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X - 4.^SC5C>
ENCtINEER'S,
CONTRACTOR'S AND SURVEYOR'S
POCKET TABLE-BOOK
COMPRISING
.OGARfTHMS OF NUMBERS; LOGARITHMIC SINES AND TANGENTS; NATURAL
SINES AND NATURAL TANGENTS; THE TRAVERSE TABLE; AND A FULL
AND COMPLETE SET OF EXCAVATION AND EMBANKMENT TABLES;
TOGETHER WITH NUMEROUS OTHER VALUABLE TABLES
FOR ENGINEERS, &c.
BY J. M. SCRIBNEE, A.M.
Author of " Engineer's and Mechanic's Companion," &c., &c.
NEW-YORK:
PUBLISHED BY HUNTINGTON & SAVAGE,
No. 216 PEARL STREET.
18 47.
ENTERED, ACCORDING TO ACT OF CONGRESS, IN THE YEAR 184:, BY
J . 11. S C R I B N E P ,
IN THE CLERK'S OFFICE OF THE DISTRICT COURT FOR THE NORTHERN DISTR.ICT
OF NEW YORK.
STEREOTYPED BY NEW YORK!
RICH ARD H. HOB BS. C. A. ALVORD, Prim
HARTFORD, CONN. Corner John and Dutch Streets.
PREFACE.
Shortly after the publication of the '• Engineer's and Mechanic's
Comjmnion,'' it was suggested to the author, by several distinguished
engineers, that a pccket edition of a Text-book, comprising all the
useful Tables connnonly required in the field or office, would be
highly serviceable to those engaged in practical engineering and
surveying. Prompted by their repeated and urgent solicitations to
furnish a work of this kind, with Tables adapted to immediate esti-
mation of excavations and embankments, together with such other
useful Tables of the results of valuable and costly experiments upon
the strength of materials and the like, the following pages have been
compiled; and much that is entirely new has been carefully com-
puted expiessly for this work.
The Logarithmic Tables, Sines and Tangents have been culled
from the most authentic and approved sou ices; and as great pains
have been taken in their revisal, the author feels an unusual degree
of confidence in their correctness. Besides, they have been carefully
compared with several lUffcrcnl editions, by other authors, in order to
have the benefit of their watchfulness in detecting inaccuracies.
The Tables of Excavations and Embankments, for facilitating the
calculations of earth-work on railroads and canals, will be found
exceedingly serviceable and convenient for the practical engineer
and contractor, as they will prove a great saving of time, and will
serve to prove their own calculations, when otherwise, through the
hurry and multiplicity of business, they might seem doubtful.
One other advantage to contractors, accruing from the use of these
Tables, not originally contemplated, is this : By the common, but
erroneous, methods of calculation, the cuttings may appear to equal
the embankments; yet, when the work is carried into efi:ect, a large
quantity of earth may be required to make up the embankments, or
there may be loo much earih for that purpose in the cuttings, accord-
ing to the shape or figures of the sections. This, in most cases, arises
from erroneous calculations; for the common pracice is, either to
add the two extreme heights, and take half the sum for the mean
height, or to take half the sum of the areas of the two ends for a mean
area. Of course, one makes the quantity too much, and the other
too little. Such, however, are not likely to be the errors of a good
engineer, and they cannot occur if these tables be used : for as they
are calculated from the frhmoioal formula, the demonstiation and
IV PREFACE.
figure of which accompanj'- the tables, they will giv^e the true cubic
quantity in any cutting or embankment.
The Table for ascertaining the quantity of land necessary for' the
formation of a railroad or canal, will be foimd of much service.
The rem.aining miscellaneous Tables will no doubt prove of great
practical utility to the engineer and contractor, in making estimate?
for public works, &c.
The surveyor also will find this a convenient pocket ediiion of
Tables, applicable to all the purposes of his business.
As it was primarily designed to make this a book purely of Tables,
without reference to elementary instruction, every Table inserted
has been deemed of especial importance to those for whose use the
work is intended; and while all such have been carefully compiled
and computed, all extraneous or irrelevant matter has been, with
equal care, excluded.
In offering a treatise of this nature to the public, the author can of
course make few claims to originality, nor has it been his object to
produce an original Avork. The principal authors consulted, in pre-
paring it for the press, are Hutton, Hassler, and McNeil; and,
iDesides these sources of information, he has been essentially aided in
his own efforts by several distinguished professional gentlemen, who
have kindly advised in the selection of valuable and useful Tables,
and, to some extent, furnished 'materiel for the work.
That the production might be rendered still more worthy of general
patronage, several diagrams have been annexed, which add much to
its value in regard to practical utility.
In conclusion, the author will merely add a hope, that the engineer,
contractor, and surveyor, and all others interested in this branch of
science, will find this an acceptable companion and assistant, and
that they will duly appreciate his endeavors to furnish such a work
as shall meet their varied requirements.
J. M. S.
Middlehurgh, JV. F., J^dy, 1847.
CONTENTS,
Page.
Preface 3
Logarithms of Numbers, from 1 to 10,000 ' 7
Points of the Compass 23
Logarithmic Sines, Tangents, and Secants, to every point
and quarter-point of the compass 23
Hyperbolic Logarithms 24
Geographical Miles in a Degree of Longitude : 24
Velocity and Force of the Wind 24
Sines and Tangents 25
Traverse Table 71
Table of Natural Sines 162
Table of Natural Tangents 164
Areas of the Zones of a Circle 167
Areas of the Segments of a Circle 169
Lengths of Circular Arcs 171
" " " " Radius being Unity . . . . . 172
Proportions of the Lengths of Semi-elliptic Arcs . . . . 173
Proportions of the Lengths of Circular Arcs 174
Demonstration of the Prismoidal Formula 176
Explanation of Excavation Tables 178
Tables of Excavation and Embankment, First Series . .183
• " " " Second Series . 188
Third Series . . 190
Circumferences and Areas of Circles by jE?^/?M5 . . . . 212
Squares, Cubes, Square and Cube Roots 218
Circumferences and Areas of Circles by Tenths .... 235
Weight of a Lineal Foot of Square Iron 237
" " " Round Iron 237
Flat Bar Iron 238
Weight of Cast Iron Pipe 241
Weight of Malleable Iron, Copper, and Lead Pipe .... 242
VI CONTENTS,
Page.
Weight of Cast Iron Solid Cylinders 243
Weight of Cast Iron and Lead Balls ........ 243
Number of Nails and Spikes to the Pound 243
Table on the Strength of Columns of Wood 244
Table, showing the Dimensions of Cast Iron Columns for
sustaining a given weight with safety ...... 244
Weight of Lead and Copper Pipes 245
Table of the Strength of Materials 246
Hints about laying out Curves 247
Table of the quantity of Land for Railroads and Canals . - 249
Explanation of do. • " '' " . . 250
Table of Wages per Day, Week, and Year 250
Difference of Level • . 251
Curvature of the Earth 251
Earthwork in Canals 252
Angles of Slopes in Cuttings or Embankments 255
Mathematical Diagrams 256
Diagram for laying out Curves 257
Inclmed Planes 257
Longitude affecting Time 258
Experiments on the Strength of various species of Timber 259
Stiffness of different Woods 260
Comparative Strength of Ropes and Chains 260
Weight in lbs. of a Foot in length of Cast Iron .... 261
Weight of a Cubic Foot of Various Substances 261
Scantling and Timber Measure 262
%
TABLE,
CONTAINING
THE LOGARITHMS OP NUMBERS
FROM 1 TO 10,000.
NUMBERS FROM 1 TO 100 AND THEIR LOGARITHMS
WITH THEIR INDICES.
I 1
) 2
; 3
) 4
\ 5
Loguithm.
No.
Lo-arithm.
No.
Logarithm.
No.
Lognritliin.
'no.
Logarithm.
0-000000
21
1-32-3219
41
1-61 -2784
61
1-785330
81
1-908435
0-301030
22
1-34-2423
42
1-623249
62
1-792392
82
l-^il38l4
0-477 1-21
23
1-3(51728
43
1-633468
63
1-799341
83
1-939078
O-G02060
24
1-380211
44
1-643453
64
1-806180
84
1-924279
0-698970
25
1-397940
45
1-653213
65
1-812913
85
1-929419
) 6
0-778151
26
1-414973
4(5
1-662758
66
1-819.544
86
1-934498
) 7
0-845098
27
1-431364
47
1-672098
67
1-8-26075
87
1-9.39519
? 8
0-903090
28
1-447158
48
1-681241
68
1-832509
88
1-944483
( 9
0-954243
29
1-462393
49
1-690196
69
1-838849
89
1-949390
\ ^^
1-000000
30
1-477121
50
1-698970
70
1-845098
90
1-954243
) 11
1-041393
31
1-491362
51
1-707570
71
1-8512.58
91
1-9.59041
12,
13
1-079181
32
1-5051.50
52
1-716003
72
1-857332
92
1-963788
1-113943
33
1-518514
53
1-724276
73
1-863323
93
1-968483
) 1-t
1-146128
34
1-531479
54
1-7.32394
74
l-f:69-232
94
1-973128
) 15
1-176091
35
1-544008
55
1-740363
75
1.875061
95
1-977724
I Ifi
1-204120
36
1-556303
51;
1-748188
76
1-880814
96
1-98-2271
( 1"
1-230449
37
1-568202
57
1-7-.5875
77
1 -888491-
97
1-986772
( 18
1-255273
38
1-579784
58
1-7634-28
78
l-892-.iy5
98
1-991223
) 19
? 20
1-278754
39
1-591065
59
1-770852
79
1-897627
99
1-99.5035
1-301030
40
1-602060
60
1-778151
80
1-903090
100 I 2-000000
( >-
OTE.— In the fol
lowini^ part of t
he Table, the In
dices are omitted, as they
) can
be very easily s
upplied. Thus,
the index of the
logarithm of every integer
) nui
iber, co.i^istins
only of one n
umber, is ; of
two figures, 1 ; of three
res, 2; ef four
figures, 3 : bei
lo: always a unit
less than tlie number of
} figi
res contained m
the inte-rer nun
aber. The inde
\: to the logarithm of every
) nur
) ope
nber above 100,
n the foilowring
part of the Tal
)le, is omitted; yet, in the
ration, it must b
e prefixed, acco
-din? to this rem
ark : so that the logarithm
; of
500 is 2-7781
5, an
d that of 6L
00 is
3-77815, an
ISO
3f the rest.
LOGARITHMS
No. I I 1 I a I 3 I 4: I
6 1
7 1
8 1
0UiJo98
003029
0034611
6894
7321
7748
011147
011570
011993
53fi0
5779
6197
953-2
9947
020361
0230(54
024075
4486
7757
8164
8571
031812
032216
032619
5830
6230
6629
9811
040207
040602
043755
044148
044540
7664
8053
8442
051538
051924
052309
5378
5760
6142
9185
9563
9942
062958
063333
063709
6699
7071
7443
070407
070776
071145
4085
4451
4816
7731
8094
8457
081347
081707
0820(57
4934
5291
5647
8490
8845
9198
092018
092370
092721
5518
5866
6215
8990
9335
9681
102434
102777
103119
5851
6191
6531
9241
9579
9916
112605
112940
113275
115943
116276
116608
9256
9586
9915
122544
122871
123198
5806
6131
6456
9045
9368
9690
132260
132580
132900
5451
5769
6086
8018
8934
9249
141763
142076
142389
4885
5196
5507
147985
148294
148603
151063
151370
151676
4120
4424
472.8
7154
7457
7759
100168
160469
160769
3161
3460
3758
6134
6430
6726
9086
9380
9674
172019
172311
17260:5
4932
5222
5512
177825
178113
178401
189699
180986
181272
3555
3839
4123
6391
6674
6956
9209
9490
9771
192010
192289
192567
4792
5069
5346
7556
7832
8107
200303
,200577
200850
3033
3305
3577
1 Dig \
003891 1 432 <;
81741428
0124151424
66161420 \
0207751416 '
4896 412 ',
8978 408 *
033021 1404 )
028 400 (
040998 1 397 (
044932! 393 /
8830^390 )
052694 1 386 )
65241383 )
060320 379 t
40831376
78151373 ,
0715141370 ,
51821366
881 9 I 383 ,
082426 ;W0 '
6004 357 '
9552 '355 (
0930711352 (
65(52:349 (
1000201346 (
3462 343 (
6871 341 /
110253 338 (
3609 j 335 I
116940 I 333 )
120245 1 330 )
35251328 )
67811325 )
1300 12^323 )
3219 321 )
6403 318
9564 {316
142702 314
5818311
100
1
3
4
5
6
7
8
9
110
1
2
3
t
6
7
8
000000
4321
8600
012837
7033
021189
5306
9384
033424
7426
041393
5323
9218
053078
6905
000098
4458
8186
000434
4751
9026
013259
7451
021603
5715
9789
033826
7825
041787
5714
9606
053463
7286
001075
4832
8557
071882 072250
5547 5912
120:079181
1 1 082785
21 6360
31 9905,
4 1 093422 1
5 1 6910
6 100371
3804
7210
110590
113943
7271
120574
3852
7105
130334
3539
6721
9879
143015
146128
9219
152288
5336
8362
161368
4353
7317
170262
3186
079543
083144
6716
090258
3772
7257
100715
4146
7549
110926
114277
7603
129903
4178
7429
130(555
3858
7037
140194
3327
146438
952-
152594
5640
8664
161667
4650
7613
170555
^478
000868
5181
9451
0131)80
7868
022016
6125
030195
4227
8223
042182
6105
9993
053846
7666
061452
5206
8928
072617
6276
079904
083503
071
090611
4122
7604
101059
4487
7888
111203
114611
7934
121231
4504
7753
130977
4177
7354
140508
3639
146748
9835
152900
5943
8905
161967
4947
7908
170848
3769
176091
89771
181844!
4691 1
7521 1
190332
3125!
59001
86571
8
9 20139
176381
176670
9264
9552
182129
182415
4975
5259
7803
8084
190612
190892
3403
3681
6176
6453
8932
9206
201670
201943
0013011
5809
98761
014100
8284
022428
6533
030600
4628
8620
042570
6495
050380
4230
8046
061829
5580
9298
072985
6640
080266
3861
7426
090963
4471
7951
101403
4828
8227
111599
114944
8265
121560
4830
8076
131298
4496
7671
140822
3951
147058
15014:
3205
6246
92f)6
162266
5244
8203
171141
4060
17(5959
9839
182700
5542
83()6
191171
3959
6729
9481
202216
001/34
6038
010300
4521
8700
022841
6942
031004
5029
9017
042969
6885
050766
4613
8426
062206
5953
9668
073352
004
080626
4219
7781
091315
4820
8298
101747
5169
8565
111934
115278
8595
121888
002166
6466
0107-2-1 '
4940
9116
023252
7350
031408 '
5430
9414
0433(52 i
7275
051153
49961
8305
062582
6326
070038'
3718
7368;
080987
4576
8136
091607
5169i
8644 1
102091;
5510
8903
112270 j
115611
89261
122216
5150
.S48I
8399
8722
131619
131939
4814
5133
7987
8303
141136
141450
4263
4574
147367
147676
150449
150756
3510
3815
6549
6852
9567
9868
162;564
1628(53
5541
5838
8497
8792
171434
171726
4351
4641
177248
177536
180126
180413
2985
3270
5825
6108
8647
8928
191451
191730
4237
4514
7005
72.^1
9755
200029
202488
2761
148911!
1519S2
5032
80(51
1610()8
4055
7022
9968
172895
5802
178089 289 ^.
181558,287 (
4407 2,85 (
7239 283 (
190051 281 (
2846 279 (
5623 278 (
8382 276 (
201124 274 (
3848 272 {
I Diff.(
OF NUMBERS.
No. j 1 1 1 3 1 3 1 4: 1 5 1 6 1 7 1 8 1 9 | D>ff.i
Uk,
2J4120
204391
204003
204934
205204] 2054751 205740
2060161
200285] 2005501 271
I
G82o
7090
7305
7034
7904
8i7J 8441
8710
8979 9247 200
■y
9515
9783
210051
210319
2i;;580
2108.53 211121
211388
211054! -211921 '207 )
4314 4570i-i.i/)
6957 7-221 ; •204
9.585 98401-02^.
3
'2lil6S
212454
272.)
2980
32^^
3518
3783
4049
4
4844
5100
5373
5638
5902
6166
0430
6094
5
7484
7747
8010
8273
8530
8798
9000
9323
6
220108
220370
220031
220892
221153
221414
221075
221930
322190|202l50,:i0l )
4792 5.,5l!250 {
7
27 lu
2971)
323(i
3490
3753
4015
42.4
4533
8
5309
5508
5820
0084
6342
60()0
0858
7115
7372
703: )i -2.58 (
9
7887
8144
8400
8057
8913
9170
9420
9082
9938
230193 '(250 '^
170
23.)449
230704
230960
231215
231470
•231724
23197i»
232234
232488
2327421255 )
1
2J0;>
3250
3504
3757
4011
4204
4517
4770
5023
.52701253
2
M-Zi
5781
6033
02b5
0537
0780
7041
7292
7544
77951252
3
804(3
8297
8548
879J
9040
9290
9550
980U
240050
24030,;! 251)
4
24034i>
240799
241048
241297
241540
■241705
242044
2't-2293
2541
27.0 i 240 )
520o.j248 )
5
3J38
328.J
3534
3782
4030
4277
4525
4772
5019
6
5513
575y
6000
6252
6490
6745
6901
7237
7482
77-28 j -240
25)17^;|245 )
7
7973
8219
84(>4
8709
8954
9108
9443
9087
9932
8
250420
250004
250908
251151
251395
251038
■251881
252125
25-2308
2010 1 243 )
y
2853
30dG
33;w
3580
3822
4004
4300
4548
4790
.>OJij-242 )
I8;j
255273
255514
255755
255900
250237
256477
256718
250958
257198
257430 -241 \
1
7(579
7918
8158
8308
8037
8877
9110
9355
9594
9833 1 -239 (
2
260071
260310
260548
260787
201025
28l-2o3
2615U1
261739
201070
20-2214-233
3
2451
2388
2025
3102
3300
3030
3873
4100
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12
LOGARITHMS
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1
3
3
4
5
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7
8
9
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( 340
5314-;i*
5316071 531734 1531862
531990
5321171532245
532372
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532627
128
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3009
3136
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3772
3899
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4153
4280
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6180
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126
126 }
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7315
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8825
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540455:540580
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7083
7146
7210
7273
7336
7399
7462
7525
63
8
7588
7652
7715
7778
7841
7904
7967
8030
8093
8156
63
9
8219
8282
8345
8408
8471
8534
8597
8660
8723
8786
63
690
838849
838912
838975
839038
839101
839164
839227
839289
839352
839415
63
1
9478
9541
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9667
9729
9792
9855
9918
9981
840043
63
o
840106
840169
840232
840294
840357
840420
840482
840545
840608
0671
63
3
0733
0796
0859
0921
0984
1046
1109
1172
1234
1297
63
4
1359
1422
1485
1547
1610
1672
1735
1797
1860
1922
63
5
1985
2047
2110
2172
2235
2297
23(50
2422
2484
25^7
62
6
2609
2672
2734
279G
2859
2921
2983
3046
3108
3170
62
7
3233
3295
3357
3420
3482
3544
SOUS
3669
3731
3793
62
8
3855
3918
3980
404-2
4104
4166
4229
4291
43.53
4415
62
9
4477
453ii
4601
4654
4726
4788
4850
4912
-;974
5036
62
No, I I 1 I 3 I 3 I
2*
I r
8 I 9 I
Diff.V
18
LOGARITHMS
f^] V ~r i ~ r V 7 ~3 ~r *" j "s" ~r 6 ~ r v t ^'s' "r 9 ^ roTff
( 700
845098
845160
845222
845284
845346
845408
845470
8455321845594
845656
62
( 1
5718
5780
5842
5904
5966
6028
6090
6151
6213
6275
62
( 2
6337
6399
6461
6523
6585
6646
6708
6770
6832
6894
62
( 3
6955
7017
7079
7141
7202
7264
7326
7388
744ij
7511
62
( 4
7573
7634
7696
7758
7819
7881
7943
8004
8066
8128
62
( 5
8189
8251
8312
8374
8435
8497
8559
862!)
8682
8743
62
( 6
8805
8866
8928
8989
9051
9112
9174
9235
9297
9358
61
7
9419
9181
9542
9604
9665
9726
9788
9849
9911
9972
61
8
850033
850095
850156
850217
850279
850340
850401
850462
850524
850585
61
9
OG-IG
0707
0769
0830
0891
0952
1014
1075
1136
1197
61
710
851258
851320
851381
851442
851503
851564
851625
851686
851747
851809
61
1
1870
1931
1992
2053
2114
2] 75
2236
2297
2358
2419
61
2
2480
2541
2602
2663
2724
2785
2846
2907
2968
3029
61
3
3090
3150
3211
3272
3333
3394
3455
3516
3577
3637
61
4
3698
375(
3820
3881
3941
4002
4063
4124
4185
4245
61
5
4306
4367
4428
4488
4549
4610
4670
4731
4792
4852
61
G
4913
4974
5034
5095
5156
5216
5277
5337
5398
54591 61
7
5519
5580
5640
5701
5761
5822
5882
5943
6003
6064
61
8
0124
C185
6245
6306
6366
6427
6487
6548
6608
6668
60
9
6729
6789
6850
6910
6970
7031
7091
7152
7212
7272
60
720
857332
857393
857453
857513
857574
857634
857694
857755
857815
857875
60
1
7935
7905
8056
81 16
8176
8236
8297
8357
8417
8477
60
2
8537
8597
8657
8718
8778
8838
8898
8958
9018
9078
60
3
9138
9198
9258
9318
9379
9439
9499
9559
9619
9679
60
4
9739
9799
9859
9918
9978
860038
860098
860158
8602] 8
860278
60
5
860338
860398
860458
860518
860578
0637
0697
0757
0817
0877
60
C
0937
0996
1056
1116
1176
1236
1295
1355
1415
1475
60
1534
1594
1654
1714
1773
1833
1893
1952
2012
2072
60
8
2131
2191
2251
2310
2370
2430
2489
2549
2608
2668
60
9
2728
2787
2847
2906
2966
3025
3085
3144
3204
3263
60
730
863323
863382
863442
863501
863561
863620
863680
863739
863799
863858
59
1
3917
3977
4036
4096
4155
4214
4274
4333
4392
4452
59
2
4511
4570
4630
4689
4748
4808
4867
4926
4985
5045
59
3
5104
5163
5222
5282
5341
5400
5459
5519
5578
5637
59
4
5696
5755
5814
5874
5933
5992
6051
6110
6169
6228
59
5
6287
6346
6405
6465
6524
6583
6642
6701
6760
6819
59
6
6878
6937
6996
7055
7114
7173
7232
7291
7350
74(i9
59
7
7467
7526
7585
7644
7703
7762
7821
78S0
7939
7998
59
8
8056
81] 5
8174
8233
8292
8350
8409
8468
8527
858(5
59
9
8644
8703
8762
8821
8879
8938
8997
9056
9114
9173
59
740
869232
869290
869349
869408
869466
869525
869584
869642
869701
869760
59
1
9818
9877
9935
9994
870053
970111
870170
870228
870287
870345
59
2
870404
870462
87052]
870579
0638
0696
0755
0813
0872
0930
58
3
0989
1047
1106
1164
1223
1281
1339
1398
1456
1515
58
4
1573
1631
1690
1748
1806
1865
1923
1981
2040
2098
58
5
215(i
2215
2273
2331
2389
2448
2506
2564
2622
2681
58
6
2739
2797
2855
2913
2972
3030
3088
3148
3204
3262
58
3321
3379
3437
3495
3553
3611
3669
3727
3785
3844
58
8
3902
39(50
4018
4076
4134
4192
4250
4308
4366
4424
58
9
4482
4540
4598
4656
4714
4772
4830
4888
4945
5003
58
750
875061
875119
875177
875235
875293
875351
875409
87.5466
875524
875582
58
1
5640
5698
5756
5813
5871
5929
5987
6045
6102
6160
58
2
6218
6276
6333
6391
6449
6507
6564
6622
6680
6737
58
3
6795
6853
6910
6968
7026
7083
7141
7199
7256
7314
58
4
7371
7429
7487
7544
7602
7659
7717
7774
7832
7889
58
5
7947
8004
8062
8119
8177
8234
8292
8349
8407
8464
57
6
8522
8579
8637
8694
8752
8809
8866
8924
8981
9039
57
7
9091-.
9153
9211
9268
9325
9383
9440
9497
9555 9612
880127 880185
57
8
96(59
9726
9784
9841
9898
9956
380013
880070
57 (
9
830242
880299
880356
880413
880471
880528
0585 06421
0699 075G
57
No. I I 1
I 3
4: I 5
I 7 I 8 I 9 I Diff.;
OF NUMBER
19
I 1 i
I 4
r I 8 I 9 I Diff.''
( 7tK)
880814
88U871
880 J28
880985
88J042
881099
88115!)
881213 1881271
881328
57-
1
^ 2
1385
1442
1499
1556
1613
1670
1727
1784
1841
1898
57 (
1955
2012
2069
2126
2183
2240
2297
2354
2411
2468
57 (
2525
2581
2838
2695
2752
2809
2866
2923
2980
3037
57 (
3093
3150
3207
3264
3321
3377
3434
3491
3548
3605
57 (
3661
3718
3775
3832
3888
3945
4002
4059
4115
4172
57^
4229
4285
4342
4399
4455
4512
4569
4625
4682
4739
57
/ 7
4795
4852
4909
4965
5022
5078
5135
5192
5243
5305
57
^ 8
5361
5418
5474
5531
5587
5644
5700
5757
5813
5870
57
9
5926
5983
6039
6096
6152
6209
6265
6321
6378
6434
56j
56 ;
56
( 770
) 1
886491
886547
886604
886660
886716
886773
886829
88G885
886942
886998
7054
7111
7167
7223
7280
7336
7392
7449
7505
7561
• 2
( 3
7617
7674
7730
7786
7842
7898
7955
8011
8067
8123
56
56)
8179
8236
8292
8348
8404
8460
8516
8573
8629
868.5
' 4
8741
8797
8853
89i!9
8965
9021
9077
9134
9190
9246
56)
56
5
9302
9358
9414
9470
952i)
9582
9638
9694
9750
9806
' 6
9862
9918
9974
890030
890086
890141
890197
890253
890309
890365
56
^) "^
890421
890477
890533
058hl
0(>45
0700
0756
0812
0868
0924
56
8
0980
1035
1091
1147
12J3
1259
1314
1370
1426
1482
56
) 9
1537
1593
1641J
1705
1760
181.;
1872
1928
1983
2039
.56)
) 780
892095
89215U
892206
892262
892317
392373
892429
892484
892540
892595
56 (
) 1
2651
2707
2762
2818
2873
2929
2985
3040
3096
3151
56 (
) "
3207
3262
3318
3373
3429
3484
3540
3595
3651
3706
56 (
3
3762
3817
3873
3928
3984
4039
4094
4150
4205
4261
55 (
4
4316
4371
4427
4482
4538
4593
4648
4704
4759
4814
55 (
5
4870
492.5
4980
5036
5091
5146
5201
5257
5312
5367
55 (
i 1
5423
5478
5533
5588
5644
5699
5754
5809
5864
5920
55 (
5975
6030
6085
6140
6195
6251
6306
6361
6416
6471
55 (
; 8
6526
6581
6636
6692
6747
6802
6857
6912
6967
7022
55 {
? 9
7077
7132
7187
72-12
7297
7352
7407
7462
7517
7572
55
( 790
897627
897682
897737
897792
897847
897902
897957
898012
898067
898122
55
/ 1
8176
8231
8286
8341
8396
8451
8506
8561
8615
8670
55 )
? ~
8725
8780
8835
8890
8944
8999
9054
9109
9164
9218
55 /
3
9273
9328
9383
9437
94y2
9547
9602
9656
9711
9766
55
4
9821
9875
9930
9985
900039
900094
900149
900203
900258
900312
55 )
5
90i)3u7
J0UJ22
900476
900531
0586
0640
0695
0749
0804
0859
55 )
' 6
0913
09G8
1022
1077
1131
1186
1240
1295
1349
1404
55 )
/ 7
1458
1513
1567
1622
1676
1731
1785
1840
1894
1948
54 )
( ^
2003
2057
2112
2166
OOO 1
2275
2329
2384
2438
2492
54
1 9
2547
2601
2655
2710
2764
2818
2873
2927
2981
3036
54
( 800
903090
933144
903199
903253
903307
903361
903416
903470
903524
903578
54
1
3633
3687
3741
3795
3849
3904
3958
4012
4066
4120
54
3
4174
4229
4283
4337
4391
4445
4499
4553
4607
4661
54
4716
4770
4824
4878
4932
4986
5040
5094
5148
5202
54
4
.-v^56
5310
5364
5418
5472
5526
5580
5634
5688
5742
54 (
5
5796
5850
5904
5958
6012
6066
6119
6173
6227
6281
54 (
6
6335
6389
6443
6497
6551
6604
6658
6712
6766
6820
54
7
6874
6927
6981
7035
7089
7143
7196
7250
7304
7358
54
54
54 J
54}
8
7411
7465
7519
7573
7626
7680
7734
7787
7841
7895
9
7949
8002
8056
8110
8163
8217
8270
8324
8378
8431
810
908485
908539
908592
908646
908699
908753
908807
908860
908914
908967
/ 1
9021
9074
9128
9181
9235
9289
93421 9396
9449
9503
54 )
53)
) 2
9556
9810
9663
9716
9770
9823
98771 9930
9984
910037
; 3
910091
910144
910197
910251
910304
910358
910411 910464
910518
0571
53 )
' 4
0624
0678
0731
0784
0838
0891
0944
0998
1051
1104
53)
; 5
1158
1211
1264
1317
1371
1424
1477
1530
1584
1637
53
/ 6
1690
1743
1797
1850
1903
1956
2009
2063
2116
2169
53
; 7
2222
2275
2328
2381
2435
2488
2541
2594
2647
2700
53
) 8
2753
2806
2859
2913
2966
3019
3072
3125
3178
3231
53
? 9
3284
3337
3390
3443
3496
3549
3602
3655
3708
3761
53
9 I Diff.<;
20
LOGARITHM
pNal
I 3
8 I 9 I
830
1
2
3
4
5
6
7
8
9
840
1
2
3
4
5
6
7
8
9
850
1
2
3
4
5
860
1
2
3
4
5
6
7
8
870
1
2
3
4
5
6
7
913814
913867
4343
4396
4872
4925
5400
5453
5927
5980
6454
6507
6980
7033
7506
7558
8030
8083
8555
8607
919078
919130
960J
9653
920123
920176
0645
0697
1166
1218
1686
1738
2206
2258
2725
2777
3244
3296
3762
3814
924279
924331
4796
4848
5312
5364
5828
5879
6342
6394
6857
6908
7370
7422
7883
7935
8396
8447
8908
8959
929419
929470
9930
9981
930440
930491
0949
1000
1458
1509
1966
2017
2474
2524
2981
3031
3487
3538
3993
4044
934498
934549
5003
5054
5507
5558
6011
6061
6514
6564
7016
7066
7518
7568
8019
8069
8520
8570
9020
9070
939519
939569
940018
940068
0518
0566
1014
1064
1511
1561
2008
2058
2504
2554
3000
3049
3495
3544
3989
4038
4449 i 4502
4977!
5505
6033
6559
5030
5558
0085
OGli
7085 7138
7611 7663
8135 8188
8659 8712
919183
9706
920228
0749
1270
1790
2310
2829
3348
3865
919235
9758
920280
0801
1322
1842
2362
2881
3399
3917
924383 924434
4899 1 4951
5415
5931
6445
6959
7473
7986
8498
9010
929521
930032
0542
1051
1560
2068
2575
3082
3589
4094
934599
5104
5608
Gill
6614
7117
7618
8119
8620
9120
939619
940118
0616
1114
1611
2107
2603
3099
3593
914026
914079
914132
914184
914237
914290
4555
4608
4660
4713
4766
4819
5083
5136
5189
5241
5294
5347
5611
5664
5716
5769
5822
5875
6138
6191
6243
6296
6349
6401
6664
6717
6770
6822
6875
6927
7190
7243
7295
7348
7400
7453
7716
7768
7820
7873
7925
7978
8240
8293
8345
8397
8450
8502
8764
8816
8869
8921
8973
9026
919287
919340
919392
919444
919496
919549
9810
9862
9914
9967
920019
920071
920332
920384
920436
920489
0541
0593
0853
0906
0958
1010
1062
1114
1374
1426
1478
1530
1582
1634
1894
1946
1998
2050
2102
2154
2414
2466
2518
2570
2622
2674
2933
2985
3037
3089
3140
3192
3451
3503
3555
3607
3658
3710
3969
4021
4072
4124
4176
42-28
924486
924538
924589
924641
924693
924744
5003
5054
5106
5157
5209
5261
5518
5570
5621
5673
5725
5776
6034
6085
6137
6188
6240
6291
6548
6600
6651
6702
6754
6805
7062
7114
7165
7216
7268
7319
7576
7627
7678
7730
7781
7832
8088
8140
8191
8242
8293
8345
8601
8652
8703
8754
8805
8857
9112
9163
9215
9266
9317
9368
929623
929674
929725
929776
929827
929879
930134
930185
930236
930287
930338
930389
0643
0694
0745
0796
0847
0898
1153
1204
1254
1305
1356
1407
1661
1712
1763
1814
1865
1915
2169
2220
2271
2322
2372
2423
2677
2727
2778
2829
2879
2930
3183
3234
3285
3335
3386
3437
3690
3740
3791
3&41
3892
3943
4195
4246
4296
4347
4397
4448
934700
934751
934801
934852
934902
934953
5205
5255
5306
5356
5406
5457
5709
5759
5809
5860
5910
5960
6212
6262
6313
6363
6413
6463
6715
6765
6815
6865
6916
6966
7217
7267
7317
7367
7418
7468
7718
77()9
7819
7869
7919
7909
8219
82r.9
8320
8370
8420
8470
8720
8770
8820
8870
8920
8970
9220
9270
9320
9369
9419
9469
939719
939769
939819
939869
939918
939968
940218
940267
940317
940367
940417
940467
0716
0765
0815
0865
0915
0964
1213
1263
1313
1362
1412
1462
1710
17(i0
1809
1859
1909
1958
2207
2256
2306
2355
2405
2455
2702
2752
2801
2851
2901
2950
3198
3247
3297
3346
3396
3445
3692
3742
3791
3841
3890
3939
4186
4236
4285
4335
4384
4433
5467
5982
6497
7011
7524
8037
8549
90(51
929572
930083
0592
1102
1610
2118
2626
3133
3639
4145
934650
5154
5658
6162
6665
7167
7668
8169
8670
8170
939669
940168
06()6
1163
1660
2157
2653
3148
3643
4137
r 3 I 4: I 5
6 ! 7 I 8 I 9
50 ,;
50 (
50 /
50 I
50 )
50 >
50
49 ,
49
49
Difl.
OF NUMBER
21
No. I 1
a I 3 I 4
I T I 8 I 9 iDifiJ
S 88U
944483
944532
944581
944631
944680
944729
944779
1944828
944877
944927
49
1
4976
5025
5074
5124
5173
5222
5272
5321
5370
5419
49
2
.5469
5518
5507
5616
5665
5715
5764
5813
5862
5912
49
3
5961
6010
6059
6108
6157
6207
6256
6305
6354
6403
49
4
6452
6501
6551
6600
6649
6698
6747
6796
6845
6894
49
5
6943
6992
7041
7090
7140
7189
7238
7287
7336
73a5
49
6
7434
7483
7532
7581
7630
7679
7728
7777
7826
7875
49
( 7
7924
7973
8022
8070
8119
8168
8217
8266
8315
8364
49
^ 8
8413
8462
8511
8560
8609
8657
8706
8755
8804
8853
49
9
8902
8951
8999
9048
9097
9146
9195
9244
9292
9341
49
) 890
949390
949439
949488
949536
949585
949634
949683
949731
949780
949829
49
) 1
9878
9926
9975
950024
950073
950121
950170
950219
950267
950316
49
) 2
9503()5
950414
950462
0511
0500
0608
0657
0706
07-)4
0803
49 ,
3
0851
0900
0949
0997
1046
1095
1143
1192
1240
1289
49
4
1338
1386
1435
1483
1532
1580
1629
1677
1726
1775
49
5
1823
1872
1920
1969
2017
2066
2114
2163
2211
2260
48 <
6
23U8
2356
2405
2453
2502
2550
2599
2647
2696
2744
48,
7
2792
2841
2889
2938
2986
3(i34
3083
3131
3180
3228
48 <
8
3276
3325
3373
3421
3470
3518
3566
3615
3663
3711
48
9
37G0
3808
3856
3905
3953
4001
4049
4098
4146
411M
48^
900
954243
954291
954339
954387
954435
954484
954532
954580
954628
954677
48 <
1
I
4725
4773
4821
4869
4918
4966
5014
5062
5110
5158
48 (
5207
5255
5303
5351
5399
5447
5495
5543
5592
5640
48 (
5688
5730
5784
5832
5880
5928
5976
6024
6072
6120
48 (
4
6168
6216
6265
6313
6361
6409
6457
6505
6553
6001
48 (
5
6649
6697
6745
6793
6840
6888
6936
6984
7032
7080
48 (
6
7128
7176
7224
7272
7320
7368
7416
7484
7512
7559
48 (
7
7607
7655
7703
7751
7799
7847
7894
7942
7990
8038
48 I
8
808(5
8134
8181
8229
8277
8325
8373
8421
8468
8516
48 (
9
8564
8612
8659
8707
8755
8803
8850
8898
8946
S994
48 (
(910
959041
959089
959137
959185
959232
959280
959328
959375
959423
959471
48 <
1
9518
9566
9614
9661
9';u9
9757
9604
9a52
9900
9947
48 ^
( 2
9995
960042
960090
960138
980185
900233
96028]
960328
960376
960423
48
^ 3
900471
0518
0566
0613
0661
0709
0756
0804
0851
0899
48 '
4
0946
m^i.
1041
1089
1136
1184
1231
1279
1326
1374
48 )
( 5
1421
1469
1516
1563
1011
1658
1706
1753
1801
1848
47 )
6
1895
1913
1990
2038
2u85
2132
2180
2227
2275
232^2
47 )
( 7
2369
^17
2404
2511
2559
2606
2653
2701
2743
2795
47 )
( 8
2843
2890
2937
2985
3032
3079
3126
3174
3221
3268
47 )
9
3316
3303
3410
3457
35U4
3552
3599
3646
3693
3741
47 J
920
983788
963835
963882
963929
963977
964024
964071
964118
964165
964212
47
1
4260
4307
4354
4401
4448
4495
4542
4590
4637
4684
47
) 2
4731
4778
4825
4872
4919
4966
5013
5061
5108
5155
47
) 3
5202
5249
5296
5343
53dU
5437
5484
5531
5578
5625
47
) 4
5672
5719
5766
5813
586u
5907
5954
6001
6048
6095
47 /
5
6142
6189
6236
6283
6329
6376
6423
647u
6517
6564
47)
) c
6611
6658
6705
6752
679ii
6845
6892
6939
6986
7033
47 ,>
) "'
708U
7127
7173
7220
7207
7314
7361
7408
7454
7501
47 ^
) e
7548
7595
7642
7688
7735
7782
7829
7875
7922
7969
47 /
9
8010
80C-2
8109
8156
82u3
8249
8296
8343
8390
8436
47 ^
\ 930
968483
968530
968576
968623
988670
968716
968763
968810
968856
968903
47 I
1
8950
8996
9043
9090
9136
9183
9229
9276
9323
9309
47
^ 2
9416
9463
9509
9556
9602
9649
9695
9742
9789
9835
47
' 3
9882
9928
9975
970021
970068
9701 H
970161
970207
970254
970300
47 (
4
970347
970393
97044U
0486
0533
0579
0626
0672
0719
0765
46 (
5
0812
0858
0904
0951
0997
1044
1090
1137
1183
1229
46 (
6
1276
1322
1369
1415
1461
1508
1554
1601
1647
1693
46
7
1740
1786
1832
18:9
1925
1971
2018
201:4
2110
2157
46 (
8
2203
2249
2295
2342
2388
2434
2481
2527
2573
2619
46 (
9
2066
2712
2758
2804
2851
28..7
2943
2J89
3035
3082 1
46 (
I 8
3 I 4
I 7 I 8
9 I D.ff.
2-2
LOGARITHMS.
