6.13
4 25.14
7 42.3'
8 38.30
9 3--02
9 37.56
10 54 95
it n. 19
M 13 55-9 c
O 1 II
27 9 59.1
27 53-2
13 13-9
27 10 28.3
26 57 48.6
26 48 13.3
27 31 1-7
26 47 46.2
26 50 34.6
27 15 30.9
26 53 54.1
26 51 45.7
27 16 40.4
24 45 45-2
5 46-6
39 26.3
27 4-6
12 43-7
44 36.1
35 43-6
8 15.0
36 20. o
'3 58.4
39 9
27 34-5
U n. 3
16 28.4
49 '9-7
3 38-9
47 27.2
I 11.3
25 52.4
37 21.6
19 28.1
41 14-5
36 30-9
28 14.7
47 44-6
39 51-0
21 18. I
36 9.5
41 22.4
26 49.5
24 34-2
24 36 36.0
U-4
40.7
11.
n. 8
48.7
42.9
1.2
26.6
23.7
24.6
39-4
. .
40.
52.3
11.
ZON
! = C >
10.5
22.4
?7. 1
34-5
25-3
9.2
37-4
49-2
. . 12.4
27.239.8
24- 5 3''. 7
51-5 3-5
. . .S. 3
48.6
'5-5
31.2
27.2
39- 1
* *
. .
JS.2
1 8. '7
40
2
52.5
1 8. '7
-4.1
3".
16.4
42.5
28.5
27-5
55-7
40.6
39-4
*
38 .'s
21
51
3
33-2
3-3
44-6
15-4
57-2
26.8
9.2
2Q C
10
58
. !
-5
21.7
10.8
34-3
C7, 2
46.3
46 .'2
5 -4
58.4
54-2
58.4
55-7
10.5
!> 6
45-2
57
5
9-5
21 ^
15-
27.3
39-4
20 8
15.7
44-5
5*6
5
8.8
20.5
}2.S
oR r
I5-?
41 *
56.7
= 3 .O
t F
I7.5
22.;
* *
* *
J34--2
1.3
46.4
57-?
'3-7
9.6
26.2
" *
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate."
;;
s.
c
Zenith Point.
Mic.
Co.
(1/5)
i. Transit over T. VI assumed as 65^.2
instead of 55". 2.
17. Time of transit over T. VII assumed
as 5". 7 instead of 55*.7.
1849. h.
s.
s. s.
s.
r
I
(i/5)
:
:
7
INSTRUMENT READINGS.
CIRCLE.
11
-J C
rt i-
*&
~a i
c c
zl
V. C
Wrf
1 (ate.
A.
I!. C.
I).
Corr'd
Mean.
B.irom.
Mean.
1849. h. m.
Zone 175 Apr. 5, 13 20
'3 25
13 40
14 o
14 20
14 40
M 44
15 o
296
in.
30.188
)
53-0
52.
51.0
50.5
44-
43-
42.
41-
40.
40.
41 57.0
58.8 63.0
62.4
60.30 : 60. 3t
36.188
30.102
30.194
)
53.2
Co. 6 65.7
. . . .
64-7
62.30 1:2.3:
148
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 175. APRIL ;
. MAJ. 0,,= 23" 56' 10" Continued.
No
Mag
SECONDS OF TRANSIT.
T.
.
.,
MICROMETER. / ,/, ,/,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV
V.
VI.
VII
II.
12.
33
34
35
36
37
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
10
5
8
9
6.7
8
8
8
6
9
7
5
8
5
7
9
6
9
7
9
10
10
9
8
6
8
3
8
3
8
8
8
9
9
6
10
9
8
7
8
9
7
4
35.8
h. ra. s.
14 4 59-55
16 53.85
19 44-54
20 48.92
23 2.6O
24 12.48
26 26.24
29 47-04
31 21. 2O
33 29.44
35 8.97
35 12.05
36 35-62
37 57-50
37 58-15
38 55-66
40 25.74
40 52. 10
44 33.38
45 59-49
46 7-54
46 55-oS
47 24.81
48 26.19
49 24.44
53 1-72
53 34.46
54 34-82
55 55-94
14 59 41-93
15 o 50.35
I 19.56
3 22.91
3 40.34
5 21.20
5 19-73
7 6.71
8 46.40
9 41.30
10 25.11
12 1.52
15
IS 3-79
15 19 33-27
s.
-37.38
37-37
37.36
37.36
37-35
37-35
37-34
37.32
37.32
37.31
37-3
37.30
37-30
37.29
37.29
37-28
37-28
37-28
37.26
37-26
37.26
37-25
37.25
37-25
37.24
37.23
37-23
37.22
37-21
37.20
37-19
37-19
37-18
37-18
37-17
37-17
37.16
37-15
37.15
37-15
37-14
37-12
37-U
-37-10
s.
I.OO
0-99
I.OO
I.OO
I.OO
I.OO
i .00
1. 01
I.OO
0-99
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
i.oo
I.OO
I.OO
I.OO
I.OO
I.OO
i.oo
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
i.oo
I.OO
I.OO
I.OO
I.OO
1 .00
I.OO
i.oo
I.OO
I.OO
I.OO
I.OO
VII.
IV.
IV.
VII.
VII.
3
7
5
6
2
4
2
2
5
7
4
5
4
I
i
I
I
a
i
3
5
3
7
7
I
3
4
4
2
2
4
7
7
7
i
5
6
7
1
!
4
i
4
2
r.
45.172
37.6o
31.554
31-937
44-047
43-052
47.143
38.808
36.434
41-685
37-22
38.778
43.054
37.73
37-55
34-87
31.265
32.72
34-937
34-275
32.91
32.25
34.667
42.44
34-455
38.827
36.81
34-395
39-42S
42.87
36.27
41-743
39-87
43-597
44.282
44.10
36.487
37-10
41.09
39-357
41.145
34.63
38.304
44-375
1
3 2 52.85
10 59.10
29 0.95
20 6 . 26
42 14.03
28 14.67
40 27.18
45 14-85
2'6 12.52
8 38.11
31 35-95
24 51-35
28 14-33
51 43-18
51 49.40
53 20.99
55 26.34
48 44-37
53 19-59
39 9-23
28 13.88
40 18.85
12 40.12
8 12.05
i3 36.23
36 32.11
31 50.10
33 I3-46
44 53.46
42 54.65
32 8.74
8 36.11
9 40.73
7 32.10
47 57-05
21 47.02
17 29.46
II 16.36
29 22.38
30 22.17
29 20.4b
53 30.18
30 58-53
42 2.71
H
- 7.10
7.13
7.17
7.17
7.17
7.16
7-15
7-13
7.12
7-n
7.10
7.10
7.08
7-07
7-07
7.07
7.06
7.06
7.10
7. n
7. ii
7.12
7-12
7.13
7-14
7.16
7-17
7. IS
7-19
7.22
7-23
7-23
7-25
7-25
7.26
7.26
7.28
7.29
7-3"
7.30
7.32
7 34
7.36
- 7-3S
- 4-23
2.40
3-92
3.16
5-04
3-84
4.89
5-31
3-67
2.17
4.13
3-57
3-8S
5.83
5-83
6.05
6.22
5.63
6.05
4-79
3.84
4.88
2.50
2. 12
6.07
4-55
4. 16
4.26
5-2S
5.10
4.17
2. 15
2.25
2.O7
5-58
3-2S
2.94
2.42
3-95
4-03
3-95
6.05
4.08
- C-04
h. m. s.
14 14 21.17
16 15.49
19 6.K
20 10.56
22 24.25
23 34-13
25 47 -9 l
29 8.71
30 42.88
32 5LI4
34 30.67
34 33-75
35 57-32
37 19-21
37 19-86
33 17.38
39 47.46
40 13.82
43 55-12
45 21.23
45 29.28
46 16.83
46 46.56
47 47-94
48 46.20
52 23-49
52 56.23
53 56.60
55 17-73
M 59 3-73
15 o 12 16
41-37
2 44-73
3 2.16
4 43-03
4 41-56
6 28.51;
8 8.25
9 3-15
9 46.96
n 23.38
(15)
17 25.68
15 18 55.17
/ It
24 29 14.2
7 18.6
25 22.0
16 26.6
38 36.2
24 35.7
36 49.2
41 37.3
22 33.3
4 57-4
27 57.2
21 12.0
24 35-3
48 6.1
48 12.3
49 44-1
51 49-6
45 7-1
49 42-7
35 3I-I
24 34-8
36 40.8
8 59-7
4 3L3
49 59-4
32 53-8
28 11.4
29 34-9
41 15-9
39 17-0
28 30.2 i
4 55-5
6 0.2
3 51.4
44 19-9
iS 7.6
13 49-7
25 43-6
26 43-5
25 41.8
49 53-6 ,
27 20. o
24 38 25.1
30.3
41-5
54- <
> 5-f
17.7
Q.O
20.5
26.2
32.5
38.5
57-2
45-2
50.7
14 -'6
35-2
9-5
17-5
57-2
2.(
12..
26.
46.;
21.
29. (
H <
)I4.S
|24.6
|38.i
59-o
33-0
>4i.o
26.5
36.7
II.5
-
48,7
12.
24.2
47-5
36.1
59-8
12.
49.8
. . 33-
50..
1.9
l'fi'?
69 7
43.8
31.3
30-9
40.
O.5
25-5
37-4
49-8
46
'I 7 !'
54-
29.8
38.6
34-5
55- 1
41-7
50.
47-2
7-8
54-2
2.4
2O.4
6.2
14.6
32.4
rn 8
9-2
21.
33.4
26.'
34-3
46.4
18.6
53-3
53-5
37-1
.3.6
30-9
5-3
49 -3
25-7
43-
1.4
27-4
39-4
51-3
3-4
'5-3
39-7
i. ra
CORRECTIONS.
REMARKS.
<*' ^loc
;? .
c Zenith Point
Mic.
Co..
(175) 46. Time of transit over T. V assumed
as io s instead of o'. " Double star."
(175) 47. Time of transit over T. V assumed
as io a .5 instead of o".5.
(175) 48. Transit over T. n assumed to have
been recorded over T. 12.
1849. h. s.
!
s. s. s.
1
s.
!
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
Barom.
u
s!
re -
o
19-4
s
A.
<;. c. D.
Corr'd
Mean.
Mean.
Zone 175
IS
Ap
49. h. m.
'. c, 15 CO
O 1 II
,.
in.
30.204
O
39-9
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
[49
ZONE 176. ATIUL 10. MAJ. BELT, 296 5'. D = 24
32' o".
No.
SKCONDS OF TRANSIT.
T.
n, o 2 MICROMETER.
t
*
,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
.Mag.
II.
III.
IV.
V. VI. VII.
II. 12.
i
2
3
4
5
6
7
8
9
10
ii
12
1.3
14
15
16
it
19
20
21.
22
23
24
25
26
27
29
30
32
33
34
35
36
39
40
42
43
44
45
46
47
48
49
S 45-
9 4.2
7 -
6 . .
8 . .
57-3
16 R
9-
21 . T
h. m. s.
10 56 21.32
ii 2 40.83
3 17-9
3 44-20
4 8.76
5 16.60
5 10.63
7 48.59
8 16.56
8 56.92
10 13.47
10 47.92
13 36.25
16 26.50
IS 10.86
18 55-54
19 27.01
19 29.62
20 44.16
23 25.55
24 5-54
26 37.15
29 19.65
28 48.21
31 18.96
31 20.45
34 1.66
36 43.24
33 18.32
40 3-44
40 17.91
40 40.30
41 33-58
41 51.00
46 6.78
46 46.23
47 36.66
49 56.35
50 14.02
51 47.85
52 57.8o
53 34-60
57 1-35
58 52.30
ii 59 15.08
12 o 50. 16
I 13. 12
2 52.70
12 4 46.60
s.
31.01
31.02
31.02
31.02
31.03
31.03
31-03
31.03
31-03
31.03
31.03
31-04
31-04
31-04
31-04
31.04
31-04
31-05
31-05
31-05
31-05
31-05
31-05
31-05
31-05
31.05
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
31.06
s.
-0.99
I.OI
I.OO
I.OI
i.oo;
i .01
I.OI
I.OI
I.OO
I.OO
1.01
I.OI
I.OI
0.99
I.OI
i.oo
I.OO
'I . OO
I.OO
I.OO:
i.oo!
i.oo
I.OO
I.OO
0.99
-99
I.OI
0.99
I.OI
.1.00
I.OO
I.OO
I.OO
I.OI
o-99;
I.OO!
-99 !
0-99
I.OI
I.OO
I.oo
I . OO ;
I.oo
I.OO
0.99
I.OI
0.99
I.OO
I.OO
IV.
IV.
ik
IV.
IV.
III.
IV.
II.
V.
V.
VII.
vii.
VII.
IV.
vii.
VII, III.
6
3
6
3
5
3
2
2
5
5
2
I
2
7
I
3
3
4
5
4
5
5
3
7
7
i
6
3
3
3
6
5
5
7
I
4
2
5
I
7
3
3
r.
42.444 i
35.6453
40.92 i
35-11 3
36.64 2
32.17 4
35-79 4
42.24 14
3S-3452
34.3982
36.50 '4
40.3755
34-3374
34-3631
38.5025
37-59 '3
40.90 \2
41-5453
39-897 ! 3
36.538:2
36.1483
35.1442
4L9952
37.'32 3
33.265 l
30.37 i
36.945:5
36.124:1
37.268:5
38.20 3
40.62 13
39-222 : 3
36.3743
29.4242
33-545,2
46.032:2
45-43
46.81 4
46.4653
46 . 6O 2
50.07 3
35.36 2
38.50 2
40.678
41.0574
37.67 I
41-944:3
43.0703
4 3-SS
8 21.94
5 30.99
S 40.40
6 5-4'
o 21.88
6 57-93
3 16.40
5 6.28
7 22.80
6 34.48
o 11.62
7 49-17
2 50.83
I 16.51
7 14.82
3 38-37
4 58.31
o 2.94
6 8.90
2 12.93
6 56.76
3 0.59
7 23.20
3 28.45
5 S.-37
2 IO.2&
7 42.02
i 59-14
6 53-76
5 30.23
6 18.48
2 5.15
o 38.44
1 33.15
7 52.24
o 41.24
6 28.85
6 29.76
2 8.49
3 19.63
8 45.86
6 49.46
5 1.09
9 12.87
9 48.08
o 56.30
4 44-53
4 5-66
II
-2.34
2.89
2.94
2 98
3-00
3."
3.10
3-33
3-37
.3-42
3-54
3-59
3 83
4.06
4.21
. 4.27
4-33
4-33
4-43
4.66
4-72
4-93
5-16
5-12
5-33
5-33
5-56
5.78
5.91
6.06
6.09
6. 12
6.19
6.21
6.57
6.63
6.69
6.88
6.91
7.04
7.14
7.18
7-47
7.63
7.66
7.78
7.82
7.96
- 8. H
- 4.71
6.69
4-75
6.72
5. 68
6.84
7-39
7.08
5.60
5.78
7.36
7.66
7-45
4.61
7-74
6-59
5-48
6.41
6.00
5.68
6.18
5-74
5-43
6.60
4-67
4.80
7.81
5.00
7.80
6.56
6.45
6.5.