No.
1
1 a
3
4:
5
6
7
8
9
Dim
:^4u;973i'J8
973174
973220
973266
973313
973359
9731051973451
973497 973543
46
1
3590
3636
3682
3728
3774
3820
3866! 3913
39.")9 4005
46
o
4051
4097
4143
4189
4235
4281
4327
4374
4420; 4466
46
3
4512
4558
4604
4650
4696
4742
4788
4834
4880
4920
46
4
4972
5018
5064
5110
5156
5202
5248
5294
5340
5386
46
5
5432
5478
5524
5570
5616
5662
5707
5753
5799
5845
46
/ ^
5891
5937
5983
6029
6075
6121
6107
6212
0258
6304
46
C 7
6350
6396
6442
6488
6533
6579
6625
6671
6717
6763
46
8
6808
6854
6900
6946
6992
7037
7083
7129
7175
7220
46
) «
72G6
7312
7358
7403
7449
7495
7541
7586
7632
7678
46
/ 950
977724
977769
977815
977861
977906
977952
977998
978043
978089
978135
46
) 1
8181
8226
8272
8317
8363
8409
8454
8500
8546
8591
46
) ''
8637
8683
8728
8774
8819
8805
8911
8956
9002
9047
46
I 3
9093
9138
9184
9230
9275
9321
9366
9412
9457
9503
46
4
9548
9594
9639
9085
9730
977C
9821
9867
9912
9958
46
5
980003
980049
980094
980140
980185
980231
980276
980322
980367
980412
45
6
0458
0503
0549
0594
0640
0685
0730
0776
082J
0867
45
/ 7
0912
0957
1003
1048
1093
1139
1184
1229
1275
1320
45
/ 8
1366
1411
1456
1501
1547
1592
1637
168;i
1728
1773
45
i ^
1819
1864
1909
1954
2000
2045
2090
2135
2181
2226
45
960
982271
982316
982362
982407
982452
982497
982543
982588
982633
982678
45
( 1
2723
2769
2814
2859
2904
2949
2994
3040
3085
3130
45
( 2
3175
3220
3265
3310
3356
3401
3446
3491
3536
3581
45
( 3
3626
3671
3716
3762
3807
3852
3897
3942
3987
4032
45
( 4
4077
4122
4167
4212
4257
4302
4347
4392
4437
4482
45
( 5
4527
4572
4617
4662
4707
4752
4797
4842
4887
4932
45
( 6
4977
5022
5067
5112
5157
5202
5247
5292
5337
5382
45
? 9
J 970
5426
5471
5516
5561
5606
5651
5696
5741
5786
5830
45
5875
5920
5965
6010
6055
OlOU
6144
6189
6234
6279
45
632^1
6369
6413
6458
6503
6548
6593
6637
6682
6727
45
986772
986817
986861
986906
986951
986996
987040
987085
987130
987175
45
is
7219
7264
7309
7353
7398
7443
7488
7532
7577
7622
45
7666
7711
7756
7800
7845
7890
7934
7979
8024
8068
45
8113
8157
8202
8247
8291
8336
8381
8425
8470
8514
45
8559
8604
8648
8693
8737
8782
8826
8871
8916
8960
45
9005
9049
9094
9138
9183
9227
9272
9310
9361
9405
45
9450
9494
9539
9583
9628
9672
9717
9761
9806
9850
44
9895
9939
9983
990028
990072
990117
99016]
9^0206
990250
990294
44
990339
990383
990428
0472
0510
056J
0605
0;J50
0694
0738
44
0783
0827
0871
0916
0960
1004
1049
1093
1137
1182
44
^980
99122G
991270
991315
991359
991403
991448
991492
991536
991580
991625
44
1
1609
1713
1758
1802
1846
1890
1935
1979
2023
2067
44
) 2
2111
2156
2200
2244
2288
2333
2377
2421
2465
2509
44
J 5
2554
2598
2642
2686
2730
2774
2819
2863
2907
2951
44
2995
3039
3083
3127
3172
3216
3260
3304
3348
3392
44
; I
3436
3480
3524
3568
3613
3657
3701
3745
3789
3833
44
3877
3921
3965
4009
4053
4097
4141
4185
4229
4273
44
I "^
4317
4361
4405
4449
4493
4537
4581
4625
4669
4713
44
( 8
4757
4801
4845
4889
4933
4977
5021
5065
5108
5152
44
) 9
5196
5240
5284
5328
5372
5416
5460
5504
5547
5591
44
S990
995635
995679
995723
995767
995811
995854
995898
995942
995986
996030
44
S 1
6074
6117
6161
6205
6249
6293
6337
6380
6424
6468
44
) 2
6512
6555
6599
6643
6687
6731
6774
6818
6862
6906
44
) 3
6949
6993
7037
7080
7124
/168
7212
7255
7299
7343
44
) 4
7386
7430
7474
7517
7561
7605
7648
7692
7736
7779
44
) S
7823
7867
7910
7954
7998
8041
8085
8129
8172
8216
44
) 6
8259
8303
8347
8390
8434
8477
8521
8564
8608
8652
44
) 7
8695
8739
8782
8826
8869
8913
8956
9000
9043
9087
44
9131
9174
9218
9261
9305
9348
9392
9435
9479
9522
44
9565
9609
9652
9696
9739
9783
9826
9870
9913
9957
43
Ko.\ I 1 I 3
3 I 4 I 5 I
XJ^^-L-^5^4^^
TABLE FOR REDUCING CoMMON TO HYPERBOLIC LOGARITHMS.
Com.
Hvperb,
Log.
LofT. \
•21
•48354237
•22
•50650372
•23
•52959457
•24
•552i32012j
•2.>
•57564627
•26
•59867212
•27
•62169798
•28
•64472383
•29
•66774968
•30
•69077553
•31
•71380138
•32
•73682723
•33
•759353U8
•34 1
•78287893 1
•35 1
•80590478
•36 1
•82893063
■37 1
■85195648
•38,
•87498234
•39 1
■89800819
•40 1
■92103404
Hvperb.
Log-.
•02302585 j
■04605170
•06907755
•09210340
•11512925
•13815511
■161180901
■1842U681I
■2072326G
•23025351
•25328436
•27631021
•29933606
•32-236191
•345387761
•36841381 j
•39143947
•41446532
•43749117
•46051702
TABLE OF THE GEOGRAPHICAL
jMILES in a degree of LONGITUDE \
Hvperb.
Log-.
Com. Hvperb.
LoiT. Lo-.
AT EVERY DEGREE OF LATITUDE
ON THE TERRESTRIAL SPHEROID,
THE ELLIPTICITY BEING ASSUMED
■9440.5989 -61 1^4t>t57691
•96708574 -62 1^42760276
■99011159 ^63 1^4506286J
rOl.313744 •64:l-47;i6544u
1^03616329 -65 1^4966803l!
r05918914 •06 ,1^51970616J
1-08221499 ^67 ^•54272201
1-10524084 ^68 ,1^5657.5730
1-128-26670 •Og 1-58878371
1-1512.)255 -70 1-61180953
■51 |1^17431840 ^71 1^6348.3.>42
■52 I1-197344-25 ^72 1^65786127
■53il^22037010 ^73 1^68088712
•54 1-24339595 -74 l-7lj391297
•55 1 1-26442180 -75 1^72u93882
•56 il^23944765 -76 1^74996467
■57 1 1^31247350 ^77 1-772^9052
53 ! l-3:J54-9935 -78 l-79iXJ1637
.59 il^3.5852520 -79 1-81904-222
6J 11-38155106 -80 r842O6807
TABLE of the velocity and the
FORCE of the WIND.
Com. Hvperb.
Lo^. Lose.
1-8650938
1 ■8381 1978;
1-91114563/
1-93417148)
1-95719733)
1-980-22318)
200324903 ^
2-02627488)
2-04930073)
2-07232658)
— 2-09535243^
•92 2-1 18378-29 (
•93 1 2- 14140414/
•94 ! 2-16442999 (
■95 2-18745584?
96 2-21048169/
97 2-23350754?
98 12-2.56.53.339/
99 2-27955924?
1-00 12-30258509 (
1° Loiisr.
Miles.
60^000
59-991
59-963
59-918
59-855
) 5 I 59-773
) 6 59-673
) 7 59-5.56
) 8 ! 59-421
) 9 i 59-267
( 10 I 59-095
( 11 I 5fr905
( 12 ! 58-698
( 13 ' 58-472
? 14 58-2-29
( 15 57-969
? 16 ; 57-C,90
17 57-395
18 I 57-081
19 56-751
20 56-403
21 : 56-038
22 55^656
23 55-2.J8
24 54-842
25 54-411
26 53-9 ;2
27 ; 53-497
2S 53-015
29 52-518
30 I 52004
Lai.
1° Long.
O
Miles.
30
52-004
31
51-475
32
50-929 !
33
50-369
34
49-793
35
49-202
36
48-596
37
47-975
38
47^339
39
40-689
40
46-025
41
45-346
42
44-654
43
43-948
44
43-228
45
42-496
46
41-7.50
47
40-991
48
40-220
49
39-437
50
38-641
51
37-834
52
37^014 1
53
36-184 i
54
35-342
55
34-491
56
33-6-28
57
32-754
58
31-870
59
30-977
60
30-074
TABLE
OF THE ANGLES WHICH EVERY POINT AND aUARTER-POINT
OF THE COMPASS MAKES WITH THE MERIDIAN.
r""^ — -
( NORTH.
Points.
O ' "
2 48 45
Points.
SOUTH. (,
/
~oy
i
C
/
h
5 37 30
1
(
'
I
8 26 15
1
(
( N. byE.
N. by W.
1
1 \
1 h-
1 %
11 15
14 3 45
16 52 30
19 41 15
1
1 k
1 i
1 I
S. by E.
S. byW. J
(
1 N. N. E.
N. N. W.
2
2i
2 h
2 1
22 30
25 18 45
28 7 30
30 56 15
o
2 h.
2 1
S. S. E.
S. S. w. j
> N. E. by N.
N. W. byN.
3
ll
33 45
36 33 45
39 22 30
^1
3|
S. E. by S.
S. W. by S. (
)
3^
42 11 15
(
N. E.
N. W.
4
4i
4 i
4 %
45
47 48 45
50 37 30
53 2(5 15
4
4i
4 h
4|
S. E.
s. w. (
) N. E. by E.
N. W. by W.
5
5i
5 h
5 I
56 15
59 3 45
61 52 30
64 41 15
5
5i
5 .^
5|
S. E. by E.
S. W. by W.<
i E. N. E.
S
)
W. N. W.
6
6 i
6^
67 30
70 \i 45
73 7 30
75 56 15
6
6 h
65
E. S. E.
W. S.W. \
)
) E. byN.
)
W. by N.
7
?!
7|
78 45
81 33 45
84 22 30
87 11 15
7
E. by S.
W. byS.
J
East.
West.^^
^^8^
90
u_
East.
West. ^ J
TABLE
OF LOGARITHMIC SINES, TANGENTS, AND SECANTS, TO EVERY
POINT AND aUARTER-POlNT OF THE COMPASS.
SINES AND TANGENTS,
FOR EVERY
DEGREE AND MINUTE
THE QUADRANT.
N. B. The minutes in the left-hand column of each page,
increasing downwards, belong to the degrees at the top ; and those
increasing upwards, in the right-hand column, belong to the degrees
below.
26
(0 Degree.)
A T A E L F
01
"' LOGARITHMIC
'
"P^W^^
1 D-
Cosine
r^
'T^'^^^
1 D-
Cotan?.
!
1 0-000000
10-000000
0-000000
Infinite.
60
( 1
C-463726
501717
000000
00
6-463726
.501717
13-.536274
59
r;
764756
293485
000000
00
764756
293483
235244
.58
940847
208231
000000
00
940847
208231
059153
57
I 4
7-0()5786
161517
000000
00
7-065786
161517
12-934214
56
( 5
162G96
131968
000000
00
162696
131969
837304
55
/ 6
241877
111575
9-999999
01
241878
111.578
758122
54
( "^
308824
96653
999999
01
3088-25
996.53
691175
53
8
366816
85254
999999
01
366817
85254
633183
52
9
417968
76263
999999
01
417970
76263
582030
51
10
463725
68988
999998
01
463727
68988
536273
50
( 11.
7-505118
.62981
9-999998
01
7-505120
62981
12-494880
49
12
542906
57936
999997
01
542909
57933
457091
43
13
577668
5.3641
999997
01
577672
53642
422328
47
( 14
609853
49938
999996
01
609857
49939
390143
46
15
639816
46714
999996
01
639820
46715
360180
45
> 16
6()7845
43881
99i)995
01
667849
43882
3.32151
44
'11
694173
41372
999995
01
694179
41.373
305821
43
18
718997
39135
999994
01
719003
391.36
280997
42
>19
742477
371-27
999993
01
74'2484
37128
257516
41
20
764754
.3.5315
999993
01
764761
35136
23.5239
40
21
7-785943
33672
9-999992
01
7-785951
33673
12-214049
39
Qt)
80G146
32175
999991
01
8061.55
32176
193845
38
23
825451
30805
999990
01
82.5460
.30806
174.540
37
24
843934
29547
999989
02
843944
29549
156056
36
25
861662
28388
999988
02
861674
28390
138326
35
26
878695
27317
999988
02
878708
27318
121292
34
27
89.5085
2(^323
999987
02
895099
26325
104901
33
28
910879
2.5390
999986
02
910894
2.5401
089106
32
29
926119
24538
999985
(»2
926134
24540
073866
31
30
940842
23733
999983
02
940858
23735
0.59142
30
31
7-955082
22980
9-999982
02
7-9.55100
22981
12044900
29
32
9r>887()
f)>->->7'i
999981
02
968889
22275
031111
28
33
982233
21608
9i)9980
02
982253
21610
017747
27
34
995198
20981
999979
02
995219
20983 ,
004781
26
35
8-007787
20390
999977
02
8-007809
20392
11-992191
25
36
020021
19831
999976
02
020045
19833
979955
24
37
03il)iy
19302
99i>975
02
031945
19305
9(i8055
23
38
043501
18801
999973
02
043.527
18803
950473
22 \
39
054781
18325
999972
02
054809
18327
945191
21 (
40
065776
17872
999971
02
065806
17874
934194
20 '<
41
8-076500
17441
9-999969
02
8-076531
17444
11-923469
19 :
42
08(i965
17031
95«)968
02
086997
17034
91.3003
18
43
097183
l(i639
9999()6
02
097217
16642
902783
1'
44
107167
1()2(;5
999964
03
•107202
162(-.8
892797
16
45
116926
15908
999963
03
116-J63
15910
883037
15
14
46
126471
155(56
999961
03
126510
15.568
873490
47
135810
1.5238
999959
03
13.5851
15241
864149
13
48
144953
14924
999958
03
144996
14927
855004
12
49
153907
14622
999956
03
153952
14627
846048
"
50
162681
14333
999954
03
162727
14336
837273
10 J
51
8-171280
140.54
9-999952
03
8-171328
140,57
11-8-28672
9 /
,52 i
179713
13786
999950
03
179763
13790
820237
v>
53
187985
13529
999948
03
188036
13532
811964
54
196102
13280
999946 i
03
1961.56
13284
803844
^ (
55
204070
13041
999944
03
204126
13044
795874
•->(
56
211895
12810
999942
04
2119.53
12814
788047
4 /
57 !
219581
12587
999940
04
219641
12590
7803.59
•3 (
58
227134
12372
999938
04
227195
12376
772805
2 (
^•!
234557
12164
999936
04
234621
12168
765379
11
60 '
241855
11963
999934 1
04
241921
11967
758079
--~i
.^^
Cosine
^_,^^_J
Sine 1
1
^ Cctan^^l^
^_,, T
^_Tanor. 1^
I
891
)eirre
es.
SINES AND TANGE>fTS. (1 Degree.)
27
M.
Sine
D.
1 Cosine
D.
Tang,
D.
Cutan?.
8-241855
• 11963
9-999934
04
8-241921
11967
11-758079
60
) 1
249033
11768
999932
.04
249102
11772
750898
59
2
256094
11580
999929
04
256165
11.584
743835
58
3
263042
11398
999927
04
263115
11402
736885
57
4
269881
11221
999925
04
269956
11225
730044
56
5
276614
11050
999922
04
276691
11054
723309
55
6
283243
10883
999920
04
283323
10887
716677
54
7
289773
10721
999918
04
289856
10726
710144
53
s
296207
10565
999915
04
296292
10570
703708
52
9
302546
10413
999913
04
302634
10418
697366
51
) 10
308794
10266
999910
04
308884
K;270
691116
50
) 11
8-314954
10122
9-999907
04
8-315046
10126
11-684954
49
) 12
321027
9982
999905
04
321122
9987
678878
48
W3
14
) 15
327016
9847
999902
04
327114
9851
672886
47
332924
9714
999899
05
333025
9719
666975
46
338753
9586
999897
05
338856
9590
661144
45
) 16
344504
9460
999894
05
344610
9465
655390
44
17
350181
9338
999891
05
350289
9343
649711
43
18
355783
9219
999888
05
3.55895
9224
644105
42
) 19
361315
9103
999885
05
361430
9108
638570
41
) 20
366777
8990
999882
05
366895
8995
633105
40
} 21
8-372171
8880
9-999879
05
8-372292
8885
11-6-27708
39
) 22
377499
8772
999876
05
377622
8777
622378
38
) 23
382762
8667
999873
05
382889
8672
617111
37
) 24
387962
8564
999870
05
388092
8570
611908
36
)2.5
26
393101
84(;4
999867
05
393234
8470
606766
35
368179
8366
9998f>4
05
398315
8371
601685
34
) 27
403199
8271
999861
05
403338
8276
596662
33
^28
. 408161
8177
999858
05
408304
8182
591696
32
29
)30
413008
8086
999854
05
413213
8091
586787
31
417919
7996
999851
06
418068
8002
581932
30
)31
8-422717
7909
9-999848
00
8-422869
7914
11-577131
29
I 32
427462
7823
999844
06
427618
7830
572382
28
) 33
42215G
7740
999841
06
432315
7745
567685
27
/34
436800
7657
999838
06
436902
7663
563038
26
;35
441394
7577
999834
06
441560
7583
558440
25
; 36
445941
7499
999831
06
446110
7505
553890
24
) 37
450440
7422
999827
00
450613
7428
549387
23
)38
454893
7346
999823
06
455070
7352
544930
22
; 39
459301
7273
999820
06
459481
7279
540519
21
} 40
463665
7200
999816
06
403849
7206
536151
20
/41
42
8-467985
7129
9-999812
06
8-468172
7135
11-531828
19
472263
7060
999809
06
472454
7066
527.546
18
43
476498
699]
999805
06
• 476693
6998
523307
17
44
480693
6924
999801
06
480892
6931
519108
16
45
484848
6859
999797
07
485050
6865
514950
15
46
488963
6794
999793
07
489170
6801
510830
14
>47
493040
6731
999790
07
493250
6738
506750
13
) 48
497078
6669
999786
07
497293
6676
502707
12
;49
501080
6608
999782
07
501298
G615
498702
11
/ 50
505045
6548
999778
07
505267
65.55
494733
10
Jnl
52
( 53
8-508974
6-189
9-999774
07
8-.509200
6496
11-490800
9
512867
6431
999769
07
513098
6439
486902
8
516726
6375
999765
.07
516961
6382
48.3039
7
' 54
520551
6319
9997(51
07
520790
6326
479210
6
( 55
56
h
524343
6264
990757
07
524586
6272
475414
5
528102
6211
989753
07
528349
6218
471651
4
531828
6158
999748
07
' 532080
6165
467920
3
535523
6106
999744
07
535779
6113
464221
2
539186
6055
999740
07
539447
6062
460553
1
542819
6004
999735
07
543084
6012
456916
I Cosine |
I Cotaiig. I
I Tang. I
Degrees.
28
(2 Degrees.) a TABLE OF LOGARITHMIC
mTi
Sine
D.
Cosine
D. 1
Tans.
D.
Cotang-.
8-542819
6004
9-999735
07
8-543084
6012
11-456916
60
1
546422
5955
999731
07
540691
5962
453309
59
2
549995
5906
999726
07
550268
5914
449732
58
3
553539
5858
999722
08
5.53817
5866
446183
57
4
557054
5811
999717
08
557336
5819
442664
56
5
560540
5765
999713
08
560828
5773
439172
55
6
5639yj
5719
999708
08
564291
5727
435709
54
567431
5674
999704
08
567727
5682
432273
53
8
570H3G
5630
999699
08
.571137
5638
4288G3
52
9
574214
5587
999694
08
574520
5595
425480
51
10
5775G6
5544
999689
08
577877
5552
422123
50
11
8-580892
5502
9-999685
08
8-581208
.5510
11-418792
49
12
5H41<)3
5460
999680
08
584514
5468
415486
48
13
5874()9
5419
999675
08
587795
5427
412205
47
14
590721
5379
999670
08
5910^1
5387
408949
4(5
15
593948
5339
999665
08
594283
5347
405717
45
1(>
597152
5300
999G60
08
597492
5308
4025U8
44
17
600332
5261
999655
08
600(i77
5270
399323
43
18
603489
5223
999650
08
603839
5232
396161
42
19
600623
5186
999645
09
606978
5194
393022
41
20
609734
5149
999640
09
610094
5158
389906
40
21
8-612823
5112
9-999635
09
8-613189
5121
11-386S11
39
23
615891
5076
999629
09
616262
5085
383738
"38
23
618937
5041
999621
09
G19313
50.10
380687
37
24
621962
5006
999619
09
622343
5015
377657
36
25
624965
4972
999614
09
625352
4981
374648
35
26
627948
4938
999608
09
628340
4947
371660
34
27
630911
4904
999603
09
631308
4913
368692
33
28
633854
4871
999597
09
634256
4880
365744
32
29
636776
4839
999592
09
637184
4843
362816
31
30
639680
4806
999586
09
640093
4816
359907
30
31
8-642563
4775
9-999581
09
8-642982
4784
11-3.57018
29
32
645428
4743
999575
09
G45853
4753
354147
28
33
648274
4712
99!>57il
09
648704
4722
351296
"7
34
651102
4682
999564
09
651537
4691
3484'^3
2(5
35
653911
4652
999558
10
6.54352
4661
345043
25
36
656702
4()22
999553
10
657149
4631
342851
24
37
659475
4592
999547
10
659928
4602
340072
23
38
662230
4563
999541
10
662689
4,573
337311
22
39
664968
4535
999535
10
665433
4544
334567
21
40
.667689
4506
999529
10
668160
4,5215
331840
20
41
8-670393
4479
9-999524
10
8-670870
4488
11-329130
19
42
673080
4451
999518
10
673563
4461
326437
18
43
675751
4424
999512
10
676239
4434
323761
17
44
678405
4397
99959G
10
678900
4417
321100
16
45
681043
4370
999500
10
681.544
4380
318456
15
46
683665
4344
999493
10
684172
4354
31.5828
14
47
686272
4318
999487
10
686784
4328
313216
13
48
688863
4292
999481
10
689381
4303
310619
12
49
691438
4267
999475
10
691963
4277
308037
n
50
693998
4242
999469
10
694.529
4252
305471
10
51
8-.696543
4217
9-999463
11
8-697081
4228
11-3029] 9
9
52
699073
4192
999456
11
699617
4203
300383
8
53
701589
4168
999450
11
702139
4179
297861
7
54
704090
4144
999443
11
704646
41.55
29.5354
6
55
706577
4121
999437
11
707140
4132
292860
5
56
709049
4097
999431
11
709618
4108
290382
4
57
711507
4074
999424
11
712083
4085
287917
3
58
713952
4051
999418
11
714.534
4062
28.5465
2
59
716383
4029
999411
11
716972
4040
283028
1
60
718800
4006
999404
11
719396
4017
280604
IM.
Degrees.
SINES AND TANGENTS. (3 Degrees.)
29
M.
Sine
D.
Cosine
D.
Tang.
D.
Cotang.
i
8-718800
4006
9-999404
11
8-719396
4017
11-280604
60
) 1
721204
3984
999398
11
721806
3995
278194
59
2
723595
3962
999391
11
724204
3974
275796
58
) 3
725972
3941
999.384
11
726588
3952
273412
57
) 4
7283:i7
3919
999378
11
728959
3930
271041
56
, 5
730688
3898
999371
11
731317
3909
268683
55
1 6
733027
3877
9993()4
12
733663
3SS9
266337
.54
; 7
73.5354
3857
999357
12
735996
3868
2W004
53
/ 8
737667
3836
999350
12
738317
3848
261683
52
; 9
7399f59
3816
999343
12
740626
3827
259374
51
; 10
742259
3796
999336
12
742922
3807
257078
50
{ 11
8-744536
3776
9-9993-29
12
8-745207
3787
11.2.54793
49
} 12
746802
37:>6
999322
12
747479
3768
252521
48
> 13
749055
3737
999315
12
749740
3749
250260
47
) 14
751297
3717
999308
12
7.51989
3729
248011
46
/ 15
753528
3698
999301
12
754227
3710
245773
45
) 16
755747
3679
999294
12
756453
3692
243547
44
) 17
757955
3661
999286
12
758668
3673
241332
43
) 18
) 19
760151
3642
999279
12
760872
3655
239128
42
T62337
3624
999272
12
763065
36.36
236935
41
; 20
7fr4511
:3606
9992(i5
12
765246
3618
234754
40
I 21
S-766675
3588
9-999257
12
8-767417
3600
11-23-2583
39
^ 22
768828
3570
999250
13
769578
3;583
230422
38
I 23
770970
3553
999242
13
-71727
3505
228273
37
? 24
25
773101
3535
999235
13
773866
3543
226134
36
775223
3518
999227
13
775995
3531
224005
35
( 26
) 27
777333
3501
999220
13
778114
3514
221886
34
779434
3484
999212
13
780222
3497
219778
33
;28
.781524
3407
999205
13
782320
3480
217680
32
/ 29
783605
3451
999197
13
784408
3464
215592
31
30
785675
3431
999189
13
786486
3447
213514
30
31
32
8-787736
3418
9-999181
13
8-788554
■mi
11-211446
29
789787
^402
999174
13
790613
3414
209387
28
33
34
35
791828
3386
999166
13
792662
3399
207338
27
793859
3370
999158
13
794701
3383
205299
20
795881
3354
999150
13
796731
3368
203269
25
36
37
797894
3339
999142
13
798752
3352
201248
24
799897
3323
999134
13
800763
3337
199237
23
38
801892
3308
9991-26
13
802765
3322
197235
22
39
803876
3293
999198
13
804758
3307
195-242
21
40
805852
3278
999110
13
806742
3292
193258
20
41
42
43
8-807819
3263
9-999102
13
8-808717
3278
11191-283
19
809777
3249
999094
14
810683
3262
189317
18
811726
3234
999086
14
812641
3248
187359
17
; 44
45
81.3667
3219
999077
14
814589
3233
18.5411
16
815599
3205
999069
14
816529
3219
183471
15
46
817522
3191
999061
14
818461
3205
181539
14
(-47
81JM36
3177
999053
14
820384
3191
179616
13
48
49
50
821343
3163
999044
14
822298
3177
177702
12
823240
3149
999036
14
824205
3163
175795
11
825130
3135
999027
14
826103
31.50
173897
10
>51
e-827011
3122
9-999019
14
8-827992
3136
11-172008
9
/ 52
8-28884
3108
999010
14
829874
31-23
170126
8
,: 53
830749
3095
999002
14
831748
3110
l(i8252
) 54
83^607
3082
998993
14
833613
3096
lf;6387
6
; 55
834456
30{)9
998984
14
835471
3083
164529
5
; 56
836297
3056
998976
14
837321
3070
1C2679
4
,) 57
838130
3043
998967
15
839163
30.57
160837
3
; 58
829956
3030
998958
15
840998
3045
159002
2
') 59
841774
3017
998950
15
842825
3o:]2
1.57175
1
)60_
843585
3000
998941
15
844644
3019
1.55356
Decrees.
3*
30
(4 Degree?
.) A TABLE OF LOGARITHMIC
^M^
r^smT ~
1 D.
CoMne
D.
Ta„g.
1 D.
Colang.
8-843585
3005
9-998941
15
8-844644
3019
11-155356
60
I
845387
2992
998932
15
846455
3007
153545
59
2
847183
2980
998923
15
848260
2995
151740
58
3
848J71
2967
998914
15
850057
2982
149943
57
4
85U751
2955
998905
15
851846
2970
148154
56
5
852525
2943
998896
15
853628
2953
146372
55
6
854291
2931
998887
15
855403
2946
144597
54
7
856049
2919
998878
15
857171
2935
142329
53
. 8
857801
2907
998869
15
858932
2923
141068
52
^
85d546
2890
998860
15
860686
2911
139314
51
HI
861283
2884
998851
15
862433
2900
137567
50
11
8-863U14
2873
9-998841
15
8-864173
2888
11-135827
49
i-2
864738
2861
998832
15
865906
2877
134094
48
13
866455
2850
998823
16
867632
2866
132368
47
14
868165
2839
998813
10
869351
2854
130049
46
15
869868
28-28
998804
16
871064
2843
128930
45
10
871565
2817
998795
10
872770
2832
127230
44
17
873255
2806
998785
10
874469
2821
125531
43
18
874938
2795
998776
10
876162
2811
123838
42
ly
876615
2786
998766
16
877849
2800
122151
41
20
878285
2773
998757
16
879529
2789
120471
40
21
8-879949
2763
9-998747
10
8-881202
2779
11-118798
39
20
881607
2752
998738
10
882869
2768
117131
38
23
883258
2742
998728
10
884530
2758
115470
37
24
884903
2731
998718
16
886185
2747
113815
36
2.>
886542
2721
998708
16
887833
2737
112167
35
2tj
8881', 4
2711
998699
16
889470
2727
110524
34
27
889801
2700
998689
10
891112
2717
108888
33
28
891421
2690
998679
10
892742
2707
107258
32
29
893035
2680
998609
17
894366
2697
105634
31
30
894643
2670
998659
17
895984
2687
104016
30
31
8-896246
2G60
9-998649
17
8-897596
2077
11-102404
29
32
897842
2651
998639
17
899203
2067
100797
28
33
899432
2G41
998629
17
900803
2658
099197
27
34
901017
2631
998619
17
902398
2648
097602
20
35
902596
2622
998009
17
903987
2638
096013
25
36
9U416U
2612
998599
17
905570
2629
094430
24
37
905736
2603
998589
17
907147
2620
092853
23
38
907297
2593
998578
17
908719
2610
091281
22
39
908853
2584
998568
17
9H)285
2601
089715
21
40
910404
2575
998558
17
911846
2.592
088154
.20
41
8-91 1949
2566
9-998548
17
8-913401
2583
11-080599
19.
42
913488
2556
998537
17
914951
2574
0a5049
18,
43
915022
2547
998527
17
916495
2565
083505
17
44
916550
2538
998516
18
918034
2550
081966
16
45
918073
2529
998506
18
919568
2547
080432
15
46
919591
2520
998495
18
921096
2538
078904
14
47
921103
2512
998485
18
922619
2530
077381
13^
48
922610
2503
998474
18
924136
2521
075864
12 '
49
924112
2494
998-164
18
925649
2512
074351
11
50
925609
2486
998453
18
927156
2503
072844
10
51
8-927100
2477
9-998442
18
8-928658
2495
11-071342
9
52
928587
2469
998431
18
930155
2486
069845
8' J
53
930068
2460
998421
18
931647
2478
068353
7
54
931544
2452
998410
18
933134
2470
G>^6860
6
55
933015
2443
998399
18
934616
2461
065384
5
56
934481
2435
998388
18
930093
2453
063907
4
57
935942
2427
998377
18
937505
2445
062435
3
,58
937398
2419
998366
18
939032
2437
060968
2
59
938850
2411
998355
18
940494
2430
059506
1
60
940296
2403
998344
18
941952
2421
058048
-±(
Cosine
^i^'e^_
I^^Comng^^
'^^-.^ ^
i_^ Jai.g^^
M. '
85
Degi-e
;s.
SINES AND TANGENTS. (5 Degrees.)
31
M.
Sine
'^I>-
Cosine
^ D.
Tang.
D.
Cotan».
8-940296
2403
9-998344
19
8-941952
2421
11-0.58043
60
1
941738
2394
998333
19
943404
2413
056596
59
943174
2387
998322
19
944852
2405
0.55148
58
3
944606
2379
998311
19
946295
2397
053705
57
4
946034
2371
998300
19
947734
2390
0.52266
56
5
947456
2363
998289
19
949168
3-282
050832
55
()
948874
2355
998277
19
950597
2374
049403
54
950237
2348
998266
19
952021
2366
047979
53
951696
2340
998255
19
953441
2360
046559
52
U
953100
2332
998243
19
954856
2351
045144
51
10
954499
2325
998232
19
956267
2344
043733
50
11
8-95.1894
2317
9-998220
19
8-957674
2337
11-042326
49
12
9572>!4
2310
9J82U9
19
959075
2;]29
040925
48
13
958670
2302
998197
19
960473
2323
039527
47
14
9(0,).)2
2295
998186
19
961866
2314
038134
46
1.5
961429
2-288
998174
19
9(}3255
2307
036745
45
It)
9()28i»l
2280
998163
19
964639
2300
035361
44
17
9(34170
2273
998151
19
966019
2293
03.3981
43
18
965534
22()6
998139
20
9()7394
2286
0.32606
42
19
i«)6893
2259
998128
20
968766
2279
031234
41
20
968249
2252
998116
20
970133
2271
029867
40
21
8-969600
2244
9-993104
20
8-971496
2265
11028.5C4
39
22
970947
2238
998092
20
972855
22.57
0-27145
38
23
972289
2-231
998080
20
974209
2-251
02.5791
37
24
973628
2-224
998068
20
975560
2244
024440
36
25
974962
2217
998056
20
976906
2237
023094
35
26
976293
2210
998U44
20
978248
•2230
021752
34
27
977619
2203
998032
20
979.586
2-223
0-20414
33
28
978941
2197
998020
20
980921
2217
019079
32
29
980259
2 J 90
998008
20
982251
2210
017749
31
30
981573
2183
997996
20
983577
2204
016423
30
31
8-982883
2177
9-997984
20
8-984899
2197
11-015101
29
32
984189
2170
997972
20
98()217
2191
01.3783
28
33
985491
2163
9979.59
20
987.532
2184
012468
27
34
986789
2157
997947
20
988842
2178
011158
26
35
988083
21.50
997935
21
990149
2171
009851
25
36
989374
2144
997922
21
991451
2165
008.549
24
37
990660
2138
997910
21
99-2750
2158
007250
23
38
991943
2131
997897
21
994045
2152
005955
22
39
993222
2125
997885
21
99.5337
2146
004663
21
40
994497
2119
997872
21
996624
2140
003376
20
41
8-995768
2112
9-997860
21
8-997908
2134
11-002092
19
42
997036
2106
9!)7847
21
999188
2127
000812
18
43
998299
2100
997835
21
000465
21-21
10-999.535
17
44
999560
2094
997822
21
001738
2115
998262
16
45
9-000816
2087
997809
21
003007
2109
996993
15
46
002069
2082
997797
21
004272
2103
99.5728
14
•47
003318
2076
997784
21
005534
2097
994466
13
48
004563
2070
997771
21
006792
2091
993208
12
49
005805
2064
997758
21
008047
8085
991953
11
50
007044
2058
997745
21
009298
2080
990702
10
51
8-008278
20.52
8-997732
21 -
8-010546
2074
10-9894.54
9
52
009510
2046
997719
21
011790
2,)68
988210
8
53
010737
2040
997706
21
013031
2062
986969
7
54
011962
2034
997693
22
014268
2056
985732
6
55
013182
2029
997680
22
01.5502
2051
984498
5
56
014400
2023
997667
22
016732
2045
983268
4
57
015613
2017
9976.54
22
017959
2040
98-2041
3
) 58
0168-24
2012
997641
22
019183
2033
980817
2
/ 59
018031
2006
997628
22
020403
2;)28
979597
1
60
019235
2000
997614
22
0216-20
2023
••78380
I Cosine |
84 Degrees.
I Tang. I M.'
32
(6 Degrees. ) a t a b i. e f I, g a r I t h m I C
'Tm^
l"-"^^"^
! U-
Cosine
1 D.
Tang.
D.
Cctang.
"^
9-019235
2000
9-997614
22
9-021620
2023
10-978380
60
1
020435
1995
997601
22
022834
2017
977166
59
) 2
021632
1989
997588
22
024044
2011
975956
58
) 3
022825
1984
997574
22
025251
2006
974749
57
) 4
024016
1978
997561
22
026455
2000
973545
56
) 5
025203
1973
997547
22
027655
1995
972345
55
) Ci
026386
1967
997534
23
028852
1990
971148
54
) 7
027567
]962
997520
23
030046
1985
969954
53
8
028744
1957
997507
23
031237
1979
968763
52
9
029918
1951
997493
23
032425
1974
967575
51
10
031089
1947
997480
23
033609
1969
966391
50
11
9-032257
1941
9-997466
23
9-034791
1964
10-965209
49
12
033421
1936
997452
23
035969
1958
964031
48
13
(i34582
1930
997439
23
037144
1953
962856
47
14
035741
1925
997425
23
038316
1948
961684
46
15
036896
1920
997411
23
039485
1943
960515
45
16
038048
1915
997397
23
040651
1938
959349
44
17
039197
1910
997383
23
041813
1933
958187
43
18
040342
1905
997369
23
042973
19-28
957027
42
19
041485
1899
997355
23
044130
1923
955870
41
20
042625
1894
997341
23
045284
1918
954716
40
21
9 043762
1889
9-997327
24
9-046434
1913
10-953566
39
22
044895
1884
997313
24
047582
1908
952418
38
23
046026
1879
997299
24
048727
1903
951273
37
24
047154
1875
997285
24
049869
1898 ,
950131
36
25
048279
1970
997271
24
051008
1893
948992
35
26
049400
1865
997257
24
052144
1889
947856
34
27
050519
, 1860
997242
24
053277
1884
946723
33
28
051635
1855
997228
24
054407
1879
945593
32
29
052749
1850
997214
24
055535
1874
944465
31
30
053859
1845
997199
24
056659
1870
943341
30
31
054966
1841
9-997185
24
9-057781
1865
10-942219
29
32
056071
1836
997170
24
058900
1869
941100
28
33
057172
1831
997156
iM
060016
1855
939984
27
34
058271
1827
997141
24
061130
1851
938870
26
35
059367
1822
997127
24
062240
1846
937760
25
36
060460
1817
997112
24
003348
1842
936652
24
37
061551
1813
997098
24
064453
1837
935547
23
38
062639
1808
997083
25
065550
1833
934444
22
39
063724
1804
997068
25
066655
1828
833345
21
40
064806
1799
997053
25
067752
1824
932248
20
41
9-065885
1794
9-997039
25
9-968846
1819
10-931154
19 ,
42
066902
1790
997024
25
069938
1815
930062
18 (
43
068036
1786
997009
25
071027
1810
928973
17 (
44
069107
1781
996994
25
072113
1806
927887
16
45
070176
1777
996979
25
073197
1802
926803
15
46
071242
1772
996964
25
074278
1797
925722
14
47
072306
1768
996949
25
075356
1793
924644
13
48
073366
1763
996934
25
07()432
1789
923568
12)
49
074424
1759 •
996919
25
077505
1784
922495
11 (
50
075480
1755
996904
25
078576
1780
921424
10 J
51
9-076533
1750
9-996889
25
9-079644
1776
10-920356
9 (
52
077583
1746
996874
25
080710
1772
919290
8 (
53
078631
1742
996858
25
081773
1767
918227
7 /
54
079G76
1738
990843
25
082833
1763
917167
6
55
080719
1733
996828
25
083891
1759
916i09
5 (
50
081759
1729
996812
26
084947
1755
915053
M
57
082797
1725
996797
26
086000
1751
914000
3
58
083832
1721
996782
26
087050
1747
912950
-
59
084864
1717
996766
26
088098
1743
911902
1
60
085894
1713
996751
26
089144
1738
910856
(
^_Cosi,^^
^'"^__^
^-^U
^otap|.^^
j^
^L^i^f:^-.!
Jti
^-.^
^^^^ ^
83
Degre
^S.
SINES AND TANGENTS. (7 Degrees.)
33
I Cosine
I Tan?. I D. I Cotaii"
9-085F94
1713
9-996751
26
9-089144
1738
10-910856
60
1
086922
1709
996735
26
090187
1734
909813
59
2
087947
1704
996720
26
091228
1730
908772
58
3
088970
1700
996704
26
092266
1727
907734
57
4
089090
1696
996688
26
093.302
1722
906698
56
5
091008
1692
996673
26
094336
1719
905664
55
6
092024
1688
996657
26
09.5367
, 1715
904633
54
093037
1684
996641
26
096395
1711
903605
53
8
094047
1680
996625
26
097422
1707
902578
52
9
0950.50
1676
996610
26
098446
1703
9015.54
51
10
09C<0«2
1673
99(5594
26
099468
1699
900532
50
11
9-()970r>5
1668
9-996578
27
9-100487
1695
10-899513
49
12
098006
1665
996,562
27
101504
1691.
898496
48
13
099065
1661
990.546
27
102519
1687
897481
47
14
100062
1()57
996530
27
103532
1684
896468
46
1.5
101056
l(i53
996514
27
104542
1680
895458
45
IG
102048
1(549
990498
27
105.5.50
1676
894450
44
17
103037
1645
99(5482
27
10(5556
1672
893444
43
IS
104025
1641
996465
27
107559
1669
892441
42
19
10.5010
1638
996449
27
1085(50
1665
891440
41
20
lt)5992
1634
996433
27
109559
1661
890441
40
21
9-106973
1630
9-996417
27
9-110556
1658
10-889444
39
22
107951
1627
996400
27
111.551
1654
888449
38
23
108927
1623
996384
27
112.543
1650
887457
37
24
109901
1619
996368
27
11.3.533
1646
886467
36
25
110873
1616
990351
27
114.521
1643
885479
35
26
111842
1612
996335
27
115.507
1639
884493
34
27
112809
1608
996318
27
116491
1636
883509
33
28
113774
1005
996302
28
117472
1632
882528
32
29
114737
1601
996285
28
118452
1629
881.548
31
30
11.5698
1597
996269
28
119429
1625
880571
30
31
9-116656
1594
9-99(52.52
28
9-120404
1622
10-879596
29
32
117613
155)0
996235
28
121377
1618
878623
28
33
118567
1587
99(5219
28
122348
1615
877652
27
34
119519
1583
996202
28
123317
1611
876683
26
35
120469
1580
996185
28
124284
1607
875716
25
3(5
121417
1576
996168
28
125249
1604
874751
24
37
122362
1573
996151
28
12(i211
1601
873789
23
38
123306
1569
996134
28
127172
1597
872828
22
39
124248
1566
996117
28
1-28130
1594
871870
21
40
125187
1562
996100
28
129087
1591
870913
20
41
9-126125
1559
9-996083
29
9-130041
1587
10-869959
19
42
127060
1556
996066
■29
130994
1584
8i>9006
18
43
127993
1552
99(5049
29
131944
1581
868056
17
44
128925
1549
996032
29
132893
1577
867107
16
45
129854
1545
996015
29
133839
1574
866161
15
46
130781
1542
995998
29
134784
1571
86.5216
14
47
131706
1539
99.5980
29
135726
1567
864274
13
48
132630
1535
995963
29
136667
1564
863333
12
49
133551
1532
995946
29
137605
1561
862395
11
50
134470
1529
995928
29
138542
1558
8614.58
10
51
9-135387
1525
9-995911
29
9-139476
1555
10-860524
9
52
136303
1522
995894
29
140409
1551
859.591
8
53
137216
1519
995876
29
141340
1548
8.58660
7
54
138128
1516
995859
29
142269
1.545
857731
6
55
139037
1512
995841
29
143196
1542
856804
5
56
139944
1509
995823 ■
29
144121
1539
855879
4
57
140850
1506
995806
29
145044
1535
854956
3
58
141754
1503
995788
29
145966
1532
854034
2
59
142655
1500
995771
29
146885
1529
853115
1
60
143555
1496
995753
29
147803
1526
852197
82 Degrees.
34
(8 Degrees.) A TABLE OF LOGARIT II M I C
M.
1 Sine
D.
Cosine
D.
Tansr.
1 cf.
Cotanj.
9-143555
1496
9995753
30
9-147803
1526
10.852197
60
1
144453
1493
995735
30
148718
1523
851282
59
2
145349
1490
995717
30
149632
1520
850368
58
3
146243
1487
995699
30
i50544
1517
849456
57
4
147136
1484
995681
30
151454
1514
848546
56
5
148026
1481
995664
30
152363
1511
847037
55
6
148915
1478,
995646
30
153209
1508
846731
54
7
149802
1475
9958^28
30
154174
1505
845826
53
8
150686
1472
995610
30
155077
1502
844923
52
9
151569
1469
995591
30
155978
1499
844022
51
10
152451
1466
995573
30
156877
1496
843123
50
11
9153330
1463
9-995555
30
9-157775
1493
10-842225
49
12
154208
• 1460
995537
30
158671
1490
841329
48
13
155083
1457
995519
30
159565
1487
840435
47
14
155957
1454
995501
31
160457
1484
839543
46
15
156830
1451
995482
31
161347
1481
838653
45
16
157700
1448
995404
31
162236
1479
837764
44
17
158569
1445
995446
31
163123
1476
836877
43
18
159435
1442
995427
31
164008
1473
835992
42
19
160301
1439
995409
31
164892
1470
835108
41
20
161164
1436
995390
31
165774
1467
834226
40
21
9-162025
1433
9-995372
31
9-166654
1464
10-833346
39
22
162885
1430
995353
31
167532
1461
832468
38
23
163743
1427
995334
31
168409
1458
831591
37
24
164600
1424
995316
31
109284
1455
830716
36
23
165454
1422
995297
31
170157
1453
829843
35
26
166307
1419
995278
31
171029
1450
828971
34
27
167159
1416
995260
31
171899
1447
828101
33
28
168008
1413
995241
32
172767
1444
827233
32
29
168856
1410
995222
32
173634
1442
8'.>,(i36fi
31
30
169702
1407
995203
32
174499
1439
825501
30
31
9-170547
1405
9-995184
32
9-175362
1436
10-824638
29
32
171389
1402
995165
32
176224
1433
823776
28
33
172230
1399
995146
32
177084
1431
822916
27
34
173070
1396
995127
32
177942
1428
822058
26
35
173908
1394
995108
32
178799
1425
821201
25
36
174744
1391
995089
32
179655
1423
820345
24
37
175578
1388
995070
32
180508
1420
819492
23
38
176411
1386
995051
32
181360
1417
818040
22
39
177242
1383
995032
32
182211
1415
817789
21
40
178072
1380
995013
32
183059
1412
816941
20
41
9-178900
1377
9-994993
32
9-183907
1409
10-816093
19
42
179726
1374
994974
32
184752
1407
815248
18
43
180551
1372
994955
32
185597
1404
814403
17
44
181374
1369
994935
32
186439
1402
813561
16
45
182196
1366
994916
33
187280
1399
812720
15
46
183016
1364
994896
33
188120
1396
811880
14
47
183834
1361
994877
33
188958
1393
811042
13
48
184651
i:i59
994857
33
189794
1391
810206
12
49
185466
1356
994838
33
190629
1389
809371
11
50
186280
1353
994818
33
191462
1386
808538
10
51
9-187092
1351
9-994798
33
9-192294
1384
10-807706
9
52
187903
1348
994779
33
19312^1
1381
806876
8
53
188712
1346
994759
33
193953
1379
806047
7
54
189519
1343
994739
33
194780
1376
805220
6
55
190325
1341
994719
33
195606
1374
804394
5
56
191130
1338
994700
33
196430
1371
803570
4
57
191933
1336
994680
33
197253
1369
802747
3
58
192734
1333
994660
33
198074
1366
801926
2
59
193534
1330
994640
33
198894
1364
801106
1
60
194332
1328
994620
33
199713
1361
800287
1 Tang. 1 M.
81 Degrees.
AND TANGENTS. (9 Degrees.)
35
M.
Sine
1 D.
Cosine
D.
TKn<r.
D.
Cotaiiff.
9-l!)4332
1328
9-994620
33
9199713
1361
10-800287
60
1
195129
1326
994600
33
200529
1359
799471
59
2
195925
1323
994580
33
201345
1356
798655
58
3
196719
1321
994560
34
202159
1354
797841
57
4
197511
1318
994540
34
202971
1352
797029
56
5
198302
1316
9945 J 9
34
203782
1349
796218
55
6
199091
1313
994499
34
204592
1347
795408
54
7
199879
1311
994479
34
205400
1345
794600
53
8
200666
1308
994459
34
206207
1342
793793
52
9
201451
1366
994438
34
207013
1340
792987
51
10
202234
1304
994418
34
207817
1338
792183
50
11
9-203017
1301
9-994397
34
9-208619
1335
10-791381
49
12
203797
1299
994377
34
209420
1333
790580
48
13
204577
1296
994357
34
210220
1331
789780
47
14
205354
1294
994336
34
211018
1328
78898a
46
15
306131
1292
994316
34
211815
1326
788185
45.
16
206900
1289
994295
34
212611
1324
787389
44
W
207679
1287
994274
35
213405
1321
786595
43
18
208452
1285
994254
35
214198
1319
785802
42
19
209222
1282
994233
35
214989
1317
785011
41
20
209992
1280
994212
35
215780
1315
784220
40
21
9-210760
1278
9-994191
35
9-216568
1312
10-783432
39
22
211526
1275
994171
35
217356
1310
782644
38
23
212291
1273
994150
35
218142
1308
781858
37
24
213055
1271
994129
35
218926-
1305
781074
36
25
213818
1268
994108
35
219710
1303
780290
35
26
214579
1266
994087
35
220492
1301
779508
34
27
215338
1264
994066
35
221272
1299
778728
33
28
. 216097
1261
994045
35
222052
1297
777948
32
29
216854
1259
994024
35
222830
1294
777170
31
30
217609
1257
994003
35
223606
1292
776394
30
31
9-2183G3
1255
9-993981
35
9-2-24382
1290
10-775618
29
32
219116
1253
993960
35
225156
1288
774844
28
33
219868
1250
993939
35
225929
1286
774071
27
34
220618
1248
993918
35
226700
1284
773300
26
35
^21367
1246
993896
36
227471
1281
772529
25
36
22-2ri5
1244
993875
36
228239
. 1279
771761
24
37
222861
1242
993854
36
229007
1277
770993
23
38
223600
1239
993832
36
229773
1275
770227
22
39
224349
1237
993811
36
230539
1273
769461
21,
40
225092
1235
993789
36
231302
1271
768698
20*
41
9-225833
1233
9-993768
36
9-232065
1269
10-767935
19
42
226573
1231
993746
36
232826
1267
767174
18
43
2275tll
1228
993725
36
233586
1265
766414
17
44
228048
1226
993703
36
2M345
1262
765655
16
45
228784
1224
993681
36
235103
1260
764897
15
46
229518
1222
993(560
36
235859
1258
76-1141
14
47
2302:52
1220
993638
36
236614
1256
763386
13
48
230984
1218
993616
36
237368
1-254
76^7639,
12
49
231714
1216
993594
37
238120
1-252
761880
11
50
232444
1214
993572
37
238872
1250
761128
10
51
9-233172
1212
9-993550
37
9-239622
1248
10-760378
9
52
2338U9
1209
993528
37
240371
1246
759629
8
53
234625
1207
993506
37
241118
J 244
758882
7
54
235349
1205
993484
37
2418C5
1242
758135
6
55
236073
1203
993462
37
242610
1240
757390
5
56
236795
1201
993440
37
243354
1238
756646
4
57
237515
1199
993418
37
244097
1236
755903
3
58
238235
1197
993396
37
244839
1234
755161
2
59
2;i8953
1195
993374
37
245579
1232
754421
1
60
239670
1193
993351
37
246319
1230
753681
I Cotang. 1
1 Tauff. I M.
Dcffi-ees.
36
(10 Degrees.) A TABLE OF LOGARITHMIC
D. 1 Cosine | D.. |
I Colauo-.
(
9-239670
1193
9-993351
37
9-248319
1230
10-753681
i 60
{ 1
240380
1191
993329
37
247057
1228
752943
1 59
( 2
241101
1189
993307
37
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1187
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37
248530
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751470
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242526
1185
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37
249264
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5
243237
1183
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37
249998
1220
750002
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6
243947
1181
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250730
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749270
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7
244656
1179
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748539
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245363
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252191
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747809
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9
246069
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38
252920
1213
747080
1 51
10
246775
1173
993127
38
253648
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746352
50
11
9-247478
1171
9-993104
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9-2,)4374
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10-745626
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12
248181
1169
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38
255100
1207
744900
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13
248883
1167
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38
255«24
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14
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1165
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256547
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743453
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15
250282
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38
257269
1201
742731
45
16
250980
1161
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17
251677
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1198
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252373
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740571
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253067
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260146
1194
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41
20
253761
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992898
38
260863
1192
739137
40
21
9-254453
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9-992S75
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9-261578
1190
10-738422
39
22
255144
1150
992852
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9,(>22i)2
1189
737 7o8
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23
255834
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263005
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24
256523
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263717
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736283
36
25
257211
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992783
39
264428
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735572
35
26
257898
1142
992759
39
265138
1181
734862
34
27
258583
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992736
39
265847
1179
734153
33
28
259268
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266555
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733445
32
29
259951
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267261
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30
260633
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267967
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30
31
9-261314
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9-992643
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9-268671
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10-731329
29
32
2619ii4
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269375
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73i>625
28
33
262673
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270077
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34
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35
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60
280599
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288652
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711348
J
70 Degrees.
SINES
AND T A N G E N
TS. (11
De-n-ees.)
37
M.
Shie
^"^r^~"
Cosine i
D.
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9-280599
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9-991947
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9-288652
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10-711348
60
1
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1081
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289326
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(12 Degrees.) a table of logarithmic
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1 Cotang. I
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9-317879
990
9-990404
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9-327474
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1
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3
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330570
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6
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331187
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54
7
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331803
1025
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53
H
322607
979
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332418
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667582
52
9
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333033
1023
666967
51
10
323780-
976
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333646
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666354
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11
9-324366
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9-990107
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9-334259
1020
10-665741
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12
324950
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334871
1019
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13
325534
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10-659656
39 ^
22
330753
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989804
46
340948
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659052
38 (
23
331329
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989777
46
341552
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37 (
24
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989749
47
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36
25
332478
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35 (
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27
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30
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31
9-335906
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20
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9-341558
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9-98927*1
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362787
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77 Degrees.
SINE
s AND TANGENTS. (13 De-rees
)
39
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1 Sine
T'^dT'"
1 Cosine
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i Ta..g-
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1 Cotaiig.
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9-988103
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10-624681
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380354
927
619646
zh)
31
9-368711
875
9-987801
51
9-380910
926
10-619090
29 '.
32
369236
874
987771
51
381466
925
618534
28 {
33
3()9761
873
987740
51
382020
924
617980
27 (
34
370285
872
987710
51
382575
923
617425
26 (
35
370808
871
987679
51
383129
922
616871
2.5 (
36
371330
870
987W9
51
383682
921
616318
24 (
37
371852
869
987618
51
384234
930
615766
23 (
38
372373
867
987588
51
3&t7i56
919
615-214
22 (
39
372894
806
987557
51
3^5.337
,918
614663
2l^
40
373414
865
987526
51
385888
i9i7
614U2
20 (
41
9-3/3933
864
9-987496
51
9-386438
915 •
10-613.562
19 i
42
374452
863
987465
51
386987
914
613013
18
43
374970
862
9874.34
51
387536
913
612464
n
44
375487
861
987403
52
388084
912
611916
16
15
45
376003
860
987372
52
388631
911
611369
46
376519
859
987.341
52
389178
910
610822
14 ;
47
377035
858
987310
52
389724
909
610276
13 S
48
377549
857
987279
52
390270
908
609730
12
49
378063
856
987248
52
390815
907
609185
11 I
50
378577
8.M
987217
52
391360
906
608640
10 ;
51
9-379089
853
9-987186
52
9-391903
905
10-608097
^1
52
379601
852
987155
52
3f^447
904
607553
53
380113
851
987124
52
392989
903
607011
54
380624
850
987092
52
393531
902
606469
6/
55
381134
849
987061
52
394073
901
605927
5 /
56
381643
848
987030
52
394614
900
605386
4 /
57
382152
847
986998
52
. 395154
899
604846
3
58
382661
846
986967
52
• 395694
898
604306
2 /
1 /
(
59
383168
845 -
986936
52
396233
897
603767
60
383675
844
986904
52
396771
896
603229
-^J-
Cos^ie 1
-.^--.^^
_^^_^Sine^^
1
^^^Cown?,
.^^-^-i
,^^Tang. 1
.^•J
7
5 Degree
S.
40
(14 Degrees.) a TABLE OF LOGARITHMIC
M.
Sine
D.
Cosine
! D.
1 Tang.
1 D-
Colang-.
\0
9-383675
844
9-986904
52
9-396771
890
10-603229
60
1
384182
843
986873
53
397309
896
602091
59
2
384687
842
986841
53
397846
895
()02154
58
3
385192
841
986809
53
398383
894
601617
57
4
385697
840
986778
53
398919
893
601081
56
5
386201
839
986746
53
399455
892
600545
55
6
386704
838
986714
53
399990
891
600010
54
7
387207
837
986683
53
400524
890
599476
53
8
387709
836
986651
53
401058
889
598942
52
9
388210
835
986619
53
401591
888
598409
51
10
388711
834
986587
53
402124
887
597876
30
11
9-389211
833
9-986555
53
9-402()56
886
10-597344
49
12
389711
832
986523
53
403187
885
5'.h;813
48
13
390210
831
986491
53
403718
884
596282
47
14
390708
830
986459
53
404249
883
595751
46
15
391206
8'i8
986427
53
404778
882
595222
45
16
391703
827
986395
53
405308
881
594692
44
17
392199
826
986363
54
405836
880
594164
43
18
392695
825
986331
54
4003(54
879
593636
42
19
393191
824
986299
54
40(3892
878
593108
41
20
393685
823
986206
54
407419
877
592581
40
21
9-394179
822
9-986234
54
9-407945
876
10-592055
39
22
394673
821
986202
54
408471
875
591529
38
23
395166
820
986169
54
408997
874
591003
37
24
395658
819
986137
54
409521
874
590479
36
25
396150
818
986104
54
410045
873
589955
35
26
396641
817
986072
54
410569
872
589-131
34
27
397132
817
986039
54
411092
871
588908
33
28
397621
816
986007
54
411615
870
588385
32
29
398111
815
985974
54
412137
869
587863
31
30
398600
814
985942
54
412658
868
587342
30
31
9-399088
813
9-985909
55
9-413179
867
10-586821
29
32
399575
812
985876
55
413699
866
586301
28
33
400062
811
985843
55
414219
865
585781
27
34
400549
810
985811
55
414738
864
585262
26
35
401035
809
985778
55
415257
864
584743
25
36
401520
808
985745
55
415775
863
584225
24
37
402005
807
985712
55
416293
862
583707
23
38
402489
806
985679
55
416810
861
583190
22
39
402972
805
98564()
55
417326
860
582674
21
40
403455
804
985613
55
417842
859
582158
20
41
9-403938
803
9-985580
55
9-418358
858
10-581642
19
^42
404420
802
985547
55
418873
857
581127
IS
43
404901
801
985514
55
419387
856
580613
17
44
405382
800
985480
55
419901
855
580099
16
45
405862
799
985447
55
420415
855
579585
15
46
406341
798
985414
56
420927
854
579073
14
47
406820
797
985380
56
421440
853
578560
13
48
407299
796
985:^47
56
421952
852
578048
12
49
407777
795
985314
56
422463
851
577537
11
50
408254
794
985280
56
422974
850
577026
10
51,
9-408731
794
9-985247
56
9-423484
849
10-576516
9
52
409207
793
985213
56
423993
848
576007
8
53
409682
792
985180
5(5
424503
848
575497
7
54
410157
791
985146
56
425011
847
574989
6
55
410632
790
985113
56
425519
846
574481
5
56
411106
789
985079
56
426027
845
573973
4
57
411579
788
985045
56
426534
844
573466
3
58
412052
787
98501t
56
427041
843
572959
2
59
412524
786
984978
56
427547
843
572453
1
60
412996
785
984944
56'
428052
842
571948
I Cosine
Sine 1 I Cotaiigf.
75 Decrees.
I Tang. I
INES AND TANGENTS. (15 De jrees.)
41
I Tans.
y-412996
785
9-984944
57
9-428052
842
10-571948
60
1
413467
784
984910
57
428557
841
571443
59
2
413938
783
984876
57
429062
840
570938
58
3
414408
783
984842
57
429566
839
570434
57
4
414878
782
984808
57
430070
838
569930
50
5
415347
781
984774
57
430573
838
569427
55
6
415815
780
984740
57
431075
837
508925
54
7
416283
779
984706
57
431577
836
568423
53
8
416751
778
984672
57
432079
835
567921
52
9
417217
777
984637
■ 57
432580
834
567420
51
10
417684
776
984603
57
433080
833
566920
50
n
9-418150
775
9-984509
57
9-433580
832
10-566420
49
12
418615
774
984535
57
434080
832
565920
48
13
419079
773
984500
57
434579
831
565421
47
14
419544
773
984466
57
435078
830
564922
46
15
420007
772
984432
58
435576
829
564424
45
16
420470
771
984397
58
436073
828
563927
44
17
420933
770
984363
58
430570
828
563430
43
18
421395
769
984328
58
437067
827
562933
42
19
421857
768
984294
58
437563
826
562437
41
20
422318
767
984259
58
438059
825
561941
40
21
9-422778
707
9-984224
58
9-438554
824
10-561446
39
22
423238
706
984190
58
439048
823
560952
38
23
423697
765
984155
58
439543
823
560457
37
24
424156
764
984120
58
440036
822
559964
36
25
424015
763
984085
58
440529
821
559471
35
26
425073
762
984050
58
441022
820
558978
34
27
425530
761
984015
58
441514
819
558486
33
28
425987
760
983981
58
442006
819
557994
32
29
426443
760
983946
58
442497
818
557503
31
30
426899
759
983911
58
442988
817
557012
30
31
9-427354
758
9-983875
58
9-443479
816
10-556521
29
32
427809
757
983840
59
443968
816
556032
28
33
428263
756
983805
59
444458
815
555542
27
34
428717
755
983770
59
444947
814
555053
«6
35
429170
754
983735
59
445435
813
554565
25
36
429623
753
983700
59
445923
812
554077
24
37
430075
752
983664
59
446411
812
553589
23
38
430527
752
983629
59
446898
811
5.53102
22
39
430978
751
983594
59
447384
810
552616
21
40
431429
750
983558
59
447870
809
552130
20
41
9-431879
749
9-983523
59
9-4-18356
809
10.551644
19
42
432329
749
983487
59
448841
808
.5511.'59
18
43
432778
748
983452
59
449326
807
550674
17
44
433226
747
983416
59
449810
806
5.50190
16
45
433675
746
983381
59
450294
800
549706
15
46
434122
745
983345
59
450777
805
.549223
14
47
434569
744
983309
59
451260
804
548740
13
48
435016
744
983273
60
451743
803
548257
12
49
435462
743
983238
60
45222.5
802
547775
11
50
435908
742
983202
60
452706
802
547294
10
51
9-436353
741
9-983166
60
9-453187
801
10-.546813
9
52
436798
740
983130
60
453668
800
546332
8
53
437242
740
983094
60
454148
799
545852
7
54
437686
739
983058
60
4.54628
799
545372
6
55
438129
738
983022
60
455107
798
544893
5
56
438572
737
982986
60
455586
797
544414
4
57
439014
736
982950
60
456064
796
543936
3
58
439450
736
982914
60
456542
796
5434.58
2
59
439897
735
982878
60
457019
795
542981
1
(iO
440338
734
982842
60
457496
794
542504
I Cosii
I Cotaiig:. I
74 Degrees.
4*
42
(16 Degrees.) a table OF LOGARITMIC
M.
9-440338
D.
734
Cosine
D.
Tan^.
D.
Co.,an»-.
9- 982842"
60
9-457496
794
10-542504
1 60
1
440778
733
982805
60
457973
793
542027
59
2
441218
732
982769
61
4.58449
793
541551
58
3
441658
731
982733
61
458925
792
541075
57
4
442096
731
982696
61
459400
791
540600
56
5
442535
730
982660
61
459875
790
540125
55
G
442973
729
982624
61
460349
790
539651
54
443410
728
982587
61
460823
789
539177
53
8
443847
7-27
982551
61
461297
788
538703
52
9
444284
727
982514
61
461770
788
538230
51
I'J
444720
726
982477
61
462242
787
537758
50
11
9-445155
725
9-982441
61
9-462714
786
10-537286
49
12
445590
724
982404
61
463186
. 785
536814
48
13
446025
723
982367
61
463658
785
536342
47
14
446459
723
982331
61
464129
784
535871
46
15
4468U3
722
982294
61
464599
783
53.5401
45
1(5
4473-26
721
9822.57
61
465069
783
534931
44
17
447759
720
9822-20
62
4655:}9
782-
534461
43
18
448191
720
982ia3
62
4()6008
781
5.33992
42
li)
448623
719
982144)
62
4(>0476
78Q
533524
41
20
449054
718
982109
62
466945
780
533055
40
21
9-449485
717
9-982072
62
9-467413
779
10-532587
39
22
449915
716
982035
62
467880
778
.532120
38
23
450345
716
981998
62
468347
778
531653
37
24-
450775
715
981961
62
468814
777
531186 ^
36
25
451204
714
981924
62
469280
776
.530720
35
20
451632
713
98188G
62
469746
775
530254
34
27
452060
713.
981849
62
470211
775
529789
33
28
452488
712
981812
62
470676
774
529324
32
2!)
452915
711
981774
62
471141
773
528859
31
30
453342
710
981737
62
471605
773
528395
30
31
9-453768
710
9-981699
63
9-4720G8
772
10-.527932
29
32
454194
709
9816«)2
63
472532
771
527468
28
33
454619
708
981625
63
472995
771
527005
27
34
455044
707
981587
63
473457
770
526543
26
35
455469
707
981549
63
473919
769
.526081
25
36
455893
706
981512
63
474381
769
525619
24
37
456316
705
981474
63
474842
76S
5251.58
23
38
456739
704
981436
63
475303
767
524697
22
39
457162
704
981399
63
4757(33
767
524237
21
40
457584
703
981361
63
476223
766
523777
20
41
9-458006
702
9-981333
63
9-476683
765
10-.523317
19
42
458427
701
981285
63
477142
7(;5
5228.58
18
43
458848
701
981247
63
477601
764
522399
17
44
459268
700
981209
63
478059
763
.521941
16
45
459688
699
981171
63
478517
7ti3
521483
15
46
460108
698
981133
64
478975
7(i2
521025
14
47
460527
698
981095
64
479432
7(51
.520568
13
48
460946
697
9810.57
64
479889
7G1
.520111
12
49
461364
696
981019
64
480345
760
519655
11
50
461782
695
980981
64
480801
759
519199
10
51
9-462199
695
9-980942
64
9-481257
759
10-518743
9
52
462616
694
980904
64
481712
758
518288
8
53
463032
693
980866
64
482167
757
517833
7
54
403448
693
980827
64
482621
7.57
517379
6
55
463864
692
980789
64
483075
7.56
516925
5
56
464279
691
980750
64
483.529
7.55
516471
4
57
464694
'690
980712
64
483982
7.55
516018
3
58
465108
690
980673
64
4844;i5
754
515.5<)5
2
59
465522
689
980()35
64
484887
7.53
515113
1
60
465935
688
980.596
64
485339
753
514661
I Co,an.5.
Tang. I M.
73 Degi-ees.
i
5
INKS
AND TANGENTS. (17 Degrees.,
43
mT
Sine 1
"'X^
Cosine
D.
Tan?. 1
D. 1
Comn?. 1
i
^465935~
688
9-986596
64
9-485339
755
10-514661
"60
1 !
46G348
688
980558
64
485791
752
514209
.59
^ 1
4C6761
687
980519
65
486242
751
513758
58 '
3
467173
686
980480
65
486693
751
513307
57 (
4
4(w585
685
980442
65
487143
750
512857
.56 •
5
^ 467996
685
980403
65
487593
749
512407
55 )
6
468407
684
9803(i4
65
488043
749
511957
54 '
7
468817
683
980325
65
488492
748
5115i:8
53
8
469227
683
980286
65
488941
747
511059
^v2
9
4(i9637
682
980247
65
489390
747
510610
;ii /
1(1 1
470046
681
980208
65
489838
746
510162
50 ,
11 J
9-470455
680
9-980169
65
9-490286
746
10-509714
49 '
1-2
470863
680
980130
65
490733
745
509267
48
Ki
471271
679
980091
65
491180
744
508820
47
1-t
471(]79
678
980052
65
491627
744
508373
46
1.")
4721 ,P(i
678
980012
65
492073
743
507927
45 (
JG
4724!I2
()77
979973
65
492519
743
507481
44 I
17
472HW
676
979934
66
492965
742
507035
43 (
lf< '
473304
676
979895
66
493410
741
506590
42 /
I'J
473710
675
979855
66
493854
740
506146
41 ,
2 J
474115
674
979816
66
494299
740
505701
40 /
21
9-474519
67-4
9-979776
66
9-494743
740
10-505257
39 /
•2'2
474923
673
979737
66
495186
739
504814
38 (
~23
475327
672
979697
66
495630
738
504370
37 /
24
475730
672
979658
66
496073
737
503927
3()
■^5
476133
671
979618
66
490515
737
503485
35
2t)
47(.536
670
979579
66
496957
736
503043
34 ,
27
47(;!(38
669
979539
66
497399
736
502601
33 ,
2.-'
477340
669
979499
66
497841
735
502159
32
2y
477741
668
979459
66
498282
734
501718
31
:ii)
478142
667
979420
66
498722
734
501278
30
31
9-478542
667
9-979380
66
9-499163
733
10-500837
29^
b2
478942
666
979340
66
499603
733
500397
28 (
:i3
479:'42
665
979300
67
500042
732
499958
27 (
:j4
479741
6(?5
979260
67
500481
731
499519
26 1
:i5
480140
664
979220
67
500920
731
499680
25
;iG
480539
(■63
979180
67
601359
730
498(:'41
24
■M
'^8i;937
6(53
979140
67
501797
730
498203
23
US
48i::34
662
979100
67
502235
729
497765
22
■M
481731
661
979059
67
502(w2
728
497328
21
40
482128
661
979019
67
503109
728
496891
20
41
9-482525
660
9-978979
67
9-503.546
727
10-496454
19
42
482921
(59
978939
67
503982
727
496(il8
18
4:j
483316
659
978898
67
504418
726
495582
17
44
483712
658
978858
67
504854
725
495146
16
45
4e41(.7
657
978817
67
565289
725
494711
15
4(3
484501
657
978777
67
505724
724
494276
14
47
484895
656
978736
67
506139
724
493841
13
48
485289
655
978696
68
506593
723
493467
12
41)
485f82
; 6)55
; 978655
68
507027
722
492973
11
50
486075
i 654
! 978615
68
507460
722
492540
10
51
9-486467
1 653
\ 9-978574
68
9-507893
721
10-4921(J7
9
52
1 486860
653
i 978533
f8
508326
721
491674
«
53
487251
652
i 978493
68
1 508759
720
! 491241
54
487()43 •
651
1 978452
68
509191
719
1 4'9080a
6
55
488034
651
1 978411
68
509622
719
1 4^0378
5
56
488424
650
1 978370
68
! 510054
718
489946
4
57
488814
650
! 978329
68
1 510485
718
i 489515
3
58
489204
649
! 978288
68
510916
717
489084
2
59
489593
(48
1 978247
68
1 511346
716
488654
1
60
489982
648
' 978216
68
511776
' 716
488224
■
1 Cosine
L^.-.^^
1 Sine
L-.^^
4__Cotang^
1
J_^Ta^-_^
rw^
7i
I Degrf
;es.
44
(IS Degrees.) a table OF LOGARITHMIC
M. 1
Sine 1
D. 1
Cosine 1
D. 1
Tang-. 1
D. 1
Cotang.
9-489982
648
9-978206
68
9-511776
716
10-488224
60
1
490371
648
978165
68
512206
716
487794
59
2
490759
047
978124
68
512635
715
487365
58
3
491147
646
978083
69
513064
714
486936
57
4
491535
646
978042
69
513493
714
486507
56
5
491922
645
978001
69
513921
713
486079
55
6
492308
644
977959
69
514349
713
485651
54
7
492695
644
977918
69
514777
712
485223
53
8
493081
643
977877
69
515204
712
484796
52-
9
493466
642
977835
69
515631
711
484369
51
10
493851
642
977794
69
516057
710
483943
50
It
9-494236
641
9-977752
69
9-516484
710
10-483516
49
13
494621
641
977711
69
516910
709
483090
48
13
495005
640
977669
69
517335
709
482665
47
14
495388
039
977628
69
517761
708
482239
46
15
495772
639
977586
69
518185
708
481815
45
16
496154
638
977544
70
518610
707
481390
44
17
496537
637
977503
70
519034
706
480906
43
18
496919
637
977461
70
519458
706
480.)42
42
19
497301
636
977419
70
519882
705
4S0118
41
20
497682
636
97V37V
70
520305
705
479695
40
21
9-498064
635
9-977335
70
9-520728
704
10-479272
39
22
498444
634
977293
70
521151
703
478849
38
23
498825
634
977251
70
.521573
703
478427
37
24
499204
633
977209
70
521995
703
478005
36
25
499584
632
977167
70
522417
702
477583
35
26
499963
032
977125
70
5228.38
702
477162
34
27
500342
631
977083
70
523259
701
476741
33
28
500721
631
977041
70
523680
701
476320
32
29
501099
630
976999
70
524100
700
475900
31
30
501476
629
976957
70
524520
699
475480
30
31
9-5018.54
629
9-976914
70
9-524939
699
10-475061
29
32
502231
628
976872
71
525359
098
474641
28
33
502607
628
976830
71
525778
698
474222
27
34
502984
627
976787
71
526197
697
473803
26
35
503360
626
976745
71
52t>6l5
697
473385
25
36
503735
626
976702
71
527033
696
472967
24
37
504110
625
976660
71
527451
696
472549
23
38
504485
625
976617
71
527868
695
472132
OS)
39
.504860
624
976574
71
528285
695
471715
21
40
505234
623
97(5532
71
528702
694
471298
20
41
9-505608
623
9-976489
71
9-529119
693
10-470881
19
42
505981
622
976446
71
529535
693
470465
18
43
506354
622
976404
71
529950
693
470050
17
44
506727
621
976361
71
530366
692
469634
16
45
507099
620
976318
71
530781
691
469219
15
46
507471
620
976275
71
531196
091
468804
14
47-
507843
619
976232
72
531611
690
468389
13
48
508214
619
976189
72
532025
690
467975
12
49
508585
618
976146
72
532439
689
467561
11
50
508956
618
976103
72
532853
689
467147
10
51
9-509326
617
9-976060
72
9-533266
68S
10-466734
9
52
509696
616
976017
72
533679
688
466321
8
53
510065
616
975974
72
534092
687
465908
7
54
310434
615
975930
72
534504
687
465496
6
55
510803
615
975887
72
534916
686
465084
5
56
511172
614
975844
975800
72
535328
686
464672
4
57
511540
613
72
535739
685
464261
3
58
511907
613
975757
72
536150
685
463850
2
59
512275
612
975714
72
536561
684
463439
1
60
512642
612
975670
72
536972
684
463028
Cosine |
I Cotang-. I
I Tang. I M.
71 Degrees.
SINES
AND TANGENTS. (10 Degrees.
)
45
M. 1
S^me^^
D. 1
"""^ii^^ i"
■ D. 1
Tan^. 1
D.
Cotans:. 1
~.