6.17
6.87
5-32
5-82
5-25
. 4-H
7-35
6.17
5-69
6.71
5-73
5-59
4-33
7.62
4.46
6-39
6'. 34
h. m. s.
10 55 49.32
II 2. 8.80
2 45.88
3 12.17
3 36.73
4 38.59
7 16.55
7 44-53
8 24.89
9 41.43
10 15.88
13 4-20
15 54-47
17 38.81
18 23.50
18 54.97
18 57-58
20 12. II
22 53.50
23 33-49
26 5.10
28 47.60
28 16.16
30 46.92
30 48.41
33 29.60
36 11.19
37 46-25
39 3L38
39 45.85
40 8.24
41 1-52
41 18.97
45 34-73
46 14.17
47 4.6l
49 24.30
49 41-95
51 15-79
51 25.74
53 2.54
56 29.29
58 20.24
ii 58 43-03
12 18.09
o 41.07
2 20.64
12 4 14.54
or n
24 46 10.9
25 10 31.5
24 47 38-7
25 10 50. I
24 58 14.1
25 12 31.8
19 8.4
25 15 26.8
24 57 15-3
24 59 32.0
25 18 45-4
22 22-9
25 20 0.5
24 44 59-5
25 23 28.5
25 9 25-7
24 55 48.2
25 7 9-0
25 2 13.4
24 58 19.2
25 4 23.8
24 59 7-4
24 55 "-2
25 9 34-9
24 45 38.4
24 47 18.5
25 24 23.6
24 49 52.8
25 24 12.8
9 6.4
7 42.8
S 31.1
4 17-5
25 12 51.5
24 53 45-o
25 o 4.7
24 52 53-2
24 38 39-8
25 18 44.0
25 4 21.7
24 55 32.5
25 10 59.8
24 59 2.7
57 M-3
24 41 24.9
25 22 3.5
24 23 8.6
25 6 58.9
25 6 20. i
1O 7
2O. 2
30. 42.254.2
;6
45.2
7
6
8 . .
36.5
48.5
0.8 . .
53.
9
9
Q
44.7
9.2 . .
25-6 $7-8
21/1
7 60.
7
10 . .
12.
2.
24.4
14.5
cR R
26.5
38.7 ....
8 . .
55.2
R n
8 . .
8 . .
6 . .
6 . .
56.3
8.5 20.5
50. I.f
10
30. jr.F
9
10 . .
55-C
7-4
19.6
55-
['> . .
19.
20.5
31-
43-
7 -
S
9
9
19.2
49-2
31-
1.4
iS.'c
3.0
14.4
30.7
16
-.
30.
8 . .
28.2
S . .
7O,
8
27.4
10 . .
31.0
8 . .
4-5
H . .
Q
32.3
44.
56 .'4
26.
61.0
38.5
13-0
. .
5
10 . .
22.8
35-7
47-6
o.S
12.4
64 -'5
10 . .
9
9 . .
25.737.7
7
2.6
7
8
6
34-6
46 .'5
4-7
53-7
29.2
CORRECTIONS.
REMARKS.
Date. Co", of
Clock.
Hourly
rate.
m n
C
Zenith Point. Mic.
Co.
(176) 3. Micrometer reading assumed as
39 r .g2 instead of 4o r .g2.
(176) 41. Minutes of transit assumed 3551 in-
stead of 52, and micrometer reading
assumed as 5i r .6o instead of 4& r .6o.
1849. h. s.
Apr. 10, 10 32.583
s.
/ O.OII
s. s.
0.150 + 0.513
s.
0.196
r
2.61 39.
719
INSTRUMENT READINGS.
Date,
CIRCLE.
Barom.
3 C
|i
60.2
61.0
61.0
-
= 1
H^
* J5
6l.9
61.0
61.5
60.4
59-3
A. B.
C. D.
Corr'd
Mean.
Mean.
1849. h. m.
Zone 176 Apr: 10,10 54
10 56
ii
" '34
12
12 13
12 15 j
296
'
,i n
in.
29.782
29-798
29.808
29.824
29.822
5 57-3 57-5
63.0 62.4
60.05
60.05
56.0 57.4
63.2 62.8
59-85
'50
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 176. APRIL 10. MAJ. BELT, 296 5'. D = 24 32' o" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
"1
cz MICROMETER.
i
<A
A
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I. | II.
III.
IV.
y
VI.
VII.
II.
12
50
51
52
53
54
55
56
57
58
CO
9
8
8
8
8
8
9
8
8
8
....
39-2
,v:
53-
51-
55-0
f (
h. m. s.
12 5 26. gi
5 28.65
7 4-gi
7 27.22
8 3-07
9 47.64
10 51.41
I? 41.00
I? 11.17
12 12 40.02
S.
3I.O6
31.06
31.06
31.06
3I.(>6
31.06
3I.O6
31 .06
31.06
11. 06
s.
I. 00
1. 00
1. 01
1. 01
1 .00
1. 00
o.gg
I. 01
1. 01
o.oo
4
4
2
I
4
3
5
I
2
7
r.
40.984
45.235
38.g25
38.675
42.132
39.28
44.21
37-44
41-185
16 . j i
29 26.00
26 59.31
45 10.81
51 10.57
28 46.41
.& 16.48
21 43.20
51 53-19
43 52.81
II 40. IS
II
- 8.16
8.16
8.30
8.33
8.38
8.52
8.61
8.73
8.75
- 8.77
- ?-95
5-75
7-24
7-73
5.90
6.51
5-33
7-79
7-i-i
4. 52
h. m. s.
12 4 54.85
4 56.59
6 32.84
6 55-15
7 3I-OI
9 15-58
10 19.36
it 8.93
II 39.10
!2 12 17.87
t II
25 I 40.1
24 59 13.2
25 17 26.4
23 26.6
i 0.7
25 8 31.5
24 53 57-1
25 24 9.7
25 16 8.6
24 41 53.5
27.2
39-3
23.235.7
'
58.'
* "
(.0
53-
5-5
26. j
ZONE 177. APRIL n. MAJ. D 24 31' 50"
6
9
9
111
10
10
IO
9
8
9
7
8
9
9
6
9
10
6.7
8
9
9
323.
'. 46.
15
42.
7 -
Vj8.3! 9-7.22
557
6J g.62r.
11.223,
30,
. i|.
35-
240.
231.
26.0 . .
14.426.
552-8
2.0
37-349-6 -
39.752.0
54.2 6.1
24. 36."
37-3
420.432.4
6
2
035.2
42. 1
17-830.
30.
42.5
14.4
9
^
II. O
16.4
53-
20.032.0
26.4
221.4
4-5
19.2
14.
26.
4-7
29.4
33-4
'I- 3
9 40
42
43
44
45
47
47
50
50
55
56
57
57
59
9 59
IO 2
2
2
3
4
5
8
8
II
12 14-34
12 35.10
14 52.61
15 7-90
16 43.27
17 2.12
17 57-10
18 17.10
IO 19 40.29
13.10
15-52
29.84
59.72
12.97
47-74
56.09
10.31
19.82
n.og
18.70
31-75
5-74
34-59
18.56
iS.og
42.78
16.51
35- og
38.20
26.06
30.48
30.49
30.49
30.50
30.50
30.51
30.51
30.52
30.52
30.53
30.53
30.54
30-54
30-55
30.55
30.56
30.56
30.56
30.56
30.56
30.56
30-57
30.57
30.58
30.59
30.59
30.59
30.60
3O.6O
3O.6O
30.60
30.60
30.6l
-I.OO
0.99!
.oil
.oil
.01
o-99
01
oo
o.gS
o.gg
o.gg:
0.98!
0.99
I.OO
I.OO
o.gg
i.oo
I.OO
i. 01
i. 01
O.gS
0.98
0.99
o.gg
i.oo
o-gg
0.98
o.gg
i.oo
I.OO
0.99
o.
i.oo
11.
VI.
45-
49-
45-
44
3-i.
32.
29.
34-
47-
40.
34-
50.
44-
38.
42-
43-
39-
37-
32.
37-
45-
43-
38-
34-
33 -
34-
47-
45.
40.
37
38
43
40
31 26
35218
5^ 47
43 42
25739
698 13
93241
16033
35 5
303 9
778.12
507 3
937JI2
06525
38434
84 pi
15224
47931
84 J4S
494:51
774 6
698! 7
17416
51 12
55 27
30418
872 5
497 12
91 23
/o 37
.41416
94 | 7
13824
56.60
46.66
12.72
0.78
9- 8 5
48.18
39.13
21.45
22.59
25.81
36.51
33-62
37.22
16.20
2g.o6
56.86
38.67
26.73
40.80
51.05
16.97
28.64
31.26
45.76
52.07
44.21
4-57
18.49
38.00
ii. 02
22.98
19.66
4.65
9-72
9-92
10.03
10. 18
IO.20
10.45
10.47
10.68
10.69
11.15
11.17
H-34
Ji-37
11.52
11-57
11.83
11.83
11.
11.98
12.02
12.09
12. 4-1
12. 4^
12.71
12.79
12.82
13.04
I3.05
13.21
13.23
13.32
13-35
13.48
2.76 9
3.08
4-39
3-9 (>
3-7-1
1-74
3-93
3.26
1.07
1-39
0.92
1.65
2.62
3-37
2.38
2.57
3-H
4.5
4-74
1-14
1.24
1.9-1
i.6t>
2. 83
2. 12
I.O
1.62
2.5'
3-58
1.99
1.22
- 2.53
39 41.
41 44-
42 58.
44 28.
44 41-
47 16.
47 24.
49 38.
49 48.
54 38.
55 39-
56 47-
57 0.
53 34-
59 3-
i 47.
1 46.
2 II .
3 20.
3 44-
4 31
8 3-
8 6.
10 54
11 42
12 3
14 21
14 36
1 6 1 1
16 30
17 25
17 45
19 8
62 24
04 24
34 25
21
46 25
24 24
57' 25
7') 25
32 24
04
57
1 8
22
19 24
4 j 25
oil 24
53 ! 24
22 25
39J
94 1 '"'
77
54
64
49
75
52
.04
.31
.67 24
. 52 25
51 24
.52
.68 24
58 59.1
50 48.7
19 16.5
M 4-9
ii 13.8
45 50.4
13 43-5
5 25.4
37 24.3
41-88.4
44 39-3
35 35-9
44 40.2
57 20.3
6 34.0
54 1.1
56 43-1
3 3L7
20 47.3
23 57.8
38 20.2
39 32.3
48 35.6
44 50.1
59 57-7
50 49.2
37 8.7
44 23.2
55 43-7
g 17.8
48 28.2
39 24.2
56 10.7
CORRECTIONS.
REMARKS.
P.
Date '
1849. h.
Apr. II, 8
Corr. of
Clock.
s.
32.288
Hourly
rate.
s.
/ 0.009
s.
0.150
s.
+ 0.513
s.
0.196
Zenith Point.
I II
359 59 57-47
Mic. Co.
r.
39-704
INSTRUMENT READINGS.
(176) 50. Transit at 51" assumed to have been
over T. VI instead of T. VII.
(176) 51. Transit overT. VII assumed to have
been at 5 B .o instead of 55".o.
(176) 57- Minutes of transit assumed as u.
(176) 58. Transit over T. IV assumed to have
been at n'.o instead of i".o, and
minutes assumed as 12.
Zone 177
CIRCLE.
Date.
A.
B. C.
D.
1849. h. m.
Apr, 11, 9 40
10 o
10 20
10 40
11 0.
II 20
11 40
12 20
2g6 5 58.2 59.4
58.5
59.1
65.8 63.0
66.4
64.2
Corr'd
Mean.
Mean.
61.60
62.05
o 5
Barom.
in.
30.152
30.162
30.166
30.164
59-7
58.?
52
50.9
50.7
49-9
49-2
56.048.7
46.4
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849,
ZONE 177. APRIL n. MAJ. D =-24 31' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
8]
1
MICROMETER.
i
*
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV. V.
VI.
VII.
ii.
12.
34
35
3ft
37
38
39
40
41
42
43
44
45
46
47
48
49
50
5'
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
63
69
70
71
72
73
7-1
75
76
77
78
79
80
81
82
10
8
9
9
8
8
9
9
9
7
10
10
7
9
8
7
8
6
6
8
9
10
9
8
9
n
7
6
7
7
9
10
9
6.7
8
8
6
9
7
10
9
9
10
9
7
9
44-4
Ii. m. s.
10 19 37.52
21 40.38
22 29.78
23 31.10
24 23.34
24 40.40
26 32.OO
26 38.40
26 3.65
28 38.67
2g 55.0&
30 23.11
32 34-49
33 29.44
35 12-35
35 17-16
36 33-30
40 7.28
40 8.76
44 2.09
46 o.ig
. 45 52 94
48 O.C.2
49 34-45
51 58.40
52 g.2i
53 17-76
53 50.84
54 0.23
55 57-99
56 21.15
56 55-75
10 56 57.14
ii o 23.33
o 36.04
2 40. gg
3 44-36
4 8.61
4 30.00
5 10.59
6 0.86
7 48.58
8 16. go
8 56.77
10 13.56
10 48.31
ii 12.99
13 36.08
ii 16 26.41
S.
30.6l
30.6l
30.62
30.62
30.62
30.62
30.63
30.63
30.63
30.63
30.64
30.64
30.64
30.64
30.65
30.65
30.65
30.66
30. 6(
30.67
30.67
30.67
30.67
30.68
30.68
30.68
30.68
30.69
30.69
30.69
30.69
30. 6c
30.70
30.70
30.70
30.70
30.71
30.71
30.71
30.71
30.71
30.71
30.72
30.72
30.72
30.72
30.72
30.72
-30.72
s.
1.01
I. CO
o.gg
I.OI
I.OI
I.OI
o.gg
o.gg
o.gg
o.gg
I. 00
O.gg
I. CO
o.cg
1.00
I.OI
I. CO
I.OI
o.gg
O.gg
I. CO
I .CO
I. CO
o.gg
1.01
I.OI
I. CO
1 .CO
l.co
I .CO
o.gg
I .CO
o.gg
I.OJ
.00
.CO
.00
.CO
.00
.01
.CO
.01
.CO
.00
.01
.01
.00
.01
o.gg
12.
I
4
6
3
2
3
6
6
7
4
6
4
6
4
2
4
2
6
6
3
3
6
7
2
2
5
4
5
3
6
3
6
2
3
3
3
5
3
2
5
2
5
5
2
I
3
2
7
38/78 !