U-512642
612
9-975670
73
9-536972
684
10-463028
59
1
513009
611
975627
73
537382
683
462618
2
513375
611
975583
73
537792
683
462208
58/
3
513741
610
975539
73
538-202
682
461798
57 (
4
514107
609
975496
73
538611
682
461389
56
5
514472
609
975452
73
539020
681
460980
55 /
6
514837
608
975408
73
539429
681
460571
54 /
7
51524H
608
975365
73
539837
680
460163
53/
8
515506
607
975321
73
540245
680
459755
52 (
9
515930
607
975277
73
540653
679
459347
51
10
516294
606
975233
73
541061
679
458939
50
11
9-516657
605
9-975189
73
9-541468
678
10-458532
49
12
517020
605
975145
73
541875
678
458125
48
13
517382
604
975101
73
542281
677
457719
47
14
517745
604
975057
73
542688
677
457312
46
15
518107
603
975013
73
543094
676
456906
45 (
16
518468
603
974969
74
543499
676
456501
44 (
17
518829
602
974925
74
543905
075
456095
43 (
18
519190
601
974880
74
544310
675
455690
42
19
519551
601
974836
74
544715
674
455285
41
20
519911
600
974792
74
545119
674
454881
40
21
9-52J271
600
9-974748
74
9-545524
673
10-454476 '
39
22
520631
599
974703
74
54592S
673
454072
38 )
23
520990
599
974659
74
546331
672
• 453669
37 )
24
521349
598
974614
74
546735
672
453265
36 )
25
521707
598
974570
74
547138
071
452862
35 )
2(3
522066
597
974525
74
547540
671
452460
34
27
522424
596
974481
74
547943
670
452057
33 )
28
522781
596
974436
74
548345
670
451655
32
29
523138
595
974391
74
548747
069
451253
31
30
523495
595
974347
73
549149
069
450851
30 {
31
9-523852
594
9-974302
75
9-549550
068
10-450450
29 /
32
524208
594
974257
75
549951
668
45J049
28 ;
33
524564
593
974212
75
550352
667
449648
27 }
34
524920
593
974167
75
550752
667
449^8
26 ;
35
525275
592
974122
75
551152
666
448848
25
36
525630
591
974077
75
551552
666
448448
24 )
37
525984
591
974032
75
551952
605
448048
2:i )
;i8
5'>,6339
590
973987
75
552351
665
■ 447649
22
39
526693
590
973942
75
552750
605
447250
21
40
527046
589
9738^7
75
553149
664
446851
20
41
9-527400
589
9-973852
75
9-553548
664
10-446452
19
42
527753
588
973807
75
553946
663
440054
IS
43
528105
588
973761
75
554344
663
445656
17
44
52S458
587
973716
76
554741
662
445259
16 )
45
528810
587
973671
76
555139
662
444861
15 (
46
529161
586
973625
76
555536
661
444464
14 /
47
529513
586
973580
76
555933
661
4440 17
13 /
48
529864
585
973535
76
556329
630
443671
12 ;
^49
530215
585
973489
76
556725
660
443-275
11
^50
530565
584
973444
76
557121
659
442879
10 )
/ 51
9-530915
584
9-973398
76
9-557517
659
10-442483
9 i
/52
531265
583
973352
76
557913
659
442187
8
)53
531614
582
973307
76
558308
653
441692
7 /
^54
531963
582
973261
76
558702
653
441298
6 i
55
~ 532312
581
973215
76
559097
657
440903
5
56
532661
581
973169
76
559491
657
440509
4
57
533009
580
973124
76
5598a5
656
440115
-3
o /
58
533357
580
973078
76
560279
656
439721
^59
)60
533704
579
973032
77
560073
655
439327
-"1
534052
578
972986
77
561066
655
438934
1 Cosine
i__Sine__
1^^^^
1 Cotang.
^
Tang^^^^
^i
7(
> Degre
es.
4G
(20 Degrees.) A TABLE OF LOGARITHxMIC
; M.
Sine
D.
Cosine
D.'
Tannr.
D.
Cotaii<r. 1
''
9-5;i4(,52
578
9-972986
77
9-561066
655
10-438934
60
/ 1
5:^4399
577
972940
77
561459
654
438541
59
/ 2
534745
577
972894
77
561851
654
438140
58
> 3
535092
577 -
972848
77
562244
653
437756
57
/ 4
535438
576
972802
.77
562636
653
4373(54
56
( ^
5:i5783
576
972755
77
563028
653
436972
55
} «
536129
575
972709
77
563419
652
430581
54
? "
536474
574
972063
563811
052
436189
53
/ 8
536818
574
972617
77
5042U2
051
435798
52
1'"
537103
573
972570
77
564592
051
435408
51
537507
573
972524
77
564983
650
435017
50
11
( 13
9-537851
572
9-972478
77
9-565373
650
10-434627
49
538194
572
972431
78
565763
049
434237
48
538538
571
972385
78
566153
649
433847
47
14
538880
571
972338
78
566542
049
433458
46
15
539223
570
972291
78
566932
648
433068 ■
45
16
539565
570
972245
78
567320
648
432080
44
? n
5399U7
569
972198
78
567709
047
432291
43
i 1*^
54U249
569
972151
78
568098
647
431902
42
( 19
540590
5(58
972105
78
508486
640
431514
41
; 20
540931
568
972058
78
568873
040
431127
40
21
' 9-541272
567
9-972011
78
9-569261
645
10-430739
39
( i)0
541613
567
971964
78
509648
645
430352
38
; 23
24
2o
541953
506
971917
78
570035
045
429965
37
542293
566
971870
78
570422
644
429578
36
5421.32
565
971823
78
570809
644
429191
35
2t)
542971
565
971776
78
571195
643
428805
34
27
543310
564
971729
79
571581
643
428419
33
28
543649
564
971682
79
571967
642
428033
32
2J
543987
563
971635
79
572352
642
427648
31
J30
544325
503
971588
79
572738
042
427262
30
; 31
9-544603
562
9-971540
79
9-573123
641
10-426877
29
32
545000
562
971493
79
573507
041
42(5493
28
( 33
545338
561
971446
79
573892
640
426108
27
545074
561
971398
79
574276
640
425724
26
546U11
560
971351
79
574660
639
425340
25
546347
500
971303
79
575044
639
424956
24
iS
546683
559
971256
79
575427
639
424573
23
547019
559
971208
79
575810
638
424190
22
) 39
547354
558
971161
79
576193
638
423807
21
', 40
547689
558
971113
79
576576
037
423424
20
) 41
9-548024
557
9-971066
80
9-576958
037
10-423041
19
)42
) 43
548359
557
971018
80
577341
030
422(559
18
548693
556
970970
SO
577723
630
422277
17
) 44
549027
556
970922
80
578104
636
421896
16
45.
549360
555
970874
80
578486
635
421514
15
; 46
549693
555
970827
80
578867
635
421133
14
I "^^
55UC26
554
970779
80
579248
634
420752
13
) 48
550359
554
970731
80
579629
634
420371
12
; 4y
550692
553
970683
80
580009
634
419991 -
11
50
551024
553
970635
80
580389
633
419611
10
(■,51
9-551356
552
9-970586
80
9-580769
633
10-419231
9
(52
551687
552
970538
80
581149
632
418851
8
(;53
552018
552
970490
80
581528
632
418472
7
(■54
552349
551
970442
80
581907
632
418093
6
.-55
.56
■57
.58
59
5.52(i80
551
970394
80
582286
631
417714
5
553010
550
970345
81
582065
631
417335
4
553341
550
970297
81
583043
630
416957
3
553670
549
970249
81
583422
630
410578
2
554000
549
970200
81
583800
629
41(5200
1
60
554329
548
970152
81
584177
629
415823
1 Colan^'. 1
I Tan^. I M.
69 Degrees
SINES
AND TANGENTS. (21 Decrees.)
47
M.
Sine 1 D.
"'^sii^'T
D.
Taiisr. 1
D. i
Cotanp. 1
1
9-554329
543
9-970152
81 1
9-584177
629
10-415823
"60"
1 i
554658
5-18
970103
81
584555
629
415445
59
2 1
554987
547
900055
81
584932
628
415008
58
3 i
555315
547
970000
81
585309
628
414691
57
4
555643
546
909957
81
585686
627
414314
56
555971
546
969909
81
586062
627
413938
55
5
556299
545
969860
81
586439
627
413501
54
7
556026
545
969811
81
586815
626
413185
53
8
550953
544
969762
81
587190
626
412810
52
9
557280
544
969714
81
587566
625
412434
51
10
557606
543
969065
81
587941
6-25
412059
50
11
9-557932
543
9-909616
82
9-588316
625
10-411084
49
12
558258
543
969567
82
588691
624
411309
48
13
558583
542
969518
82
589066
624
410934
47
14
558909
542
969409
82
589440
623
410500
46
15
559234
541
969420
82
589814
623
410180
45
16
559558
541
909370
82
590188
023
409812
44
17
559883
540
909321
82
590562
622
409438
43
18
560207
540
969272
82
590935
6-22
409005
42
19
500531
539
969223
82
591308
622
408692
41
20
.560855
539
969173
82
591681
621
408319
40
21
9-501178
538
9-969124
82
9-592054
621
10-407946
39
22
561501
538
969075
82
592426
620
407574
38
23
561824
537
969025
82
592798
620
407202
37
24
502140
537
968976
82
593170
619
406829
36
25
502408
536
968926
83
593542
619
406458
35
20
502790
536
908877
83
593914
618
406086
34
or
563112
536
968827
83
594285
618
405715
33
28
563433
535
968777
83
594656
618
4li5344
32
29
563755
535
968728
83
595027
617
404973
31
3U
504075
534
908678
83
595398
617
40-^ Ci 2
30
31
9-504396
534
9-968628
83
0-595768
617
10-404232
29
32
504716
533
908578
83
590138
616
403862
2S
33
565036
533
9(i8528
83
590508
616
403492
27
) ^^-4
565356
532
968479
83
59(>878
616
403122
26
35
565676
532
908429
83
597247
615
402753
25
30
505995
531
908379
83
597616
615
402r84
24
s 37
506314
531
908329
83
597985
615
4U-2i.l5
23
38
566632
531
968278
83
598354
614
40J046
22
39
566951
530
968228
84
598722
614
401278
21
J- 40
567209
530
968178
84
599091
613
400909
20
) 41
9-507587
529
9-968128
84
9-59M59
613
10-400541
19
) 42
567904
529
968078
84
599827
613
400173
18
) 43
508222
528
9(i8{)27
84
600194
612
399806
17
) 44
I 508539
528
967977
84
600502
612
399438
16
) 45
568856
528
907927
84
600929
611
399071
15
) 40
509] 72
527
967870
84
601296
611
398704
14
47
569488
527
90782fi
84
601062
611
393338
13
48
569804
520
967775
84
602029
610
397971
12
49
570120
520
967725
84
602395
610
397605
11
50
570435
5-25
967674
84
602761
610
397239
10
51
9-570751
525
9-907624
84
9-603127
609
1030f>873
9
) 52
571066
524
967573
84
603493
609
3:/05 7
8
) 53
) 54
571380
524
967522
85
603858
609
3ii6142
7
571695
523
967471
85
604223
608
395-; 77
6
|g
572009
523
967421
85
604588
608
395412
5
572323
523
967370
85
604953
607
395047
4
iS
572636
522
967319
85
605317
607
394683
3
572950
522
907268
85
605682
607
394318
2
) 59
1 573203
521
907217
85
60(5046
606
393954
1
) 60
' 573575
521
967166
85
606410
606
393590
I Cotang-. I
48
(22 Degrees.) a TABLE
OF LOGARITHMIC
^.
Sine
D.
Cosine
D.
1 Tan?.
D.
1 Cotaiior.
~o~
9-573575
521
9-967166
85
9-606410
606
10 393590
60
1
573888
5-20
967115
85
606773
606
393227
59
o
574200
520
907064
85
607137
605
392863
58
3
574512
519
967013
85
607500
605
392500
57
4
574824
519
966961
85
607863
604
392137
56
5
575136
519
966910
85
608225
604
391775
55
6
575447
518
966859
85
608588
604
391412
54
7
575758
518
966808
85
608950
603
391050
53
8
576069
517
966756
86
609312
603
390688
52
9
576379
517
96S705
86
609674
603
390326
51
10
576689
516
966653
86
610036
602
389964
50
11
9-576999
516
9-966602
86
9-610397
602
10-389603
49
12
577309
516
966550
86
610759
602
389241
48
13
577618
515
966499
86
611120
601
388880
47
14
577927
515
966447
86
611480
601
388520
46
15
578236
514
966395
86
611841
601
388159
45
16
578545
514
966344
86
612201
600
387799
44
17
578853
513
966292
86
612561
600
387439
43
18
579162
513
966240
86
612921
.600
387079
42
19
579470
513
966188
86
613281
599
386719
41
20
579777
512
966136
86
613641
599
386359
40
21
9-580085
512
9 966085
87
9-614000
598
10-386000
39
22
580392
511
966033
87
614359
598
385641
38
23
580699
511
965981
87
614718
598
385282
37
24
581005
511
965928
87
615077
597
384923
36
25
581312
510
965876
87
615435
597
384565
35
26
581618
510
965824
87
615793
597
384207
34
27
5819-24
509
965772
87
616151
596
383849
33
28
582229
509
965720
87
616509
596
38:M91
32
29
58-2535
509
965668
87
616867
596
383133
31
30
582840
508
965615
87
617224
595
382776
30
31
9-583145
508
9-965563
87
9-617582
595
10-382418
29
32
583449
507
9(55511
87
617939
595
382061
28
33
583754
507
965458
87
618295
594
381705
27
34
584058
506
9(55406
87
618652
594
381348
26
35
584361
506
965353
88
619008
594
380992
25
36
584(565
506
965301
88
619364
593
380636
24
37
584968
505
965248
88
619721
593
380279
23
38
585272
505
965195
88
620076
593
379924
22
39
585574
504
965143
88
620432
592
3795(58
21
40
585877
504
965090
88
620787
592
379213
20
41
9-586179
503
9-965037
88
9-621142
592
10-378858
19
42
586482
503
964984
88
621497
591
378503
18
43
586783
503
964931
88
621852
591
378148
17
44
587085
502
964879
88
622207
590
377793
16
45
587386
502
964826
88
622561
590
377439
15
46
587688
501
964773
88
622915
590
377085
14
47
587989
501
964719
88
6232(59
589
376731
13
48
588289
501
9646(56
89
623(523
589
376377
12
49
588590
500
904613
89
623976
589
376024
11
50
588890
500
964560
89
624330
588
375670
10
51
9-589190
499
9-964507
89
9-!'24683
588
10-375317
9
52
589489
499
964454
89
625036
588
374964
8
53
589789
499
964400
89
625388
587
374012
7
54
590088
498
9(i4347
8i)
625741
587
374259
6
55
590387
498
964294
89
626093
587
373907
5
56
590686
497
964240
89
626445
586
373555
4
57
590984
497
964187
89
626797
586
373203
3
58
591282
497
964133
89
627149
586
372851
2
59
591580
496
964080
89
627501
585
372499
1
60
591878
406
964026
89
627852
585
372148
I Cosine
1 Sine
Co:an-.
^^^^Tan?^^
6/
' Degre
es.
SINES
AND TANGENTS. (23 DejiTCef;.
)
49
M. 1
Sine 1
a 1
"''^Qa^ir"^
D.
Tanir. 1
a 1
Coiiuig-.
!
9-591878
496
9-964026
89
9-6-27852 i
585 j
I(>372i48
lio
1
592176
495
963972
89
628203 j
585
371797
59
2
592473
495
963919
89
628554
585
371446
58
3
532770
495
963865
90
628905
.584
371095
57
.4
593067
494
963811
90
629255
584
370745
56
5
593363
484
963757
90
62960(;
583
3703S)4
55
6
593659
493
9f>3704 1
90
. 62i)956
583
370044
54
7
593955
493
963(«0
90
ti30308
583
369694
53
8
594251
493
963596
90
630656
583
369:M4
52
9
5JM547
492
963542
90
6310a5
582
368995
51
10
59-4842'
492
983488
90
631355
582
368(545
50
11
9-595137
491
9-963434
90
9-631704
582
l(>3n8296
49
1-2
595432
491
963379
90
63-2053
.581
367947
48
13
595727
491
963:^25
90
63iM01
581
367599
47
14
596021
490
963271
90
632750
581
367250
46
15
5,W315
490
963217
90
633098
580
366902
45 (
16
5966C19
489
963163
90
633447
580
366553
44 /
17
5965H)3
489
963108
91
€33795
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ly
597490
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962999
91
634490
.579
365510
41
20
597783
488
962945
91
634838
579
365162
40
21
9-598075
487
9-9(>2890
91
9-635185
578
10-364815
39 '
22
5983C8
487
962836
91
635.5^
578
364-468
38
23
598660
487
90-2781
91
63.5879
578
364121
37
24
598952
486
962727
91
636226
577
36.3774
36
25
599244
486
962672
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363428
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636919
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91
637-265
577
362735
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600118
485
962508
91
637611
576
36-2389
32'
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600409
484
962453
91
637956
576
362044
31 ^
30
600700
484
962398
92
638302
576
361698
30
31
9-6009f>0
484
9-962343
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9-638647.
575
10-361353
29
32
601280
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962288
92
6389!^2
575
361008
28
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601570
483
962233
92
639337
575
360663
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34
601860
482
9(52178
92
639682
574
360318
26^
35
602150
482
962123
92
640027
574
359973
25
36
602439
482
962067
92
640371
574
359629
•24
37
602728
481
962012
92
640716
573
359284
23
38
603017
481
961957
92
641060
573
358940
22
3y
603305
481
961902
92
641404
573
358596
21
40
603594
480
961846
92
641747
572
358-253
20
41
-9-603882
480
9-961791
92
9-642091
572
10-357909
19
42
604170
479
961735
92
642434
572
a57566
18
43
, 604457
479
961680
92
642777
572
357223
17
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604745
479
961624
93
643120
.571
356880
16
45
605032
478
961569
93
€43463
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643806
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356194
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605606
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961458
93
644148
570
35.5852
13
48
605Hl^2
477
961402
93
644490
.570
35.5510
12
49
606179
477
961346
93
644832
570
3.55168
11
50
60&465
476
9()1290
93
645174
569
.354826
10
51
9-000751
476
9-961235
93
9-645516
569
10-354484
9
52
607036
476
961179
93
64.5857
569
3.54143
8
53
607322
475
961123
93
64G199
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353801
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54
607607
475
961067 .
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646540
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607892
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961011
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646881
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960899
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647562
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3
58
608745
473
960843
94
647903
567
352097
2
59
609029
473
960786
94
648243
567
3517.57
1
60
609313
473
960730
94
648583
1 566
' 351417
Cosine
1
1 Sine
1 Cotaiig-.
^^^^^
1 Tang-.
Ut,
66
Degre
5
es.
50
(24 Degrees.) a table OP logarithmic
M.
Sine
D.
Cosine
D.
Tanar.
D.
Cotang-.
9-609313
473
9-960730
94
9-648583
566
10-351417
60
1
609597
472
960674
94
648923
566
351077
.59
2
609880
472
960618
94
649263
566
350737
58
3
610164
472
960561
94
649(502
566
350398
57
4
610447
471
960505
94
649942
565
350058
56
5
610729
471
960448
94
650281
565
349719
55
6
611013
470
960392.
94
650620
565
349380
54
7
6112it4
470
960335
94
650959
564
349041
53
8
611576
470
960279
94
651297
564
348703
52
9
611858
469
960222
94
651636
564
348364
51
10
612140
409
960165
94
651974
563
348026
50
11
9-612421
469
9-960109
95
9-652312
563
10-347688
49
12
612702
468
960052
95
6526.50
563
347350
48
13
612983
468
959995
95
652988
563
347012
47
14
613264
467
959938
95
653326
562
346674
46
15
613545
467
959882
95
653663
562
346337
45
16
613825
467
959825
95
654000
502
346000
44
17
614105
466
9.59708
95
654337
561
345663
43
18
614385
466
9.59711
95
654674
5tU
345326
42
19
614G65
466
959654
95
655011
.561
344989
41
20
614944
465
959596
95
655348
561
344652
40
21
S;-015223
465
9-959539
95
9-655684
560
10-344316
39
22
615502
465
959482
95
656020
560
343980
38
23
615781
464
959425
95
656356
500
343644
37
24
616060
464
959308
95
656692
559
343308
36
25
616338
464
959310
96
657028
559
342972
35
26
616618
463
95;»2.53
96
657364
559
342636
34
27
616894
463
959195
96
657699
559
342301
33
28
617172
462
959138
96
6.58034
5.58
341966
32
29
617450
462
959081
96
653369
5.58
341631
31
30
617727
462
959023
96
658704
558
341296
30
31
9-618004
461
9-958965
96
9-659039
558
10-340961
29
32
618281
461
958908
96
659373
557
340627
28
33
618558
461
958850
96
659708
557
340292
27
34
618834
460
958792
96
660042
557
339958
26
35
619110
460
958734
96
660376
5.57
339624
25
36
619380
460
958677
96
660710
556
339290
24
37
619()G2
459
958619
96
661043
556
338957
23
38
619938
459
958561
96
661377
556
338623
22
39
620213
459
958503
97
661710
555
338290
21
40
620488
458
958445
97
662043
555
337957
20
41
9-620763
458
9-958387
97
9-662376
5.55
10-337624
19
42
621038
457
958329
97
662709
554
337291
18
43
621313
457
958271
97
6630'12
554
336958
17
44
621587
457
958213
97
663375
5.54
336625
W
45
621861
456
958154
97
663707
5.54
336293
15
46
622135
456
958096
97
604039
553
335961
14
47
622409
456
958038
97
664371
553
335629
13
48
622682
455
957979
97
664703
553
335297
12
49
622956
455
957921
97
665035
553
334965
11
50
623229
455
957863
97
665366
552
334634
10
51
9-623502
454
9-957804
97
9-665697
552
10-334303
9
52
623774
454
957746
98
666029
552
333971
8
53
624047
454
957687
98
666360
551
333640
7
54
624319
453
957628
98
666691
551
333309
6
55
624591
453
957570
98
667021
551
332979
5
56
624863
453
957511
98
667352
551
332648
4
57
625135
452
957452
98
667682
550
332318
3
58
625406
452
957393
98
668013
550
331987
2
59
625677
452
957335
98
668343
550
331657
1
60
625948
451
957276
98
668672
550
331328
65 Degrees.
AND TANGENTS. (25 Degrees.)
51
M.
Sine
D.
Cosine
D.
Ta„g.
D.
Cotang.
9-625948
451
9-957276
98
9-6'i«(-73
550
i 0-331327
60
1
626219
451
957217
98
669002
54J
330998
59
2
62G490
451
957158
98
669332
549
330668
58
3
626700
450
957099
98
669661
549
330339
57
4
627030
450
957040
98
669991
548
331)009
56
5
627300
450
950981
98
670320
548
329680
55
6
627570
449
956921
99
670649
548
329351
54
7
627840
449
956862
99
670977
548
329023
53
8
628109
449
956803
99
671306
547
328694
52
9
628378
448
956744
99
671634
547
328366
51
10
62S647
448
956684
99
671963
547
328037
50
11
9-628916
447
9-956625
99
9-672291
547
10-327709
49
12
629185
447
956566
99-
672619
546
327381
48
13
629453
447
956506
99
672947
546
327053
47
14
629721
446
956447
99
673274
546
326726
46
15
629989
446
956387
99
673602
546
326398
45
16
630257
446
950327
99
673929
545
326071
44
17
630524
446
956268
99
674257
545
325743
43
18
630792
445
956208
100
674584
545
325416
42
19
631059
445
956148
100
674910
544
325090
41
20
631326
445
956089
100
675237
544
324763
40
21
9-631593
444
9-956029
100
9-675564
544
10324436
39
22
631859
444
955969
100
675890
544
324110
38
23
632125
444
955909
100
676216
543
323784
37
24
632392
443
955849
100
676543
543
323457
36
25
632658
443
955789
100
676869
543
323131
35
26
632923
443
955729
100
677194
543
322806
34
27
633189
442
955669
100
677520
542
322480
33
28
633454
442
955609
100
677846
542
322154
32
29
633719
442
955548
100
678171
542
321829
31
30
633984
441
955488
100
678496
542
321504
30
31
9-634249
441
9-955428
101
9-678821
541
10-321179
29
32
634514
440
955368
101
679146
541
320854
28
33
634778
440
955307
101
679471
541,
320529
27
34
635042
440
955247
101
679795
541
320205
26
35
635306
439
955186
101
680120
540
319880
25
36
635570
439
955126
101
680444
540
319556
24
37
635834
439
955065
101
680768
540
319232
23
38
636097
438
955005
101
681092
540
318908
22
39
636360
438
954944
101
681416
539
318584
21
40
636623
438
954883
101
681740
539
318260
20
41
9-636886
437
9-954823
101
9-682063
539
10-317937
19
42
637148
437
954762
101
682337
539
317613
18
43
637411
437
954701
101
682710
538
317290
17
44
637673
437
954640
101
683033
538
316967
16
45
637935
436
954579
101
683356
538
316644
15
46
638197
436
954518
102
GS3679
538
316321
14
47
638458
436
954457
102
684001
537
315999
13
48
638720
435
954396
102
684324
537
315676
12
49
638981
435
954335
102
684646
537
315354
11
50
639242
435
954274
102
684968
537
315032
10
51
9-639503
434
9-954213
102
9-685290
536
10-314710
9
52
639764
434
954152
102
6^5612
536
314388
8
53
640024
434
954090
102
685934
536
314066
7
54
640284
433
954029
102
686255
536
313745
6
55
040544
433
953908
102
686577
535
313423
5
56
640804
433
953906
102
686898
535
313102
4
57
641064
432
953845
102
687219
535
312781
3
58
641324
432
953783
102
687540
535
312460
2
59
641584
432
953722
103
687861
534
312139
1
60
641842
431
953660
103
688182
534
311818
I Cosine |
64 Degree
I Cotang. I
I Tang. I M.
(26 Degrees.) a TABLE OF LOGARITMIC
M.
Sine
1).
Cosine
D.
Tang-.
D.
Cotans-.
9-C41842
431
9-9536tO
103
9-688182
534
10-311818
60
1
()421C1
431
953599
103
688502
534
311498
59
2
642360
421
953537
103
688823
534
311177
58
3
642618
430
953475
103
689143
533
310857
57
4
642877
430
953413
103
6894(;3
533
310537
5()
5
64:il35
430
953352
103
689783
533
310217
55
()
643393
430
953290
103
690103
533
309897
54
7
643650
429
953228
103
690423
533
309577
53
8
6431)68
429
953166
103
690742
532
309258
52
y
6441(15
429
953104
103
691062
532
308938
51
10
644423
428
953042
103
691381
532
308619
50
11
9-(:44(i80
428
9-952980
104
9-691700
531
10-3083(0
49
12
6^41)36
428
952918
104
692019
531
307981
48
13
645193
427
952855
104
692338
531
307062
47
14
645-S50
427
952793
104
692656
531
307344
46
15
645'; 06
427
952731
104
692975
531
307025
45
1«
< 45962
426
9528(;9
104
693293
530
306707
44
17
641:218
426
952606
104
693612
530
300388
43
18
C4G474
426
952544
104
693930
530
306070
42
Id
646729
425
952481
104
694248
530
305752
41
20
646984
425
952419
104
694566
529
305434
40
21
9-647240
425
9-952356
104
9-694883
529
10-305117
39
22
647494
424
952294
104
695201
529
304799
38
23
647749
424
952231
104
695518
529
304482
37
24
648004
424
952168
105
695836
529
304104
36
25
643258
424
952106
105
696153
528
303847
35
26
64i^512
423
952043
105
696470
528
303530
34
27
648766
423
951980
105
696787
528
303213
33
28
649620
423
951917
105
697103
528
3{i28y7
32
2H
649274
422
951854
105
097420
527
302580
31
m
649527
422
951791
105
697736
527
302264
30
^•ii
9-649781
422
9-951728
105
9-698053
527
10-301947
29
) 32
650034
422
951665
105
6983(>9
527
301631
28
) 33
650287
421
951602
105
698685
526
301315
27
) 34
650539
421
951539
105
699001
526
300999
26
; 35
650792
421
951476
105
699316
526
300084
25
;3c
651044
420
951412
105
699632
526
300368
24
)37
651997
420
951349
106
699947
526
300053
23
;38
651549
420
951286
106
700263
525
299737
22
bt)
651800
419
951222
100
700578
525
299422
21
4U
652052
419
951159
106
700893
525
299107
20
41
9-652304
419
9951096
106
9-701208
524
10-298792
19
42
652555
418
951032
106
701523
524
298477
18
43
652806
418
950968
106
701837
524
298163
17
) 44
653057
418
950905
106
702152
524
297848
16
) 45
653308
418
950841
106
702406
524
2975:;4
15
)4G
653558
417
950778
106
702780
523
29-220
14
) -l"
653808
417
950714
106
703095
523
296905
13
48
654059
417
950650
106
703409
523
296591
12
) 41)
654309
416
950586
106
703723
523
296277
11
J 5U
654558
416
950522
107
704036
522
295904
10
/ 51
654808
416
9-950458
107
9-704350
522
10-295650
9
;52
655058
416
950394
107
704663
522
295337
8
) 5:{
655307
415
950330
107
704977
522
295023
7
) 54
655556
415
950266
107
705290
522
294710
6
) 55
655805
415
950202
107
705603
521
294397
5
56
656054
414
950138
107
705916
521
294084
4
57
65()302
414
950074
107
706228
521
293772
3
58
656551
414
950010
107
706541
521
293459
2
50
656799
413
949945
107
706854
521
293146
1
60
657047
413
949881
107
707166
520
292834
Degrees.
AND TANGENTS. (27 Degrees. )
53
I Co.
I Tang
I D. I Coia!
D-657047
413
9-949881
167
0-707166
520
10-2i;2834
60
1
657295
413
949816
107
707478
520
292522
59
o
657542
412
949752
107
707790
520
292210
58
5
657790
412
949688
168
708102
520
291898
57
4
658037
412
949623
108
708414
5J9
291586
56
5
658284
4J2
949558
108
708726
519
291274
55
6
658531
411
949494
108
709037
519
290963
54
7
658778
411
949429
168
709349
519
290651
53
8
G5U025
411
949364
108
709660
519
290340
52
9
65U271
410
949300
108
709971
518
290029
51
]()
059517
410
949235
108
710282
518
289718
50
11
9-659763
410
9-949170
108
9-710593
518
10-289407
49
12
660.009
409
949105
108
710904
518
289096
48
13
660255
409
949040
108
711215
518
288785
47
14
fi()0501
409
948975
108
711525
517
28847^
46
15
660746
409
948910
108
7118:16
517
288164
45
IG
•()60991
408
948845
108
712146
517
287854
44
17
661236
408
948780
109
7124.56
517
287544
43
18
661481
468
948715
109
712766
516
287234
42
19
661726
407
948650
109
713U76
516
286924
41
20
661970
407
948584
109
713386
516
286614
40
21
9-662214
407
9-948519
109
9-713696
516
10-286304
39
22
662459
407
948454
109
714005
516
2S5995
38
23
662703
406
948388
109
714314
515
285C86
37
24
6G2946
400
948323
109
714624
515
285376
36
25
663190
406
948257
109
714933
515
285067
35
23
6G3433
405
948192
109
715242
515
2^4758
34
27"
663677
405
948126
109
715551
514
284449
33
28
663920
405
948060
109
715r60
514
284140
32
29
664163
405
947995
110
716168
514
283832
31
30
664406
404
947929
110
716477
514
283523
30
31
9-664048
404
9-947863
110
9-716785
514
10-283215
29
32
664891
404
947797
110
717093
513
282907
28
33
665133
403
947731
110
717401
513
282599
27
34
665375
403
947665
110
717709
513
282291
26
35
665617
403
947600
110
718017
513
281983
25
36
665859
402
947533
110
718325
513
281675
24
37
666100
402
947467
110
718633
512
281367
23
38
666342
402
947401
110
718940
512
281060
22
39
666583
402
947335
110
719248
512
280752
21
40
666824
401
947269
110
719555
512
280445
20
41
9-667065
401
9-947203
110
8-719862
512
10-2801.38
19
42
667305
401
847136
111
720169
511
279831
18
43
667546
401
947070
111
720476
511
279524
17
44
667786
400
947004
111
720783
511
279217
16
45
668027
400
946937
111
721089
511
278911
15
46
668267
400
946871
111
721396
511
278604
14
47
668506
399
94'-804
111
721702
510
278298
13
48
668746
399
946738
111
722009
510
277991
12
49
668986
399
946671
111
722315
510
277685
11
50
669225
399
946604
111
722621
510
277379
10
51
9-689464
398
9-9465P8
111
9-722927
510
10-277073
9
52
669703
398
946471
111
723232
5119
276768
8
53
669942
398
946404
111
723538
509
276462
7
54
670181
397
946337
111
723844
509
27615G
()
55
670419
397
946270
112
724149
509
275851
5
56
670658
397
946203
112
724454
509
275546
4
57
67'J896
397
946136
112
724759
508
275241
3
58
671134
396
946069
112
723065
508
274935
2
59
671372
396
946002
112
725369
508
274(>:n
1
60
671609
396
945935
112
725674
508
274326
I Cosine |
I Cotancr. I
1 M.
62 Degrees.
54
(?8 Degrees.) a TABLE OF LOGARITHMIC
9-671609
396
9-945935
112
y-725()74
508
10-274326
60
1
671847
395
9458(i8
112
725979
508
274021
59
2
672084
395
945800
112
726284
507
273716
58
3
672321
395
945733
112
726588
507
273412
57
4
672558
395
945(;66
112
726892
507
273108
56
5
672795
394
945598
112
727197
507
272803
55
6
673032
394
945531
112
727501
507
272499
54
7
673268
394
945464
113
727805
506
272195
53
8
673505
394
945396
113
728109
506
271891
52
9
673741
393
945328
113
728412
506
271588
51
10
673977
393
945261
113
728716
506
271284
50
11
9-674213
393
9-945193
113
9-729020
506
10-270980
49
12
674448
392
945125
113
729323
505
270677
48
13
G74()84
392
945058
113
729626
505
270374
47
14
674919
392
944990
113
729929
505
270071
46
15
675155
392
944922
113
730233
505
269767
45
16
675390
391
944854
113
730535
505
269465-
44
17
675624
391
944786
113
730838
504
269162
43
18
675859
391
944718
113
731141
504
268859
42
19
676094
391
944650
113
731444
504
IS
41
20
676328
390
944582
114
731746
504
40
21
9-676562
390
9-944514
114
9-732048
504
10-267952
39
22
676796
390
944446
114
732351
503
267649
38
23
677030
390
944377
114
732653
503
267347
37
24
6'/'/264
389
944309
114
732955
503
267045 "
36
25
677498
389
944241
114
733257
503
266743
35
26
677731
389
944172
114
733558
503
266442
34
27
677964
388
944104
114
733860
502
266140
33
28
678197
388
944036
114
734162
502
265838
32
29
678430
388
943967
114
734463
502
265537
31
30
678663
388
943899
114
734764
502
265236
30
31
9-678895
387
9-943830
114
9-7:i5066
402
10-264934
29
32
679128
387
943761
114
735367
502
264(533
28
33
679360
387
943693
115
735668
501
264332
27
34
679592
387
943624
115
735969
501
264031
26
35
679824
386
943555
115
736269
501
263731
25
36
680056
386
943486
115
736570
501
263430
24
37
680288
386
943417
115
736871
501
263129
23
38
680519
385
943348
115
737171
500
262829
22
39
680750
385
943279
115
737471
500
262529
21
40
680982
385
943210
115
737771
500
262229
20
41
9-681213
385
9-943141
115
9-738071
500
10-261929
19
42
681443
384
943072
115
438371
500
261629
18
43
681674
384
943003
115
738671
499
261329
17
44
681905
384
942934
115
738971
499
261029
16
45
682135
384
942864
115
739271
499
260729
15
46
682365
383
942795
116
739570
499
260430
14
47
682595
383
942726
116
739870
499
260130
13
48
682825
383
942656
116
740169
499
259831
12
49
683055
383
942587
116
740468
498
25953?
11
50
683284
382
942517
116
740767
498
259233
10
51
9-683514
382
9-942448
116
9-741066
498
10-258934
9
52
683743
382
942378
116
741365
498
258635
8
53
683972
382
942308
116
741664
498
258336
7
54
684201
381
942239
116
741962
497
258038
6
55
684430
381
942169
116
742261
497
257739
5
56
684658
381
942099
116
742559
497
257441
4
57
684887
380
942029
116
742858
497
257142
3
58
685115
380
941959
116
743156
497
256844
2
59
685343
380
941889
117
743454
497
256546
1
60
685571
380
941819
117
743752
496
256248
Tan-. I M
61 Degrees.
SINES AND TANGENTS. ('29 Degi'ees
)
55
^u^
Sine
sr
Cosine
D.
Tang.
D.
1 Cotang.
"",
)
9-685571
380
9-941819
117
9-743752
496
ia-256248
60
; 1
685799
379
941749
117
744050
496
255950 -
59
( 2
686027
379
941679
117
744348
496
255652
58
3
686254
379
941609.
117
744645
496
255355
57
4
686482
379
941539
117
744943
496
255057
56
5
686709
378
941469
117
745240
496
254760
55
6
686936
378
941398
117
745538
495
254462
54
) 7
687163
378
941328
117
745835
495
254165
53
? 8
687389
378
941258
117
746132
495
253868
52
) 9
687616
377
941187
117
746429
495
253571
51
)10
637843
377
941117
117
746726
495
253274
50
11
9-688069
377
9-941046
118
9-747023
494
10-252977
49
12
688295
377
940975
118
747319
494
252681
48
)l3
688521
376
940905
118
747616
494
252384
47
14
688747
376
940834
118
747913
494
252087
46
15
688972
376
940763
118
748209
494
251791
45
16
689198
376
940693
118
748505
493
251495
44
17
689423
375
940622
118 .
748801
493
251199
43
^ 18
689648
375
940551
118
749097
493
250903
42
JU
689873
375
940480
118
749393
493
25C607
41
•20
680098
375
940409
118
749689
493
250311
40
.;21
9-690323
374
9-940338
118
9-749985
493
10-250015
39
^22
690548
374
940267
118
750281
492
249719
38
(23
(24
690772
374
940198
118
750576
492
249424
37
690996
374
940125
119
750872
492
249128
36
25
691220
373
940054
119
751167
492
248833
35
26
691444
373
939982
119
751462
492
248538
34
27
691668
373
939911
119
751757
492
248243
33
(28
691892
373
939840
119
752052
491
247948
32
(29
692115
372
939768
119
752347
491
247653
31
(30
(31
692339
372
939697
119
752642
491
247358
30
9-692562
372
9-939625
119
9-752937
49a
10-247063
29
(32
692785
371
939554
119
753231
491
246769
28
(33
(34
693008
371
939482
119
753526
491
246474
27
693231
371
939410
119
7.53820
490
246180
26
(35
693453
371
939339
119
754115
490
245885
25
36
693676
370
939267
120
754409
490
245591
24
37
693898
370
939195
120
754703
490
245297
23
.38
(39
694120
370
939123
120
754997
490
245003
22
694342
370
939052
120
755291
490
244709
21
40
694564
369
938980
120
755585
489
244415
20
41
9-694786
369
9-938908
120
9-755878
489
10-244122
19
42
43
U4
695007
369
938836
120
756172
489
243828
18
695229
369
938763
120
756465
489
243535
17
695450
368
938691
120
756759
489
243241
16
45
695671
368
938619
120
757052
489
242948
15
-lO
695892
368
938547
120
757345
488
242055
14
, -17
696113
368
938475
120
757638
488
242362
13
^48
696334
307
938402
121
757931
488
242069
12
49
696554
367
938330
121
758224
488
241776
n
50
696775
367
938258
121
758517
488
241483
10
51
■52
9-696995
367
9-938185
121
9-758810
488
10-241190
9
697215
366
938113
121
759102
487
240898
8
53
697435
366
938040
121
7.W395
487
240605
54
697654
366
937967
121
759387
487
240313
6
55
56
)57
697874
366
937895
121
75i>979
487
240C21
5
698094
365
937822
121
760272
487
239728
4
698313
365
937749
121
76(i5(;4
487
239436
3
58
59
698532
365
937676
121
760856
486
239144
698751
365
9376IJ4
121
761148
486
238852
1
60
698970
364
937531
121
761439
486
238561
Cosine
^^..^^^__,
Sine
Cotang.