39-65:
39-15
33-50
34-888
30.70
37-335
36.56
36.715
40-43
35-79
30.042
36.435
30.63
35.M2
4I-675
35.142
41-837
45-075
46.768
45-055
35-475
30. "7
30.675
36-855
38.337
39-93
38-445
42-77
45.42
42.518
40.875
33.717
40.26
43.14
35 . 665
35-20
36-72
42.517
35.88
36.395
42.285
38.347
34.46
36-515
40.45
40.gs8
34-427
34.427
i 6.01
o 32.28
5 57-45
!9 35-70
17 30-15
i 12.62
7 0.30
i 34-97
7 21.59
9 21.43
!2 25.31
!I II. gi
52 3-05
!O 5I.6l
)2 47.68
13 35-89
J2 47.68
13 30.30
2 33.08
I 34-65
52 57-14
)8 27.69
21 0.62
4 58.12
|6 22.26
15 31-11
24 H-73
3 53-55
22 33.83
32 44.56
14 1.34
35 21.43
19 5.10
44 24.74
34 3-13
38 21.25
38 37-30
26 2.65
34 24.76
46 55-91
26 13-59
43 14-85
25 6.37
^^ 20.37
46 34.00
50 9.28
35 18-45
47 46.06
12 48.62
-13.48
13.68
13-75
13.85
13.95
13-98
14.14
14-15
14.10
14.34
14-46
14-52
14.72
14.80
14.96
14-97
15.10
15-43
15-43
15.80
15-99
15.98
16. 17
16.32
16.54
16.66
16.71
16.72
16.91
i6.gs
17. co
17.00
17-30
17-32
17.51
17.60
17.63
17.67
17-73
17.80
17.96
18.00
18.06
18.17
18.22
18.25
18.45
18.69
- 4-70
3-04
1.90
3-77
4-42
3-92
1-97
1.56
2.00
1.38
3-19
2.30
2.27
3-22
4.10
3-22
4.11
1.61
1-55
3-24
3-6g
2.28
1. 81
4-33
4.26
2 54
3-07
2.41
3-22
1-73
3-44
2.14
4-17
3-33
3-68
3-70
2.68
3-36
4-38
2.70
4.08
2.61
2.79
4-36
4.65
3-43
4-45
1.62
h. m. s.
10 19 5. go
21 8.77
21 58.17
22 sg.47
23 51-71
24 8.77
26 0.38
26 6.78
25 32.03
28 7.05
29 23.44
29 51.48
32 2.85
32 57-8i
34 40.70
34 45-50
36 1.65
39 35-61
39 37-H
43 30.43
45 28.52
45 21.27
47 28.95
49 2.78
51 26.71
51 37.52
52 46.08
53 I9-I5
53 28.54
55 26.30
55 49-47
56 24.06
56 25.45
10 59 51-62
ii o 4.34
2 g.2g
3 12.65
3 36.90
3 58.29
4 38.87
5 29.15
7 16.86
7 45-18
8 25.05
9 41.83
10 16.58
10 41.27
13 4-35
II 15 54-70
25 23 14.2
25 2 39.0
24 48 3-1
25 ii 43-3
19 38.5
25 13 20.5
24 49 6.4
43 40.7
49 27.7
24 41 27.2
25 4 33-0
24 53 18.7
25 4 10. g
24 52 58.7
25 4 55-9
15 45-0
4 56.0
25 15 39-8
24 44 40.1
24 43 42.0
25 5 6.4
25 10 37 4
24 53 9-1
24 47 6.2
25 18 33.1
25 17 41. g
24 56 20. g
25 3 3-3
24 54 43-0
25 4 54-7
24 46 10.0
25 7 3i-9
24 51 14.2
25 16 36.2
6 13.8
10 32.4
25 10 48.6
24 38 13-0
25 6 35.8
25 19 8.0
24 58 24.1
25 15 26. g
24 57 17.0
24 59 31.2
25 18 46.5
22 22.1
7 30.1
25 19 59.0
24 44 58.9
16.2
23. J
40.2 52.";
....
54-0
6.2
7- 5
- ,47-5
o.o
16 f-
32.
-44
2-7
15.7
> R
58. '3
10. I
J55-0
22.7134.
7-3
35-3
46 6
47-2
41-5
48.2
0.3
12.2
31-
23-5
22.0
43-0
38.0
36.
ID. 2
34-3
:
48.2
7
45-3
57-7
8.5
2.0
21
.
48.5
22.4
46.4
0.7
34-4
rfi
12.4
17.4
25.0
29.2
9.0
21-5
42.0
54.2
27.4
.
Jf) c
57-7
10.4
33-
7 Q
55-5
20.
n 6
4-2
17.0
20.
II.6
2g.2
32-4
23-
40.7
0-3
12.5
44-3
54-3
6 |
35-
47-0
37-3
24.4
36.7
48-4
41.0
53-5
"3-4
25.8
o a
59-7
12.
24.0
14.4
35-7
37-3
49-4
26.2
CORRECTIONS.
REMARKS.
C..rr. of
Dntc - Clock.
Hourly
rate.
tit
n c
Zenith Point. Mic. Co.
(177) 64. Time of transit over T. VI assumed
as 45".5 instead of 55 B .5.
1849. Ii. s.
s.
s.
p.
s.
' " r.
INSTRUMENT READINGS.
CIRCLE.
I
o e
"a
S|
o c
Date.
A. B. C.
D.
Corr'd
Mean.
Mean.
Barom.
Zone 177
1849. h. m.
Apr. ii, 12 40
13 o
13 25
296
' "
"
"
in.
54-
o
46.;
46.;
45-'
5 58.9
6o.2 67.0
65-4
62.88
30.168
-
I
152
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 177. APRIL n
. MAJ. D = 21 31' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
l
.
a a
MICROMETER.
i
-18.84
18.90
18.94
19.05
19. 10
19.14
19.26
19-3*
19.52
19.74
1 9. bo
19.90
19.90
20.11
20.32
20.44
2O.6o
2O.6o
20.63
20.69
20.71
21.
21.08
21.14
21.31
21.3-1
21.45
21.46
2I.5S
21.89
21.97
22.OO
22.08
22.11
22.35
22.37
22.39
22.5O
22.52
22.56
22.68
22.80
22.89
22.87
22.98
23.03
23. 10
23.12
-23.18
-4-7-1
3-82
2.49
3.00
2.45
2.96
2.69
3-17
2-75
2.44
4.5*
1.66
I .Si
4.81
2.02
4-79
3.56
3-44
3.51
3-1-
3-87
3.88
2.83
2.26
I. 12
4-34
3-17
8-45
3-66
2-74
2.60
1-33
4.62
1.47
3-34
2-95
2 . -,(}
4-24
4-73
2.90
3-5'
4.78
4-12
1.52
3-20
2.20
3.71
1-49
- 3-5?
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I. j II.
III.
IV.
V.
VI.
VII.
II.
12.
83
84
85
86
87
88
89
90
9'
92
93
94
95
96
97
98
99
100
IOI
IO2
103
104
105
106
107
108
109
no
III
112
H3
114
US
116
"7
118
119
120
121
122
123
124
125
126
127
128
I2g
130
131
8
8
7
6-7
9
9
6
8
9
8
9
9
10
S
7
9
8
6
7
7
7
10
4
8
5
9
9
10
9
6
8
8
6 '
9
8
8
8
7
8
8
8
8
8
7
8
7
6
34-4
40.3
58.7
43-5
IO 7
h. m. s.
ii 18 10.76
18 55.70
19 26.86
20 44.23
21 21.19
21 52.04
23 25.38
24 5.46
26 37-00
29 19-59
30 0.95
31 18.29
31 19.91
34 1-83
36 43-59
38 18.35
40 4.54
40 17.96
40 40.00
41 33-oS
41 50.80
46
46 46.45
47 36.47
49 56.18
50 12.55
51 47-56
51 57-86
53 34-40
58 i. 21
58 52.31
u 59 33.21
12 49.88
I 12.92
4 46-71
5 14-90
5 28.38
7 4-80
7 26.75
8 3.78
9 47.26
ii 40.61
13 11.09
12 50.05
14 44-59
15 33.62
16 46.83
17 1.22
12 17 58.3C
s.
-30.73
30.73
30.73
30.73
30-73
30.73
30.73
30.73
30.74
30.74
30.74
30.74
30.74
30.74
30.74
30.74
. 30.75
30.75
30.75
30.75
30.75
30.75
30-75
30.75
30.75
'30.75
30.75
30.75
30.75
30.75
30-75
30.75
30.75
30.75
30.75
30.75
30.75
30.75
30.75
30.75
30.75
30.75
30-75
30-75
30.75
30.75
30.75
30.75
-30.75
s.
I. 01
I. 01
1. 00
I.OO
i .00
I.OO
1 .00
I.OO
I.OO
I.OO
I. 01
0-99
0-99
I. 01
0-99
I. 01
I.OO
I.OO
1 .00
I.OO
I. 01
I.O1
I.Ot
o-99
0-99
1. 01
I.OO
I.OO
I.OO
I.OO
I.OO
0-99
1. 01
o.99
I.OO
i.oo
I.. OC
1. 01
I. 01
I.OO
I.OO
I.OI
1. 01
0.99
I.OO
I.OI
I.OO
0.99
I.OO
12.
I
3
5
4
5
4
5
4
5
5
i
6
6
I
6
I
3
3
3
4
3
3
5
6
7
i
3
5
3
5
5
7
i
7
3
4
4
2
I
4
3
i
2
7
4
6
3
7
3
.
38.603;
32.711 J
40.957!-
39-984:
41.749:
40.9191:
36.672J;
36.24 :
35.259:
42.080 :
43- -of .
43-665
40.61
36.967
36.I57
37-347!'
38.249;;
40-74 .
39-3'3:
36.392;
31-737-
3I.456-
33-54 :
30.8451-
45-45-1
46.872.
46.54 :
41.658-
36.000.
35-445
38.575
40.792
4I-II7
37-71
43.100
4I-057
45-25
39-00 -
38.697
42.21
39-359
37-51
41 .26
36.524
35-575
32-27
35-258
37-313
37-837
i a
i 13.06
o 3.21
3 36.41
o 0.55
3 9-05
9 28.16
6 4-30
2 9.78
6 52.14
2 57^65
8 34-13
3 21.74
5 7.18
2 9.52
7 40.88
i 56.40
16 52.07
!5 26.09
)6 15.34
!2 4-53
(O 36.82
\o 46-53
'7 52-41
>o 43.29
6 28.02
[6 27.65
}2 5.90
'3 H-94
(8 9.66
:6 46.62
!4 58.59
9 8.93
9 46.28
o 55.30
!4 4.63
>9 23.49
!6 58.79
15 8.23
,1 9.81
88 43-72
J6 13-75
;i 50.78
13 50.22
i 36.24
?2 32.73
9 55-04
58 35.30
I 7-97
57 6.29
h. m. s.
II 17 39.02
18 23.96
is 55.13
20 12.50
20 49.46
21 20.31
22 53.65
23 33-73
26 5.26
28 47.85
2g 29.2O
30 46.56
30 48.18
33 30.08
36 11.86
37 46.60
39 32.69
39 46.21
40 ff.25
41 1-38
41 19.04
(4i)
46 14.70
47 4-73
49 24.44
49 40 79
51 15-81
51 26.11
53 3.65
57 29.46
58 20.56
ii 59 1.47
12 O IS. 12
o 41.18
4 14-96
4 43-15
4 56.63
6 33.04
6 54-99
7 32.03
9 15-51
ii '8.85
12 39-33
12 18.31
14 12.84
15 1.86
16 15.08
16 29.48
12 17 26.55
25 23 26.6
25 12 15.9
24 55 47-8
25 2 12.6
24 55 20.6
25 I 40" 3
24 58 16.2
25 4 22.3
24 59 4-4
24 55 98
25 20 48.4
24 45 33-3
24 47 18.9
25 24 24.4
24 49 53.2
25 24 ii. 6
9 '
7 40 . i
8 .
4 18.4
12 51.4
13 1-4
25 o 6.3
24 52 56.7
24 38 40.4
25 IS 43-3
25 4 20.5
24 55 25 8
25 10 24.9
24 5 ) 1.2
57 13.2
24 41 22.3
25 22 3.0
24 43 8.9
25 6 20.3
25 i 38.8
24 59 13-9
25 17 25.0
23 27.1
o 59.2
S. 29.9
24 8.4
25 16 7.2
24 43 50.6
25 4 48.9
24 52 10.3
25 10 52.1
24 43 22.6
25 9 23.0
55-7
44-3
:
56 .'3
13.'
5I.I
45-7
16.4
3-3
28.4
i.
13.3
25.5
5-5
'7-4
29-9
. .
43-7
4 1 ! 4
7- 4
IQ. 1
7-3
37-5
19.4
54-4
49-6
31-5
6.4
51 .3
0.7
18.
19.5
1.8
43-4
.8.3
13-2
30.
31-7
14-1
25-4
43-
44-7
26.2
. .
*
30.3
42.4
41-7
5-2
52.
42-7
4-4 - -
27.2
24.8
37-8
10.8
??'R
32-
44-0
36.
56.
48-7
8.1
0.9
13-
49-
35-3
47-5
59-9
34-3
46.3
II.
13.3
4-3
16 T
->R 7
Q.7
49-5
2.4
14-3
10.4
22.5
34-7
2 7
40.3
52.8
29.2
= 1 .2
41.2
3-2
.'.
rR "
4-4
16.4
28.4
59-2
47-2
40.3
59-7
"3
10.7
23-4
. .
32.7
34-7
44-4
33-7
46.8
56.7
45-7
59-
57-7
37-7
10.3
22.7
CORRECTIONS.
REMARKS.
Corr. of
Date - Clock.
Hourly
rate.
m n
f
Zenith
Point.
Mic. Co.
(177) 99. Transit over T. I assu
longing to next star, tha
as 53" instead of 5".3.
mcd as be-
t over T. Ill
1849. h. s. s. s. s.
i
f.
"
r.
INSTRUMENT READINGS.
CIRCLE.
Barom.
*i
%$
-; o
<
If
'- P
u t
* 2
U H
Dale.
A.
B. C.
D.
Corr'd
Mean.
Mean.
1849. h. m.
1 II
in.
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
153
ZONE 177. APRIL n, MAJ. D = 24 31' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T,
a L
2
MICROMETER.
i
di
<fa
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1870.0.
I.
II.
III.
IV.
V.
VI.
VII.
IT.
12.
132
133
i34
135
136
137
138
139
140
141
142
143
'44
M5
146
M7
148
149
150
151
152
'53
i54
155
156
157
158
'59
1 60
161
162
163
164
165
1 66
167
168
169
170
171
172
173
174
8
8
8
9
8
9
8
8
6
10
10
9
9
8
8
9
8
9
9
9
10
7
9
8
8
6
9
8
9
10
7
7
7
8
6
9
7
8
7
9
6
7
7
6.
h. m. s.
12 18 11.68
18 25.52
20 36.73
21 29.10
24 59-78
28 42.82
29 50.87
30 18.78
31 12. OO
33 55-03
35 25.94
39 45-30
39 53-30
42 41.50
44 2.39
45 14-89
46 31.39
47 19-04
49 11-49
53 7-49
55 23.31
56 18.58
58 1.03
12 58 35.74
13 2 55.96
2 35.60
5 52.31
7 52.43
8 25.48
9 25.30
10 0.78
10 41.11
ii 19.12
ii 0.54
14 47-69
15 32-14
17 33-74
18 28.61
19 42.87
22 10.93
23 22.84
24 7-42
13 24 25.11
s.
-30.75
30.75
30.75
30-74
30.74
30-74
30.74
30.74
30.74
30.74
30.73
30.73
30.73
30.73
30.72
30.72
30.72
30-72
30.71
30.71
30.70
30.70
30.70
30.70
30.69
30-69
30.68
30.68
30.68
30.68
30.68
30.68
30.67
30.67
30.67
30.67
30.66
30.66
30.66
30.65
30.65
30.65
-30.65
s.
-0.99
0.99
0-99
I.OO
0-99
I.OO
I.OO
0.99
0-99
I.OO
0.99
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.01
.01
.00
0.99
.00
.00
.01
.01
0-99
0-99
0-99
I.OO
I.OO
I.OO
o-99
I. 01
0.99
I. 01
I.OO
I.OI
1. 01
6
7
6
3
6
3
3
7
7
4
6
3
4
4
3
3
5
4
3
4
5
4
I
3
4
7
5
4
I
I
7
7
6
6
4
3
7
I
7
2
6
2
2
r.
31.25
35.658
36.00
33.604
38.805
37.105
34.234
39-47
43-184
40.37
34.627
36.318
36.144
4L756
42.49
34.660
40.367
41.978
38.524
35.032
40.365
44.465
34.75
33-30
34.78
36.084
38.957
42.81
41-407
39-775
39.48
30.81
39-25
32.07
38.407
34.065
40.167
37.63
39-213
40.182
31.295
33-98
45.15
i it
20 30.24
12 6.14
17 46.30
39 32.11
16 9.48
37 31.56
39 10.64
9 54-57
7 11-95
29 47.20
18 33.41
37 58.69
32 13.06
28 59.39
34 25.69
38 55-94
23 56.77
28 51.61
36 42.45
32 51-44
23 56.84
27 25.89
53 26.04
39 42.88
33 0.17
'I 51-43
24 45.44
28 23.01
49 36.27
50 32.49
9 54.22
II 26.37
15 54-12
20 I . 94
30 54-98
39 16.45
9 30.51
51 46.63
10 3.44
44 27.43
20 28.69
48 1.48
41 35-95
-23.19
23.23
23.34
23.40
23.60
23.81
23.88
23.91
23.96
24.10
24.19
24.43
24.44
24-57
24.65
24.71
24-78
24.82
24-93
25.12
25.28
25.29
25.37
25.4
25.62
25.60
25.77
25.87
25-9
25-92
25-95
25.98
26.00
26.03
26.17
26.20
26.29
26.33
26.39
26.49
26.54
26.58
26.59
- 2.24
1-57
2. 02
3.78
1.89
3.6l
3.76
1-39
1.18
2 98
2.08
3-65
3-17
2.92
3-38
3-73
2.52
2.90
3-55
3-22
2.50
2-79
4-93
3.8i
3-24
1.52
2.58
2.86
4-63
4.70
1-37
i-5i
1.86
2.19
3-07
3-77
1-34
4.80
1.38
4.20
2.23
4.50
- 3-96
h. m. s.
12 17 39.94
i? 53-78
20 4.99
20 57.36
24 28.05
28 II.08
29 19.13
29 47-05
30 40.27
33 23.29
34 54.22
39 13-57
40 21.57
42 9.77
43 30.67
44 43-17
45 59-67
46 47.32
48 39.78
52 35-78
54 51-61
55 46.88
57 29.32
12 58 4.03
13 2 24.27
2 3.92
5 20.63
7 20.75
7 53-79
8 53.61
9 29.11
10 9.44
10 47.46
ii 28.87
14 16.02
15 0.47
17 2.09
17 56.94
19 11.22
21 39-27
22 51.19
23 35.76
13 23 53.45
24 52 45-7
44 20.9
24 50 1.7
25 u 49.3
24 48 25.0
25 9 49-0
25 ii 28.3
24 42 9-9
24 39 27.1
25 2 4.3
24 50 49.7
25 9 16.8
4 30.7
I 16.9
6 43.7
25 II 14.4
24 56 14-1
25 i 9-3
9 0.9
25 5 9-8
24 56 14.6
24 59 44-0
25 25 46.3
12 2.1
25 5 19.0
24 44 8.6
24 57 3-8
25 41.7
21 56.8
25 22 53.1
24 42 ji.5
43 43-9'
48 12.0
24 52 20.2
25' 3 14-2
25 n 36-4
24 41 48.1
25 24 7.8
24 42 21.2
25 16 48.1
24 52 47-5
25 2O 22.6
25 13 56.5
16 7
I'S.'T
26.2
30.7
39-
42.6
50.8
55.0
3.2
24.2
36.
43-0
55.2
6.a
7-2
19-3
31.4
2.4
57-3
9-7
17.7
65.0
17.4
29-7
41-3
63.0
14.7
3L3
27.0
43-5
19-5
55-7
43-5
35-9
55.3
47.8
44.
18.4
30-7
43-0
31.5
44-
56.1
8.0
42.?
16.2
28.3
40.3
40.
4-4
l6.4
25.2
37-7
50.0
49-7
c d
43-2
55-7
27
11.4
23-7
8 2
35-5
n-s
59-6
IO.
21.4
33-6
45-7
40.8
n R
53-
5.0
- *
59-
10.7
10.8
23.0
7.0
23.0
34-7
19.9
37.2
31.8
. .
. .
CORRECTIONS.
REMARKS.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co. (177) 140. Micrometer reading assumed as
44 r .i84 instead of 43 r .i84.
1849. h. s.
s.
s. s.
s.
/ It
r
' (177)
(177)
(177) i
144. Minutes assumed as 40 instead of 39.
54. Transit at 49" assumed to have been
overT. Ill instead of T. II.
65. Transit over T. VII assumed to have
been at 37' instead of 27".
INSTRUMENT READINGS.
Date.
CIRCLE.
-
si
3s
<H
3 H
c o
ss
* u
H
A.
B.
C. D.
Corr'd
Mean.
Barom.
Mean.
1849. h. m.
V
/ //
n
in.
20 z
154
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 178.
APRIL 14. MAJ. D = 27 2'
10".
No.
Mag
SECONDS OF TRANSIT.
T.
"I
BI
MICROMETER,
i
4
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
i
2
3
4
5
6
8
9
10
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
I
2
3
4
5
6
8
9
6
9
7
8
8
8
7
7
10
9
6
9
8
10
10
6
9
10
10
9
10
6
10
8
9
9
9
8
9
9
8
6
6
5
8
7
5
6
7
to
10
IO
to
6.7
6
=6.5
h. m. s,
10 5 44.30
8 51.69
9 46.00
12 23.67
12 30.81
13 46.76
15 12.19
16 27.67
22 12.56
22 39-12
25 21.74
27 17.04
31 6.34
31 57.46
31 58.73
32 51.98
34 46.01
36 39-04
38 37-51
39 54-48
39 55-48
42 22.81
42 48.11
44 39.72
46 32.86
48 56.01
50 25.69
5' 20.57
52 29.32
56 10.89
59 18.42
10 59 56.61
ii o 44.64
i 0.24
2 43.06
ii 3 32.78
E 179. API
9 57 56.82
10 o 25.84
i 25.79
5 48.20
7 21.57
8 16.48
10 16.97
15 19-97
10 16 27.51
S.
-30.78
30.79
30.79
30.80
30.80
30.80
30.81
30.81
30.83
30.83
30.84
30.84
30.8;
30.85
30.85
30.86
30.86
30.87
30.88
30.88
30.88
30.88
30.88
30.89
30.89
30.89
30.90
30.90
30.91
30.92
30.92
30.92
30.93
30.93
30.93
-30.93
IL 16.
-30.43
30.44
30.45
30.46
30.47
30.47
30.48
30.50
-30.50
s.
1. 01
0.99
I.OI
I. 00
I.OI
I.OI
1. 00
0.99
I.O!
I.OI
I. 00
I.OI
0.99
0.99
1. 00
0.99
I.OO
I.OI
I.OO
0.99
0.99
0.99
0.99
0.98
I.OO
0.99
.00
.00
.00
.01
o-99
.01
.00
0.99
.00
.00
MAJ.
-0.99
I.OI
0.99
I.OI
0.99
I.OO
I.OO
I.OO
-0.99
.
vh.
VI.
VII.
VII.
V.
D.=-
VI.
IV.
IV.
v. -
VI.
IV.
IV.
i
7
i
4
3
i
4
6
I
2
4
2
6
6
5
1
6
2
4
6
6
7
7
7
4
7
3
5
3
i
7
i
7
5
5
-j
6
2
5
i
7
4
3
ii
r.
41.40
42.475
41-035
42.35
34-88
36.33
41.60
43-99
42.64
47-33
47.508
49.12
40.595
36.182
41.834
32.948
34-29
42-584
40.488
31-637
34.I9
47-505
47-475
51-255
35-728
36.617
36.070
32.584
38.57
36.169
42.205
36.29
1 II
49 36.51
8 10.85
49 49-"
28 38.89
38 48.34
52 31-51
29 4-77
13 10.52
48 53-72
\o 20.72
25 40.87
39 18.90
15 7-71
17 40.02
23 6.00
13 39-67
18 45.32
43 4-52
29 43.16
20 16.88
18 48.77
5 17-24
5 18.28
3 7-8i
32 27.46
II 32.72
38 7-13
28 25.09
36 40.67
52 37-03
8 20.17
52 32.89
- 3-94
4-23
4.32
4.56
4-57
4.69
4.82
4-94
5-47
5-50
5-7S
5-95
6.30
6.38
6.38
6.47
6.65
6.82
7.00
7.12
7.12
7-35
7-39
7-56
7-73
7-95
8.09
8.17
8.28
8.62
8.90
- 8.95
- 7-97
3-76
7-99
5-89
7.03
8.27
5.90
4.26
7-90
7.08
5-55
6.98
4.46
4.72
5.27
4-31
4.82
7-37
5-97
4-99
4-83
3-46
3-46
3-24
6.25
4.10
6.83
5.84
6.69
8.30
3-77
8.29
h. m. s.
10 5 12.51
8 19.91
9 14.20
ii 51.87
II 59.00
13 14-95
14 40.38
15 55.87
21 40.72
22 7.28
24 49-90
26 45.19
30 34.50
31 25.62
31 26.88
32 20.13
34 14.15
36 7.16
38 5-63
39 22.61
39 23.61
41 50.94
42 16.24
44 7.85
46 0.97
48 24.13
49 53-79
50 48.67
51 57-41
55 38.96
58 46-51
10 59 24.68
ii o 12.71
o 28.32
2 11.13
ii 3 0.85
9 57 25.40
9 59 54-39
10 o 54.35
5 16.73
6 50.11
7 45-01
9 45-49
14 48.47
to 15 56.02
27 51 58.4
10 28.8
52 II. 4
30 59-3
41 9-9
54 54-5
31 25.5
15 29.7
5i i7-i
42 43 3
28 2.2
41 41-8
17 28.5
20 I.I
25 27.6
16 0.4
21 6.8
45 28.7
32 6.1
22 39.0
21 IO.7
7 38.0
7 39-1
5 28.6
34 51.4
13 54-8
40 32.0
30 49.1
39 5-6
55 4-0
10 42.8
27 55 o.i
27 16 6.8
28 50.8
27 27 20.4
23 33 39-5
59 4-i
23 39 7-8
24 10 25.0
23 30 7.0
50 14.3
55 43-9
40 51.1
23 34 34-2
39-5
51. :
. .
58.6
16.4
10.7
54-3
44-7
...
57-3
15-3
60.7
9.4
30.c
12.
27-5
12.3
39-"
21.5
. .
84. 6
40.
24-7
51-6
33-6
ii '.8
37-
46 -'7
24.
49-6
59-
. .
29.2
41.7
54-
ft 1
57-3
9-9
21.=;
45-7
i.
i
'-
.'-
33-2
26.8
25-
46.1
39-
37-6
58.6
51-3
49-9
4.0
IQ.
. .
i
i's
20. 6
32.7
45-3
46."
58 .'7
66.2
25-3
10.7
18.3
44-4
3S-3
33-
41.7
30.5
57-3
50.7
45-2
54-2
21.3
57-9
6.5
34-2
37-5
32-84
36.045
38.66
16' 50".
37-943
44.408
43-555
34.893
33.919
34-445.
35-10
40.605
36.413
13 43-39
26 25.95
24 55.69
[6 39.12
(2 1-57
82 6.74
53 21.08
13 6.03
S3 11-70
)8 40.75
!3 48.56
7 32.05
- 9-05
9.20
- 9-27
- 5-37
5.60
5-69
6.09
6.23
6.32
6.50
6.98
7-09
- 4-32
5-63
- 5-47
- 4.98
6-93
5.40
7.81
4.72
6.26
6.69
5-52
- 5-04
45-457-
. . 20.8
38. - -
10.3
32-9
Zoi
49-7
44-
i
4
><
.2
3
13 -'s
14.
3&-3 1
5-0,
8.2
15.7
25-5
25-7
48.2
16.9
19.9
27.4
37-6
0.0
33-7
28.3
31-3
45-3
40.7
44-
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(
1849. h.
Apr. 14, 10
Apr. 16, 8
s.
32.413
32.296
s.
o.ooo
/ 0.004
s. s.
- 0.150 + 0.513
0.150 + 0.513
s.
0.196
0.196
"' ' " r.
o o 2.32 39.609
o o 0.35 39.732
INSTRUMENT READINGS.
Date.
CIRCLE.
-3
11
3S
ii o>
<
13 6
II
a$
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 178
Zone 179
1849. h- m -
Apr. 14, 10 4
IO 2O
10 40
11 O
Apr. 16, 9 50
9 57
10
10 2O
293 35 58.2
60.2
64.6 65.0
H
//
62.00
in.
30.074
9
48.
44 .'8
48.0
Q
33- <
33-:
32. S
32.5
41-5
41.4
40. S
30.070
29.838
297 20 58.2
57-'
) 64.4 62.8
60.82
29.848
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
155
ZONE 179. APRIL 16. MAJ. D = 23 16' 50" Continued.
No.
Mag
SECONDS OF TRANSIT.
T.
"i
ffls
MICROMETER.
i
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
22.2
III.
IV.
V.
VI.
VII
II.
12.
IO
ii
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
23
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
51
52
53
54
55
56
57
58
7
7
8
6
9
8
7
9
9
9
9
IO
7
9
9
7
7
8
8
7
8
6
7
9
7
9
9
8
7
6
9
IO
8
IO
10
6
7
6
9
8
10
9
6
34-3
46.
58.2
h. m. s.
IO 17 46.19
18 18.72
21 14.32
22 5.05
22 4.32
23? 9-93
23 48.73
24 29.87
25 36.02
25 47.09
26 38.42
29 47.88
31 56.25
32 36.11
33 46.34
34 16.14
35 40.36
38 21.00
39 58.81
40 29.25
45 18.31
45 7-l6
45 14-22
47 ' 0.37
47 59-04
51 49-92
51 48.71
io 55 29.37
ii o 9.51
i 38.41
13 4-99
13 30.10
io 31.04
ii 44.89
15 13-46
16 14.40
17 47-77
IS 29.53
19 8.87
20 25.78
21 28.14
21 3.68
23 7.26
24 28.28
24 51.66
26 36.53
28 26.53
29 47.56
II 32 O.53
s.