_^^^g^ J^ M.
6
Degre
es.
56
(30 Degrees.) a TABLE OF LOGARITHMIC.
M.
Sine
D. 1
Cosine
D.
Tang.
D.
Cotang. 1
9-698970,
364
9-937531
121
9-761439
486
10-238561
60
1
699189
S64
937458
122
761731
486
238269
59
3
699407
364
9a7385
122
762023
486
237977
58
3
699626
364
93731^
122
762314
486
237686
57
4
699844
363
937238
122
762(i06
485
237394
56
5
7UO0«)2
363
937165
122
76->:97
485
237103
55
6
700280
363
937092
122
763188
485
236812
54
700498
363
937019
122
763479
485
236521
53
8
7U0716
363
936946
122
763770
485
236230
52
y
700933
362
936872
122
764061
485
235939
51
10
701151
302
936799
122
764352
484
235648
50
ii
9-701368
362
9-936725
122
9-764043
484
10-235357
49
1-2
701585
362
936652
123
764933
484
235067
48
13
701802
361
936578
123
765224
484
234776
47
14
702019
361
936505
123
765514
484
234486
46
15
702236
361
936431
123
765805
484
234195
45
16
702452
361
936357
1-23
■766095
484
233905
44
17
702669
360
936264
123
766385
483
233615
43
18
702885
360
936210
123
766675
483
933325
42
19
703101
360
936136
123
766965
483
233035
41
2a
703317
360
936062
123
767255
483
232745
40
21
9-703533
359
9-935988
123
9-767545
483
10-232455
39
22
703749
359
935914
123
767834
483
232166
38
23
703964
359
9358^10
123
768124
482
231876
37
24
704179
359
935766
124
768413
482
231587
36
25
704395
359
935092
124
708763
482
231297
35
2r>
704610
358
935618
124
768992
482
231008
34
•27
704825
358
935543
12-1
769281
482
230719
33
■28
705040
358
935469
124
769570
482
230430
32
29
7(!5254
358
935395
124
769860
481
230140
31
30
705469
357
935220
124
770148
481
229852
30
31
9-705683
357
9-935246
124
9-770437
481
10-229563
29
32
705898
357
935171
124
770726
481
229274
28
;:3,
706112
357
935097
124
771015
481
228985
27
■M
706326
356
935022
124
771303
481
228697
26
35
70(i539
356
934948
124
771592
481
228408
25
36
706753
356
934873
124
771880
480
228120
24
37
706967
356
934798
125
772168
480
227832
23
38
707180
355
934-23
125
772457
480
227543
22
39
707393
355
934649
125
772-45
480
227255
21
40
707006
355
934574
125
773033
480
2-26967
20
41
9-707819
355
9-934499
125
9-773321
480
10-226679
19
42
7080S2
354
934424
125
773008
479
220392
18
43
708245
354
934349
125
773806
479
226104
17
44
708458
354
934274
125
774184
479
22581G
16
45
708670
354
934199
125
774471
479
225529
15
40
708882
353
934123
125
774759
479
22.5241.
14
47
709094
353
934048
125
775046
479
224954
13
48
7C9306
353
933973
1-25
775333
479
224667
12
49
709518
353
933898
126
775621
478
224379
11
50
709730
353
933822
126
775908
478
224092
10
:>!
y-709041
352
9-933747
126
9-776195
478
10-223805
9
52
710153
352
933671
126
776482
478
223518
8
53
710364
352
933596
126
776769
478
223231
7
54
710575
352
9335-20
126
777055
478
222945
6
55
710786
351
933445
126
777342
478
222058
5
5r>
710S97
351
933369
126
777628
477
222372
4
57
7112C8
351
933293
126
777915
477
222085
3
58
711419
351
933217
126
778201
477
22 J 799
2
59
711629
350
933141
126
778487
477
22I0I2
1
eo
711839
350
93ri066
126
7787^4
■ 477
221226
I Cosine |
I Tang.
59 Decrees
SINES AND TANGENTS. (31 Degrees.)
I Cosin
Ta>,g. I
9-711839
350
9-933066
126
9-778774
477
10--221-2-26
60 '
1
712050
350
932990
127
779060
477
220940
59 >
712260
350
93-2914
127
779346
476
220654
,>M f
3
7liM69
349
932838
127
• 779632
476
220368
57 '
4
712679
349
932762
127
779918
476
220082
56 '
5
712889
349
932<)85
127
780203
476
219797
55 /
6
71 3098
349
932609
127
780489
476
219511
54 ,'
713308
349
932533
127
780775
476
2192-25
53 '
8
713517
348
93-2457
1-27
781060
476
218940
52 /
9
713726
348
932380
127
781346
475
218654
51 !
10
713935
348
93-2304
127
781631
475
2.18369
50)
11
9-714144
348
9-932228
127
9-781916
475
10-218084
49
12
714352
347
932151
127
782201
475
217799
48
13
714561
347
932075
1-28
782488
475
217514
47
14
714769
347
931998
1-28
782771
475
217229
46
15
714978
347
931921
128
783056
475
210944
45 ^
16
715186
347
931845
128
78:i34l
475
216659
44 '
17
715394
ai6
931768
128
783626
474
216374
43 '
18
715602
346
931691
128
783910
474
216090
42;
19
715809
346
931614
128
784195
474
215805
41
20
716017
346
931537
128
784479
474
2155-21
40/
21
9-7162-24
345
9-931460
128
9-784764
474
10-215-236
39;
22
716432
345
931383
128
785048
474
214952
38
23
716639
345
93 J 306
128
785332
473
214668'
■37
24
716846
345
9312-29
129
785616
473
214384
36
25
717053
345
931152
129
785900
473
214100
35
26
717259
344
931075
129
786184
473
213816
34
27
717466
344
930998
129
786468
473
213532
33
28
717673
344
930921
129
786752
473
213-248
32
29
717879
344
930843
129
787036
473
2i29()4
31
30
718085
343
930766
129
787319
472
212681
30
31
9-718291
343
9-930(588
129
9-787603
472
10-212397
29 )
32
718497
343
930611
129
787886
472
212114
28 )
33
718703
343
93IJ533
129
788170
472
211830
27
34
718909
343
930456
129
788453
472
211547
•20
35
719114
342
930378
129
788736
472
211264
25
36
719320
342
930300
130
789019
472
210981
•24
37
719525
342
930223
130
789302
471
210698
23
38
719730
342
930145
130
789585
471
210415
22
39
719935
341
930067
130
789868
471
210132
21
40
720140
341
929989
130
790151
471
209849
•20
41
9-720345
341
9-929911
130
9-790433
471
10-209567
19
42
720549
341
929833
130
790716
471
209284
18
43
720754
340
929755
130
790999
471
209001
17
44
720958
340
929677
130
791281
471
208719
16
45
721162
340
929599
130
791563
470
208437
15 )
46
721366
340
929521
130
791846
470
208154
14 /
47
721570
340
929442
130
792128
470
207872
13
48
721774
339
929364
131
792410
470
207590
12
49
721978
339
929-286
131
792692
470
207308
11 (
50
722181
339
929207
131
792974
470
207026
10 )
51
9-722385
339
9-929129
131
9-793256
470
10-206744
9
52
722588
339
929050
131
793538
469
206462
8 (
53
722791
338
9-28972
131
793819 ■
469
206181
^
54
722994
338
928893
131
794101
469
205899
6
55
723197
338
928815
131
794383
469
205617
5
56
723400
338
928736
131
794664
469
205336
4
57
723603
337
928657
131
794945
469
205055
3
58
723805
337
928578
131
795227
469
204773
o
59
724007
337
928499
131
795508
468
204492
1^
60
724210
337
928420
131
795789
468
204211
(
I Cosine I
I Sine
I Cotang. I
I Tang. I M.
58 Degrees.
58
Sine 1
> Degrees.) A TABLE
OF LOGARITH
MIC
Ct.lanjr.
"mTT
D?^
Cosme 1
D. i
^■"^i^^^^^^r^
D.
"'""^
j
9-724210
337
9-928420
132
9-795789
468
10-204211
~W\
1
724412
337
928342
928263 ,
928183
132
796070
468
203930
59 (
2
724614
336
132
796351
468
203649
58 (
3
724816
336
132
796632
468
203368
57 (
4
725017
336
928104
132
796913
468
203087
56
5
725219
336
928625
132
797194
468
202806
55
6
725420
335
927946
132
797475
468
202525
54
7
725622
335
927867
132
797755
468
202245
53
8
725823
335
927787
132
798{>36
467
201964
52
9
726024
335
927708
132
798316
467
201()84
51
]0
72t>225
335
927629
132
798596
467
201404
50
11
9-726426
334
9-927549
132
9-798877
467
10-201123
49
12
726626
334
927470
133
799157
467
200843
48
13
726827
334
927390
133
799437
467
200563
47
14
727027
334
927310
133
799717
467
200283
46
15
727228
334
927231
133
799997
4(;6
200003
45
16
727428
333
927151
133
8C0277
466
199723
44
17
727628
333
927071
133
800557
466
199443
43
18
727828
333
926991
133
8C0836
466
199164
42
19
728627
333
92(>91i
133
801116
466
198884
41
20
728227
333
926831
133
801396
466
198004
40
21
9-728427
332
9-926751
133
9-801675
466
10-198325
39
22
728626
332
926671
133
801955
466
198045
38
23
728825
332
926591
133
802234
465
197766
37
24
729024
332
92C511
134
802513
4(-5
197487
36
25
729223
331
926431
134
802792
465
197208
35
26
729422
331
926351
134
803072
465
196)928
34
27
729621
331
92(>270
134
803351
4()5
196649
33
28
729820
331
926190
134
803630
465
196370
32
29
730018
330
926110
134
803908
465
196092
31
30
730216
330
926029
134
804187
465
195;-13
30
31
9-730415
330
9-925949
134
9-804466
464
10-195534
29
32
730613
330
925868
134
804745
464
195255
28
33
7368J1
330
925788
134
805023
464
194977
27
34
731009
329
925707
134
805302
464
194698
26
35
731206
329
925626
134
805580
464
194420
25
36
731404
329
925545
135
805859
464
194141
24
37
731602
329
9254(55
135
806137
464
193803
23
38
731799
329
925384
135
806415
463
193585
22
39
731996
328
925303
135
806693
463
193307
21
40
732193
328
925222
135
806971
463
193029
20
) 41
9-732390
328
9-925141
135
9-807249
463
10-192751
19
42
732587
328
925060
135
807527
463
192473
18
43
732784
328
924979
135
807805
403 ^
192195
17
44
732980
327
924897
135
808083
463
T91917
16.
45
733177
327
924816
135
808361
463
'191639
15
46
733373
327
924735
136
808638
4(^2
1913(3
14
47
733569
327
924654
136
808916
462
191(i84
13
48
733765
327
924572
136
809193
462
190807
12
49
733961
326
924491
136
809471
462
190529
11
^^50
734157
326
924409
136
809748
462
190252
10
) 51
9-734353
326
9-924328
136
9-810025
462
10-189S)75
9
, 52
734549
326
924246
136
810302
462
189698
8
; 53
734744
325
924164
136
810580
462
189420
7
) 54
734939
325
924083
136
810857
462
189143
6
) 55
735135
325
924001
136
811134
461
188866
5
; 56
735330
325
923919
136
811410
461
188590
4
; 57
735525
325
923837
136
811687
461
188313
3
, 58
735719
324
923755
137
811964
461
18S(i3()
2
> 59
735914
324
923673
137
812241
461
187759
1
) 60
736109
324
923591
137
812517
461
187483
' .
1 Cosine
I
i-^-^-Ji:;!^
1
Cotanj.
__Th;5_^
-JL
57 Degre
es.
INES AND TANGENTS. (33 Degrees.)
59
ImT
Sine
D.
Cosine
^"^dT""
Tang;.
r'l)?''^
Cutan=r.
^)
^
-y-73010'J
324
9-923591
137
9-812517
461
10-187482
"W/
1
73C303
324
S23509
137
812794
461
187206
59^
2
7:if)4y8
324
923427
137
813070
4G1
186930
58 (
3
73(it"92
323
923345
137
813347
460
186653
57/
4
73G8S6
32:j
9232G3
137
813023
460
186377
56 (-
5
737080
323
923181
137
813899
460
186101
55 (
G
737274
323
923098
137
814175
460
185825
54 <
7
737467
323
923016
137
814452
460
185548
53^
8
737661
322
922933
137
814728
460
185272
52 (
9
737855
322
922851
137
815004
460
184996
51
50
10
738048
322
922768
138
815279
460
184721
11
9-738241
322
9-922686
138
9-815555
459
10-184445
49 (
12
738434
322
922603
138
815831
459
184109
48 (
13
738(i27
321
922520
138
816107
459
183893
45
14
738820
321
922438
138
816382
459
183618
].-.
73yoi3
321
922S55
138
810658
459
183342
, 16
739206
321
9222-2
1C8
816933
459
183067
44
j7
739398
321
922189
138
817209
459
182791
43
18
'39590
320
922106
138
817484
459
182516
42
19
7IUi783
320
922023
138
817759
459
182241
41 (
20
. 739975
320
921940
138
81^035
458
181965
40 (
•21
9-740107
320
9-921857
139
9-818310
458
10-181090
39
--•2
740359
320
921774
139
818585
4c8
181415
38
23
740550
319
921691
139
818860
458
181140
37
24
740742
319
921607
139
819135
458
1808ri5
36 S
25
7401(34
319
921524
139
819410
458
180590
.^3
2C)
741125
319
921441
139
8196S4
458
180316
' 27
741316
319
921357
139
819959
458
180041
I 28
741508
318
921274
139
821.234
458
1797CC
32
29
741699
318
921190
139
820508
457
179492
31 (
30
741889 '
318
921107
139
820783
457
179217
30 S
31
9-742080
318
9-921023
139
S-F21C57
457
10-178943
29)
32
^42271
318
920939
140
521332
457
178668
28^
27
26
25
24
33
7424C2
317
920856
140
821606
457
178394
34
35
36
7426.52
317
920772
140
821880
457
178120
742842
317
920688
140
822154
457
■'177846
743033
317
920()04
140
822429
457
177571
37
743223
317
920520
140
822703
. 457
177297
23 _
38
743413
316
920436
140
822977
456
.177023
39
743GG2
316
920352
140
823250
456
176750
21
40
743792
316
920208
140
823524
456
176476
20
41
9-743982
316
9-920184
140
9-823798
456
10-176202
19
42
744171
316
92(;099
140
824072
456
175928
18
) 43^
. 7443G1
315
920015
140
824345
456
1750.55
17
44
744550
315
919931
141
82401 9
456
175381
16
45
744739
315
919846
141
824893
456
175107
15
46,
744928
315
919762
141
825166
456
174834
14
47
745117
315
919677
141
82.5439
455
174561
13
)48
7453l!6
314
919593
141
825713
455
174287
12
> 49
745494
314
919508
141
825986
455
174014
11
;5o.
745683
314
919424
141
826259
455
173741
10
/5I
9-745871
314
9-919339
141
S-g265.32
455
10-173408
/ 52
746059
314
919254
141
826805
455
173195
8
/53
) -54
746248
313
919169
141
827078
455
1729-22
7
746436
313
919085
141
827351
455
172649
/ 55
' 746624
313
919000
141
827624
455
172376
5
; 56
57
74G812
313
918915
142
827897
454
172103
4
746999
313
918830
142
828170
454
171830
3
58
747187
312
918745
142
828442
4.54
171558
2
)59
747374
- 312
918659
142
628715
454
171285
1 ,
> m
7475(;2
312
918574
142
828987
454
. 171013
0?
S;ne | | Ctitang^
56 Deirreee.
Tang. 1 M. (
60
(34 Degrees.) a TABLE OF LOGARITHMIC
)iL.
1 Sine
1 D-
1 • Cosine
1 D.
1 Tan?.
r^oT^
1 Cotang.
1 ■
)
9-747562
312
9-918574
142
9-828987
454
10-171013
60 (
11
747749
312
918489
142
829260
454
170740
59 I
747936
312
918404
142
829532
454
170468'
58 k
} 3
748123
311
918318
142
829805
454
170195
57 (
/ 4
748310
311
918233
142
830077
454
169923
56 I
^
748497
311
918147
142
830349
453
169651
55 (
^
748683
311
918062
142
830621
453
169379
54'
"'
748870
311
917976
143
830893
453
169107
53
«
749056
310
917891
143
831165
453
168835
52'
; 9
749243
310
917805
143
831437
453
168563
51
) 10
749429
310
917719
143
831709
453
168291
50
} H
9-749615
310
9-917()34
143
9-831981
453
10-168019
49 '
/ 12
7498U1
310
917548
143
832253
453
167747
48 ^
; 13
749987
309
917462
143
832525
453
167475
47 ';
; 14
750172
309
917376
143
832796
453
167204
46 \
/ 15
750358
309
917290
143
833068
452
166932
45)
44
/ 16
750543
309
917-204
143
833339
452
166661
/ n
750729
309
917118
144
833611
452
166389
43
42
f 18
750914
308
917032
144
833882
452
166118
; ly
751099
308
916946
144
834154
452
165846
41
40 J
; 20
751284
308
916859
144
834425
452
165575
I 21
9-751469
308
9-916773
144
9-834696
452
10-165304
39 J
22
751654
308
916G87
144
834967
452
165033
38)
) '23
151839
308
916600
144
835238
452
164762
37 }
^ 24
752023
307
916514
144
835509
452
164491
36 /
^ 25
752208
307
916427
144
835780
451
164220
35 }
j26
752392
307
9 J 6341
144
836051
451
163949
34)
/ 27
752576
307
91 254
144
836322
451
163678
33
; 28
752760
307
91()167
145
836593
451
163407
32 /
/ 29
752944
306
916081
145
836864
451
163136
31
; 30
753128
306
915994
145
837134
451
162866
30 ;
31
9-753312
306
9-915907
145
9-837405
451
10162595
29^ (
32
753495
306
915820
145
837675
451
162325
28 (
33
753679
306
915733
145
837946
451
16-2054
27 ^
34
753862
305
915646
145
838216
451
161784
26 (
35
754046
305
915559
145
838487
450
161513
25 /
)f
754229
305
9 J 5472
145
838757
450
■ 161243
24 /
37
754412
305
915385
145
839027
450
160973
23 i.
38
754595
305
915297
145
839297
450
160703
22 '^
. 3i»
. 754778
304
915210
145
839568
450
160432
21 I
40
754960
304
915123
146
839838
450
160162
20 (
Ui
9-755143
304
9-915035
146
9-840108
450
10-159892
19 '
^ 42
755326
304
914948
148
840378
450
159622
18 '
;,43
755508
304
9J4860
146
840647
450
159353 •
17
', 44
755690
304
914773
146
840917
449
159083
16 '
) 45
755872
303
914685
146
841187
449
158813
15 '
)46
756054
303
914598
146
841457
449
158543
14
47
756236
303
914510
146
841726
449
158274
13 (
48
756418
303
914422
146
841996
449
158004
12 '.
49
756600
303
914334
146
842266
449
157734
11
^,50
756782
302
914246
147
842535
449
157465
10
) 51
9-756963
302
9-914158
147
9-842805
449
10157195
9 '
) 52
757144
302
914070
147
843074
449
156926
8 ■,
; 53
757326
302
913982
147
843343
449
150657
7
,) 54
757507
302
913894
147
843612
449
156:i88
6 )
, 55
757688
301
913806
147
843882
448
156118
5^
; 56
757869
301
913718
147
844151
448
155849
4 )
1 57
758050
301
913630
147
844420
448
155580
3
^
■> 58
758230
301
913541
147
844689
448
155311
1 59
758411
301
91:M53
147
844958
448
155D-42
) 60
758591
301
913365
147
845227
448
154773
-^
'
Cosine
.^.
Sine
..^'-^
1 Tan?.
mJ
55 Degrees.
SINES AND TANGENTS, (35 De<,'rees.)
61
I Cosine |
I Tang
I Colancr. I
9-758591
301
9-913365
147
9.845227
448
10-154773
60
1
758772
300
913276
147
845496
448
154504
59
2
758952
300
913187
148
845764
448
154236
58
3
759132
300
913099
148
846033
448
153967
57
4
759312
300
913010
148
846302
448
153698
56
5
759492
300
912922
148
846570
447 ,
153430
55
6
759672
299
912833
148
846839
447
153161
54
7
759852
299
912744
148
847107
447
152893
53
8
760031
299
912655
148
847376
447
152624
52
9
760211
299
912566
148
847644
447
152356
51
10
760390
299
912477
148
84791^
447
152087
50
11
9-760569
298
9-912388
148
9.848181
447
10-151819
49
12
700748
298
912299
149
848449
447
151551
48
13
760927
298
912210
149
848717
447
151283
47
14
761106
298
912121
149
848986
447
151014
46
15
761285
298
912031
149
849254
447
150746
45
16
761464
298
911942
149
849.522
447
150478
44
17
761642
297
911853
149
849790
446
150210
43
18
761821
297
911763
149
8500.58
446
149942
42
19
761999
297
911674
149
850325
446
149675
41
20
762177
297
911584
149
850593
446
149407
40
21
9-762356
297
9-911495
149
9-850861
446
10-149139
39
22
762534
296
911405
149
851129
446
148871
38
23
7627^12
296
911315
150
851396
446
148604
37
24
762889
296
911226
150
851664
446
148336
36
25
763067
296
911136
150
851931
446
148069
35
26
763245
296
911046
150
852199
446
147801
34
27
763422
296
910956
150
852466
446
147534
33
28
763600
295
910866
150
852733
445
147267
32
29
763777
295
910776
150
853001
445
146999
31
30
763954
295
910686
150
853268
445
146732
30
31
9-704131
295
9-910596
150
9-853535
445
10-146465
29
32
764308
295
910506
150
853802
445
146198
28
33
764485
294
910415
150
854069
445
145931
27
34
764662
294
910325
151
854336
445
145664
26
35
764838
294
910235
151
854603
445
145397
25
36
765015
294
910144
151
854870
445
145130
24
37
765191
294
910054
151
855137
445
144863
23
38
765367
294
909963
151
855404
445
144596
22
39
765544
293
909873
151
855671
444
144329
21
40
765720
293
909782
151
855938
444
144002
20
41
9-765896
293
9-909691
151
9-856204
444
10-148796
19
42
766072
293
909601
151
856471
444
143529
18
43
766247
293
909510
151
856737
444
143263
17
44
766423
293
809419
151
857004
444
142996
16
45
766598
292
909328
152
857270
444
142730
15
46
766774
292
909237
152
857537
444
142463
14
47
766949
292
909140
152
857803
444
142197
13
48
767124
292
909055
152
858069
444
141931
12
49
767300
292
9081)64
152
8.58336
444
141664
11
50
7G7475
201
908873
152
858602
443
14J398
10
51
9-707049
291
9-908731
152
9-858868
443
10-Hli:2
9
52
7678-24
291
908690
152
859134
443
140866
8
53
767999
291
908599
152
859400
443
140600
7
54
768173
291
908507
152
859666
443
140334
6
55
768348
290
908416
153
859932
443
140008
5
56
768522
290
908324
153
860198
443
139802
4
57
768697
290
90^233
153
860464
443
139536
3
58
768871
290
908141
153
860730
443
139270
2
59
769045
290
908049
153
860995
443
139005
1
60
769219
290
907958
153
861261
443
138739
I Cosine I
I Cotang. I
I Tan
I M,
51 Degrees.
6
(36 Degrees.) a TABLE OF logarithmic
9-769219
290
9-907958
153
9-861261
443
10-138739
60
1
769393
289
907866
153
861527
443
138473
59
2
769566
289
907774
153
861792
442;
138208
58
3
769740
289
907682
153
8G2058
442
137942
57
4
769913
289
907590
153
802323
442
137677
56
5
770087
289
907498
153
862589
442
137411
55
6
770260
288
907406
153
862854
442
137146
54
7 .
770433
288
907314
154
863119
442
136881
53
8
770606
288
907222
154
8G3385
442
130615
52
9
770779
288
9071-29
154
863650
442
136350
51
10
770952
288
907037
154
863915
442
136085
50
11
9-771125
288
9-906945
154
9-864180
442
10-135520
49
12
771298
287
906852
154
864445
442
135555
48
13
771470
287
906760
154
864710
442
135200
47
14
771643
287
906667
154
864975
441
1350-25
40
15
771815
287
906575
154
865240
441
134760
45
16
771987
287
900482
154
865505
441
134495
44
17
772159
287
'906389
155
865770
441
134230
43
18
772331
280
906296
155
866035
441
133965
42
19
772503
286
906204
155
866300
441
133700
41
20
772675
286
906111
155
866564
441
133436
40
21
9-772847
286
9-906018
155
9-860829
441
10-133171
39
22
773018
286
905925
155
867094
441
1329;)6
38
23
773190
286
9U5832
155
867358
441
132642
37
24
773361
285
905739
155
867623
441
132377
36
25
773533
285
905645
155
867887
441
132113
35
20
773704
285
905552
155
868152
440
131848
34
27
773875
285
905459
155
868416
440
131584
33
28
774046
285
905366
156
808G80
440
1313-20
32
29
; 774217
2&)
905272
156
868945
440
131055
31
30
774388
284
905179
156
869209
440
130791
30
31
9-774558
•284
9-905085
156
9-869473
440
10-130527
29
32
774729
284
904992
156
869737
440
130263
28
33
774899
284
904898
150
870001
440
129999
27
34
775070
284
904804
156
8702()5
440
129735
26
35
775240
284
904711
156
870529
440
129471
25
36
775410
283
904617
156
870793
440
129-207
24
37
775580
283
904523
156
871057
440
128943
23
38
775750
283
904429
157
871321
440
1-28679
22
39
775920
283
904335
157
871585
440
128415
21
40
776090
283
904241
157
871849
439
128151
20
41
9-776859
283
"9-904147
157
9-8721 12
439
10-127888
19
42
776429
282
904053
157
872370
439
127024
]»
43
776598
282
JH)3959
157
872()40
439
127360
17
44
776768
282
9038W
157
872903
439
127097
16
45
776937
282
903770
157
873107
439
126833
15
46
777106
282
903676
157
873430
439
126570 ■
14
47
777275
281
903581
157
873694
439
126366
13
48
777444
281
903487
■ 157
873957
439
126043
12
49
777613
281
903392
158
874220
439
125780
11
50
777781
281
903298
158
874484
439
125516
10
51
9-777950
281
9-903203
158
9-874747
439
10-125253
9
52
778119
281
903108
158
875010
439
124990
8
53
778-287
280
903014
158
875273
438
124727
7
54
778455
280
9C2919
158
875536
438
124464
6
55
778624
280
90-2824
158
875800
438
124200
56
778792
280
902729
158
876063
438
123937
4
57
778960
280
902634
158
876326
438
123674
3
58
779128
280
902539
159
87(5589
438
123411
o
59
779295
279
9(2444
159
876851
438
123149
1
60
779463
279
902349
159
877114
438
122886
53 Degrees
Tang-. I M.
SINES
AND TANGENTS. (37 De^Tees.)
03
mT"
Sme
r^y
i'^co^r'""
1 D.
T.-^.
n.
Cntani.
'^— "^ — (
9-779463
279
' 9-902349
159
9-877114
438
10-122886
60
1
779631
279
902253
159
877377
438
122()23
59 (
2
779798
279
902158
159
877040
438
122300
58
3
779966
275
902063
159
877903
438
122097
57
4
78i)133
279
901907
159
878105
438
121835
56 /
5
78U300
278
901872
159
878428
438
121572
55
6
7HU407
278
901776
159
878091
438
121309
.54
7
78il634
278
901681
159
878953
437
121047
53
8
780801
278
901585
159
879216
437
120784
52 '
9
■ 780968
278
901490
159
879478
437
120522
■'il ]
10
781134
278
901394
160
879741
437
120259
50 ^
n
9-781301
277
9-901298
160
9-880003
437
.10-119997
49 )
1-2
781408
277
901202
160
88U2()5
437
119735
48 f
13
781634
277
9011l;0
160
880528
437
119472
'i'' .
14
781800
277
9i)10]0
100
880790
437
119210
46
15
781906
277
900914
100
881052
437
118948
45
10
782132
277
900818
100
81^1314
437
118086
44
17
782298
276
900722
100
881576
437
118424
43
18
782404
2T6
900026
160
881839
437
118101
42 ^
19
782030
276
900529
KiO
882101
437
1178t.9
41 ^
20
782796
276
900433
161
882363
43G
117637
40
21
9-782961
276
9-900337
161
9-882625
436
10-117375
39
22
783127
276
900240
161
882887
436
117113
38
23
783292
275
900144
161
883148
436
110852
37
24
783458
275
900047
161
883410
436
110590
36
25
783623
275
899951
161
883072
436
116328
35
2<i
783788
275
899854
101
883934
436
116006
34
27
783953
275
899757
101
884196
436
115804
33
28
784118
275
899000
101
884457
430
115543
32
29
784282
274
899504
101
884719
436
115281
31
30
784447
274
899467
102
884980
430
115020
30
31
9-784012
274
9-899370
162
9-885242
436
10-114758
29
32
784770
274
899273
102
885503
436
114497
28 /
33
784941
274
899176
102
885705
436
114235
27
34
785105
274
899078
102
886026
436
113974
26
35
785269
273
898981
102
886288
436
113712
25
36
785433
273
898884
162
886549
435
113451
24
37
785597
273
898787
162
880810
435
113190
23
38
785761
273
898689
102
887072
435
112928
22 ^
39
785925
273
898592
102
887333
435
112667
21
40
781)089
273
898494
103
887594
435
112406
20 ,
41
9-786252
272
9-898397
163
9-887855
435
10-112145
19
42
780416
272
898299
103
888116
435
111884
18
43
786579
272
898202
163
888:^77
435
111623
17
44
786742
272
898104
163
888039
435
111361
16
45
780906
272
898006
163
888900
435
111100
15
46
787069
272
897908
103
889160
435
110840
14
47
787232
271
897810
163
889421
435
110579
13
48
787395
271
897712
163
889082
435
110318
12
49
787557
271
897614
163
889943
435
110057
11
50
787720
271
897516
163
890204
434
119796
10
51
9-787883
271
9-897418
164
9-890405
434
10-109535
9
52
788045
271
897320
164
890725
434
109275
8
53
788208
271
897222
1C4
890986
434
109014
7
54
788370
270
897123
104
891247
434
108753
6
55
788532
270
897025
164
891507
434
108493
5
56
788694
270
896926
164
8917(58
434
108232
4
57
788856
270
896828
164
892028
434
107972
3
58
•789018
270
896729
164
892289
434
107711
2
59
789180
270
896031
164
892549
434
107451
1
60
789342
269
896532
164
892810
434
107190
I Cosine I
Degrees.
64
(38 Degrees.) A TABLE OF LOGARITHMIC
M.
Sine
D.
Cosine
D.
Tang.
D.
Cotan":
~o'
9-789342
269
9-896532
164
9-892810
434
10-107190
60
1
789504
269
896433
165
893070
434
106930
59
2
789665
209
896335
165
893331
434
106669
58
3
789827
269
896236
165
893591
434
106409
57
4
789988
269
896137
165
893851
434
106149
56
5
790149
269
896038
165
894111
434
105889
55
6
790310
268
895939
165
894371
434
105629
54
7
790471
268
895840
165
894632
433
105368
53
8
790632
268
895741
165
894892
433
105108
52
9
790793
268
895641
165
895152
433
104848
51
10
790954
2G8
895542
165
895412
433
104588
50
11
9-791115
268
9-895443
166
9-895672
433
10-104328
49
n
791275
267
895343
166
895932
433
104068
48
13
791436
267
895244
166
896192
433
103808
47
14
791596
267
895145
166
896452
433
103548
46
15
791757
267
895045
166
896712
433
103288
45
16
791917
267
894945
166
896971
433
103029
44
17
792077
267
894846
166
897231
433
102769
43
18
792237
266
894746
166
897491
433
102509
42
19
792397
266
894646
166
897751
433
102249
41
20
792557
266
894546
166
898010
433
101990
40
21
9-792716
266
9-894446
167
9-898270
433
10-101730
39
22
792876
266
894346
167
898530
433
101470
38
23
793035
266
894246
167
898789
433
101211
37
24
793195
265
894146
167
899049
432
100951
36
25
793354
265
894046
167
899308
432
100692
35
26
793514
265
893946
167
899568
432
100432
34
27
793073
265
R93846
167
899827
432
100173
33
28
793832
265
893745
167
900086
432
099914
32
29
793991
265
893(545
167
900346
432
099654
31
30
794150
264
893544
167
900005
432
099395
30
31
9-794308
264
9-893444
168
9-900864
432
10-099136
29
32
794467
264
893343
168
901124
432
098876
28
33
794626
264
893243
168
901383
432
098617
27
34
794784
264
893142
168
901642
432
098358
26
35
794942
264
893041
168
901901
432
098099
25
36
795101
264
892940
168
902160
432
097840
24
37
795259
264
892839
168
902419
432
097581
23
38
795417
263
892739
168
902679
432
097321
22
39
795575
263
892638
168
902938
432
097062
21
40
795733
263
892536
168
903197
431
096803
20
41
9-795891
263
9-892435
169
9-903455
431
10-096545
19
42
796049
263
892334
169
903714
431
096286
18
43
796206
263
89-2233
169
903973
431
096027
17
44
796364
262
892132
169
904232
431
095768
16
45
796521
262
892030
169
904491
431
095509
15
46
796679
262
8911J29
169
904750
431
095250
14
47
796836
262
891827
169
905008
431
094992
13
48
796993
262
891726
169
905267
431
094733
12
49
797150
261
891624
169
905526
431
094474
11
50
797307
261
891523
170
905784
431
094216
10
51
9-797464
261
9-891421
170
9-906043
431
10-093957
9
52
797621
261
891319
170
906302
431
093698
8
53
797777
261
891217
170
906560
431
093440
7
54
797934
261
891115
170
906819
431
093181
6
55
798091
261
891013
170
907077
431
092923
5
56
798247
261
890911
170
907336
431
092664
4
57
798403
260
890809
170
907594
431
092406
3
58
798560
260
890707
170
907852
431
092148
2
59
798716
260
890605
170
908111
430
09 J 889
1
60
798872
260
890503
170
908369
430
091631
Cosine |
I Cotang-. I
I Tang. I M.
51 Degrees.
SINES AND TANGENTS, (39 Degrees.)
65
9-798872
260 1
9-890503
170
9-908369
430
10-091631
60
1
799028
260
890400
171
908828
430
091372
on)
2
799184
260
890298
171
908886
430
091114
58?
3
799339
259
890195
171
909144
430
090856
57)
4
799495
259
890093
171
909402
430
090598
56;
55
5
799651
259
889990
171
909680
430
090340
6
799806
259
889888
171
909918
430
090082
54
.53)
7
799962
259
889785
171
910177
430
089823
^
• 800117
259
889682
171
910435
430
089565
.52 ;
51 )
9
800272
258
889579
171
910693
430
089307
10
800427
258
889477
171
910951
430
089049
50 )
49
48
47
46
11
9-800582
258
9-889374
172
9-911209
430
10-088791
12
800737
258
889271
172
911467
430
088533
13
800892
258
889168
172
911724
430
088-276
14
801047
258
889064
172
911982
430
088018
15
8012ai
258
888961
172
912-240
430
087760
45 (
16
801356
257
888858
172
912498
430
087502
44 (
17
801511
257
838755
172
912756
430
087244
43
18
801665
257
888651
172
913014
429
086986
42 (
19
801819
257
888548
172
913271
429
086729
41 (
20
801973
257
888444
173
913529
429
C86471
40 j
21
9-802128
257
9-888341
173
9-913787
429
10-086213
39
22
802282
256
888237
173
914044
429
085956
38
23
80^36
256
888134 ,
173
914302
429 '
085698
37
24
802589
256
888030
173
914.560
429
085440
36
25
802743
256
887926
173
914817
429
085183
35
2o
802897
256
837822
173
915075
429
084925
34 S
27
803050
256
887718
173
915332
429
084668
33 \
28
803204
256
887614
173
915590
429
084410
32 (
29
803357
255
887510
173
915847
429
084153
31 (
30
803511 ■
255
887406
174
916104
429
083896
30
31
9-8036G4
255
9-887302
174
9-916302
429
10-083638
29
32
803817
255
887198
174
916619
429
083381
28
33
803970
255
887093
174
916877
429
083123
27
34
8G4123
255
886989
174
917134
429
082866
26
35
804278
254
886H85
174
917391
429
082609
25
30
804428
254
886780
174
917648
429
082352
24
37
804581
254
888676
174
917905
429
082095
38
804734
254
886571
174
918163
428
081837
00
39
804886
254
886466
174
918420
428
081580
21
40
805039
254
886362
175
918677
428
081l?23
20
41
9-805191
254
9-836257
175
9-918934
428
10-081066
19
42
805343
253
886152
175
919191
428
080809 .
18
43
805495
253
886047
175
919448
428
080552
17
44
805647
253
885942
175
919705
428
080295
16
45
805799
253
885837
175
919962
428
080038
15
46
805951
253
885732
175
920219
428
079781
14
47
806103
253
885027
175
920476
428
079524
13
48
806254
253
885522
175
920733
428
079267
12
19
806406
252
885416.
175
S-20990
428
079010
11
50
806557
252
885311
178
921247
428
078753
10
51
9-890709
252
9-885205
176
9-921503
428
10"078497
9
52
806860
252
885100
176
921760
428
078240
8
53
807011
252
884994
176
922017
428
077983
7
54
807163
252
884889
176
922274
423
077726
6
55
807314
252
■ 884783
176
922530
423
077470
5
oG
807465
251
1 884677
176
92-2787
428
077213
4
, 57
807615
251
! 884572
176
923044
423
076956
3
5^
807766
251
834466
176
9-23300
428
076700
2
59
807917
251
834360
176
923557
427
076443
1
60
808067
251
884254
177
923813
4-27
076187
I Coiang-. I
I M.
50 Desrrees.
6*
6G
(40 Degrees.) a TABLE OF LOGARITHMIC
M.
Sine 1
D.
Cosine
D. 1
Tang. 1
D. 1
Cotang.