-30.50
30.51
30.52
30.52
30.52
30.52
30.53
30.53
30.53
30-53
30-53
30.54
30-55
30-55
30-56
30.56
30.56
30.57
30.58
30.58
30.59
30.59
30.59
30.59
30,60
30.61
30.61
30.62
30.63
30.63
30.65
30.65
30-65
30.65
30.66
30.66
30.66
30.67
30.67
30.67
30.67
30.67
30.67
30.68
30.68
30.68
30.68
30.68
-30.68
s.
I.OO
i. 02
I.OO
0.99
0.99
I.OO
I.OI
0-99
I.OO
I.OO
0.99
I.OO
0.99
0.99
I.OO
I.OO
I.OI
I.OO
I.OO
I.OO
0.99
I.OO
I.OI
I.OI
I.OI
0.99
I.OO
I.OO
0.98
I.OO
I.OO
I.OO
0.99
0.99
I.OI
I.OO
I.OO
I.OI
0.99
0.98
I.OI
I.OI
I.OI
0-99
I.OO
I.OO
I.OO
I.OO
I.OO
IV.
VI.
VII.
VI.
VII.
V.
VI.
VI.
VI.
IV.
VI.
VI.
VI.
VII.
II.
VII.
VII.
vh.
VII.
VII.
IV.
IV.
VI.
IV.
VII.
VI.
4
i
5
5
5
i
7
4
4
6
4
5
5
3
4
I
4
4
4
6
3
3
2
2
7
4
3
7
5
5
6
6
3
5
5
2
7
7
i
2
I
7
5
3
5
5
3
r.
33-013
30.805
40.967
46.019
42.067
34 1.16
55 42.08
23 35.80
20 41.58
22 57.84
- 7-21
7.26
7-53
7.61
- 7-61
- 6.31
8.00
5-51
5.27
- 5-46
h. m. s.
io 17 14.69
17 47.19
20 42.80
21 33-54
21 32.81
(22)38.41
23 17.19
23 58.35
25 4-49
25 15.56
26 6.90
29 16.34
31 24.71
32 4-57
33 M.78
33 44.58
34 8.79
37 49-43
39 27.23
39 57.67
44 46.73
44 35-57
44 42.62
46 28.77
47 27.43
51 18.32
51 17-10
54 57-75
to 59 37.90
u i 6.78
12 33-34
12 58.45
9 59.40
ii 13.25
14 4L79
15 42.74
17 i6.ii
17 57.85
18 37-21
19 54-13
20 56.46
20 32.00
22 35.58
23 56.61
24 19.98
26 4.85
27 54.85
29 15.88
II 31 28.85
/ II
23 51 4-7
24 12 47-3
23 40 38.8
37 44-5
23 40 0.9
24 6 43.0
23 24 39.8
47 2.3
46 1.4
31 42.5
47 23.7
39 34-6
40 3-6
53 40-7
23 45 28.4
24 o 16.0
23 47 47-8
47 30-8
45 34-5
34 30.6
55 25.1
23 57 19-8
24 i 16.3
24 o 42.5
23 23 55.9
44 28.2
55 2.2
20 25.3
43 21.7
40 46.7
43 43-7
33 33-4
31 26.9
57 18.1
43 47-2
39 39-8
58 56.5
24 9-3
23 20 41.5
24 3 5-4
23 56 23.8
24 io 19.5
23 28 8.0
42 38.2
53 53-3
44 29.5
45 10.6
23 52 47-5
42.9
if)
0.7
41-365
43-434
40.04;
41.806
41.407
39-434
42-857
42.020
38.721
42.77
35-205
38.757
39.262
42.627
36.59
35-73
32-41
40.698
41.679
44-775
44-573
36.426
50.89
36.365
40.878
35-757
38.307
41-97
32.541
35.657
42.823
44.818
44-445
50.467
47.805
49-25
35.248
37-55
37-678
38.492
34-465
33-28
40.409
49 37-69
7 37.63
29 58.33
28 57-54
14 39.68
30 19.42
22 30.71
22 59.60
36 35.52
28 23.80
43 10.09
30 42.64
30 25.48
28 29.33
17 25.94
38 18.74
40 13.34
44 9-36
43 35-49
6 51.46
27 22.16
37 54-99
3 20.40
26 14.90
23 39.14
26 35.88
16 26.67
14 20.25
40 9.08
26 39.21
22 32.00
41 47-15
7 2.59
3 34.88
45 55-45
39 14.44
53 8.87
ii 0.57
25 29.59
36 43.65
27 20.48
28 1.39
35 37-51
T 7-76
7.82
7-93
7-95
8.03
8.31
8.51
8.56
8.67
8.71
8.84
9.08
9-23
9.27
9.69
9-67
9.68
9.84
9-93
10.25
10.25
10.56
10.95
11.07
12.02
12.06
II. Si
11.91
12.20
12.28
12.41
12.47
12.52
12.63
12.71
12.67
12.84
12.95
12.98
13.12
13.26
13-37
-13.55
- 7.52
4-3
6.00
5-92
4.80
6.02
5.42
5.45
6.52
5.88
7-03
6.06
6.04
5-SS
5.02
6.65
6.80
7.10
7.07
4.21
5.80
6.64
3-94
5-71
5-5i
5-74
4-94
4-77
6.79
5-74
5-42
6.92
4.23
3-96
7-24
6.72
7.82
4-53
5-65
6.52
5.8o
5-85
-'6-44
6 n
I s
12.
20.
'4-7
24.2
32.4
26. <|
36.
44-4
47-
38-3
47-4
56.=
36-
59-2
50.2
S.2
4 8.
0-3
IO.
ifi ;
57- 1
fS, c
23.
42.2
54-4
6.3
IS. 3
7 ",
IO
14
26 a
0.4
12.3
14.1
26
5
7
17.2
26.4
29.2
9-3
38-3
i 7
0.6
21.5
50.5
12.7
33-4
24.9
37-5
ii. 7
19
23
'.6
.s
18.
19.
33-
1-3
35-9
30.2
31-0
44- S
13-2
14-4
47-5
13 . o
=6.7
. .
. .
26. i
45.0
25-7
37-7
49- 6
S 2 .
4- 5
39-
39-5
43.4
4.4
15-7
27-7
50.6
ii. 6
24.7
2
-'4
5'
7
!
14.4
35-5
48.4
47-5
0.5
59-2
11.4
23-7
CORRECTIONS.
I
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
C
Zenith Point. Mic. Co. (179) '
I. Time of transit over T. IV assumed
as 3".g instead of over T. Ill at
39"-
1849. h.
s.
s.
s. s.
S.
r.
INSTRUMENT READINGS.
CIRCLE.
11
1 i
o> S '
* 4>
Date.
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 179
1849. h. m.
Apr. 16, 10 40
10 49
II O
ii 20
ii 40
12 O
12 2O
12 30
297
t II
"
a
in.
29.850
29.858
O
46.5
46.2
45-0
40.2
4O.
39-4
38.8,
38.5
37-3
2O 53.2
58.0
64.4 62.8
60.85
29.856
58.1
58.2
4-5 2-9
^
60.92
156
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 179. APRIL
16. MAJ. D = 23 16' 50" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
a,
,
MICROMETER.
i
d>
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
IOI
103
104
105
106
107
8
6
9
9
7
7
7
9
9
9
6
7
8
9
10
9
8
8
8
3
9
9
8
9
9
6
10
7
7
8
8
10
8
10
8
8
8
10
9
9
9
6
6
9
9
9
eR 8
h. m. s.
II 32 22.71
34 12.43
34 57-06
36 19.82
38 8.51
38 21.31
39 7-74
39 22.85
45 44 9^
46 15.51
46 47.12
48 25.29
48 50.86
50 26.76
50 49-22
50 40.24
53 20.41
57 31-69
ii 59 3.31
12 54.67
1 12.83
3 16.88
4 o-95
5 42.12
6 31.25
7 n-43
7 31-57
14 16.80
15 10.50
15 43-80
16 4.82
18 0.35
19 1.97
19 33-50
20 21.93
24 52.92
25 16.80
26 54.33
29 50.00
34 3 . 60
35 10.49
36 25.53
38 19.64
38 16.92
40 27.77
27.08
40 46.95
40 54.66
12 42 13.20
s.
-30.68
30.69
30.69
30.69
30.70
30.70
30. 70
30.70
30.70
30.71
30.71
30.71
30.71
30.71
30.71
30.71
30.71
30.72
30.72
30.72
30.72
30.72
30.72
30.72
30.72
30.72
30.72
30.73
30.73
30.73
30.73
30.73
30.73
30.73
30.73
30.73
30.73
30.73
30.73
30.73
30.73
30.72
30.72
30.72
30.72
30.72
30.72
30.72
-30.72
s.
I.OI
0.99
0.99
i.oo
0-99
I.OI
I.OI
I.OI
0.99
i.oo
I.OO
I.OI
I.OI
I.OO
I.OO
.00
.00
.01
.01
.00
.00
.01
.01
.00
.01
.01
.00
0.99
0.99
I.Ot
I.OI
0.99
0.99
I.OO
I.OO
0.99
0.99
0.99
I.OI
I.OI
I.OO
0.09
I.OI
I.OO
I.OI
I.OI
I.OI
I.OI
0.99
12.
vh.
VI.
V.
V.
VII.
VII.
VI.
VII, 5.
2
7
6
3
6
i
2
I
5
4
4
2
I
3
5
3
6
2
2
5
3
i
2
5
i
i
3
7
7
2
2
6
7
2
3
7
7
6
2
I
-1
7
i
5
2
I
2
2
5
r.
36.252
32.080
39-04
35-774
29-457J
44.564
38.98
38.475
44.507
43-432
46.637
40.484
43.022
45.09
42.07
32.81
31.735
36.548
40.092
41-52
39-23
40.38
42.037
42.49
4L77
35-99
34-274
46.145
44.505
38.95
42.45
38.41
40.82
48.94
38.969
33.319
47.834
48.96
36.28
35-61
39.717
38.385
37.085
37.426
39.722
33-155
43.895
45-54
50.145
46 43-07
14 9-63
16 1.37
38 17-48
21 32.14
47 47-31
45 8.91
51 17.48
21 33.88
28 1.55
2O 20.09
44 17-00
48 40.54
32 55.96
22 57.96
39 58.91
20 13.50
46 32.86
44 30.54
23 16.98
36 17.94
50 11.72
43 23.14
22 43.50
49 23.62
52 43-22
39 9-26
6 4.15
7 0.78
45 9-95
43 9-03
16 23.09
9 7-93
39 24.88
36 26.95
[3 26.74
5 5.46
10 18.86
46 42.11
52 56.36
30 9.77
ro 31.98
52 5-33
25 38.26
44 43.31
54 21.09
12 19.02
JI 22.23
[8 19.03
-13.58
13.72
13-78
13.89
14-03
14-05
14.11
14-13
14.62
14.66
14.70
14.82
14.85
14.98
15.01
15.00
15.20
15-52
15-63
15-77
15.79
15-94
16.00
16.12
16.17
16.22
16.24
16.74
16.80
16.84
16.86
17.01
17.08
17.12
17.17
17.49
17.51
17-63
17.83
18.10
18.17
18.25
18.37
18.37
18.51
18.51
18.53
18.53
-18.61
- 7-30
4.76
4.91
6.65
5-34
7-39
7.18
7.67
5-34
5.85
5.25
7.11
7-47
6.25
5.46
6.78
5-23
7.30
7.10
5-47
6.49
7.61
7.06
5-44
7-54
7.81
6.72
4.14
4.21
7.19
7.04
4-93
4.36
6.74
6.50
4.70
4.06
4.45
7-31
7.82
6.01
4-47
7.76
5-66
7.16
7-94
6.98
6.90
-5.08
h. m. s.
II 31 51.02
33 40-75
34 25.38
35 48.13
37 36.82
37 49-60
38 36.03
38 5LI4
45 13-27
45 43-So
46 15.41
47 53-57
48 19.14
49 55-05
50 17-51
50 8.53
52 48.70
56 59-96
II 58 31.58
12 O 22.9;
o 41.11
2 45.15
3 29.22
5 10.40
5 59-52
6 39-70
6 59.85
13 45.08
14 38.78
15 12.06
15 33.o8
17 28.63
18 30.25
19 1.77
19 50.20
24 21.20
24 45.08
26 22. 6l
29 18.26
33 31.86
34 38.76
35 53-82
37 47-91
37 45-20
39 56.04
(39)55-35
40 15.22
40 22.93
12 41 41.49
1 II
24 3 54-0
23 31 18.1
33 10. i
55 28.0
23 38 4L5
24 4 58.7
2 2O. 2
24 8 29.3
23 38 43-8
45 12. i
23 37 30.0
24 i 28.9
24 5 52.9
23 50 7.2
40 8.4
57 10.7
23 37 23.9
24 3 45-7
24 i 43.3
23 40 28.2
23 53 30.2
24 7 25.3
24 o 36.2
23 39 55-1
24 6 37.3
24 9 57-2
23 56 22.2
23 15.0
23 24 II. 8
24 2 24.O
24 o 22.9
23 33 35-o
26 19.4
56 38.7
53 40.6
30 38.9
22 I7.O
23 27 30.9
24 3 57-2
24 10 12.3
23 47 24.0
23 27 44.7
24 9 21.5
23 42 52.3
24 i 59.0
24 II 37-5
23 59 34-5
58 37-7
23 35 32.7
32.2
48.4
44-5
0.9
56 .'5
12.
lg.6
8.7
32-
20. 6
21.
33-2
19.7
31-7
47-
44.
59-
45.
. .
13-3
39-2
15.0
25.2
50.4
26.6
37-4
3-0
38.7
46.4
1*8.6
37-
41.
57.2
39. 3
30.7
8.4
19.9
Si-4
20.
31-4
3-2
32.0
43-8
! ^
49.2
53-
i.
12.5
16.5
5-
28.7
36.4
48.7
. .
42.
54-0
6.3
31.5
7.7
28.7
7 R
17-
29.
40.6
49-8
1-9
53-
14.0
45-3
4-7
57-7
46.0
9.6
58.0
t t
23.7
18.4
30.3
14.
43-5
26.
38.0
49.8
3-5
10.4
15-7
22.6
37-5
27-7
34-7
49-4
46.4
*
?R R
41.0
51-5
1 8
23.
CORRECTIONS.
REMARKS.
Date Corr - of
Uate ' Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(179) 69. Hor. thread assumed as 5 instead of 4.
( J 79) 79- Transit over T. V assumed as 25' in-
stead of 5 s .
(179) 95. Transit over T. V assumed as 28'.?
instead of 23'.7
.
s
1849. h. s.
s.
s. s.
s.
* It
r.
INSTRUMENT READINGS.
Date.
CIRCLE.
If
If
3 v
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 179
1849. h, m.
Apr. 16, 12 36
13 o
13 20
13 37
13 40
297
i ir
"
"
in.
O
43-7
42.2
35-r
35-!
34-:
34-2
29.866
20 58.0
58.5
65-5 63.9
61.48
29.858
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
157
ZONE 179.
APRIL 16. MAJ. D = 23 16' 50".
No.
Mag.
SECONDS OF TRANSIT.
T.
a,
2
MICROMETER.
i
di
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV
V.
VI.
VII
ii.
12.
108
log
no
in
112
"3
114
"5
116
"7
118
119
I2O
121
122
123
I2 4
I2 5
126
I2 7
128
129
130
131
132
133
134
135
136
137
I3S
139
140
141
I
3
4
5
6
7
8
9
10
ii
8
9
9
8
7
7
6
7
10
9
7
7
5
to
10
9
9
9
7
7
8
8
9
9
8
9
7
9
6.7
8
9
9
9
8
S
9
9
8
7
6
9
9
7
46.3
h. m. s.
12 42 52.64
44 30.76
45 58.45
47 4L40
49 13-16
49 34-00
54 4-55
55 34-6i
56 23.45
12 56 18.92
13 2 2.47
4 18.42
3 10.58
6 52.44
7 24.73
10 16.44
10 26.09
M 44.53
12 40.56
I3?26.25
13 52.28
15 25.94
15 35.36
17 38.73
18 26.15
22 38.44
25 47.48
25 35-32
30 7.02
31 15-94
32 26.54
34 38.63
34 51.23
13 38 21.65
ONE I SO. IV
14 44 21.63
44 0.39
47 52.84
48 51-35
49 40.14
48.95
50 7-28
53 23-54
s.
-30.72
30.72
30.72
30.72
30.72
30.72
30.71
30.71
30.71
30.71
30.71
30.71
30.71
30.70
30.70
30.70
30.70
30.70
30.69
30.69
30.69
30.69
30.69
30.69
30.69
30.68
30.67
30.67
30.67
30.66
30.66
30.66
30.66
-30.65
AY 2.
19.26
19.26
19.26
19.25
19.25
I9.25
19.25
19.24
19.24
19.23
-19.23
S.
0.99
1. 00
I. 00
I. 01
I.OO
I.OO
I.OO
0.98
I.OO
I.OO
I.OO
I.OO
0.99
0.99
I.OI
0.99
0.99
I.OO
I.OO
I.OO
1 .01
I.OO
I.OO
0.99
0-99
I.OO
I.OO
0.99
0-99
I.OI
0.99
I.OO
I.OO
-0.99
MAJ.
. .00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
12.
DO = -
VI.
VII.
7
3
4
i
5
4
3
7
4
4
3
4
6
7
I
6
7
3
4
5
I
3
4
7
7
5
5
6
7
I
6
5
4
7
26
7
7
5
6
7
6
3
3
2
3
5
r.
45-085
39-545
42.01
38.722
45.563
44.823
43-082;
51.038!
47-957,
49-763:
34.48
41.79
39.03
35.767
43-665.
41.915
48.34
46.014
47.266
41.015
38.619
33.507
31.455
33-59 1
33.818
43-43
45-578;
42.195:
38.778|
43.392
34.565
47.815
40.525
39-6g7 :
26' 20".
37.062
34 802
37.502
38.634
34-56
37.652
38.828
30.40
33.884
34-602
34.972
a
6 40.76
56 7-33
28 50.63
;i 8.95
!0 57.44
'-7 13-53
i4 5-25
3 15-30
*5 25.37
=4 22.77
ig 2.15
!8 58.21
[6 0.83
2 2.38
\8 18.23
[4 22.12
4 48.29
52 24.03
25 49-20
'3 34-42
;i 12.50
59 35-74
J4 54-94
13 17-51
13 9-64
!2 II.O5
!O 56.92
[4 12.48
[O 18.45
18 27.77
18 35.83
19 39 70
!g 41.62
9 46.73
II 17-54
=2 35-37
25 35-66
[6 15.08
12 44.03
[6 49.28
36 32.08
tl 22.97
*8 4-79
38 57-94
27 2.98
-18.65
18.75
18.84
18.94
19.03
19.06
.19.32
19.40
19.44
19.44
19-75
19.87
19.81
20.00
20.03
20.17
20.18
20.23
20.28
20.31
20.33
20.40
20.41
20. 4g
20.53
20. 6g
20.94
29-93
20.96
21. OO
21.04
21 .Og
21 .09
21.19
~ 4.63
4.62
4.72
4-75
4-77
4-77
4.78
4.86
4-90
4-96
- 4-96
n
4-19
6.48
5-91
7.68
5-30
5.79
6.32
3.91
5-64
5.56
6.70
5-92
4.90
4-59
7-45
4.76
4.02
6.18
5.67
5.50
7-71
6.77
6.38
4.68
4.67
5-37
5.27
4-77
4-43
7-47
5.io
5-17
5-97
- 4.38
- 4-14
4.27
5-55
4.64
4-29
4.68
6.66
7-15
7.82
6.gi
- 5.71
h. m. s.
12 42 20.93
43 59-04
45 26.73
47 9-67
48 41-44
49 2.28
53 32-84
55 2.92
55 51-74
12 55 47-21
13 I 30.76
3 46.71
2 38.88
6 20.75
6 53.02
9 44-75
9 54-40
II 12.83
12 8.87
I2?54-S6
13 20.58
14 54.25
15 3-67
17 7-05
i? 54-47
22 6.76
25 15.81
25 3.66
29 35.36
30 44.27
31 54.89
34 6.97
34 19.57
13 37 50.01
14 44 i . 37
43 40.13
47 32.58
48 31.10
49 19.89
(49)28.70
49 47.03
53 3-30
54 39-
57 52.56
14 58 13.90
on i
23 23 53.6
53 22.6
23 46 5-4
24 8 25.6
23 38 1.8
44 28.4
51 20.9
20 28.6
42 40.4
41 37.8
56 18.6
46 14.0
33 15.5
23 29 17.0
24 5 35-7
23 31 37-0
22 2.5
49 40-4
43 5-2
23 40 50.2
24 8 30.5
23 56 52.9
52 11.7
30 32.7
30 24.8
39 27.1
38 I3-I
31 28.2
23 27 33.8
24 5 46.2
23 35 52.0
36 56.0
46 58.7
23 27 2.3
26 37 46.3
39 4-3
52 5-9
42 44-5
39 13-1
26 43 18.7
27 3 3-5
7 55-0
14 37-5
27 5 29.8
26 53 33.7
34-6
46.3
30-:
58.5
41.1
43-0
53-5
5-7
22
40.6
52.6
4-7
34-t
23-5
16.5
46.4
35-6
28.4
47-2
55.
.
38.5
cj. -5
50.4
2.5
12.4
I6. 4
1 6. '4
28.6
40.5
52.4
49-
0.7
40.3
52.4
50.
2.2
56.3
9-
20.4
M-3
26.4
38.0
58 .'5
3(5
50.
2.5
2 3 4
14-
26.4
35-2
39-
25-7
33.4
47-5
50.6
50.6
50.4
2.4
2.5
23.7
55-0
26 .'7
35-
7-
15-7
33 .'5
47-5
18.9
28.2
38-3
50.7
30.9
40.
50.7
27.3
45-7
57- S
9.8
9-3
40.3
21.4
34-
5-4
25.2
17.4
37-2
28.4
Z
17-2
"6
32.
46.2
23-4
36.2
35-7
48.4
0.4
12.4
25.3
37.3
50.
20. 4
58 12.
14 58 34-
79
13
CORRECTIONS.
REMARKS.
P. Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(179) 132. Transit at so s .6 assumed as over T.
VI instead of T. V.
1849. h. s.
May 2, 8 20.920
s.
/ 0.003
s. s.
0.149 + 0.382
s.
0.196
r.
359 59 58.82 39.722
INSTRUMENT READINGS.
Date.
CIRCLE.
a &
S a
a S
; o>
<
a 5
c o
Z B
x t
wg
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 180
1849. h. m.
May 2, 14 44
15 o
15 21
294
/ tt
n 60.7
61.0
65.5 65.4
63.17
63.15
in.
30.438
30.436
30.434
56.8
56.2
55-7
o
50. c
50.4
50.
158
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 180. MAY 2
MAJ. D = 26 26' 20" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
,
,
MICROMETER.
i
,,
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII
ii.
12.
12
13
14
15
16
17
18
19
20
21
22
23
24
I
2
3
4
5
6
7
8
9
10
ii
12
14
15
16
i
2
3
4
5
6
7
8
9
IO
II
12
8
8
6
5
8
9
9
8
8
8
8
9
8
8
8
8
4
6
6.7
8
7
8
6
7
7
7
9
9
9
10
8
7
6
7
7
6
6
8
8
8
12.
25-
36.4
49.2
36.
1.2
49.2
14.
26.4
26.2
3Q.
h. m. s.
15 2 48.95
2 49-37
6 36.61
7 1.83
8 16.37
13 1.12
14 9-07
15 57.85
15 23.25
19 29.68
19 33-71
20 38.37
15 21 43.9;
INE l8l. M;
II 48 4.76
54 20.90
II 56 39.08
12 O 40.82
1 25.37
8 0.77
12 20.70
15 45.38
17 4.61
22 4.49
22 12.43
23 33-09
25 4L72
35 36.67
42 3L09
12 43 3.76
\ T E 182. M/
13 35 13-49
35 ".36
40 41.72
42 2.99
42 21.63
42 33-74
43 22.48
43 40.70
47 23.72
49 21.14
51 58.86
13 53 2.01
S.
lg.22
19.22
lg.21
19.21
lg.20
19.19
19.19
ig.lS
I9.l8
ig.I?
19.17
19.17
19. 16
IY ig.
-14.85
14.86
14.86
14.87
14.87
14.88
14.88
14.89
14.89
14.89
14.89
14.89
14.90
14.91
14.91
-14.91
Y ig.
-14.64
14.64
14.65
14.65
14.65
14.65
14.65
14.65
14.65
14.65
14.65
14.65
S.
I.OO
I.OO
1 .00
I.OO
I.OO
I.OO
I.OO
I.OO
1.09
I.OO
I.OO
I.OO
I.OO
MAJ.
I . OI
I.OI
I.OO
I.OI
I.OO
I.OI
0.98
I.OI
0.98
0.99
I.OO
0-99
0.99
0.98
I.OO
0.98
MAJ.
I.OO
I.OO
I.OO
0.99
I.OO
I.OO
I.OO
I.OO
I.OO
0.99
I.OI
I.OO
ii.
ii.
DO=-
IV.
VI.
IV.
vu.
IV.
VI1-VIII.
IV.
IV.
IV.
VI.
VII.
IV.
IV.
IV.
IV.
VII.
IV.
IV.
VII.
VI.
VII.
VII.
IV.
IV.
IV.
IV.
6
5
i
3
7
3
6
6
3
4
2
6
40
2
3
4
3
2
7
2
6
6
3
5
6
7
4
7
30
4
4
5
7
6
6
5
2
5
7
i
2
r.
34.582
34-727
38-75
40.399
40.917
34.847
36.27
38.114
33-079
33-757
33-932
40.732
34-225
19' 50".
41.268
34.841
36.170
35.967
40.968
36.733
46.843
44.362
41.07
43-072
46.60
40.76
39-446
35-774
46.288
ii' 40".
37-077
41.217
37-452
43.009
39-785
37-260
43.130
47-221
45.627
42.560
43.030
45-475
[8 35.24
27 11.44
ji 7-98
35 37-86
9 4.62
38 49-48
26 18.15
16 32.65
19 26.44
39 27.11
33 29.43
44 8.44
18 47.27
+3 49-95
39 23.99
32 12.19
38 10.42
14 0.30
[I 29.03
to 37-52
12 57.68
[4 51.08
34 4-43
20 21.07
15 2.01
9 55-40
32 25.86
5 59.19
31 40.88
29 17.64
25 37-39
7 52.42
'5 35-31
[7 2.67
22 21.05
jo 24.14
20 55-23
8 7.91
[8 40.26
}i 24.74
5.06
5.06
5.13
5-14
5.16
5-23
5-25
5-27
5.26
5.32
S--32
5-33
- 5-35
- 4.22
4-79
5.01
5-38
5-45
6.08
6-49
6.82
6.95
7-43
7-44
7-56
7-77
8.67
9-30
- 9-35
6.07
6.07
6.36
6.44
6.46
6.47
6.52
6.54
6.76
6.88
6.98
- 7.10
II
- 4.86
5-71
8.14
6-57
3-92
6.89
5-62
4.65
4-94
6.95
6-35
7.42
- 4.88
22.48
20.46
17.01
19.80
-22.59
7.61
20.97
8.25
9. 10
17.91
11-57
9.17
6.91
17.10
5.20
IO.21
9.91
9.42
7. ii
8. ii
8.29
8.98
11.38
8-79
7.14
12.48
-11.51
h. m. s.
15 2 28.73
2 29.15
6 16.40
6 41.62
7 56.17
12 40.93
13 48.88
15 37.67
15 3-07
19 9.51
19 13.54
20 18.20
15 21 23.79
ii 47 48.90
54 5-03
ii 56 23.22
12 24.94
I 10.50
12 7 44. SS
12 4.84
15 29.48
16 48.74
21 48.61
21 56.54
23 17.21
25 25.83
35 20.78
42 15.18
12 42 47.87
13 34 57.85
34 55-72
40 26.07
41 47-35
42 5-98
42 18.09
42 6.83
43 25.05
47 8.07
49 5-50
50 43.20
13 52 46.36
1 n
26 45 5.2
26 53 42.2
27 17 41.3
27 2 9.6
26 35 33.7
27 5 21.6
26 52 49.0
43 2.6
26 45 56.6
27 5 59-4
I.I
27 10 41.2
26 45 17.5
41 4 6.6
40 59 39.2
52 24.2
40 58 25.6
41 4 19.0
40 31 33-1
41 o 55.3
40 33 2.9
34 57-6
54 19-8
40 30.2
35 9-0
30 i.o
52 42-3
40 26 3.7
30 43 37.2
41 13-6
37 33-2
19 46.0
27 29.9
28 57-4
34 16.6
52 22.1
32 50.8
30 20 r.g
3i o 39.7
30 53 23.3
*
4
49-
16.3
I.
28.7
40.8
21.4
33-8
46.
O.3
53-
. .
52.6
5
.2
29.2
42.2
1C 4
21.
37-4
52.'
IO.2
50.3
6.4
24-5
26.3
4-4
20.5
39-
40.7
19.6
35.4
53-6
55-5
34.
50.0
Q.O
Zr
17-
37-2
1.6
31-3
52.
l6. 4
46.3
6.2
31.0
50.2
5 8 .'2
0.7
21.
45-3
4-3
12.2
15-2
34-7
59-7
30.2
49-7
44-7
4.1
19-3
19.3
26.9
33-3
33-
" *
53-6
47-4
13
8
2
.2
27.2
22.3
16.4
41.4
36.6
56.2
5i.