)
9-808067
251
9-884254
177
9-923813
427
10-076187
60 I
) 1
808218
251
884148
177
924070
427
075930
59 /
) 2
808368
251
884042
177
924327
427
075673
58 I
) 3
808519
250
883936
177
924583
427
075417
57 /
) 4
808669
250
883829
177
924840
427
075160
56 (
) ^
808819
250
883723
177
925096
427
074904
55 I
) 6
808969
250
883617
177
925352
427
074648
54 /
7
809119
250
883510
177
925609
427
074391
53 /
8
809269
250
883404
177
925865
427
074135 ■■'■
52 (
) 9
809419
249
883297
178
926122
427
073878
51 /
) 1<>
809569
249
883191
178
926378
427
073622
50 (
; 11
9-809718
249
9-883084
178
9-926634
427
10-073366
49 (
) 12
809868
249
882977
178
926890
427
073110
48
) 13
810017
249
882871
178
927147
427
072853
47 (
/ 14
810167
249
882764
178
927403
427
072597
46 ^
) 15
810316
248
882657
178
927659
427
072341
45 '
( 1^
810405
248
882550
178
927915
427
072085
44 '
) 17
810614
248
882443
178
928171
427
071829
43 '■
^ 18-
810763
248
882336
179
928427
427
071573
42 <
>19
810912
248
882229
179
928683
427
071317
41 (
^ 20
811061
248
882121
179
928940
427
071060
40 '
(21
9-811210
248
9-882014
179
9-929196
427
10-070804
39 ;
22
811358
247
881907
179
929452
427
070548
38
23
811507
247
881799
179
929708
427
070292
37
24
811655
247
881692
179
929964
426
070036
36 ;
25
811804
247
881584
179
930220
426
069780
35 '
26
811952
247
881477
179
930475
426
069525
34
27
812100
247
881369
179
930731
426
069269
33 ':
, 28
812248
247
881261
180
930987
426
069013
32 ',
) 29
812396
246
881153
180
931243
426
068757
31
; 30
812544
246
881046
180
931499
426
068501
30
t 31
9-812692
246
9-880938
180
9-931755
426
10-068245
29
32
812840
246
880830
180
932010
426
067990
28 /
33
812988
246
880722
180
932-266
426
067734
27 ;
34
813135
246
880613
180
93-2522
426
067478
26
) 35
813283
246
880505
180
932778
426
067222
25 /
)36
813430
245
880397
180
933033
426
066967
24 ,
) 37
813578
245
880289
181
933289
426
066711
23 ,
;-38
813725
245
880180
181
933545
426
066455
22
; 39
813872
245
880072
181
933800
426
066200
21
; 40
814019
245
879963
181
934056
426
065944
20
I 41
9-814166
245
9-879855
181
9-934311
426
10-065689
19 (
/ 42
814313
245
879746
181
934567
426
065433
18 (
(43
814460
244
879637
181
934823
426
065177
17 (
44
814607
244
879529
181
935078
426
064922
16 f
45
814753
244
879420
181
935333
426
064667
15 •
46
814900
244
879311
181
935589
426
064411
14 ,
47
815046
244
879202
182
935844
426
064156
13 f
48
815193
244
879093
182
936100
426
063900
12 ,
49
815339
244
878984
182
936355
426
063645
11 /
50
815485
243
878875
182
936610
426
063390
10 /
9 )
) 51
9-815631
243
9-878766
182
9-936866
425
10-063134
52
815778
243
878656
182
937121
425
062879
8 (
) 53
815924
243
878547
182
937376
425
062624
7 (
) 54
816069
243
878438
182
937632
425
062368
6 /
; 55
816215
243
878328
182
937887
425
062113
5 /
56
816361
243
878219
183
93&142
425
061858
4 /
57
816507
242
878109
183
938398
425
061602
3 ,
58
816652
242
877999
183
938653
425
061347
2
59
816798
242
877890
183
938908
425
061092
1 /
60
816943
242
877780
183
939163
425
060837
■
1 Cosine
1
1 Sine
1
1 Cotang.
1
Tang.
iSJ
49 Degrees.
INES AND TANGENTS. (41 Degi'ees.)
I Cosine I
1 Tang. I D. 1 Cotanj
9-816943
242
9-877780
183
9-939163
425
10060837
60
1
817088
242
877670
183
939418
425
060582
59
2
817233
242
877560
183
939673
425
060327
58
3
817379
242
877450
183
939928
425
060072
57
4
817524
241
877340
183
940183
425
0598] 7
56
5
817668
241
877230
184
940438
425
059562
55
6
817813
241
877120
184
940694
425
059306
54
7
817958
241
877010
184
940049
425
059051
53
8
818103
241
870899
184
941204
425
058796
52
9
818247
241
876789
184
941458
425
058542
51
10
818392
241
876678
184
941714
425
058286
50
11
9-818536
240
9 876568
184
9-941968
425
10-058032
49
12
818S81
240
876457
184
942223
425
057777
48
13
818825
240
^76347
184
942478
425
057522
47
14
818969
240
876236
185
942733
425
057267
46
15
819113
240
876125
185
942988
425
057012
45
16
819257
240
876014
185
943243
425
056757
44
17
819401
240
875904
185
943498
425
056502
43
18
819545
239
875793
185
943752
425
056248
42
19
819689
239
875682
185
944007
425
055993
41
20
819832
239
875571
185
944262
425
055738
40
21
9-819976
239
9-875459
185
9-944517
425
10-055483
39
22
820120
239
875348
185
944771
424
055229
38
23
820263
239
875237
185
945026
424
054974
37
24
820406
239
875126
186
945281
424
054719
36
25
820550
238
875014
186
945535 .
424
054465
35
26
820693
238
874903
186
945790 *
424
054210
34
27
820836
238
874791
186
946045
424
053955
33
28
820979
238
874680
186
940299
424
053701
32
29
821122
238
874568
186
946554
424
053446
31
30
821265
238
874456
186
946808
424
053192
30
31
9-821407
238
9-874344
186
9-947003
424
10-052937
29
32
821550
238
874232
187
947318
424
052682
28
33
821693
237
874121
187
947572
424
052428
27
34
821835
237
874009
187
947826
424
052174
26
35
821977
237
873896
187
948081
424
051919
25
36
822120
237
873784
187
948336
424
051664
24
37
822262
237
873672
187
948590
424
051410
23
38
822404
237
873560
187
948844
424
051156
22
39
822546
237
873448
187
949099
424
050901
21
40
822688
236
873335
187
949353
424
050647
20
41
9-822830
236
9-873223
187
9-949607
424
10.050393
19
42
822972
236
873110
188
949862
424
050138
18
43
823114
236
872998
188
950116
424
049884
17
44
823255
236
872885
188
950370
424
049630
16
45
823397
236
872772
188
950625
424
049375
15
46
823539
236
872659
188
950879
424
049121
14
47
823680
235
872547
188 .
951133
424
048867
13
48
823821
235
872434
188
951388
424
048612
12
49
823963
235
872321
188
951642
424
048358
11
50
824104
235
872208
188
951896
424
048104
10
51
9-824245
235
9-872095
189
9-952150
424
10-0478.50
9
52
824386
235
871981
189
952405
424
047595
8
53
824527
235
871868
189
952659
424
047341
7
54
824668
234
871755
189
952913
424
047087
6
55
824808
234
871641
189
953167
423
046833
5
56
824949
234
871528
189
953421
423
046579
4
57
825090
234
871414
189
953675
423
046325
3
58
825230
234
871301
189
953929
423
046071
2
59
825371
234
871187
189
954183
423
045817
1
60
825511
234
871073
190
954437
423
045563
I Cosine |
Sine I I Cotang. |
48 Degrees.
I Tang.
68
(42 Degrees.) a TABLE OF LOGARITHMIC
M.
Sine
D.
Cosine
D.
Tang.
D.
1 Corang.
1
~v
9-825511
234
9-87i073
190
9-954437
423
10-0455; 3
60
1
^25651
233
870960
190
954691
423
045309
59
2
825791
233
870846
190
954945
423
045055
58
3
825931
233
870732
190
9552i,0
423
044800
57
4
826071
233
870618
190
955454
423
044546
56
5
826211
233
8705U4
190
955707
423.
044293
55
6
820351
233
870390
190
955S>61
423
044039
54.
7
826491
233
870276
190
956215
423
(M3'85
53
8
826631
233
8701(51
190
956469
423
043531
52
9
820770
232
870047
191
956723
423
043277
51
ID
826910
232
869933
191
956977
423
0430^3
50
11
9-82:049
232
9-869818
191
9-957231
423
10-042769
49
12
827189
2:J2
869704
191
957485
423
042515
48
U
827328
232
809589
191
957739
423
042261
47
14
827467
232
869474
191
957993
423
0420(.7
46
15
827606
232
869360
191
958246
423
041754
45
IG
827745
232
86y245
191
958500
423
041500
44
17
827884
231
869130
191
958754
423
041246
43
18
828023
231
809015
192
959008
423
040992
42
ly
828162
231
868900
192
9592(2 -
423
040738
41
20
828301
231
868785
192
959516
423
04(]484
40
21
9-828439
231
9-868670
192
9-959709
423
10-040231
39
22
828578
231
868555
1^2
96O023
423
039977
38
23
828716
231
868440
192
960277
423
039723
37
24
828855
230
868324
192
960531
423
039409
36
25
828993
230
868209
192
. 960784
423
03921(5
35
2:)
829131
230
• 868093
192
961038
423
038962
34
27
829269
230
807978
193
961291
423
038709
33
28,
829407
230
86V8G2
193
961545
423
038455
32
29
829545
230
807747
193
961799
423.
((38201
31
30
829683
230
867631
193
962052
423
037948
30
31
9-829821
229
9-867515
193
9-962306
423
10-037694
29
32
829959
229
867399
193
962560
423
037440
28
33
83(J097
229
867283
193
9(2813
423
037187
27
34
830234
229
867167
193
9(i3(!67
423
036933
26
35
830372
229
867051
193
903320
423
030680
25
36
830509
229
860935
194
963574
423
03(5426
24
37
830646
229
866819
194
9(>3827
423
036173
23
38
830784
229
8i:6703
194
964081
423
035919
22
39
830921
228
866586
194
964335
423
035665
21
40
831058
228
866470-
194
964588
422
035412
20
4]
9-831195
228
9-866353
194
t!-964842
422
10 035158
19
42-
831332
228
86C237
194
965095
422
034905
18
43
831469
228
866120
194
965349
422
034651
17
44
831606
228
866004
195
965602
422
034398
16
45
831742
228
865887
195
905855
422
034145
15
46
831879
228
865770
195
966109
422-
0338i»K
14
47
832015
227
865653
. 195
966362
422
033638
13
48
832152
227
865536
195
966616
4-22
033384
12
49
832288
227
865419
195
966869
422
033131
11
50
832425
227
865:i02
195
967123
422
032877
10
51
9-832561
227
9'865185
195
9-967376
422
10-032624
9
52
832';97
227
865668
195
967629
422
032371
8
53
832833
227
864950
195
967883
422
032117
7
54
832969
226
864833
196
9C8136
422
0318(54
6
55
8331(5
226
864716
196
968389
422
031611
5
56
83:241
226
864598
196
968643
422
031357
4
57
833377
226
864481
196
968896
422
031104
3
58
833512
226
864363
196
969149
422
030851
2
59
833648
226
864245
196
969403
422
030597
1
60
833783
226
864127
196
969656
422
030344
Ccsinc I
I J Colang-.
47 Degrees.
Tang.
SINE
J' AND T
A N G E N T s . (43 Degrees
)
69
'/ M.
S,„e
]^lx^
1 Cosmo
D.
Tar.g.
1 n. 1 Cotai.K-.
~o"
9-833783
226
9-864127
196
9-969656
422
10-030344
00
1
833919
225
864010
196
969909
422
030091
59
2
834054
225
863892
197
970162
422
029838
58
3
834189
225
863774
197
970416
422
029584
57
4
834325
2-25
8G3656
197
970669
422
029331
56
5
834460
225
863538
197
970922
422
029078
55
) 6
834595
803419
197
971175
422
028825
54
7
834730
225
863301
197
971429
422
028571
53
8
834865
225
863183
197
971682
422
028318
52
9
834999
224
863064
197
971935
422
028065
51
10
835134
224
862SM6
198
972188
422
027812
50
11
9-835269
224
9-862827
198
9-972441
422
10-027559
"'9
12
835403
224
862709
198
972894
422
027306
48
13
835538
224
862590
198
972948
422
027052
47
14
835672
224
862471
198
973201
422
020799
46
15
835807
224
862353
198
973454
422
020546
45
16
835041
224
862234
198
973707
020293
44
17
836075
223
862115
198
973960
422
020040
43
18
83(;2U9
223
861996
198
974213
422
025787
42
19
836343
223
861877
198
974466
422
025534
41
20
830477
223
861758
199
974719
422
025281
40
21
9-836611
223
9-861638
199
9-974973
422
10-025027
39
22
836745
223
861519
199
975226
422
024774
38
23
836878
223
861400
199
975479
422
024521
37
24
837012
222
861280
199
975732
422
024268
36
25
837146
222
861161
199
975985
422
024015
35
2G
837279
222
861041
199
976238
422
023762
34
27
837412
222
860922
199
976491
422
023509
33
28
837540
222
860802
199
976744
422
023250
32
29
837079
222
8«)0682
200
970997
422
023003
31
30
837812
222
860502
200
977250
422
022750
30
31
9-837945
222
9-860442
200
9-977503
422
10-022497
29
32
838078 .
221
800322
200
977756
422
022244
28
33
838211
221
860202
200
978009
422
021991
27
34
838344
221
8601.82
200
978202
•422
021738
26
35
838477
221
859962
200
918515
422
021485
25
36
838610
221
859842
200
978708
422
021232
24
37
838742
221
859721
201
979021
422
020979
23
38
838875
221
859601
201
979274
422
020726
22
39
830007
221
859480
201
979527
422
020473
21
40
839140
220
859360
201
979780
422
020220
20
41
9-839272
220
9-859239
201
9980033
422
10-019967
19
42
839404
220
859119
201
980286
422
, 019714
18
43
839536
220
858998
201
980538
422
019402
17
44
839668
220
858877
201
980791
421
01921/9
16
45
83U800
220
858756
202
981044
421
018956
15
46
839932
220
858035
202
981297
421
018703
14
47
840ij64
219
858514
202
981550
421
018450
13
48
840196
219
858393
202
9818U3
421
018197
12
49
84U328
219
858272
202
982.i56
421
017944
11
50
840459
219
858151
202
982309
421
017691
10
51
9-840591
219
9-858029
202
9-982562
421
10-017438
9
52
840722
219
857908
202
982814
421
017186
8
53
840854
219
857786
202
983J67
421
010933
7
54
840985
219
857665
203
98332!)
421
0l6(:.80
6
55
841116
218
857543
203
983573
421
010427
5
56
841247
218
857422
203
983826
421
010174
4
57
841378
218
8573U0
203
984079
421
015921
3
58
841509
218
857178
203
984331
4-21
015669
5!)
841640
218
857056
203
9845S4
4J1
015416
1
CO
841771
218
8519-4
203
984837
421
0151G3 1
^
^Cosine
Sine
■
^^^OMang^^^
^^^C^
M.
4
5 Degret
;s.
^^ ^__
70
(44 Degrees.) a table OF logarithmic
r^
D. I Co
I Ta
1 Cosine
I Colan^. I
Tang.
9-841771
218
9-856934
203
9-984837
421
10-015163
60
1
84 J 902
218
85G812
203
985090
421
014910
59
2
843033
218
856690
204
985343
421
014657
58
3
842163
217
856568
204
985596
421
014404
57
4
842294
2J7
856446
204
985848
421
014152
56
5
842424
217
856323
204
986101
421
013899
55
6
842555
2J7
856201
204
986354
421
013646
54
7
842685
217
856078
204
986607
421
013393
53
8
842815
217
855956
204
986860
421
013140
52
9
842946
217
855833
204
987112
421
012888
51
10
843076
217
855711
205
987365
421
012635
50
11
9-843206
216
9-855588
205
9-987618
421
10-012382
49
12
843336
216
855465
205
987871
421
012129
48
13
843466
216
855342
205
988123
421
011877
47
14
843595
216
855219
205
988376
421
011624
46
15
843725
216
855096
205
988629
421
011371
45
16
843855
216
854973
205
988882
421
011118
44
17
843984
216
854850
205
989134
421
010866
43
18
844114
215
854727
206
989387
421
010613
42
19
844243
215
854603
206
989640
421
010360
41
2a
844372
215
854480
206
989893
421
010107
40
21
9-844502
215
9-854356
206
9-990145
421
10-009855
39
22
844631
215
854233
206
990398
421
009602
38
23
844760
215
854109
206
990651
421
009349
37
24
844889
215
853986
206
990903
421
009097
36
25
8450 J 8
215
85:^62
206
991156
421
008844
35
26
845147
215
853738
206
991409
421
008591
34
27
845276
214
853614
207
991662
421
008338
33
28
845405
214
853490
207
991914
421
008086
32
29
845533
214
853366
207
992167
421
007833
31
30
845662
214
853242
207
992420
421
007580
30
31
9-845790
214
9-853118
207
9-992672
421
10-007328
29
32
845919
214
852994
207
992925
421
007075
28
33
846047
214
852869
207
993178
421
006822
27
34
846175
214
852745
207
993430
421
006570
26
35
846304
214
852620
207
993683
421
006317
25
36
846432
213
852496
208
993936
421
006064
24
37
84(5560
213
85-2371
208
994189
421
005811
23
38
846688
213
852247
208
994441
421
005559
22
39
846816
213
8521-22
208
994694
421
005306
21
40
846944
213
851997
208
994947
421
005053
20
41
9-847071
213
9-851872
208
9-995199
421
10004801
19
42
847199
213
851747
208
995452
421
004548
18
43
847327
213
851622
208
995705
421
004295
17
44
847454
212
851497
209
995957
421
004043
16
45
847582
212
851372
209
990210
421
003790
15
46
847709
212
851246
209
990463
421
003537
14 (
47
847836
212
851121
209
996715
421
003285
13 (
48
847964
212
850y9{i
209
996908
421.
003032
12
49
848091
212
850870
209
997221
421
002779
11
50
848218
212
850745
209
997473
421
0U2527
10
51
9-848345
212
9-850619
209
9-997726
421
10-002274
y
52
848472
211
850493
210
997979
421
002021
8
53
848599
211
850368
210
998231
421
001769
7
54
848726
211
850242
210
99S484
421
001516
6
55
848852
211
850116
210
998737
421
001263
5
56
848979
211
849990
210
998989
421
001011
4
57
849106
211
849864
210
999242
421
000758
^
58
849232
211
849738
210
999495
421
000505
2
59
849359
211
849611
210
999748
421
000253
1
60
849485
211
849485
210
10-000000
421
000000
_1
45 Degrees.
TRAVERSE TABLE,
SHOWING THE DIFFERENCE OF
LATITUDE AND DEPARTUEE
DISTANCES BETWEEN 1 AND 100;
ANGLES TO QUARTER DEGREES BETWEEN 1° AND 90°
TRAVERSE TABLE.
1'
i Db.
G.
li
Lat.
Dep.
/ 1
1-UO
0-00
2- J J
001
' 3
3-JO
001
( '^
4-JO
003
) 5
5-OJ
002
(5
60J
0-03
7
8
7-0.)
003
80J
0-03
9
9- 00
0-04
10
10 00
004
) 11
iioa
0-05
12U,J
0-05
) 13
13-1)0
0-06
i I5
14-OJ
0-06
l.J-00
007
"
Ifi-OlJ
0-i)7
17-00
007
) 18
18-00
003
) 19
19-00
0-03
j 20
2000
009
} 21
2100
0-09
) 22
22-00
010
) 23
2i-00
010
) 24
24-OJ
0-10
; 2.5
25-00
0-11
28
26-00
Oil
) 27
27-00
0-12
) 28
28-00
0-12
) 2J
29-00
0-13
J 30
3000
0-13
i 31
31-00
0-14
32
33
34
) 35
32-00
0-14
33-00
0-14
34-00
0-15
35-00
0-15
36
36-00
0-16
37
37-00
0-16
38
38-00
0-17
) 39
39-00
0-17
j 40
40-00
0-17
) 41
41-00
0-18
\ 42
42 0)
0-18
43
43- JO
0-19
44
44-00
0-19
45
4.5-0;)
0-20
S 4G
46-00
0-20
; 47
47-00
0-21
) 48
48-00
0-21
^9-00
50-90
Dep.
0-21
0-22
Lnt.
Dep.
1-03
0-01
2- JO
0-.2
3-00
0-J3
400
003
5-.;0
0-04
6 00
0-05
700
0-06
8-00
0-07
9OJ
0-03
10 OJ
0-09
11-00
010
1200
010
1300
Oil.
liOO
0-12
15O0
0-13
16-uO
0-14
17-00
0-15
18-00
0-10
1900
0-17
20-00
0-17
21-00
0-18
22-00
0-19
2.i00
0-20
24-00
0-21
2500
0-22
2000
0-23
27-00
0-24
2300
0-24
•2J-00
0-25
30-00
0-26
31-00
0-27
32-00
0-28
33-00
0-29
^-00
0-30
3501)
0-31
36-00
0-31
37-00
0-32
3800
0-33
3900
0-34
4000
0-35
i Deg.
4000
41-00
0-35
0-36
42-00
0-37
4i-00
0-33
44-09
0-38
45-00
0-39
46-00
0-40
47-00
0-41
43-00
0-42
490J
0-43
50-00
0-44
Dep.
Lat.
Deg.
1-00
2-^0
3-00
400
5-00
6-00
7-UO
8-00
9-00
10-00
11-00
12-09
13-09
14-00
1509
16-00
17-00
IS-OJ
19-00
20-00
21-00
22 00
23-09
24-00
2500
26-00
27-00
23-00
2900
30-00
31-00
32-00
33-00
34-00
35-00
36-00
3700
33-00
3900
40-00
41-00
42-00
43-00
44-09
45-00
46-00
47-00
43-OJ
4900
50-00
Dep.
Dep.
C-01
03
04
0-05
0-07
(;-j8
0-09
0-10
0-12
0-13
0-14
0-16
0-17
0-18
0-29
0-21
0-22
0-24
0-25
0-26
0-27
0-29
0-39
031
0-33
0-34
035
0-37
0-33
0-39
0-41
0-42
0-43
0-45
0-46
0-47
0-48
0-50
0-51
0-52
0-54
0-55
0-58
0-53
0-59
0-60
0-62
0-63
06t
0-65
891 Deg.
TRAVERSE TABLE.
73
h
i Deo.
I I)EG. j
I Des.
) s
.„.
Dep.
Lau
Dep. 1
Lat.
Dep.
, 51
51-00
0-22
51.-C0
0-45
51-00
0-67
) m
52-00 -
0-23
52-00
0-45
52-00
0-68
( 53
53-00
0-23
53-00
0-46
5300
0-69
54
54-00
0-24
54-00
C--i7
54-00
G-71
55
55-00
0-24
55-00
0-48 1
5./00
0-72
<, 56
515-00
0-24
56-00
0-49
5;-oo
0-73
< 57
5700
0-25
57-00
0-50
57-00
0-75
^ 58
58-00
0-25
58-00
0-51 !
57-99
0-76
< 59
59-00
0i26
59-00
0-51
58-99
0-77
j 60
60-00
0-26
60-00
0-52
59-99
0-79
/ 61
fil-00
0-27
61-00
0-53
60-99
0-80
t;2
02-00
0-27
62-00
0-54
61-99
0-81
6:i
C3-00
0-27
63-00
0-55
62-99
0-82
, (i4
64-00
0-28
64-00
0-56
6.3-99
•0-84
/ 65
65-00
0-28
65-00
0-57
64-99
0-85
I 66
60-00
0-29
66-00
0-58
65-99
0-86
I 67
07-00
0-29
67-00
0-58
66-99
0-88
/ 68
68-00
0-30
68-00
0-59
67-99
0-89
I 69
09-00
0-30
69-00
0-60
68-99
C-90
. 70
70-00
0-31
70-00
0-61
69-99
0-92
71
71-00
0-31
71-00
C-62
70-99
0-93
?'■'
72-00
0-31
72-UO
0-63
71-99
0-94
73
73-00
0-3-2
73-00
0-64
72-99
0-96
74
74-00
0-32
74-00
0-65
73-99
0-97
75
75-09
0-33
75-00
0-r>5
74-99
0-98
76
76-00
0-33
7ii-00
066
75-99
0-99
77
77-00
0-34
77 00
0-67
70-99
1-01
78
78-00
0-34
78-00
0-68
77-99
1-02
79
79-UO
0-34
7i)-00
0-69
78-99
1-03
HO
80-00
0-35
80-00
0-70
79-99 ■
1-05
-n
81-00
0-35
81-00
0-71
80-99
106
ft^
8200
0-30
82-00
0-72
81-99
1-07
H3
83-00
0-36
83-00
0-72
8-2-99
1-09
>-<4
84-00
0-37
84-00
0-73
83-99
1-10
rf5
85-00
0-37
8500
0-74
84-99
1-11
80
86-00
0-38
8G-00
0-75
85-99
1-13
i-7
87-00
0-38
87-00
0-76
86-99
114
H8
88-00
0-38
88-00
0-77
87-99
1-15
69
89 00
0-39
89-00
0-78
88-99
1-16
yo
90-00
0-39
90-00
0-79
89-99
118
91
91-00
0-40
91-00
0-79
90-99
1-19
92
92-00
0-40
92-00
0-80
91-99
1-20
93
93-00
0-41
93-00
0-81
92-99
1-22
94
94-00
0-41
94-00
0-82
93-99
1-23
95
95-00
0-41
95-00
0-83
94-99
1-24
96
90-00
0-42
9G-00
0-84
95-99
1-26
97
97-00
0-42
97-00
0-85
96-99
1-27
; 98
98-00
0-43
9800
0-86
97-99
1-28 ,
) 99
J 100
99-00
0-43
99-00
0-86
98-99
1-30 <
100-00
0-44
100-00
0-87
99-99
1-31 :
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i' n
89] r
EU.
m dkr.
1
89i Deq.
74
TRAVERSE TABLE.
1 Dkg.
1-00
2-00
3-00
4-00
5-00
6-00
7-00
8-UU
'.too
lu-uo
11-00
12-00
i;j-oo
1400
15-00
10-00
17-00
ics-00
l;»-00
20-00
21-00
2200
23-00
24-00
25-00
20-00
27-00
28-00
2t>-00
30-00
31-00
3200
32-90
33-09
34-09
35-99
3G-99
37-99
38-99
39-99
40-99
41-99
42-99
43-99
44-99
45-99
46-99
47-99
48-99
49-y9
Dep.
Dep.
0-02
003
0-05
0-07
0-09
010
012
0-14
0-lG
0-17
0-19
0-21
0-23
0-24
0-28
0-28
0-30
0-31
0-33
0-35
0-37
0-38
0-40
0-42
0-44
0-45
0-47
0-49
tt-51
0-52
0-54
0-5G
0-58
0-59
0-Gl
0-G3
0-G5
0G6
0-G8
0-70
0-72
0-73
0-75
0-77
0-79
0-80
0-82
0-84
0-86
0-87
Deg.
U Deg.
100
2-00
3-UU
4-00
5-00
G-00
7-00
8-00
y-00
lu-oo
11-00
12UU
13-00
14-00
15-00
16-00
17-00
18-00
19-00
20-00
21-00
21-y9
22-99
23-99
24-99
25-09
26-99
27-99
28-99
29-99
30-99
31-99
32-99
33-99
34-99
35-99
36-99
37-99
38-99
39-99
40-99
41-99
42-99
43-99
44-99
45-99
46-99
47-99
48 99
49-99
Dep.
Dep.
0-02
0-04
0-07
0-09
0-11
013
0-15
0-17
0-20
0-22
0-24
0-26
0:28
0-31
0-33
0-35
0-37
0-39
0-41
0-44
0-46
0-48
0-50
0-52
0-55
0-57
0-59
0-61
0-63
0-G5
0-68
0-70
0-72
0-74
0-76
0-79
0-81
0-83
0-85
0-87
0-89
0-92
0-94
0-96
0-98
1-00
1-03
1-05
1-07
1-09
Deg.
U Deg.
1-00
2-00
3-00
4-00
5-00
6-00
7-00
8-00
9-00
1000
11-00
12-00
13-00
14-00
14-99
15-99
16-99
17-99
18-99
19-99
20-99
21-99
22-99
23-99
21-99
25-99
26-99
27-99
28-99
29-99
30-99
31-99
32-99
33-99
34-99
35-99
36-99
37-99
38-99
39-99
40-99
41-99
42-99
43-99
44-99
45-99
46-99
47-98
48-98
49-98
Dep.
Dep.
0-03
0-05
0-08
010
0-13
0-16
0-18
21
0-24
0-26
0-28
0-31
0-34
0-37
0-39
0-42
0-45
0-47
0-50
0-52
0-55
0-58
0-60
0-63
0-65
0-68
0-71
0-73
0-76
0-79
0-81
0-84
0-8G
0-89
0-92
0-94
0-97
0-99
1-(J2
1-65
1-07
1-10
1-13
1-15
1-18
1-20
1-23
1-26
1-28
1-31
28-99
29-99
30-99
31-99
32-98
33-98
34-!)8
35-98
36-98
37-98
38-98
39-98
40-98
41-98
42-98
43-98
44-98
45-98
46-98
47-98
48-98
49-98
Dep.
n
Deg.
Lat.
Dep.
1-00
0-03
2-00
0-06
3-00
0-09
4-00
0-12
1 5-UO
0-15
6-00
0-18
7-00
0-21
8-00
0-25
9-00
0-28
10-60
0-31
10-99
0-34
11-99
0-.37
12-99
0-40
1.3-99
0-43
14-99
0-46
15-99
0-49
lG-99
0-52
17-99
0-55
18-99
0-i58
19-99
0-61
20-99
0-64
21-99
0-G7
22-99
0-70
2.3-99
0-73
24-99
0-76
25-99
0-79
26-99
0-83
27-99
0-86
Deg.
TRAVERSE TABLE.
1 1 Deg.
Lat.
Dep.,
50-99
0-89
51-99
0-91
52-9!)
0-92
53-99
0-94
54-9:i
0-96
55-99
0-98
56-99
0-99
57-99
1-01
58-99
1-03
59-99
1-05
60-99
1-06
61-99
1-08
G'i-99
1-10
63-99
1-12
64-99
l-i3
65-99
rio
66-99
1-17
67-99
1-19
68-99
1-20
69-99
1-22
70-99
1-24
7I-y9
1-26
72-99
1-27
73-99
1-29
74-99
1-31
75-99
133
76-99
1.34
77-99
1-36
78-99
1-38
79-99
1-40
80-99
1-41
81-99
1-43
82-99
1-45
83-99
1-47
84 99
1-48
85-99
1-50
86-99
1-.-J2
87-99
1-54
88-99
1-.55
89-99
1-57
90-99
1-59
91-99
1-01
92-99
1-62
93-99
1-64
94-99
1-66
93-99
1-68
96-99
1-69
97-99
1-71
98-98
1-73
99-98
1-75
Dep.
Lat.
89 E
)EG.
1.^ Deg.
1| Deg.
Lat.
Dep.
Lat.
Dep.
50-99
1-11
50-98
1-34
51-99
1-13
51-98
1-36
52-99
1-16
52-98
1-39
53-99
1-18
53-98
1-41
54-99
1-20
54-98
1-44
55-99
1-22
55-98
1-47
56-99
1-24
56-98
1-49
57-99
1-27
57-98
1-52
58-99
1-29
58-98
1-54
59-99
1-31
59-98
1-57
60-99
1-33
60-98
1-60
61-99
135
61-98
1-62
62-99
1-37
62-98
1-65
63-98
1-40
63-98
1-68
64-98
1-42
64-98
1-70
65-98
1-44
65-98
1-73
66-98
1-46
66-98
1-75
67-98
1-48
67-98
1-78
68-98
1-51
68-98
1-81
69-98
1-53
69-98
1-83
70-98
1-55
70-98
1-86
71-98
1-57
71-98
1-88
72-98
1-59
72-97
1-91
73-98
1-61
73-97
1-94
74-98
1-64
74-97
1-96
75-98
1-66
75-97
1-99
76-98
1-68
76-97
2-02
77-98
1-70
77-97
2-04
78-98
1-72
78-97
2-07
79-98
1-75
79-97
2-09
80-98
1-77
80-97
2-12
81-98
1-79
81-97
2-15
82-98
181
82-97
2-17
83-98
1-83
83-97
2-20
84-98
1-85
84-97
2-23
85-98
1-88
85-97
2:25
86-98
1-90
86-97
2-28
87-98
1-92
87-97
2-30
88-98
' 1-94
88-97
2-33
89-98
1-90
89-97
2-36
90-98
1-99
90-97
2-38
91-98
. 2-01
91-97
2-41
92-98
2-03
92-97
2-43
93-98
2-05
93-97
2-46
94-98
2-07
94-97
2-49
95-98
2-09
95-97
2-51
96-98
2-12
96-97
2-54
97-98
2-14
97-97
2-57
98-98
2-16
98-97
2-59
99-98
2-18
99-97
2-62
Dep.
Lat.
Dep.
Lat.
88J I
)Ea.
mi
3EG.
1^ Deg.
50-98
51-98
52-98
53-97
54-97
55-97
56-97
57-97
58-97
59-97
70-97
71-97
72-97
73-97
74-97
75-96
76-96
77-96
78-.96
79-96
90-96
91-96
92-96
93-96
94-98
95-96
96-95
97-95
98-95
99-95
2-99
3-02
3-05
76
TRAVERSE TABLE.
o
2 Deg.
21 Deg.
2L Deg.
5
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
1-00
0-03
1-00
0-04
1-00
0-04
2
2-00
0-07
2-UO
0-08
2-00
0-09
3
3-00
0-10
3-00
0-12
3-00
0-13
4
4-00
0-14
4-00
0-16
4-00
.0-17
5
5-00
0-17
500
0-20
5-00
0-22
6
6-UO
0-21
6-00
0-24
5-99
0-26
7
7-00
0-24
0-99
0-27
6-99
0-31
8
7-99
0-28
7-99
0-31
7-99
0-35
9
8-99
0-31
8-09
0-35
8-99
0-39
10
9-99
0-35
9-99
39
9-99
0-44
]1
10-99
0-38
10-99
0-43
10-99
0-48
]2
11-99
0-42
11 -99
0-47
11-99
0-52
13
12-99
0-45
12-99
0-51
12-99
0-57
14
13-99
0-49
13-99
0-55
13-99
9-61
15
14-99
0-52
14-99
0-59
14-99
0-05
16
15-99
0-50
15-99
0-03
1.5-99
0-70
17
l()-99
0-59
10-99
0-07
10-98
0-74
18
17-99
0-(3
17-99
0-71
17-98
0-79
19
18-99
000
18-99
0-75
18-98
0-83
20
19-99
0-70
19-98
0-79
19-98
0-87
21
20-99
0-73
20-98
0-82
20-98
0-92
22
21-99
0-77
21-98
0-86
21-98
0-96
23
22-99
0-80
22-98
0-90
22-98
1-00
24
23-99
0-84
23-98
0-94
23-98
1-05
25
24-98
0-87
24-98
0-98
24-98
1-09
20
25-98
0-91
25-98
1-02
25-98
1-13
27
20-98
0-94
20-98
1-06
20-97
1-18
28
27-98
0-98
27-98
1-10
27-97
1-22
29
28-98
101
28-98
114
28-97
1-26
30
29-98
1-05
20-98
1-18
29-97
1-31
31
30-98
1-08
30-98
1-22
.30-97
1-35
32
31-98
1-12
31-98
1-26
31-97
1-40
33
32-98
1-15
32-97
1-30
32-97
1-44
34
33-98
1-19
33-97
1-33
33-97
1-48
35
34-98
1-22
34-97
1-37
34-97
1-53
36
35-98
1-20
35-97
1-41
35-97
1-.57
37
30-98
1-29
30-97
1-45
30-90
1-01
38
37-98
1-33
37-97
1-49
37-90
1-CO
39
38-98
1-36
38-97
1-53
38-96
1-70
40
39-98
1-40
39-97
1-57
39-96
1-75
41
40-98
1-43
40-97
1-61
40-96
1-77
42
41-97
1-47
41-97
105
41-96
1-83
43
42-97
l-.'iO
42-97
1-69
42-96
1-88
44
43-97
1-54
43-97
1-73
43-96
1-92
45
44-97
1-57
44-97
1-77
44-96
1-90
4fi
45-97
1-01
45-96
1-81
45-96
2-01.
47
40-97
1-04
46-90
1-85
46-90
2-05
) 48
47-97
1-08
47-90
1-88
47-95
2-09
) 49
48-97
1-71
48-96
1-92
48-95
2-14
) 50
49-97
1-74
49-96
1-96
49-95
2-18
I 5
Dep.
Lat.
Dep.
Lat
Dep.
Lat.
^
88
Deo.
871
Deg.
87-h
Deg.
21 Deg.
Lat.
Dep.
1-00
0-05
2-00
0-10
3-00
0-14
400
0-19
4-99
0-24
5-99
0-29
6-99
0-.34
7-99
0-38
8-99
0-43
9-99
0-48
10-99
0-53
11-99
0-.58
12-99
0-62
i:--y8
0-67
14-98
0-72
15-98
0-77
16-98
0-82
17-98
0-86
18-98
0-91
19-98
0-96
20-98
1-01
21-97
1-06
22-97
1-10
23-97
1-15
24-97
1-20
25-97
1-25
2()-97
1-30
27-97
1-34
28-97
1-39
29-97
1-44
30-90
1-49
31-96
1-54
32-90
1-.58
33-90
1-03
34-90
1-G8
3590
1-73
36-96
1-78
37-96
1-82
.38-96
1-87
39-95
1-92
40-95
1-97
41-95
2-02
42-95
2-06
43-95
2-11
44-95
2-J6
45-95
2-21
46-95
005
47-95
2-30
48-94
2-35
49-94
2-40
Dep.
Lat.
87i
Deg.
TRAVERSE TABLE,
2 Dec.
2i Deg.
2^ I
Lat.
)EG.
Dep.
2} Deg.
i|
Lat.
■
Dep.
L.,.
Dep.
Lat.
Dep.
(51
50-97
1-78
50-96
2-00
5095
2-22
50-94
2-45
51 (
) 5:2
51-97
1-81
5i-y6
2-04
51-95
2-27
51-94
2-50
52 (
) 53
52-97
1-85
.52-96
2-08
52-95
2-3!
.52-94
2-54
53 (
51
53-97
1-88
53-96
2-12
53-95
2-36
53-94
2-59
54 (
/ 55
54-97
1-92
54-96
216
54-95
2-40
54-94
2-64
55 (
) 5(j
55-97
195
55-i.6
2-20
55-95
2-44
55-94
2-69
56 (
> 57
56-97
1-99
56-96
2-24
56-95
2-49
56-93
2-73
57 (
58
57-96
2-02
57-96
2-28
57-94
2-53
57-93
2-78
58 (
59
58-95
2-U6
58-95
2-32
58-94
2-57
58-93
2-83
59 (
GO
5y-96
2-09
59-95
2-36
59-94
2-62
59-93
2-88
60 (
61
60-96
213
60-95
2-39
60-94
2-66
60-93
2-93
61 (
62
61-96
2-16
61-95
213
61-94
2-70
81-93
2-97
62 /
63
62-96
2-20
62-95
2-47
62-94
2-75
62-93
3-02
63
64 /
64
63-96
2-23
63-95
2-51
63-94
2-79
63-93
307
65
64-96
2-27
64-95
2-55
64-94
2-84
64-93
3-12
65 (
66
65-96
2-30
65-95
2-59
65-94
2-88
65-92
3-17
66 (
67
66-96
2-34
66-95
2-63
66-94
2-92
6(5-92
3-21
67 I
6«
67-98
2-37
67-95
2-67
67-94
2-97
67-92
3-26
m I
69
68-96
2-41
68-95
2-71
68-93
3-01
68-92
3-31
69 I
70
69-98
2-44
69-95
2-75
69-93
3-05
69-92
3-36
70 (
71
70-96
2-48
70-95
2-79
70-93
3-10
70-92
3-41
71 (
72
71-95
2-51
71-94
2-83
71-93
3-14
71-92
3-45
72 I
73
72-96
2-55
72-94
2-87
72-93
3-18
72-92
3-50
73 ;
74
73-95
2-58
73-94
2-91
73-93
3-23
73-91
3-55
74 )
75
74-95
2-62
74-94
2-94
74-93
3-27
74-91
3-60
75 )
76
75-95
2-65
75-94
2-98
75-93
3-31
75-91
3-65
76
77
76-95
2-69
76-94
3-U2
76-93
3-36
76-91
3-70
77 )
78
77-95
2-72
77-94
3-06
77-93
3-40
77-91
3-74
78 )
79
78-95
2-76
78-94
3-10
78-92
3-45
78-91
3-79
79-)
80
79-95
2-79
79-94
3-14
79-92
3-49
79-91
3-84
80 )
) 81
80-95
2-83
80-94
3-18
80-92
3-53
80-91
3-89
81 f
82
81-95
2-86
81-94
3-22
81-92
3-58
81-91
3-93
82 )
83
82-95
2-90
82-94
3-26
82-92
3-62
82-90
3-98
83 )
> 84
83-95
2-93
83-94
3-30
83-92
3-66
83-90-
4-03
84 )
) 85
84-95
2-97
84-93
3-34
84-92
3-71
84-90
4-08
85 )
88
85-95
3-00
85-93
3-38
85-92
3-75
85-90
413
86 )
87
86-95
3-04
86-93
3-42
86-92
3-79
86-90
4-17
87 )
) 88
87-95
307
87-93
3-45
87-92
3-84
87-90
4-22
88 S
^ 89
88-95
3-11
88-93
3-49
88-92
3-88
88-90
4-27
89 )
90
1
89-95
3-14
89-93
3-53
89-91
393
89-90
4-32
90 )
I 91
90-95
318
90-93
3-57
90-91
3-97
90-90
4-37
91 j
( 92
91-94
3-21
91-93
3-61
91-91
4-01
91-89
4-41
92 )
93
92-94
3-25
92-93
3-65
92-91
4-06
92-89
4-46
93
94
93-94
3-28
93-93
3-69
93-91
4-10
93-89
4-51
94 )
95
94-94
3-32
94-93
3-73
94-91
4-14
94-89
4-56
95 S
96
95-94
3-35
95-93
3-77
95-91
4-19
95-89
4-61
96
97
96-94
3-39
96-93
3-81
96-91
4-23
96-89
4-65
97 S
98
97-94
3-42
97-92
3-85
97-91
4-27
97-89
4-70
98 (
99
98-94
3-46
98-92
3-89
98-91
4-32
98-89
4-75
99
r^
99-94
3-49
99-92
3-93
99-91
4-36
99-88
4-80
100 J
\ .2
s
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Q )
^11
3eg.
87.1
De«.
87^-
Deg.
1 s.
Deg.
78
TRAVERSE TABLE,
3 Deg.
^ Deg.
3k Deg.
P
Lat.
Dep.
Lat.
Dep.
Lat.
1-00
Dep.
1
1-00
0-05
1-00
0-06
0-06
2
2-00
0-10
2-00
0-11
2-00
0-12
3
3-00
0-16
3-00
0-17
2-99
0-18
4
399
0-21
3-99
0-23
3-99
0-24
5
4-99
0-S6
4-99
0-28
4-99
0-31
6
5-99
0-31
5-99
0-34
5-99
0-37
7
6-99
0-37
6-99
0-40
6-99
0-43
8
7-99
0-42
7-99
0-45
7-99
0-49
9
8-99
0-47
8-99
0-51
8-98
0-55
10
9-99
0-52
9-98
0-57
9-98
0-61
11
10-98
0.58
10-98
0-62
10-98
0-67
12
11-98
0-63
11-98
0-68
11-98
0-73
13
12-98
0-G8
12-98
0-73
12-98
0-79
14
13-98
0-73
13-98
0-79
13-97
0-85
) 15
14-98
0-79
14-98
0-85
14-97
0-92
) IG
15-98
0-84
15-97
0-91
15-97
0-98
) 17
16-98
0-89
16-97
0-96
16-97
1-04
) 18
17-98
0-94
17-97
1-02
17-97
1-10
) 19
18-98
0-99
18-97
1-08
18-96
1-16
) 20
19-97
1-05
19-97
1-13
19-96
1-22
) 21
20-97
1-10
20-97
1-19
20-96
1-28
) 22
21-97
1-15
21-96
1-25
21-96
1-34
) 23
22-97
1-20
22-96
1-30
22-96
1-40
) 24
23-97
1-26
23-96
1-36
23-96
1-47
} 25
24-97
1-31
24-96
1-42
24-95
1-53
26
25-96
1-36
25-96
1-47
25-95
1-59
27
26-96
1-41
26-96
1-53
26-95
1-65
28 .
27-96
1-47
27-95
1-59
27-95
1-71
29
28-96
1-.52
28-95
1-64
28-95
1-77
30
29-96
1-57
29-95
1-70
29-94
1-83
31
30-96
1-62
30-95
1-76
30-94
1-89
32
31-96
1-67
31-95
1-81
31-94
1-95
33
32-95
1-73
32-95
1-87
32-94
2-01
34
33-95
. 1-78
33-95
1-93
33-94
.2-08
35
34-95
1-83
34-94
1-98
34-93
2-14
36
35-95
1-88
35-94
2-04
35-93
2-20
) 37
36-95
1-94
36-94
2-10
36-93
2-26
/ 38
37-95
1-99
37-94
2-15
37-93
2-32
39
38-95
2-04
38-94
2-21
38-93
2-38
j 40
39-95
2-09
39-94
2-27
39-93
2-44
( 41 ■
40-94
2-15
40-93
2-32
40-92
2-50
/ 42
41-94
2-20
41-93
2-38
41-92
2-56
( 43
42-94
2-25
42-93
2-44
42-92
2-63
/ 44
43-94
2-30
43-93
2-49
43-92
■ 2-69
/ 45
44-94
2-36
44-93
2-55
44-92
2-75
/ 46
45-94
2-41
45-93
2-61
45^J1
2-81
I 47
46-94
2-46
46-02
2-66
46-91
2-87
/ 48
47 93
2-51
47-92
2-72
47-91
2-93
/ 49
48-93
2-50
48-92
2-78
48-91
2-99
/ 50
49-93
2-62
49-92
2-83
49-91
3-05
M
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
87]
lEG.
86J
Deg.
86k
Deg.
3| Deg.
1-00
2-00
2-99
3-99
4-99
5-99
6-99
7-98
8-98
9-98
10-98
11-97
12-97
13-97
14-97
15-97
16-96
17-96
18-96
19-96
20-96
21-95
22-95
23-95
24-95
25-94
26-94
27-94
28-94
29-94
30-93
31-93
32-93
33-93
34-92
35-92
36-92
37-92
38-92
39-91
40-91
41-91
42-91
43-91
44-90
45-90
46-90
47-90
48-90
49-89
Dep.
S6i Deg.
TRAVERSE TABLE.
I 51'
3 Deg.
3i Deg.
3^ Deg.
3i Deg.
Lat.
50-93
Dep.
La.
Dep.
Lat.
Dep.
Lat.
Dep.
2-67
50-92*
2-89
50-90
3-11
50-89
3-34
51 '(
52
51-93
2-72
51-92
2-95
51-90
3-17
51-89
3-40
52 (
53
52-93
2-77
52-91
3-00
52-90
3-24
5-2-89
3-47
53 (
54
53-93
2-83
53-91
306
53-90
3-30
53-88
3-53
54 (
( 55
54-92
2-88
5ii)l
3-12
54-90
3-36
54-88
3-60
55 (
( 56
55-92
2-93
55-91
3-17
55-90
3-42
55-88
3-66
56
( 57
56-92
2-98
56-91
3-23
56-89
3-48
56-88
3-73
57 I
( 58
57-92
304
57-91
3-29
57-89
3-54
57-88
3-79
58 /
( 59
58-J2
3-U9
58-91
334
58-89
3-60
58-87
3-86
59
I 60
69-92
314
59-90
3-40
59-89
3-66
59-87
3-92
60
( 61
60-92
3-19
60-90
3-46
60-89
3-72
60-87
3-99
(
61 (
( 62
61-92
3-24
61-90
3-51
61-88
3-79
61-87
4-05
62 /
( 63
62-91
3-30
62-90
3-57
62-88
3-85
62-87
4-12
63 /
I 64
63-91
3-35
63-90
3-63
63-88
3-91
63-86
4-19
64 /
( 65
64-91
3-40
64-90
3-69
64-88
3-97
64-86
4-25
65 ;
66 ?
( 66
65-91
3-45
65-89
3-74
65-88
4-03
65-86
4-32
S *'7
66-91
3-51
66-89
3-80
66-88
4-09
66-86
4-38
67 I
I 68
6'*'-91
3-56
67-89
3-86
67-87
4-15
67-85
4-45
68 (
69 I
( 61)
68-91
3-61
68-89
3-91
68-87
4-21
68-85
4-51
j 70
69-90
3-66
69-89
3-97
69-87
4-27
69-85
4-58
70 (
( 71
70-90
3-72
70-89
4-03
70-87
4-33
70-85
4-64
(
71 /
< 72
71-90
3-77
71-88
4-08
71-87
4-40
71-85
4-71
72 I
. 73
72-90
3-82
72-88
4-14
72-86
4-46
72-84
4-77
73 {
74
73-90
3-87
73-88
4-20
73-86
4-52
73-84
4-84
74 (
( 75
74-90
3-93
74-88
4-25
74-86
4-58
74-84
4-91
75w'
j 76
75-90
3-98
75-88
4-31
75-86
4-64
75-84
4-97
76 ;
76-89
403
76-88
4-37
76-86
4-70
76-84
5-04
77 ;
/ 78
77-89
4-08
77-87
4-42
77-85
4-76
77-83
5-10
78 }
I 79
78-89
4-13
78-87
4-48
78-85
■ 4-82
•78-83
5-17
79 /
( 80
79-89
4-19
79-87
4-54
79-85
4-88
79-83
5-23
80 f
S 81
80-89
4-24
80-87
4-59
80-85
4-94
80-83
5-30
81 /
( 82
81-89
4-29
81-87
4-65
81-85
5-01
81-82
5-36
82
( 83
82-89
4-34
82-87
4-71
82-85
5-07
82-82
5-43
83
{ 84
83-88
4-40
83-86
4-76
83-84
5-13
83-82
5-49
84
( 85
84-88
4-45
84-86
4-82
84-84
5-19
84-82
5-56
85
86
85-88
4-50
85-86
4-88
85-84
5-25
85-82
5-62
86
87
88
89
90 i
87
86-88
4-55
86-86
4-93
86-84
5-31
86-81
5-69
88
87-88
4-61
87-86
4-99
87-84
5-37
87-81
5-76
89
83-88
4-66
88-86
5-05
88-83
5-43
88-81
5-82
90
89-88
4-71
89-86
5-10
89-83
5-49
89-81
5-89
91
90-88
4-76
90-85
5-16
90-83
5-56
90-81
5-95
91 (
92
93
^ 92
91-87
4-81
91-85
5-22
91-83
5-62
91-80
6-02
( 93
92-87
4-87
92-85
■ 5-27
92-83
5-68
92-80
6-08
( 94
93-87 ■
4-92
93-85
5-33
93-82
5-74
93-80
6-15
94
95
94-87
4-97
94-85
5-39
94-82
5-80
94-80
• 6-21
95
96
96
95-87
5-02
95-85
5-44
95-82
5-86
95-79
6-28
97
96-87
5-08
96-84
5-50
96-82
5-92
96-79
6-:m
97
( 98
97-87
5-13
97-84
5-56
97-82
5-98
97-79
6-41
98 '
( 99
98-86
5-18
98-84
5-61
98-82
6-04
98-79
6-47-
99 ';
(100
\i
99-86
i Dep.
5-23
Lat.
99-84
5-67
99-81
6-10
99-79
6-54
100 ,
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Y
87]
•)EG.
861
Deg.
86i
Deg.
86i
Deg.
80
E TABLE.
s
4 D
EG.
4i Deg.
i
Lat.
Dep.
Lat.
Dep.
1
ICO
0-07
1-00
0-07
2-00
0-14
1-99
0-15
3
2-99
0-21
2-99
0-22
4
3-99
0-28
3-99
0-30
5
4-99
0-35
4-99
0-37
G
5-99
0-42
5-98
0-44
7
t)-98
0-49
6-98
0-52
8
7-98
0-56
7-98
0-59
i>
8-98
0-G3
8-98
0-67
10
9-98
0-70
9-97
0-74
11
10-97
0-77
10-97
0-82
Jr2
11-97
0-84
11-97
0-89
13
12-97
0-91
12-96
0-96
14
13-97
0-98
13-90
1-04
15
14-90
1-05
14-98
1-11
JG
15-96
1-12
15-90
1-19
17
lG-90
1-19
16-95
1-26
IS
17-90
1-26
17-95
1-33
19
18-95
1-33
18-95
1-40
•20
19-95
1-40
19-95
1-48
21
20-95
l-4'o
20-94
1-.56
-ii
21-95
1-53
21-94
1-63
23
22-94
100
22-94
1-70
24
23-94
1-67
23-93
1-78
25
24-94
1-74
24-93
1-85
26
25-94
1-81
25-93
1-93
27
20-93
1-88
26-93
2-00
28
27-93
1-95
27-92
2-08
2y
28-93
2-02
28-92
2-15
30
29-93
2-09
29-ir2
2-22
31
30-92
2-16
30-91
2-30
32
31-92
2-23
31-91
2-37
33
32-92
2-30
32-91
2-45
34
33-92
2-37
33-91
2-52
35
34-91
2-44
34-90
2-59
36
35-91
2-51
35-90
2-C7
37
30-91
2-58
36-90
2-74 i
38
37-91
2-65
37-90
2-82 !
39
38-90
2-72
38-89
2-89
40
39-90
2-79
39-89
2-96
41
40-90
2-86
40-89
3-04
42
41-90
2-93
41-88
3-11
43
42-90
3-00
42-88
3-19
44
43-89
3-07
43-88
3-26
45
44-89
3-14
44-88
3-33
40
45-89
3-21
45-87 ^
3-41
47
4G-H9
3-28
40-87
3-48
48
47-88
. 3-35
47-87
3-56
49
48-83
3-42
48-87
3-63
50
49-83
3-49
49-86
3-71
i
Dep.
Lilt.
Dep.
L.t_
1
s
85
HECf.
85f
Dkg.
4i Deg.
1-00
1-99
2-99
3-99
4-98
5-98
6-98
7-98
8-97
9-97
10-97
11-96
12-96
13-96
14-95
15-95
16-95
17-94
18-94
19-94
20-94
21-93
22-93
23-9:3
24-92
25-92
26-92 !
27-91 j
28-91
29-91
30-5K)
31-90 !
32-90
33-9!) !
34-89 j
35-89
36-89
37-88 I
38-88 !
39-88 j
40-87
41-87
42-87
43-86
44-86
45-86
46-86
47-85
48-85
49-85
Dep.
Dep.
0-08
0-16
0-24
0-31
0;39
0-47
0-55
0-63
0-71
0-78
0-86
0-94
1-02
1-10
1-18
1-26
1-33
1-41
1-49
1-57
1-65
1-73
1-80
1-88
1-96
2-04
2-12
2-20
-2-28
2-35
2-43
2-51
2-59
2-67
2-75
2-82
2-90 I
2-98 I
3-06
3-14
8--22
3-3(»
3-37
3-45
3-53
3-61
3-69
3-77
3-84
3-92
4i Deg. | C i
1 I (
Dep. S (
1-00
1-99
2-99
3-98
4-98
5-98
6-97
7-97
8-97
9-97
10-96
11-96
12-96
13-95
14-95
15-95
16-94
17-94
18-93
19-93
20-93
21-92
22-92
23-92
24-91
25-91
26-91
27-90
28-90
29-90
30-89
31-89
32-89
33-8S
34-88
0-08
0-17
0-25
0-33
0-41
0-50
0-58
0-66
0-75
0-83
0-91
0-99
1-08
1-10
1-24
1-32
1-41
1-49'
1-57
1-66
1.74
1-82
1-90
1-99
2-07
2-15
2-24
2-32
2-40
2-48
2-73
2-82
2-90
:i5-88 2
36-87
37-87
38-87
39-86
40-86
41-80
42-85
43-85
44-85
45-84
46-84
47-84
48-83
49-83
Dep.
3-06
3-15
3-23
3-31
3-40
3-48
3.56
3-64
3-73
3-81
3-89
3-97
4-06
4-14
85i Deg.
TRAVERSE TABLE.
81
2
s
s
•
4Deg.
4ii:
K«.
U Deg.
4J Deg.
5 }
~ )
M
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
51
50-88
3-56
50-86
3-78
50-84
4-00
50-82
4-22
51)
52
51-87
3-63
51-86
3-85
51-84
4-08
.51-82
4-31
52 )
53
5-2-87
3-70
52-85
3-93
52-84 ,
4-16
52-82
4-39
53 )
54
53-87
3-77
53-85
4-00
53-83
4-24
53-81
4-47
54 )
55
54-87
3-84
54-8.5
4-08
54-83
4-32
54-81
4-55
55 )
56
55-86
3-91
55-85
4-15
.55-83
4-39
55-81
4-64
56 )
57
56-86
3-98
50-84
4-22
56-82
4-47
56-80
4-72
57 ,
58
57-86
4-05
57-84
4-30
57-82
4-55
57-80
4-80
58 )
( 59-
58-86
412
58-84
4-37
58-82
4-63
58-80
4-89
59 I
60
59-85
4-19
59-84
4-45
59-e2
4-71
59-79
4-97
60 )
\ 61
60-85
4-26
60-83
4-52
60-81
4-79
60-79
5-05
61
( 62
61-85
4-32
61-83
4-59
61-81
4-86
61-79
5-13
62
63
( 63
62-a5
4-39
62-83
4-67 1
62-81
4-94
62-78
5-22
( 64
63-84
4-46
63-82
4-74
63-80
5-02
63-78
.5-30
64 )
( 65
64-84
4-53
64-82
4-82
&1-80
5-10
64-78
5-38
65 ;
, 66
65-84
4-60
65-82
4-89
65-80
5-18
65-77
5-47
66 )
67
66-84
4-67
66-82
4-97
66-79
5-26
66-77
5-55
67 )
68
67-83
4-74
67-81
5-04
67-79
5-34
67-77
5-63
68
69
68-83
4-81
68-81
5-11
68-79
5-41
68-76
.5-71
69 }
70
70
69-83
4-88
69-81
5-19
69-78
5-49
69-76
5-80
71
70-83
4-95
70-80
5-26
70-78
5-57
70-76
5-88
71'
71-82
5-02
71-80
5-34
71-78
5-65
71-75
5-96
72
^ 73
72-82
5-09
72-80
5-41
72-77
5-73
72-75
6-04
III
' 74
73-82
5-16
73-80
5-48
73-77
5-81
73-75
6-13
75
74-82
5-23
74-79
5-56
74-77
5-88
74-74
6-21
75 /
76
75-81
5-30
75-79
5-03
75-77
5-96
75-74
6-29
76 >
77
76-81
5-37
76-79
5-71
76-76
6-04
76-74
6-38
77 >
78
77-81
5-44
77-79
5-78
77-76
6-12
77-73
6-46
78 {
79
78-81
5-51
78-78
5-85
78-76
6-20
78-73
6-54
79
80
79-81
5-58
79-78
5-93
79-75
6-28
79-73
6-62
80
' 81
80-80
5-65
80-78
6-00
80-75
6-36
80-72
6-71
81 '
> 82
81-80
5-72
81-78
6-08
81-75
6-43
81-72
6-79
82 '
' 83
82-80
5-79
82-77
615
82-74
6-51
8-2-71
6-87
83
H4
83-80
5-86
83-77
6-23
83-74
6-59
83-71
6-96
84 ^
85
84-79
5-93
84-77
6-30
84-74
6-67
84-71
7-04
85 '
86
85-79
600
85-76
6-37
85-73
6-75
85-70
7-12
86 '
87
86-79
6-07
86-76
6-45
86-73
6-83
86-70
7-20
87 ■
88
87-79
6-14
87-76
6-52
87-73
6-90
87-70
7-29,
88 ''
89
88-78
6-21
88-76
6-60
88-73
6-98
88-70
7-37
89 ^
90
89-78
6-28
89-75
6-67
89-72
7-06
89-69
7-45
90)
91
90-78
6-35
90-75
6-74
90-72
7-14
90 09
7-.54
91 {
' 92
91-78
6-42
91-75
6-82
91-72
7-22
91-68
7-62
92 (
' 93
92-77
6-49
92-74
6-89
9-2-71
7-30
92-68
7-70
93
/ 94
93-77
6-56
93-74
6-97
93-71
7-38
93-68
7-78
94
95
) 96
94-77
6-63
94-74
7-04
94-71
7-45
94-67
7-87
95
90
97
98
95-77
6-70
95-74
7-11
95-70
7-53
95-67
7-95
97
96-76
6-77
96-73
7-19
96-70
7-61
96 67
8-03
98
97-76
6-84
97-73
7-26
97-70
7-69
97-66
8-12
99
98-76
6-91
98-73
7-34
98-69 .
7-77
98-66
8-20
99
100
99-76
6-98
99-73
7.41
99-69
7-85
99-66
8-28
100
Dep.
Lat.
Dep.
LaU
Dep.
LaU
Dep.
Lat.
L
86 Deg.
85i ]
Deg.
85i
Dkq.
85i
Deg.
82
TRAVERSE TABLE.
< 1
5 Deo.
5^ Deg.
^
Deg.
5^ Deg.
: ^
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
-.,,.
^ 1
1-00
0-09
1-00
0-09
1-00
0-10
0-99
0-10
2
1-99
0-17
1-99
0-18
1-99
019
1-99
0-20
3
2-99
U-25
2-99
. 0-27
2-99
0-29
2-98
0-30
4
3-98
0-35
3-98
0-37
3-98
0-38
3-98
0-40
5
4-98
0-44
4-98
0-46
4-98
0-48
4-97
0-50
6
5-98
52
5-97
0-55
5-97
0-58
5-97
0-60
7
6-97
0-61
6-97
0-64
6-97
0-67
6-86
0-70
8
7-97
0-70
7-97
0-73
7-96
0-76
7-96
0-80
9
8-97
0-78
8-96
0-82
8-96
0-86
8-95
0-90
10
9-90
0-87
9-96
0*92
9-95
0-96
9-95
1-00
11
10-96
0-96
10-95
1-01
10-95
1-05
10-94
1-10
12
11-95
1-05
11-95
1-10
11-94
1-15
11-94
1-20
13
12-95
]-I3
12-95
1-19
12-94
1-25
12-93
1-SO
14
13-95
1-22
13-94
1-28
13-94
1-34
13-93
1-40
15
14-94
1-31
14-94
1-37
14-93
1-44
14-92
1-50
16
15-94 ,
1-39
15-93
1-46
15-93
1-53
15-92
1-60
17
16-94
1-48
16-93
1-56
16-92
1-63
16-91
1-70
18
17-93
1-57
17-92
1-65
17-92
1-73
17-91
1-80
19
18-93
1-66
18-92
1-74
18-91
1-82
18-90
1-90
20
19-92
1-74
19-92
1-83
19-91
1-92
19-99
2-00
21
20-92
1-83
20-91
1-92
20-90
201
20-89
2-10
22
21-92
1-92
21-91
2-01
21-90
2-11
21-89
2-20
23
22-91
2-00
22-90
2-10
22-89
2-20
22-88
2-30
24
23-91
2-09
23-90
2-20
23-89
2-30
23-88
2-40
25
24-90
2-18
24-90
2-29
24-88
2-40
24-87
2-50
26
25-90
2-27
25-89
2-38
25-88
2-49
25-87
2-60
27
26-90
2-35
26-89
2-47
26-8^
2-59
2('-86
2-71
28
27-89
2-44
27-88
2-56
27-87
2-68
27-86
2-81
29
28-89
2-53
28-88
2-65
28-87
2-78
28-85
2-91
30
29-89
2-61
29-87
2-75
29-86
2-88
2-9-85
3-01
31
30-88
2-70
30-87
2-84
30-86
2-97
30-84
3-11
32
3J -88
2-79
31-87
2-93
31-85
307
31-84
3-21
33
32-87
2-88
3-:2-86
3-fJ2
32-85
3-16
32-83
3-31
34
33-87
2-96
33-86
3-11
33-84
3-26
33-83
341
35
34-87
3-05
34-85
3-20
34-84
3-35
34-82
3-51
36
35-86
3-14
35-85
3-29
35-83
3-45
35-82
3-61
37
36-86
3-22
36-84
3-39
36-83
3-55
36-81
3-71
38
37-86
3-31
37-84
3-48
37-83
3-64
37-81
3-81
39
38-85
3-40
38-84
3-57
38-82
3-74
38-80
3-91
40
39-85
3-49
39-83
3-66
39-82
3-83
39-80
4-01
41
40-84
3-57
40-83
3-75
40-81
3-93
40-79
4-11
42
41-84
3-66
41-82
3-84
41-81
4-03
41-79
4-21
43
42 84
3-75
42-82
3-93
42-80
4-12
42-78
4-31
44
43-83
3-83
43-82
403
43-80
4-22
43-78
4-41
45
44-83
3-92
44-81
4-12
44-79
4-31
44-77
4-51
46
45-82
4-01
45-81
4-21
45-79
4-41
45-77
4-61
47
46-82
4-10
46-80
4-30
46-78
4-.50
46-76
4-71
48
47-82
4-18
47-80
4-39
47-78
4-60
47-76
4-81
49
48-81
4-27
48-79
4-48
48-77
4-70
48-75
4-91
50
49-81
4-36
49-79
4-58
49-77
4-79
49-75
5-01
i
Dpp.
Lat.
Dep.
Lnt.
Dep.
Lat.
Dep.
Lat.
1
85 D
BG.
84JD
EG.
84A- r
EG.
84jr
EG.
TRAVERSE TABLE.
83
5 Des.
5^ Deg.
5.t E
1
EG.
5J Deg.
- I
Lat.
Dep.
Lat.
Dep.
Lau 1
Dep.
Lat.
Dep.
bl
50-81 .
4-44
50-79
4-67
.50-77 :
4-89
.50-74
.5-11
51 1
5-2
51-80
4-53
51-78
4-76
51-76 ,
4-93
51-74
5-21
52 )
53
52-80
4-62
52-78
4-85
5-2-76 ;
5-OS
52-73
5-31
53
54 )
54
53-79
4-71
53-77
4-94
53-75
5-18
53-73
.5'41
55
54-79
4-79
54-77
5-03
54-75 ;
5-27
54-72
5-51
55 )
5(5
55-79
4-88
5.5-77
5-12
55-54 :
5-37
55-72
5-61
56 )
57
56-78
4-97
56-76
5-22
56-74 1
5-46
56-71
5-71
57 )
58
57-78
5-06
57-76
5-31
57-73
5.56
57-71
5-81
58 )
59
58-78
5-14
58-75
5-40
58-73
5-65
58-70
5-91
59
GO
59-77
5-23
59-75
5-49
59-72
5-75
59-70
6-01
60
CI
60-77
5-32
60-74
5-58
60-72
5-85
60-69
6-11
61
ca
61-76
5-40
61-74
5-67
Gl-71
5-94
61-69
6-21
62
63
62-76
5-49
62-74
5-76
62-71
6-04
62-68
6-31
63
C4
63-76
5-58
63-73
5-86
6.3-71
6-13
63-68
6-41
64 )
65
64-75
5-07
64-73
5-95
64-70
6-23
64 67
6-51
65 )
66
65-75
5-75
65-72
604
65-70
6-33
65-67
6-61
66 )
67
66-75
5-84
66-72
6-13
66-69
6-42
66-66
6-71
67 )
68
67-74
5-93
67-71
6-22
67-69
6-52
67-66
6-81
68 )
69
68-74
6-01
68-71
6-31
68-68
6-61
68-65
6-91
69
/ 70
1
69-73
6-10
69-71
6-41
69-68
6-71
69-65
7-01
70 )
/ 71
70-73
6-T9
70-70
6-50
70-67
6-81
70-64
7-11
71
- 72
71-73
6-28
71-70
6-59
71-67
6-90
71-64
7-21
72
' 73
72-72
6-36
72-69
6-68
72-66
7-00
72-63
7-31
73
1 74
73-72
6-45
73-69
6-77
73-66
7-09
73-63
7-41
74
' 75
74-71
6-54
74-69
6-86
74-65
719
74-62
7-51
75 '•
' 76
75-71
6-62
7.5-68
6-95
75 65
7-28
75-62
7-61
76
^ 77
76-71
6-71
76-68
7-05
76-65
7-38
76-61
7-71
77
78
77-70
6-80
77-67
7-14
77-64
7-48
77-61
7-81
78
79
78-70
6-89
78-67
7-23
78-(i4
7-57
'78-60
7-91
79
. 80
79-70
6-97
79-66
7-32
79-63
7-67
79-60
8-02
80
' 81
80-69
7-06
80-66
7-41
80-63
7-76
80-59
8-12
81
) 82
81-69
7-15
81-66
7-.50
81-62
7-86
81-59
8-22
82
- 83
82-68
7-23
82-65
7-59
82-(52
7-96
82-58
8-32
83
84
83-68
7-32
83-65
7-69
83-61
8-05
8S-.58
8-42
84
85
84-68
7-41
84-64
7-78
84-61
8-15
84-57
8-.52
85
86
85-67
7-50
85-64
7-87
8.5-60
8-24
85-57
8-62
86
87
86-67
7-58
86-6-1
7-96
86-60
8-34
86-56
8-72
87
' 88
87-67
7-67
87-63
8-05-
87-59
8-43
87-56
8-82
88
89
88-66
7-76
88-63
8-14
88-59
8-53
88-55
8-92
89
90
89-66
7-84
89-62
8-24
89-59
8-63
89-55
9-(Q
90
91
90-65
7-93
90-62
8-33
90-.58
8-72
90-54
9-12
91
: 92
91-65
8-02
91-61
8-42
91-58
8-82
91-54
9-22
92
, y:>
92-65
8-11
92-61
8-51
92-57
8-91
92-53
9-32
93
/ 94
93-64
1 8-19
93-61
8-60
93-57
9-01
93-53
9-42
94
) 95
94-64
1 8-28
94-60
8-69
94-56
9-11
94-.52
9-52
95
) 96
95-63
8-37
95-60
8-78
95-.>6
9-20
95-52
9-62
96
) 97
96-63
1 8-45
90-59
8-88
96-55
9-30
96-51
9-72
97
) 98
97-63
j 8-54
97-59
8-97
97 55
9-39
07-51
9-82
98
99
98-62
1 8-63
98-59
9-06
98-54
9-49
98-50
9:92
99
hoc
99-62
1 8-72,
99-58
9-15
99-54
9-.58
99-50
10-02
100
Dep.
1 ...
Dep.
Lat.
Dep.
Lr.t.
Drp.
Lat.
i
85
Deg.
84|
Deg.
Pli
Deg.
84J
Deg.
1 1
84
TRAVERSE TABLE.
r?
6 Deg.
6i
Deg.
6^
Deg.
6|
Deg.
f
P
"7;
f i
Lat.
Uep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
0-99
0-10
0-99
0-11
0-99
0-11
0-99
0-12
/ 2
1-99
0-21
1-99
0-22
1-99
0-23
1-99
(!-24
3
} 3
3^93
0-31
2-98
0-33
2-98
0-34
2-98
0-33
/ 4
3-98
0-41
3-98
0-44
3-97
0-45
3-97
0-47
4
I 5
4-97
0-52
4-97
0-54
4-97
0-57
4-97
0-59
5
( 6
5-97
0-63
5-96
i)-65
5-96
0-68
5-96
0-71
6 J
7
6-9{)
0-73
6-96
0-76
6-96
0-79
6-95
0-82
"1
/ 8
7-96
0-84
7-95
0-87
7-95
0-91
7-94
0-94
I- 9
8-95
0-94
8-95
0-98
8-94
1-02
8-94
1-06
/ 10
1"
9-95
1-05
9-94
1-09
9-94
1-13
9-93
1-18
10-94
1-15
10-93
1-20
10-93
1-25
10-92
1-29
ri
11-93
1-25
11-93
1-31
11-92
1-36
11-92
1-41
12
^ w
12-93
1-36
12-92
1-42
12-92
1-47
12-91
1-53
13
; 14
) 15
13-92
1-46
13-92
1-52
13-91
1-59
13-90
1-65
14
15
16
17
18
19
20
14-92
1-57
14-91
1-63
14-90
1-70
14-90
1-76
( 1^
15-91
1-67
15-90
1-74
15-90
1-81
15-89
1-88
17
lG-91
1-78
16-90
1-85
16-89
1-92
16-88
2-00
/ 1«
17-90
1-88
17-89
1-96
17-88
2-04
17-88
2-12
y 19
r
21
18-90
1-99
18-89
2-07
18-88
2-15
18-87
2-23
19-89
2-09
19-88
2-18
19-87
2-26
19-86
2-35
20-88
2-20
20-88
2-29
20-87
2-38
20-85
2-47
21 )
22
21-88
2-30
21-87
2-40
21-86
2-49
21-85
2-59
22 )
23
22-87
2-40
22-86
2-50
22-85
2-60
22-84
2-70
23 )
24
23-87
2-51
23-86
2-61
23-85
2-72
23-83
2-82
24
25
; 25
2G
27
24-86
2-61
24-85
2-72
24-84
2-83
24-83
2-94
25-80
2-72
25-85
2-83
25-83
2-94
25-82
3-06
26
20-85
2-82
26-84
2-94
26-83
3-06
26-81
3-17
27
28
. 28
27-85
2-93
27-83
3-05
27-82
3-17
27-81
3-29
2J
28-84
3-03
28-83
3-16
28-81
3-28
28-80 ■
3-41
29
30
^30
29-84
314
29-82
3-27
29-81
3-40
29-79
3-53
^ •?,
30-83
3-24
30-82
3-37
30-80
3-51
30-79
3-64
31
; 32
31-82
3-34
31-81
3-48
31-79
3-02
31-78
3-76
32
33
32-82
3-45
32-80
3-59
32-79
3-74
32-77
3-88
33 \
34
33-81
3-55
33-80
3-70
33-78
3-85
33-76
4-OJ
34 )
35
34-81
3-66
34-79
3-81
34-78
3-96
34-76
4-11
35 )
3(5
35-80
3-76
35-79
3-92
35-77
4-08
35-75
4-23
36 )
37
36-80
3-87
36-78
4-03
36-76
4-19
36-75
4-35
37
, 38
-37-79
3-97
37-77
4-14
37-76
4-30
37-74
4-47
38 )
39'
40 1
39
38-79
4-08
38-77
4-25
38-75
4-41
38-73
4-58
40
3;)-78
4-18
39-76
4-35
39-74
4-53
39;72
4-70
41
40-78
4-29
40-76
4-46
40-74
4-64
40-72
4-82
41
42
41-77
4-39
41-75
'4-57 1
41-73
4-76
41-71
4-94
42
f,
42-76
4-49
42-74
4-68
42-72
4-87
42-70
5-05
43
) 44
43-76
4-60
43-74
4-79
43-72
4-98
43-70
5-17
44
) 45
44-75
4-70
44-73
4-90
44-71
5-09
44-69
5-29
45
) 40
45-75
4-81
45-73
5-01
45-70 '
521
45-68
5-41
46
} !I
46-74
4-91
46-72
5-12
46-70
5.32
46-67
5-52
^' C
48
47-74
5-02
47-71
5-23
47-69 ;
5-43
47-67
5-64
48
; 49
48-73
5-12
48-71
5-34
48-69 i
5-55
48-66
5-76
49
) 50
49-73
5-23
49-70
5-44
49-68
5-66
49-65
5-88
.
i
Dep.
Lat.
0ep.
Lat.
Dep.
Lat.
Dep.
Lat.
i^
( s
c
84 I
)eg.
831 ]
Deg.
83^]
Deg.
83i ]
Deg.
1
TRAVERSE TABLE.
85
Deg.
Dep.
50-7'2
51-72
52-71
53-70
54-70
55-09
5(j-a9
57-68
58-68
59-67
60-67
61-66
62-65
63-65
64-64
65-b4
66-63
67-63
68-62
69-62
70-61
71-61
72-60
73-59
74-59
75-58
76-58
77-57
78-57
79-56
80.56
81-55
82-55
83-54
84-53
85-53
86-52
87-52
88-51
89-51
90-50
91-50
92-49
93-49
94-48
95-47
96-47
97-46
98-46
99-45
Dep.
5-33
5-44
5-54
5-64
5-75
5-85
5-96
6-06
6-17
6-38
6-48
6-59
6-69
6-79
6-90
7-00
7-11
7-21
7-32
7-42
753
7-63
7-74
7-84
7-94
8-05
8-15
8-26
8-36
8-47
8-57
8-68
8-78
8-88
8-99
9-09
9-2U
9-30
9-41
9-51
902
9-72
9-83
9-93
10-03
10-14
10-24
10-35
10-45
84 Deg,
Deg.
....
Dep.
50-70
5-55
51-69
5-66
52-68
5-77
53-68
5-88
54-67
5-99
55-67
6-10
50-66
6-21
57-66
6-31
58-65
6-42
59-64
6-53
60-64
6-64
61-63
6-75
62-63
6-86
63-62
6-97
64-61
7-08
65-61
7-19
66-60
7-29
67-60
7-40
68-59
7-51
69-58
7-62
70-58
7-73
71-57
7-84
72-57
7-95
73-56
8-U6
74-55
8-17
75-55
8-27
76-54
8-38
77-54
8-49
78-53
8-60
79-53
8-71
80-52
8-82
81-51
8-93
82-51
904
83-50
9-14
84-50
9-25
85-49
9-36
86-48
9-47
87-48
9-58
88-47
9-69
89-47
9-80
98-46
9-91
91-45
10-02
92-45
10-12
93-44
10-23
94-44
10-34
95-43
10-45
96-42
10-56
97-42
10-67
98-41
10-78
99-41
10-89
Dep.
Lat,
83a Deg.
■i
Deg.
50-67
51-67
52-66
53-65
54-65
55-64
56-63
57-63
58-02
59-61
60-61
61-60
62-60
63-59
64-58
65-58
66-57
67-56
68-56
69-55
70-54
71-54
72-53
73-52
74-52
75-51
76-51
77-50
78-49
79-49
80-48
81-47
82-47
83-46
84-45
85-45
8(;-44
87-43
88-43
90-42
91-41
92-40
93-40
94-39
95-38
96-38
97-37
98-36
99-36
Dep.
Dep.
5-77
5-89
6-00
6-11
6-23
6-34
6-45
6-57
6-08
6-79
6-91
7-02
7-13
7-25
7-36
7-47
7-58
7-70
7-81
7-92
8-04
•8-15
8-26
8-38
8-49
8-60
8-72
8-83
8-94
9-17
9-28
9-40
9-51
9-62
9-74
9-85
9-96
10-G8
10-19
10-30
10-41
10-53
10-64
10-75
10-87
10-98
11-09
11-21
11-32
&% Deg.
50-65
51-64
52-63
53-63
54-62
55-61
56-60
57-60
58-59
59-58
60-58
61-57
62-56
63-56
64-55
65-54
66-54
67-53
68-52
69-51
70-51
71-50
72-49
73-49
74-48
75-47
76-47
77-46
78-45
79-45
80-44
81-43
82-42
83-42
84-41
85-40
86-40
87-39
88-38
89-38
90-37
91-36
92-36
93-35
94-34
95-33
96-33
97-32
98-31
99-31
Dep.