10.7
5-5
19.7
18.
12.7
48
.2
58.4
I3.3'26.2
R '7
Zo
16.2
37.5
29.2
50-3
41.4
21/8
33-7
54.5
34-
33-
47-2
48.2
6
0.7
23.6
58.2
55.9
36.6
II- 3
8.4
56.4
49-4
23.5
21.
8.5
i-7
36.3
33-5
21.7
14. 7
46.7
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co.
(181) 2. Micrometer reading assumed as
33 r .84l instead of 34 r .84i.
(182) II. Times of transits over T.'s IV and V
assumed as 58". 5 and n s .7 instead
of 8'.5 and 2i s .7, and minutes
changed.
1849. h.
May 19, ii
s.
16.302
s.
/ 0.016
s, s.
+ 0.026 + 0.415
s.'
0.196
r.
o o 1.81 39.715
INSTRUMENT READINGS.
CIRCLE.
3 *
%l
c
Date.
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 181
Zone 182
1849. h. m.
May 19, ii 45
n 48
12 5
12 20
12 40
vr " 43
May 19, 13 35
13 40
280
290
f it
"
"
in.
30.164
o
67.2
56/2
64.8
64.'
63.4
62.5
62.
57-!
21 2.4
1.2
7-2 4-3
3.78
30.176
30.176
26 55.4
0.4
56.3
7-4 4-3
61.2 57.7
3-45
57-65
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
159
ZONE 182.
MAY
19. MAJ. D 30 n'4o" Continued,
No.
Mag.
SECONDS OF TRANSIT.
T. -
<*i
Oi
MICROMETER.
i
4
<h
Mean Right
Ascension,
1850.0.
Mean Soutl
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
I
2
3
4
5
6
7
8
9
10
7
7
8
7
8
7
8
8
9
10
10
I!
9
9
6
9
8
8
9
9
8
8
8
7
9
8
7
7
7
9
5
10
7
4
7
6
7
7
6
8
8
6
6
57-4
3-
54-1
10.3
!5-6
7-0
22.9
28.3
19.4
0.4
3S-5
I s f>
h. m. s.
13 54 35.76
58 41.18
13 58 55.60
14 4 32.36
6 13.19
6 13.92
b 20.84
13 57-28
17 13-77
19 38.32
20 2.42
23 15.14
25 42.82
28 O.II
33 10.80
33 40.18
37 28.56
37 42-51
38 47-49
41 2.48
44 5-65
45 14-73
46 39-55
47 13-04
49 22.69
51 25.69
52 45-79
53 24.26
54 41.64
51 2 . 06
14 52 43.12
15 I 24.25
3 17.34
15 5 42.41
K 183. MAI
13 o 50.45
2 29.90
6 34.96
7 19-47
7 27.18
12 51.14
18 45.38
19 8.35
22 31.54
13 3O IO.62
s.
14.65
14-65
14-65
14.65
14.65
14.65
14-65
14.65
14.65
14.65
14.65
14.64
14.64
14.64
14.64
14.64
14.64
14.64
14.64
14.64
14.64
14.64
14-63
14.63
14.63
14.63
14-63
14.63
14-63
14.63
14.63
14.61
14.61
14.61
! 23. B
-13.40
13.40
13-41
13.41
13.41
13.42
13-43
13.44
13-45
-13.46
s.
.01
.00
.00
.00
.01
0.99
.00
.01
.00
.00
0.99
1. 00
o.gg
0.99
0.99
I.OO
o.gg
I. 01
I.OO
I.OO
o.gg
I.OI
I.OO
I.OO
I.OO
I.OO
I.OO
I.OI
I.OO
I.OO
o.gg
I.OO
o.gg
I.OI
uj. r
I.OO
o.gg
I.OI
I.OO
I.OO
o.gg
I.OI
I.OI
o.gg
-o.gg
IV.
IV.
VI.
IV.
IV.
12.
12.
IV.
IV.
IV.
VII.
VI.
IV.
IV.
IV.
12.
III.
VI.
IV.
IV.
IV.
VI.
VI.
II.
V.
IV.
IV.
IV.
IV.
VI.
IV.
VI.
IV.
IV.
.= -2
IV.
II.
VI.
VII.
12.
IV.
VII.
VII.,IV.
IV.
IV.
2
4
2
6
i
7
6
i
3
6
7
2
7
7
7
3
7
i
3
4
6
i
3
6
2
3
2
2
3
4
7
4
7
2
2
6
6
2
5
4
6
i
i
7
7
r.
38.052
41.824
47-595
32.372
35-72
41.37
40.047
41-747
37.931
35-72
38.464
46.424
45.471
37.031
47-544
41.940
42.705
39.3I7
42.927
36.397
43.70
43-065
39-28
38.105
47-034
39-95
39-924
34-70
41-735
41.214
42.9M
34.913
44.069
38.905
}o' 50".
31.82
41-95
33.58
42.20
37-62?
36.670
41.637
41-925
36.992
39-70
i a
45 40.95
2.8 57.03
40 11.43
19 5L52
52 52.57
8 47.80
15 25.44
49 24.54
37 3-05
17 55-96
10 28.93
40 51-83
6 27.44
10 44.23
5 15.89
34 43-49
8 2.87
50 48.27
34 10.60
32 4-36
13 20.53
48 38-91
36 16.33
16 32.86
40 30.89
35 53-35
44 36.33
47 36.64
34 51-75
29 17-94
7 55.69
32 55-43
6 41.32
45 "-SO
20 10.56
14 20.37
48 15.18
22 53.25
31 21.28
17 23.17
49 28.07
49 18.01
II 20.09
9 46.63
- 7-23
7-5'
7-53
7.89
8.00
8.00
8.01
8.49
8.70
8.85
8.87
9.06
9.21
9-35
9.65
9.68
9.90
9.91
9-97
10.09
10.25
10.31
10.38
10.41
10.53
10.62
10.68
10.71
10.77
10. 60
10. 68
11.05
II. It
11.19
- 5.31
5-34
5-43
5-44
5-44
5-56
5-68
5-69
5-76
- 5-93
12. oq
9.86
11.36
8.66
I3;07
7.24
8.09
12.60
10.93
8.42
7-44
H-45
6.93
7-48
6.77
10.62
7-14
12.79
10-55
10.27
7.80
12.48
10.86
8.23
11.40
10.77
11-95
12.34
10.65
9.91
7.10
10.38
6-95
12.04
- 5.32
4-93
7.30
5-51
6.09
5-14
7-36
7-35
4.72
4.61
h. m. s.
13 54 20.10
58 25.53
13 58 39-95
14 4 16.71
5 57-53
5 58.28
6 5.19
13 41.62
16 58.12
19 22.67
19 46.78
22 59.50
25 27.19
27 44.48
32 55-17
33 24.54
37 12-93
37 26.86
38 31-85
40 46.84
43 50.02
44 59-08
46 23.92
46 57-41
49 7.06
51 10.06
52 30.16
53 8.62
54 26.01
50 46.43
14 52 27.50
15 I 8.64
3 1-74
15 5 26.79
13 o 36.05
2 15-51
6 20.54
7 5 -06
7 12.77
12 36.73
18 30.94
18 53.90
22 I7.IO
13 29 56.17
01 11
30 57 40.3
40 54.4
52 10.3
30 31 48.1
31 4 53-6
30 20 43.0
30 27 21.5
31 I 25.6
30 49 2.7
29 53-2
22 25.2
52 52.3
18 23.6
22 4I.I
17 12.3
46 43.8
30 19 59-9
31 2 51.0
3O 46 I I. I
44 4-7
30 25 18.6
31 o 41.7
30 48 17.6
28 31-5
52 32.8
47 54-7
56 39-0
59 39-7
46 53-2
41 18.4
19 53-5
44 56.9
18 39.4
30 57 14-7
23 I II. 2
22 55 20. 6
23 29 17.9
3 54-2
23 12 22. S
22 58 23.9
23 30 3I.I
23 30 21. O
22 52 2O. 6
22 50 47.2
32.5
!> R
8.3
45-3
26.4
21.2
57-7
34-1
10.5
.
n.
18
18. 7
35-6
31-7
48.
12.7
44.6
I.O
25.7
57.2
13-7
26.5
?'R '
4O. 7
45.4
2.3
47.4
58.
42.7
0.0
10.7
28.
55-5
12.7
23-4
36.3
37.5
3
a
55-3
8 ?
9-3
24-3
27.2
22.2
36.9
40.4
34-5
4Q.7
47.2
15.
53-
5-5
18.4
27.6
52.2
31-
40.5
5-1
53-
18.1
. .
IO.2
. .
13-3
33-
22.7
25-5
46.
24-
41-3
43-2
35-5
38.3
58.4
37-2
54-7
55-7
TT
50.
7-3
27.2
8.6
I.O
40.9
21.4
39-
3-9
52.0
17-
4-7
29.7
26.4
17.2"-' -
42.
50.4
55.3 8.0,21.
2.4 ..
Zo>
59-3
II
4
23-1
34-5
47-0
59-
10.4
51.2
15-3
55-7
27
7
47
-5
-7
.0
39-4
19.6
58.7
5l.o
8.0
31.6
10.5
3-1
57-3
43 -'6
22.3
15-
32.3
55-3
26.7
21.3
44-7
7-3
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co. (182)
26. Micrometer reading assumed as
38 r .03i instead of 37 r .O3i.
(5. Micrometer reading assumed as
45 r .o6g instead of 44 r .o6g.
i. Transit at 26 s . 4 assumed as over T.
II instead of T. III.
1849. h-
May 23, 4
s.
15.292
s.
/ 0.007
s. s.
+ 0.026 + 0.415
s.
0.196
o , r U2)
o o 0.44 39-734 (!8 3 )
INSTRUMENT READINGS.
k
Date.
CIRCLE.
li
is
" <u
<e
3 E
2
t< u
H
*
A,
B.
C.
D.
Corr'd
Mean.
Mean.
Barom.
Zone 182
Zone 183
1849. n - m -
May 19, 14 o
14 zo
14 40
15 5
May 23,13 o
13 20
13 29
13 40
i a
"
"
in.
30.180
63.8
62 .' 5
77-5
76.
57.o
55-7
56.0
55-7
71-3
70.4
70.4
290 26 54.0
297 57 60.0
54-5
60.2
59-4
64-5
56.7
62.6
.
56.15
61.82
30. 192
2g.824
60.0
61.
65.9
64.0
62.72
29.832
i6o
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
ZONE 184.
JUNE 22. MAJ. D = " ' ".
No.
Mag.
SECONDS OF TRANSIT.
T.
*
MICROMETER.
i
*
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
i
2
3
4
5
6
8
9
10
II
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
to
ii
9
9
7
7
8
9
7
7
8
4
7
5
6
7
8
9
9
6
7
7
6
5
8
7
4
9
10
8
7
9
9
9
8
7
7
6
5
7
5-7
7
9
8
7
7-
18.5
. .
h. m. s.
15 4 54.84
6 19.03
8 25.84
9 11.18
10 10.23
14
15 56.92
16 0.57
16 31.15
22 8.95
22 11.87
19 20. 18
26 46.88
28 52.67
29 49-30
30 25.72
30 53-71
32 56.77
33 7-97
36 15-04
36 31.30
39 10.48
39 10.94
41 41.24
46 17.48
47 8.40
47 48.22
48 47.78
51 o . 30
53 44.13
57 2.92
57 40.04
15 59 38.52
16 o 21.87
i 23.41
2 13-55
3 2.63
6 40. 19
7 15.09
7 49.86
8 12. 2O
9 24.14
14
16 18.24
16 29.33
16 41.03
22 32.61
24 44-54
16 29 13.90
s.
s.
VII.
3
3
4
2
3
4
3
i
3
3
6
5
2
4
5?
7
2
3
3
4
3
2
5
i
5
5
I
7
3
4
5
4
4
7
4
5
6
3
4
i
i
i
6
6
6
r.
29.713
35-744
40.61
45-197
45-592
39.307
36.16
38.230
31.89
31-27
44.287
38.074
42.715
45-947
39-427
38.43
32.517
39.94
38.52
36.987
38.228
35-57
39-93
33.675
33.102
31-83
32 . 960
32.32
34.87
34-78
40.385
37-40
37.112
32-395
41.218
39-90
34.68
38.93
37.41
42-075
41.068
42.41
46.85
46.63
43.232
34.923
i n
41 41.25
38 13.31
29 38.83
41 34-34
32 33-40
30 23.92
37 58.98
51 25.52
40 26.35
40 47.74
21 42.47
16 29.43
22 36.83
41 8.34
30 19.78
25 4-73
13 54-42
44 35-39
36 37-52
37 30.43
31 I.I?
38 19-33
44 36.14
27 48.85
54 22.62
28 52.50
28 13.52
54 49-6i
12 32.80
38 46.61
29 46.71
25 40.30
31 39.56
34 22.49
8 54.10
30 3-43
27 14-05
15 59-64
37 15.82
28 47.98
49 47.68
49 1.36
46 28.11
II 34-12
13 31.40
18 18.19
h. m. s.
-
50.
14.1
23-
35-2
VI.
33
45-
48.7
12.5
,,
57-3
IV.
VI.
IV.
iv*.
VI.
36.
44-5
17-
48
56
23
ag
12.
4
8.3
35-
40.9
2O.
46.8
52.7
49.
4-5
1.5
16.4
21.
32
'.S
45- r
37-5
49-7
17.6
. .
VI.
56
R
20.
39-4
51
.2
3-4
15.0
7.
.
IV"'
IV.
IV.
IV.
5-4
46
47
-
10.4
II.
4
29.6
41.4
17-5
R 1
53-0
29.4
20.3
5-O
48.1
60.3
IV.
V.
IV.
IV.
Vlli.
IV.
IV.
IV.
VI.
VI.
IV.
V.
VI.
V. '
VII., V.
8.4
2O
39
7
.2
48.4
31-7
50.8
0.4
44-
3-0
12.2
56.4
15-
8
26 4
15.5
18 r
9.8
22.
23.4
33-9
35-4
47-2
. .
. .
28.4
4O.2
27.0
39-
36.4
47-7
: 1
5
TR
5
5
17-5
41.
;;
50.
21.
32.7
2.0
32-9
44.6
14-
44.
56.4
26.
* *
IV.
IV.
IV.
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point. Mic.
Co. (184)
[3. Micrometer thread 4 assumed to have
been used instead of 3.
(5. Transit at 41* assumed as over T. V
instead of T. IV. Close double star,
ladir point could be got for these obser-
ions, the declination-wires having be-
ne bent and slackened. The transits
y are supposed to be good, all the tran-
wircs seeming straight except VII.
1849. h.
*June 22, 13
s.
+ 6.705
s.
/ 0.015
s. s.
0.550 + 0.118
s.
- 0.314
/ j.
<,*4;
*No i
va
INSTRUMENT READINGS.
on
sit
Date.
CIRCLE.
o B
S *>
a E
C
E
A,
B. C. D.
Corr'd
Mean.
Barom.
Mean.
Zone 184
1849. h. m.
June 22, 15 4
15 20
15 30
15 40
16 20
298
20 6l.O
64.5 60.0 61.2
.
in.
61.68
82 .'5
81.3
80.5
O
79-4
78.7
77-9
76.7
77.0
77.0
60.5
63.6 58.7 61.7
61.12
30.072
30.070
30.074
ZONES OBSERVED WITH THE MERIDIAN CIRCLE, 1849.
161
ZONE 184. JUNE 22. MAJ. D =
" Continued.
No.
Mag.
SECONDS OF TRANSIT.
T.
i
"i
MICROMETER.
i
14 49-53
10 5.24
27 49-37
37 8.10
9 46.33
12 1.29
54 7-9 6
22 9.73
37 37-33
30 2 . 40
19 4-89
46 21.85
39 2.00
53 36.30
44 37o2
27 29.69
7 10.49
10 I.2J
32 52.58
29 24.03
18 56.71
34 47.76
22 37.87
45 0.78
32 3.85
it 22.88
\2 45.69
16 30.03
14 17-73
[8 15.02
!2 34.07
'2 47-59
6 37-07
jo 43.14
57 39.98
(i 49.18
|2 46.40
8 0.65
di
4
Mean Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
III.
IV.
V.
VI.
VII.
II.
12.
5
5i
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
I
2
3
4
6
7
8
9
10
ii
12
13
14
7
7
8
5
9
10
7
7
4
10
8
7
6
8
8
9
10
7
7
7
7
7
7
8
9
9
1
8
7
8
9
9
I
10
29.7
30.5
4i
10
iS
42
-7
-7
53-7
22.
5-7
34-
42.3
17
h. m. s.
16 32 5.48
34 34-02
34 42.04
36 0.99
40 5.90
40 16.50
40 49-43
42 54.60
47 38.92
48 57.76
52 16.54
52 58.63
54 11.53
55 16.76
16 59 23.44
17 3 13.56
4 56.61
9 45-42
ii
12 21. 14
12 39.00
14 2.12
15 I3.08
17 16 50.03
>IE 185. Jut
16 39 34.26
40 40.16
42 20. OI
43 5-59
44 -37- Si
45 9.68
45 52-69
46 18.85
49 17-77
49 59-81
49 49.90
50 53-78
53 16-59
16 54 45.89
s.
s.
IV.
IV.
IV.
IV.
IV.
V.
VII.
IV.
VII.
V.
IV.
IV.
2
T
4
3
7
7
i
'-,
3
4
6
^
3
i
2
5
7
7
4
4
6
4
?
I
30
4
4
2
2
7
6
6
7
4
3
"3
4
6
r.
39-542
39.157
43.785
37.634
39.705
35-794
33-517!
43-50
36.78
39-93
33-57
36.867
34-334
34-444
39-89 1
34-23
44.22
39-27
35-00
41.042
33-807
31 .663
42.685
49-38 1
50' 4"-
36.407!.
37-594'
43-13
36.630
31-837
35-015
42 . 795
44-497
45.187
38.75
36.70
29.48
35.179
35-43
- 4-42
4.42
4-42
4-43
4-43
4-43
4-43
4-43
4-44
4-44
4-44
4-44
4-44
- 4.44
- 8.28
.8.20
9.76
10.27
5.88
6-44
7.01
5-71
4.88
8.10
9.06
9-63
8-30
6.40
h. m. s.
16 39 56.16
41 2 . 06
42 41.91
43 27.48
44 59-70
45 31-57
46 14-58
46 40-73
49 39-64
50 21.68
50 H.77
51 15.65
53 38.45
16 55 7-75
31 22 56.6
22 15.5
33 39-9
37 24.7
5 8.0
9 5-9
13 25.5
31 3 37-7
30 57 26.4
31 21 35.7
28 33-5
32 43.2
23 39.2
31 8 51.5
48.8
54-
I.O
6
13-2
ifi c
2.9
47-7
38-
30.6
15-4
59-4
49-7
42.8
27-4
4-7
n. 7
1.7
44-7
54,6
38.5
57-5
16.4
ii. 7
16.4
2^ a
6.8
51.0
10.
28.6
10.7
23-7
29.0
18 4
2 7
22.4
35-
40.7
-
13-5
56.5
35-5
8.5
57-3
20.6
9-2
VI.
9-2
21-3
39
33-
5".
2.414.0
13.2 25.0
5O.O 2.O
36.8
13-9
o.o
12 7
Zoi
Y 24.
+ 20.90
20.0X)
2O.gO
20.89
20.89
20.89
20.89
20.88
20.87
20.87
20.87
20.87
20.86
+ 20.86
MAJ. 1
+ I.OO
1. 00
I.OO
I. 00
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
+ I.OO
1
VI.
VI.
IV.
IV.
II.
IV.
IV.
VI.
III.
IV.
VJI.
VII.
IV.
V.
=a
6 o
7.3 - -
*
52.5
5-7
59-4
12
?
57 O n 6
39-7
53-0
5-5
44-5
52
3-1
4
46.7
28.4
37 .'a
5<
-'4
3-9
16.9
45-8
29-5
58-9
19.4
42.6
II. 5
32.5
55-0
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m ' n
c
Zenith Point.
Mic.
Co.
1849. h.
July 24, 15
s.
+21.316
s.
/ 0.015
s. s.
0.132 O.O2O
s.
- 0.314
O I It
O 2. 2O
r
39-
622
INSTRUMENT READINGS.
CIRCLE.
o B
S
5 B
rt *-
tj <u
<
13
2
E
X U
Date.
A.
B.
C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 184
Zone 185
1849. h. m.
June 22, 17 16
July 24, 16 40
16 57
o ; it
298 20 6O.O
289 47 5-5.0
63-4
57-8
59-5 61.0
63-0 54-5
t
60.98
57.58
in.
30.256
30.260
77.9
77.7
e
72. i
72. t
21-
ZONES" OBSERVED WITH THE MERIDIAN CIRCLE, 1849
ZONE 186. AUGUST 25. MAJ. D = 18 55'
30".
No.
Mag.
SECONDS OF TRANSIT.
T.
i
a a
MICROMETER.
i
</i
4
VI can Right
Ascension,
1850.0.
Mean South
Declination,
1850.0.
I.
II.
HI.
IV.
V.
VI.
VII.
n.
12.
i
2
3
4
5
6
8
9.
10
II
12
13
14
15
16
I?
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
6
6-7
8
8
5
7
8
6
8
6
8
8
9
8
8
7
8
7
7
6
7
9
5
5
5
9
4-5
6
7
9
10
10
9
8
9
6
6
8
6
6
5
6
8
27.2
39
50.5
2.2
14.5
13.9
25-5
37-
. .
h. m. s.
17 56 2.19
57 14.50
17 59 20. 9 4
18 o 6.95
i 43-34
2 44.82
5 5-94
5 48.60
6 57.60
7 30.78
7 56.38
8 9.10
10 2.g4
II 30.89
ii 56.35
14 34-33
14 38.92
17 44.30
18 19 32.24
s.
+ 36.92
36.92
36.91
36.90
36.90
36.89
36.88
36.88
36.87
36-87
36.87
36.86
36.86
36.86
36.86
36.8?
36.85
36.83
+ 36.82
s.
+ 1.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
.00
+ 1.00
IV.
IV.
IV.
V.
IV.
VI.
IV.
IV.
VI.
IV.
IV.
vh.
IV.
IV.
IV.
i
7
7
4
i
4
7
7
7
7
3
2
I
2
5
4
2
7
6
5
5
5
4
4
5
5
2
2
7
4
4
4
2
5
5
7
7
i
5
i
7
5
4
3
4
5
3
6
2
r.
41.1984
50-957
50.004
45.4982
29.88 5
36.638:3
39-432
45.814
47-49
47-71
39.18 ;
34-93 ]
38.294;
35- 208 .i
39-88 5
36.182;;
42. 170 J
46.244
43-87
43.67 i
47-78 i
51 .042
51.042
43.632;:
45.057>
47.63
50.52 :
55-46 ;
53-25 :
50.49
40.667:
36.47 .
35-61 .
41.020.
37.232:
42.618;:
41-392
35.91
35.868
43-77
34.661
32.295!
38.5M
34-95 .
37-206.
37-032.
41.714:
40.56 .
40.037
43.78 .
9 43-19
3 52.60
3 50.85
6 50.22
6 13.82
l 55-94
9 55-75
6 15.46
5 17-63
5 10.03
6 14.74
7 28.71
i 23.40
7 19-13
4 M.67
2 11.78
3 18.82
6 0.63
7 22.57
3 16.28
g 42.01
7 49-42
7 49.42
7 54-54
7 5.46
9 47-16
'3 51-49
5 39-9 1
16 56.18
3 33.87
:g 36.98
!2 1.84
12 31.42
19 43-66
55 46.08
!2 40. l8
8 47.88
i 57.10
,2 46.95
!2 0.41
53 28.82
[4 1.87
!5 1.83
!2 54-30
!7 22.89
ii 42-43
!3 II-38
)5 27.11
5 21.68
(2 23.26
7.08
7.06
7.00
6.gS
6.92
* 6.89
6.81
6.79
6.75
6.73
6.72
6.71
6.65
6-59
6-57
6.48
' 6.48
6.37
6.30
6.3
6.20
6.18
6.15
6. 20
6.04
5.98
5-98
5.98
5-97
5-90
5-75
5-70
5-6g
5.62
5-53
5-49
5-52
5.46
5-45
5.36
5-30
5-30
5.19
5-12
5.06
5.00
5.00
4.82
4.80
- 4-78
i i . 07
8.60
8.62
g.8i
11.41
10.09
8.91
8.74
8.69
8.69
10-33
10.94
ii. 15
10.9;
g.6c
.10. ii
10.71
8.73
8.80
9. 10
9-45
9-33
9-33
9.87
9.84
9-45
9.65
10.31
10.36
8.61
9.98
IO.IO
10.13
8. go
9.76
9-59
8.87
9.04
11.22
9-56
11.25
9.15
9-73
IO.I4
10. 3c
10.08
9.62
10.29
9.22
10.66
h. m. s.
17 56 40.11
57 52.42
17 59 58-85
18 o 44.85
2 21.24
3 22.71
5 43-82
5 26.48
7 35-47
8 8.65
8 34-25
8 46.96
10 40.80
12 8.75
12 34.21
15 12.18
15 16.77
18 22.13
20 10.06
(21)
' 22 33.37
23 2.37
23 45-77
22 39.87
26 32.54
28 8.25
28 16.49
28 22.07
28 36.36
30 3-13
34 4.60
35 17-85
35 51.20
37 9-44
39 23.36
40 45-64
39 57-94
41 17.25
41 38.49
44 7-70
46 10.02
46 30.22
48 46.42
50 34.13
52 14.97
54 U-47
54 17.76
59 27.48
18 59 56.37
19 o 41.
O 1 If
19 45 31-3
18 59 38-3
18 59 36.5
ig 22 37.O
52 2. I
27 42.9
5 41-5
2 I.O
I 3-i
o 55-4
32 1.8
43 16.4
47 IL 2
43 6.6
20 o.g
27 58.4
3g 6.0
i 45-7
3 7-7
9 1-7
15 27.7
13 34-9
13 34-9
23 40.6
22 51.3
15 32.6
19 37-1
31 26.2
19 32 42.5
18 59 18.4
19 25 22.7
27 47-6
28 17.2
45 28.2
21 31-4
IS 25.3
4 32-3
7 41-6
48 33-6
17 45-3
49 15-4
9 46.3
20 46.7
28 39.6
33 8.3
27 27.5
18 56.0
31 12.2
ii 5-7
19 38 8.7
9-2
21.
32-7
18 7
30.2
31.5
43-4
56.8
R
5-7
17 8
o.o
II.9
23-4
42.4
54-
31.2
44.
19.3
30.7
14.7
42.6
26.2
-11 . i
59-4
ii
.2
22.?
34.2
IT 8
9
.O
32.8
20.8
44-2
56.
44.0
. .
20.4
32
4
44-2
18 21 55.56
22 24.56
23 7.96
22 2.06
25 54-74
27 30.46
27 38.70
27 44.28
27 58.57
2g 25.35
33 26.83
34 40.08
35 13.44
36 31.68
38 45-6i
40 7-9
3g 20.20
40 39-51
41 0.75
43 V97
45 32.30
45 52.50
48 8.71
49 56.43
51 37-27
53 36.78
53 40.07
58 49-81
18 5g 18.70
19 o 3.
+ 36.81
36-81
38.81
36-81
36.80
36.79
36.79
36.79
36.79
36.78
36.77
36.77
36.76
36.76
36.75
36.74
36.74
36.74
36.74
36.73
36.72
36.72
36.71
36.70
36.70
36.69
36.69
36.67
36.67
+36.67
+ I.OO
I.OO
I.' 00
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
I.OO
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I.OO
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I.OO
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I.OO
I.OO
I.OO
I.OO
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I.OO
I.OO
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+ I.OO
13.0
19.7
Jl
7
7
?
43-2
IQ.O
54-9
6.4
25.2
17.9
37-
29-4
. .
26.8
38.8
50.6
IQ. I
33.4
52.0
3-4
16.4
15-4
28.4
26.7
40.3
38.7
52.
50.
25.3
36 (
10. '
33-0
22.3
44-5
20. o
34-1
56.4
31. e
45. e
8 (
43-4
57-2
2O. 2
I4.2. J
18.3
20. 4
30. C
32.4
41.7
44.0
. .
27 2
33.8
21.4
62.4
2.O
15-
45
33
M
13
X
7
.1
.0
4
4
57.0
44-7
25.2
25-7
38 -'3
8-7
56.6
37-4
36.7
40.0
49.8
20.3
8.0
4O.2
32.0
19.7
31.5
|8
51.8
I 4
3-4
53-4
38.?
CORRECTIONS.
REMARKS.
Date.
Corr. of
Clock.
Hourly
rate.
m n
c
Zenith Point.
Mic.
Co.
(186) 2. Micrometer reading assumed as
49 r .g57 instead of 5o r .g57.
(186) 27. Micrometer reading assumed as
4O r .52 instead of 5o r .52.
(186) 34. Micrometer reading assumed as
3i r .O2O instead of 4i r .o2o.
1849. h.
Aug. 25, 20
s.
+ 37-426
s.
/ 0.004
s. s.
0.168 + 0.025
s.
- 0.314
O / //
359 59 58.55
r.
39-769
INSTRUMENT READINGS.
Date.
CIRCLE.
-o c
li
rt I-
~ <u
e
13 1
c o
t~ p
o
* %
wg
A.
B. C. D.
Corr'd
Mean.
Mean.
Barom.
Zone 1 86
1849. h. m.
Aug. 25,17 56
18 40
19 o
301
41 58.8
63.1 67.9 71.0
"
65.20
in.
30.152
78.8
77-0
73- S
72. t
71- ?
70. S
59-5
63.4 68.4 72.9
66.05
30.162
UNIVERSITY OF CALIFORNIA LIBRARY