Dep.
5-99
611
6-23
6-35
6-46
6-58
6-70
6-82
6-93
7-05
7-17
7-29
7-40
7-52
7-64
7-76
7-88
7-99
8-11
8-23
8-35
8-46
8-58
8-70
8-82
8-93
9-05
917
9-29
9-40
9-52
9-64
9-76
9-87
9-99
10-11
10-23
10-34
10-46
10-58
10-70
10-81
10-93
11-05
1117
11-28
11-40
11-52
11-64
11-75
83i Deg.
86
TRAVERSE TABLE.
7 Deg.
7.1
Deg.
7i Deg.
1% Deg.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
2
3
0-99
0.12
C-99
0-13
0-99
0-13
9D
0-13
1-99
0-24
1-98
0-25
1-98
0-26
1-98
0-27
2-98
0-o7
2-98
0-38
2-y7
0-39
2-97
0-40
' 4
3-97
0-49
397
0-50
3-97
0-.52
3-96
0-54
/ 5
4-96
0-61
4-9!J
0-63
4-96
0-65
4-95
0-67
6
5-96
0-73
5-95
0-76
5-95
0-78
5-95
0-81
/ 7
6-95
0-85
0-94
0-88
6-94
0-91
6-94
0-94
( 8
7-94
0-97
7-94
101
7-93
1-04
1 7-93
1-08
{ ^
8-d3
1-10
8-93
1-14
8-92
1-17
8-02
1-21
10
)
9-93
1-22
9-92
1-26
9-91
1-31
9-91
1-35
11
10-92
1-34
10-91
1-39
10-91
1-44
10-90
1-48
( 1~
11-91
1-46
11-90
1-51
11-90
1-57
11-89
1-62
13
12-90
1-58
12-!)0
1-64
12-89
1-70
12-88
1-75
14
13-90
1-71
13-89
1-77
13-88
1-83
13-87
1-89
15
14-89
183
14-88
1-89
14-87
1-96
14-86
202
16
15-88
1-95
1.5-87
2-02
15-86
2-09
15-85
2-16
17
16-87
2-07
16-86
2-15
16-85
2-22
16-84
2-29
18
17-87
219
17-86
0.07
17-85
2-35
17-84
2-43
) 19
18-86
2-32
18-85
2-40
18-84
2-48
18-83
2-56
) 20
19-85
2-44
1984
2-52
19-83
2-61
^9-82
2-70
) 21
20-84
2-56
2a-83
2-65
20-82
2-74
20-81
2-83
) 22
21-84
2-68
21-82
2-78
21-81
2-87
21-80
2-97
23
22-83
2-80
22-82
2-90
22-80
3-00
22-79
3-10
24
23-82
2-92
23-81
3-03
23-79
3-13
23-78
3-24
) 25
24-81
3-05
24-80
315
24-79
3-26
24-77
S-37
20
25-81
3-17
2579
3-28
2.5-78
3-39
25-76
3-51
27
26-80
3-29
2(i-78
3-41
26-77
3-52
26-75
3-64
28
27-79
3-41
27-78
3-53
27-76
3-65
27-74
3-78
29
28-78
3-53
28-77
3-66
28-75
3-79
28-74
3-91
30
29-78
3-66
29-76
3-79
29-74
3-92
2J-73
4-05
31
30-77
3-78
30-75
3-91
30-73
4-05
30-72
4-18
32
31-76
3-90
31-74
4-04
31-73
4-18
31-71
4-32
33
32-75
4-02
32-74
4-16
32-72
4-31
32-70
4-45
34
33-75
4-14
33-73
4-29
33-71
4-44
33-09
4-58
35
34-74
4-27
34-72
4-42
34-70
4-57
34-68
4-72
36
35-73
4-30
35-71
4-54
35-69
4-70
35-67
4-85
37
3()-72
4-51
36-70
4-67
36-68
4-83
36-66
4-y9
38
37-72
4-63
37 70
4-80
37-67
4-96
37-(;5
5-12
39
38-71
4-75
38-69
4-92
38-67
509
38-64
5-2v)
40
39-70
4-87
39-68
5-05
39-66
5-22
39-03
5-39
41
40-70
5-00
40-67
5-17
40-65
5-35
40-63
5-53
42
41-69
5-12
41-66
5-30
41-64
5-48
41-62
5-66
43
42-68
5-24
42-6(>
5-43
4263
5-61
42-61
5-80
44
43-67
5-36
43-65
5*55
43-62
5-74
43-60
5-93
45
44-67
5-48
44-64
5-68
44-62
5-87
44-59
6-07
46
45-66
5-61
45-63
5-81
45-61
6-00
45-.58
6-20
4J
46-65
5-73
46-62
5-93
46-60
6-13
46-57
6-34
48
47-64
5-85
47-62
6-06
47-59
6-27
47-56
6-47
49
48-63
5-97
48-61
6-18
48-.58
6-40
48-55
6-61
50
49-63
6-09
49-60
6-31
49-57
6-53
49-54
6-74
I
5
Q
Dep.
Lat.
Dep.
Lau
Dep.
Lat.
Dep.
Lat.
83 I
)eg.
82^ ]
Oeg.
82A I
Jeg.
82i I
)eg.
TRAVERSE TABLE.
7 Deg.
/ o
u^^
50-62
51-61
5-2-60
53-00
54-59
55-58
5';-58
57-57
58-56
59-55
60-55
61-54
62-53
63-52
64-52
65-51
66-50
67-49
68-49
69-48
70-47
71-46
72-46
73-45
74-44
75-43
76-43
77-42
78-41
70-40
80-40
81-39
82-38
83-37
84-37
85-38
86-35
87-34
88-34
89-33
90-32
91-31
92-31
93-30
94-29
95-28
96-23
97-27
98-26
99-25
Dep.
6-22
6-34
6-40
6-58
6-70
6-82
6-95
7-07
7-19
7-31
7-43
7-56
7-68
7-80
7-92
8-04
8-17
8-29
8-41
8-53
8-65
8-77
8-90
9-02
9-14
9-26
9-38
9-51
9-63
9-75
9-87
9-99
10-12
10-24
10-36
10-48
10-60
10-72
10-85
10-97
11-09
11-21
11-33
11-46
11-58
11-70
11-82
11-94
12-07
1-219
7i Deg.
Dep. I
83 Deq.
50-59
51-58
52-58
53-57
54-56
55- 55
56-54
57-54
58-53
59-52
60-51
61-50
62-50
63-49
64-48
65-47
06-46
67-48
68-45
69-44
70-43
71-42
72-42
73-41
74-40
75-39
70-38
77-38
78-37
79-36
80-35
81-34
82-34
83-33
84-^
85-31
80-3()
87-30
83-29
89-28
90-27
91-^
92-28
93-25
94-24
95-23
96-22
97-22
98-21
99-20
Dep.
Dep. Lat,
6-44
6-56
6-69
6-81
6-94
7-07
7-19
7-32
7-45
7-57
7-70
7-82
7-95
8-08
8-20
8-33
8-46
8-58
8-71
8-83
8-96
9-09
9-21
9-34
9-46
9-59
9-72
9-84
9-97
10-10
10-22
10-35
10-47
10-60
10-73
10-85
10-98
11-11
11-23
11-36
11-48
11-61
11-74
11-86
11-99
12-12
12-24
12-37
12-49
12-62
7^ Deg.
821 Deg.
50-56
5156
52-55
53-.54
54-53
55-52
56-51
57-50
58-50
59-49
60-48
61-47
62-46
63-45
64-44
i)5-44
66-43
67-42
68-41
69-40
70-39
71-38
72-38
73-37
74-36
75-35
76-34
77-33
78-32
79-32
80-31
81-30
»2-29
83-28
84-27
85-26
86-26
87-25
88-24
89-23
90-22
91-21
92-20
93-20
94-19
95-18
96-17
97-16
98-15
99-14
Dep,
Dep.
6-66
6-79
6-92
7-05
7-18
7-31
7-44
7-,57
7-70
7-83
8-09
8-22
8-35
8-48
8-61
8-75
8-88
9-01
9-14
9-27
9-40
9-53
9-66
9-79
9-92
10-05
10-18
10-31
10-44
10-57
10-70
10-83
10-96
11-09
11-23
11-36
11-49
11-62
11-75
11-88
12-01
12-14
12-27
12-40
12-53
12-66
12-79
12-92
13-05
7J Deg.
Deg.
50-53
51-53
52-52
53-51
54-50
55-49
56-48
57-47
.58-46
59-45
60-44
61-43
62-42
(>3-42
64-41
65-40
66-39
67-38
68-37
69 36
70-35
71-34
72-33
73-32
74-31
75-31
76-30
77-29
78-28
79-27
80-26
81-25
82-24
83-23
84-22
85-21
86-2]
87-20
88-19
89-18
90-17
91-16
92-15
93-14
94-13
95-12
96-11
97-10
98-10
99-09
Dep.
7-01
7-15
7-28
7-42
7-55
7-69
7-82
7-96
8-09
8-23
8-36
8-50
8-63
8-77
8-90
9-04
9-17
9-30
9-44
9-57
9-71
9-84
9-98
10-11
10-25
10-38
10-52
10-65
10-79
10-92
11-06
11-19
11-33
11-46
11-60
11-73
11-87
12-00
12-14
12-27
12-41
12-54
12-68
12 81
12-95
13-08
13-22
13-35
13-49
Depw
Lat.
82i Deg.
TRAVERSE TABLE.
i
8 Deg.
84; Deg,
8h Deg.
8J Deg.
1 i
Ldt.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
( 1
0-99
0-14
0-99
014
0-99
0-15
0-99
0-15
2
1-98
0-28
1-98
0-29
1-98
0-30
1-98
0-30
2 S
3
2-97
0-42
2-97
0-43
2-97
0-44
2-97
0-46
3 (
4
5
3-96
0-56
3-96
0-57
3-96
0-59
3-95
0-61
4 (
4-95
0-70
4-95
0-72
4-95
0-74
4-94
0-76
5
6
5-94
0-84
5-94
0-86
5-93
0-89
5-93
0-91
6
7
6-93
0-97
6-"y3
1-00
6-92
1-03
6-92
1-06
7
8
7-92
1-11
7-92
1-15
7-91
1-18
7-91
1-22
8
9
8-91
1-25
8-91
1-29
8-90
1-33
8-90
1-37
.1
j 10
9-90
1-39
9-90
1-43
9-89
1-48
9-88
1-52
/ 11
10-89
1-53
10-89
1-58
10-88
1-63
10-87
1-67
n!
( 12
11-88
1-67
11-88
1-72
11-87
1-77
11-86
1-83
12 (
/ 13
. 12-W
1-81
12-87
1-87
12-86
1-92
12-85
1-98
13 /
( 14
13-86
1-95
13-86
2-01
13-85
2-07
13-84
2-13
14 /
( 15
14-85
2-09
14-85
2-15
14-84
2-22
14-83
2-28
15 /
) 16
15-84
2-23
15-84
2-30
15-82
2-36
15-81
2-43
16 (
I 1'^
16-83
2-37
16-»3
2-44
16-81
2-51
16-80
2-59
17 /
( 1^
17-82
2-51
17-81
2-.58
17-80
2-66
17-79
2-74
18 )
( 19
18-82
2-64
18-80
2-73
18-79
2-81
18-78
2-89
19 /
j 20
19-81
2-78
19-79
2-87
19-78
2-96
19-77
2-04
20 /
( 21
20-80
2-92
20-78
3-01
20-77
3-10
20-76
3-19
21 )
/ 22
21-79
3-06
21-77
3-16
21-76
3-25
21-74
3-35
22 )
/ 23
'22-78
3-20
22-76
3-30
22-75
3-40
22-73
3-.50
23
/ 24
23-77
3-34
23-75
3-44
23-74
3-55
23-72
3-65
24
/ 25
24-76
3-48
24-74
3-59
24-73
3-70
.24-71
3-80
B
^ 26
25-75
3-62
25-73
3-73
25-71
3-84
25-70
3-96
26
( 27
26-74
3-76
26-72
3-87
26-70
3-99
26-69
4-11
27
) 28
27-73
3-90
27-71
4-02
27-69
414
27-67
4-26
28
/ 29
28-72
4-04
28 70
4-lQ
28-68
4-29
28-66
4-41
29
j 30
29-71
4-18
29-69
4-30
29-67
4-43.
29-65
4-56
30
31
30-70
4-31
30-68
4-45
30-66
4-58
30-64
4-72
31
32
31-69
4-45
31-67
4-59
31-65
4-73
31-63
4-87
32
33
• 32-68
4-59
32-66
4-74
32-64
4-88'
32-62
5-02
33
• 34
33-67
4-73
33-65
4-88
33-63
- 5-03
33-60
5-17
34
35
34-66
4-87
34-64
5-02
34-62
5-H
34-59
5-32
35 )
36
35-65
5-01
35-63
5-17
35-60
5-32
35-.58
5-48
36 )
( 37
36-64
515
36-62
5-31
36-59
5-47
36-57
5-63
37 )
( 38
37-63
5-29
37-61
5-45
37-58
5-62
.37.56
5-78
38 )
( 39
38-62
5-43
38-60
5-60
38-57
5-76
38-55
5-93
39 >
j 40
39-61
5-57
39-59
5-74
39-56
5-91
39-53
6-08
40 )
41
40-60
5-71
40-58
5-88
40-55
6-06
40-52
6-24
41 )
42
41-59
5-85
41-57
6-03
41-54
6-21
41-51
6.39
42 )
43
42-58
5-98
42.56
617
42-53
6-36
42-50
6.54
43 )
44
43-57
6-12
43-54
631
43-52
6-50
43-49
6-69
44 )
( 45
44-56
6-26
44-53
6-46
44-51
6-65
44-48
6-85
45 )
( 46
45-55
6-40
45-52
6-60
45-49
6-80
45-46
7-00
46 )
( 47
46-54
6-54
4651
6-74
46-48
6-95
46-45
7-15
47 )
I 48
47-53
6-68
47.50
6-89
47-47
7-09
47-44
7-30
48
( 49
48-52
6-82
48-49
7-03
48-46
7-24
48-43
7-45
49
j 50
49-51
6-96
49-48
717
49-45
7-39
49-42
7-61
50
u
S
.2 '
Q i
: 1
.2
Q
Dep.
Lat.
Dep.
Lat-
Dep.
Lat.
Dep.
Lm.
82 Deo.
81^
Deg.
81i
Deg.
8H
Deg.
TRAVERSE TABLE,
89
2
8 Deg.
Si Deg.
Lat.
Dep.
Lat.
Dep.
51
50-50
7-10
50-47
7-32
52
51-49
7-24
51-46
7-46
53
52-48
7-38
■ .52-45
7-01
54
53-47
7-52
53-44
7-75
55
54-46
7-65
54-43
7-89
56
55-46
7-79
5.5-42
8-04
57
56-45
7-93
56-41
8-]8
58
57-44
8-07
57-40
8-32
59
58-43
8-21
58-39
8-47
60
59-42
8-35
59-38
8-61
61
60-41
8-49
60-37
8-75
ta
01-40
8-63
61-36
8-90
03
62-39
8-77
62-35
9-04
64
63-38
8-91
63-34
9-18
(i5
64-37
9-05
64-33
9-33
66
65-36
9-19
65-32
9-47
67
66-35
9-32
66-31
9-61
68
67-34
9-40
67-30
9-76
69
68-33
9-60
68-29
9-90
70
69-32
9-74
69-28
10-04
71
70-31
9-88
70-27
10-19
72
71-30
10-02
71-25
10-33
73
72-29
10-10
72-24
10-47
74
73-28
10-30
73-23
10-62
75
74-27
10-44
74-22
10-76
76
75-26
10-58
75-21
10-91
77
7(i-25
10-72
76-20
11-05
78
77-24
10-86
77-19
1119
79
78-23
10-99
78-18
11-34
80
79-22
1113
79-17
11-48
81-
80-21
11-27
80-16
11-62
82
81-20
11-41
81-15
11-77
83
82- J 9
] 1-55
82-14
11-91
84
83-18
11-69
8313
1205
85
84-17
11-83
84-12
12-20
86
85- IG
11-97
8.5- 11
12-34
87
86-15
12-11
86-10
12-48
83
87-] 4
12-25
87-09
12-63
89
88-13
12-39
88-08
12-77
9!)
89-12
12-53
89-07
12-91
91
90-11
12-66
90-06
13-06
92
91-10
12-80
91-05
13-20
93
92-09
12-94
92-04
13-34
94
93-09
13-08
93-03
13-49
93
94-08
13-22
94-02
13-63
90
95-07
13-36
95-01
13-78
97
96-06
13-50
96-00
13-92
98
97-05
13-64
96-99
14-06
. 99
• 98-04
13-78
97-9-^
14-21
100
99-03
13-92
98-97
14-35
1
Dep.
Lat.
Dep.
Lat.
1
S
82 I
)EG.
81}
Deg.
8k L
Lat.
)eg.
Dep.
8} Deg.
o (
51
Lat.
Dep.
50-44
7-.54
50-41
7-76
51-43
7-69
51-39
7-91
52
.52 42
7-83
52-38
8-06
53
53-41
7-98
53-37
8-21
54
54-40
8-13
54-36
8-37
55
55-38
8-28
55-35
8-52
56
56-37
8-43
56-34
8-67
57 (
57-36
8-57
57-.32
8-82
58 (
58-35
8-72
58-31
8-98
59 (
59-34
8-87
59-30
913
60 (
60-33
9-02
60-29
9-28
61 (
61-32
9-16
61-28
9-43
62 (
6231
9-31
62-27
9-58
63 (
63-30
9-46
63-26
9-74
64 (
64-29
9-61
64-24
9-89
65 (
65-28
9-76
65-23
1004
66
67 (
66-26
9-90
66-22
10-19
67-25
10-05
67-21
10-34
68 (
68-24
10-20
68-20
10-50
69
69-23
10-35
69-19
10-65
70 I
70-22
10-49
70-17
10-80
71 \
71-21 •
10-64
71-16
10-95
72 (
72-20
10-79
7215
1110
73 (
73-19
10-94
73-14
11-26
74 /
74-18
11-09
74-13
11-41
75 (
75-17
11-23
75-12
11-56
76 /
76-15
11-38
76-10
11-71
77 /
77-14
11-53
77-09
11-87
78 I
78-13
11-68
78-08
1202
79 /
79-12
11-82
79-07
12-17
80 }
80-11
11-97
80-06
12-32
81
81-10
12-12
81-05
12-47
82 )
82-09
12-27
82-03
12-63
83 )
83-08
12-42
83-02
12-78
84 )
84-07
12-56
84-01
1293
85
85-06
12-71
85-00
13-08
86
86-04
12-86
85-99
13-23
87
87-03
13-01
86-98
13-39
88
88-02
13-16
87-96
13-54
89
89-01
13-30
88-95
13-69
90 )
90-00
13-45
89-94
13-84
91
90-99
13-60
90-93
14-00
92
91-98
13-75
91-92
1415
93
92-97
13-89
92-91
14-30
94
93-96
14-04
93-89
14-45
95
94-95
14-19
94-88
14-60
96
95-93
14-34
95-87
14-76
97
96-92
14-49
96-86
14-91
98
97-91
14-63
97-85
15-06
99 ^
98-90
14-78
98-84
15-21
100
i i
s (
Q !
Dep.
Lat.
Dep.
Lat.
81i
Deg.
811
Deg.
90
TRAVERSE TABLE.
1
) 3
9 Deg.
9i Dec.
9| Deg.
9^ Deg.
i]
Lat.
Dep.
Lau
Dep.
Lat.
Dep.
Lat.
Dep.
( 1
0-99
0-16
0-99
0-16
0-99
0-17
0-99
0-17
— (
1 (
( 2
1-98
0-31
1-97
0-32
1-97
0-33
1-97
0-34
2 (
( 3
2-96
0-47
2-96
0-48
2-96
0-50
2-96
0-51
3
\ 4
3-95
0-63
3-95
0-64
3-95
0-66
3-94
0-68
4
( 5
4-94
0-78
4-93
0-80
4-93
0-83
4-93
0-85
5
( 6
5-93
0-94
5-92
0-96
5-92
0-99
5-91
1-02
6 *
( 7
6-91
1-10
6-91
1-13
6-90
1-16
6-90
1-19
7 (
( 8
7-90
1-25
7-90
1-29
7-89
1-32
7-88
1-35
8
{ 9
8-89
1-41
8-88
1-45
8-88
1-49
8-87
1-52
9 (
ID
9-88
1-56
9-87
1-61
9-86
1-65
9-86
1-69
10
11
10-86
1-72
10-86
1-77
10-85
1-82
10-84
1-86
11
12
11-85
1-88
11-84
1-93
li-84
1-98
11-83
2-03
12
13
12-84
2-03
12-83
209
12-82
2-15
12-81
2-20
13 '
14
13-83
2-19
13-82
2-25
13-81
2-31
13-80
2-37
14 (
I 15
14-82
2-35
14-80
2-41
14-79
2-48
14-78
2-54
15 {
16 (
( 1«
15-80
2-50
15-79
2-57
15-78
2-64
15-77
2-71
< i''
16-79
2-66
16-78
2-73
16-77
2-81
16-75
2-88
17
18 (
( 1«
17-78
2-82
17-77
2-89
17-75
2-97
17-74
3-05
( 19
18-77
2-97
18-75
3-05
18-74
314
18-73
3-22
19 (
) 20
19-75
313
19-74
3-21
19-73
3-30
19-71
3-39
20
i 21
20-74
3-29
20-73
3-38
20-71
3-47
20-70
3-56
21 (
22
) 22
21-73
3-44
21-71
3-54
21-70
3-63
21-68
3-73
23
22-72
3-60
22-70
3-70
22-68
3-80
22-67
3-90
23
/ 24
23-70
3-75
23-69
3-86
23-67
3-90
23-65
4-06
24
( 25
24-()9
3-91
24-67
4-02
24-66
4-13
24-04
4-23
25 (
( 20
25-68
4-07
25-66
4-18
25-64
4-29
25-62
4-40
26 I
27 /
/ 27
2()-67
4-22
26-65
4-34
. 26-63
4-46
26-61
4-.>7
/ 28
27-66
4-38
27-64
4-50
27-62
4-62
27-60
4-74
28 /
/ 29
, 28-64
4-54
28-62
4-66
28-00
4-79
28-58
4-91
29
30 /
/ 30
29-63
4-69
29-61
4-82
29-59
4-95
29-57
5-08
( 31
30-62
'4-85
30-60
4-98
30-57
5-12
.30-55
5-25
31
32
31-61
5-01
31-58
5-14 •
31-56
.5-28
31-54
5-42
32
/ 33
3-2-59
5-]6
32-57
5-30
32-55
5-45
32-52
5-59
33 (
34
33-58
5-32
33-56
5-47
33-53
5-61
.33-51
5-76
34
35 (
35
34-57
5-48
34-54
5-63
34-52
5-78
34-49
593
36
35-56
5-(i3
35-53
5-79
35-51
5-94
35-48
6-10
36 '
37
36-54
5-79
36-52
5-95
36-49
6-11
36-47
6-27
37
38
37-53
5-94
37-51
611
37-48
6-27
37-45
6-44
38
39
38-52
6-10
38-49
6-27
38-47
6-44
38-44
6-60
31»
40
39-51
6-26
39-48
643
39-45
6-60
39-42
6-77
40
41
40-50
6-41
40-47
6-59
40-44
677
40-41
6-94
4] >
42
41-48
6-57
41-45
6-75
41-42
6-92
41-39
7-11
42
43
4-2-47
6-73
4-2-44
6-91
42-41
7-10
42-38
7-28
43
44
43-46
6-88
43-43
7-07
43-40
7-26
43-36
7-45
44
45
- 44-45
7-04
44-41
7-23
44-38
7-43
44-35
7-62
45
46
45-43
7-20
45-40
7-39
45-37
7-59
45-.?4
7-79
46
47
^6-42
7-35
46-39
7-55
46-30
7-70
46-32
7-96
47
48
47 41
7-51
47-38
7-72
47-34
7-92
47-31
8-13
48 f
/ 49
48-40
7-67
48-36
7-88
48-33
809
48-29
8-.30
49 '
/ 50
49-38
7-82
49-35
8-04
49-32
8-25
49-28
8-47
50 '
1
1
!
(
Dep.
Lat.
Dop.
Lat.
Dep.
Lat.
Dep.
Lat.
81 I
)EG.
80i Deg.
80.i ]
"!!l,.
80^ ]
Deg.
TRAVERSE TABLE.
91
9 Deg.
9i Deg.
94 Deg.
9^ Deg.
5 ^
1 ^
51
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
50-37
7-98
50-34
8-20
50-30
8-42
50-26
8 64
51-3f5
8-13
51-32
8-36
51-29
8-58
51-25
8-81
52 )
5:2-35
8-29
52-31
8-52
52-27
8-75
52-23
8-98
53 )
53-34
8-45
53-30
8-68
53-26
8-91
53-22
9-14
54 )
54-32
8-60
54-28
8-84
54-25
9-08
54-21
9-31
55 )
55-31
8-76
55-27
9-00
55-23
9-24
55-19
9-48
56 )
5G-30
8-92
56-26
9-16
56-22
9-41
56-18
9-65
57 S
57-29
9-07
57-25
9-32
57-20
9-57
57-16
9-82
58
58-27
9-23
- 58-23
9-48
58-19
9-74
58-15
9-99
59
60 (
59-26
9-39
59-22
9-64
59-18
9-90
59-13
10-16
60-25
9-54
60-21
9-81
60-16
10-07
60-12
10-33
61 )
01-24
9-70
6119
9-97
61-15
10-23
61-10
10-50
62 )
62-22
9-86
62-18
10-13
62-14
10-40
62-09
10-67
63 )
63-21
10-01
63-17
10-29
63-12
lU-56
0308
10-84
64 <
64-20
10-17
64-15
10-45
64-11
10-73
64-06
11-01
65 S
65-19
10-32
65-14
10-61
65-09
10-89
65-05
11-18
66 <
66-18
10-48
66-13
10-77
66-08
11-06
66-03
11-35
67 {
68
67-16
10-64
67-12
10-93
67-07
11-22
67-02
11-52
68-15
10-79
68-10
11-09
68-05
11-39
68-00
11-69
69
70 (
69-14
10-95
69-09
11-25
69-04
11-55
68-99
11-85
70-13
11-11
70-08
11-4]
70-03
11-72
69-97
12-02
^i
71-11
11-26
71-06
11-57
71-01
11-88
70-96
12-19
72
72-10
11-42
72-05
11-73
72-CO
12-05
71-95
12-36
S!
73-09
11-58
73-04
11-89
72-99
12-21
72-93
12-53
7408
11-73
74-02
12-06
73-97
12-38
73-92
12-70
75
75-06
11-89
7.5-01
12-22
74-96
1254
74-90
12-87
76
7605
12-05
76-00
12-38
75-94
12-71
75-89
13-04
77
77-U4
12-20
76-99
12-54
76-93
12-87
76 87
13-21
78
78-03
12-36
7r97
12-70
77-92
13-04
77-86
13-38
79 (
79-02
12-51
78-96
12-86
78-90
13-20
78-84
13-55
80 (
(
81 (
80-00
12-67
79-95
13-02
7f)-89
13-37
79-83
13-72
80-99
12-83
80-93
13-18
80-88
13-53
80-C2
13-89
82 (
81-98
12-98
81-92
13-34
81-86
13-70
81-60
14-o6
83 (
82-97
13-14
82-91
13-50
82-85
13-86
82-79
14-23
84 /
83-95
13-30
83-89
13-06
83-83
14-03
83-7-
14-39
85
84-94
13-45
84-88
13-82
84-82
14-19
84-76
14-56
86
85-93
13-61
85'ti7
13-98
85-81
14-36
85-^4
14-73
87
88 I
86-92
13-77
86-86
14-15
86-79
14-52
tt6-73
14-90
87-90
13-92
87-84
14-31
87-78
14-69
87-71
1507
89 (
88-89
14-08
88-83
14-47
88-77
14-85
88-70
li-24
90 (
1
89-88
14-24
89-82
14-63
89-75
15-02
89-69
15-41
91 I
90-87
14-39
90-80
14-79
90-74
15-18
90-67
15-58
92
91-86
14-55
91-79
14-95
91-72
15-35
91-66
15-75
93 /
92-84
14-70
92-78
1511
92-71
15-51
92-64
15-92
94 ^
93-83
14-86
93-76
15-27
93-70
15-68
93-63
16-09
95 /
94-82
15-u2
94-75
15-43
94-68
15-84
94-61
16-26
96
97
98 /
95-81
15-17
95-74
15-59
95-67
16-01
95-60
16-43
96-79
15-33
96-73
15-75
96-66
16-17
96-58
16-60
97-78
15-49
97-71
15-91
97-64
16-34
97-57
16-77
99 (,
98-77
Dep.
15-64
98-70
16-07
98-63
16-50
98-56
16-93
100 {
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
C 1
81 E
EG,
80i I
)EG.
801 I
Deg.
80:^ I
)EG.
92
TRAVERSE TABLE.
1
10 Deo.
lOi
m
Deg.
10}
Deg.
5 )
Lat.
Dep.
Lai.
Dep.
Lat.
Dep.
Lat.
Uep.
3 }
1
0-98
0-17
0-98
0-18
0-98
0-18
0-98
0-19
1 )
2
1-97
0-35
1-97
0-36
1-97
0-36
1-96
0-37
2 (
) 3
2-95
0-.32
2-95
0-53
2-95
0.55
2-95
0-56
3 (
) 4
3-94
0-('9
3-94
0-71
3-93
0-73
3-93
0-75
4 (
S 5
4-1,2
0-87
492
0-89
4-92
0-91
4-91
0-93
5 (
) ^
5-91
1-04
5-9I)
1-07
5-90
1-09
5-89
1-12
6 (
) "^
689
1-22
6-89
1-25
6-83
1-28
0-88
1-31
7 /
) 8
7-88
1-.19
7-87
1-42
7-87
1-46
7-80
1-49
8 (
) y
8-8fi
1-55
8-86
1-00
8-85
1-64^
1-82^
8-84
1-68
9 (
( ^^
9-85
1-74
9-84
1-78
9-83
9-82
1-87
10 }
11
12
10-83
1-91
10-82
1-90
10-82
2-00
10-81
2-05
11 (
11-82
208
11-81
2-14
11-80
219
11-79
2-24
12 /
( 13
12-8J
2-26
12-79
2-31
12-78
2-37
12-77
13 /
( 14
13-79
2-43
13-78
2-49
13-77
2-55
13-75
2-61
14 I
15
14-77
2-60
14-76
2-07
14-75
2-73
14-74
2-80
15
( 10
15-76
2-78
1.V74
2-85
15-73
2-92
15-72
2-98
16
S 17
16-74
2-95
16-73
303
16-72
3- 10
10-70
3-17
17 (
( 18
17-73
313
17-71
3-20
17-70
3-28
17-68
3-36
18 /
( hi
18-71
3-30
18-70
3-38
18-68
3-46
18-07
3-54
19 /
( 2J
19-70
347
19-68
3-56
19-67
3-64-
19-65
3-73
20
21
20-68
3-65
2i)-G6
3-74
20-65
3-83
20-63
3-92
21 '
( 22
21-67
3-82
21-65
3-91
21-63
4-01
21-01
4-10
22
{ 23
22-«i5
3-99
22-03
4-09
22-61
4-19
22-(>0
4-29
23
( 24
23-(;4
4-17
23-02
4-27
23-60
4-37
23.58
4-48
24
S 25
24-(i2
4-34
2400
4-45
24-.58
4-56
24-56
4-66
25 /
( 2i>
25-(U
4-51
25-.-,9
4-63
25.50
4-74
25.54
4-85
26 (
( 27
2i5-59
4-69
26.57
4-80
26-55
4-92
26-53
5-04
27 /
( 2S
27-57
4-86
27.55
4-98
27-53
5-10
27-51
5-22
28 I
( 29
28-56
5-04
28-54
5-16
28-51
5-28
28-49
5-41
2\}.(
J 30
29-54
5-21
29-52
5-34
29-50
5-47
29-47
5-60
30 5
\ 31
30-53
5-38
30-51
5.52
30-48
5-65
30-40
5-78
31 ;
( 32
31-51
5.50
31-49
5-69
31-46
5-83
31-44
5-97
32 I
3;j
32-50
5-73
32-47
5-87
32-45
6-01
32-42
6-16
33 }
34
33-48
5-90
33-40
605
33-43
6-20
33-40
6-34
34 <
35
34-47
6-08
34-44
6-23
34-41
0-38
34-39
6-53
35 (
36
3.V45
6-25
35-43
6-41
3.5-40
6.56
35-37
0-71
36
37
38
39
36-44
6-42
36-41
6-5S
30-38
6-74
30.35
6-90
37
37-42
6-6J
37-39
6-76
37.36
6-92
37-33
7-09
38
38-41
6-77
38-:«
6-94
38-35
7-11
38-32
7-27
39 •
? 40
39-39
6-95
39-36
7-12
39-33
7-29
39-30
7-46
40 ,'
1
' 41
40-38
712
40-35
7-30
40-31
7-47
40-28
7-05
41 .'
42
41-36
7-29
41-33
7-47
41.30
7-05
41-26
7-83
42
43
42-35
7-47
42-31
7-C.5
42-28
7-84
42-25
8-02
43
44
43-33
7-61
43-30
7-83
43-20
8-02
43-23
8-21
44
I 45
44-32
7-81
44-28
8-01
44-25
8-20
44-21
8-39
45
/ 4G
45-30
7-99
45 27
8-19
4523
8-.38
4.5-19
8-.58
46
47
46-29
816
46-25
8 36
4;-2i
8-57
40-18
8-77
47
48
47-27
8-34
47-23
tTA
4720
8-75
47-10
8-95
48
49
4826
8-51
48-22
8-72
48-18
8-93
48-14
9-14
49
50
49-24
8-68
49-20
8-90
49 10
9-11
4912
9-33
50
r.
Dep.
Lai.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
I '
80 1
lEG.
79}
Deg.
79 .V
Deg.
79i]
3eo.
^ :
TRAVERSE TABLE.
93
' 2
9
10 Deg.
lOi
Deg.
10,\
Deo.
lOJ
Deg.
^ (
Lat.
Dep.
Lat.
Dep.
9-08.
Lat.
Dep.
Lat.
Dep.
i 51
50-23
8-86
5019
50-15
9-29
50-10
9-51
51 (
) 52
51-21
903
5117
9-25
51-13
9-48
5109
9-70
52 (
53
52-19
9-20
52-15
943
52-11
9-66
.52 07
9-89
53 (
54
55
) 5/
58
59
60
53-18
9-33
53-14
9-61
5310
9-84
.5305
10-07
54 (
54-16
9-55
54-12
9-79
54-08
10-02
54-03
10-26
55
5515
9-72
55-11
9-96
55-06
10-21
55-02
10-45
.56
50-13
9-90
50-09
10-14
56-05
10-39
56-00
10-63
57
57-12
1007
57-{.7
10-32
57-03
10-57
56-98
10-82
58 (
58-10
10-25
58-06
10-50
58-01
10-75
.57-96
11-00
59 /
59-09
10-42
59-04
10-68
59-00
10-93
58-95
11-19
60 /
) 61
60-07
10-59
60-03
10-85
59-98
11-12
59-93
11-38
61
) 62
61-06
10-77
6101
1103
60-96
11-30
60-91
11-56
62 )
) 63
6204
10-94
61-99
11-21
61-95
11-48
61-89
11-75
63 )
64
65
66
67
6303
1111
62-98
11-39
62-93
11-66
62-88
11-94
64 )
04-01
11-29
63-96
11-57
63-91
11-85
63-86
1212
65
6500
11-46
64-95
11-74
64-89
12-03
64-84
12-31
66
65-98
11-63
65-93
11-92
65-88
12-21
65-82
12.50
67
68
66-97
11-81
66-91
12-10
66-86
12-39
66-81
12-68
68
) 69
67-95
11-98
67-90
12-28
67-84
12-57
67-79
12-87
69
j 70
68-94
12-16
68-88
12-46
68-83
12-70
68-77
13-06
70 j
} 71
69-92
12-33
69-87
12-63
69-81
12-94
69-75
13-24
71 )
) 72'
70-91
12-50
70-85
12-81
70-79
13-12
70-74
13-43
72 )
) 73
71-89
12-68
71-83
12-99
71-78
13-30
71-72
13-62
73 )
) 74
72-88
12-85
72-82
13-17
72-76
13-49
72-70
13-80
74 )
) 75
73-80
13-02
73-80
13-35
73-74
13-67
73-68
13-99
75 )
) 76
74-35
13-20
74-79
13-52
74-73
13-85
74-67
14-18
76 )
> 77
75-83
13-37
75-77
13-70
75-71
14-03
75-65
14-36
77 >
) 78
76-82
13-54
76-76
13-88
76-09
14-21
76-63
14-55
78 )
) 79
77'80
13-72
77-74
14-00
77-68
14-40
77-61
14-74
79 )
) 80
78-78
13-89
78-72
14-24
78-66
14-58
'78-60
14-92
80 S
/ 81
79-77
14-07
79-71
14-41
79-64
14-76
79-58
15-11
81 )
) 82
80-75
14-24
80-69
14-.59
80-63
14-94
80-56
15-29
82
/ 83
81-74
14-41
81-68
14-77
81-61
15-13
81-.54
15-48
83
( 84
82-72
14-59
82-66
14-95
82-59
15-31
82-53
15-67
84
(.85
80
83-71
14-76
83-04
15-13
83-58
15-49
83-51
15-85
85
84-69
14-93
84-63
15-30
84.56
15-67
84-49
16-04
86
( 87
85-68
1511
85-61
15-48
85-.54
15-85
85-47
16-23
87
/ 88
86-G6
15-28
86-60
15-66
86-53
16-04
86-46
16-41
83
/ 89
87-65
15-45
87*58
15-84
87-51
16-22
87-44
16-60
89
/ 90
I 91
.88-63
15-63
88-56
16-01
88-49
16-40
83-42
16-79
90
89-62
15-80
89-55
16-19
■ 89-48
16-58
89-40
16-97
9]
( 92
90-60
15-98
90-.53
16-37
90-46
16-77
9a-39
1716
92
93
91-59
16-15
91-52
16-55
91-44
16-95
91-37
17-35
93
94
92-57
16-32
92-50
16-73
92-43
17-13
92-35
17-53
94
/ 95
93-56
16-50
93-48
16-90
93-41
17-31
93-33
17-72
95
( 96
94-54
10-67
94-47
17-08
94-39
17-49
94-.32
17-91
96
97
95-53
16-84
95-45
17-26
95-38
17-68
95-30
18-09
97
( 98
96-51
17-02
96-44
17-44
96-36
17-86
96-28
18-23
98
99
97-50
1719
97-42
17-62
97-34
18-04
97-26
13-47
99
(100
98-48
17-36
98-40
17-79
98-33
18-22
98-25
18-65
100 j
( .
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
.i]
80 Deg.
791 Deo.
79J Deo.
79^]
Deg.
94
TRAVERSE TABLE.
TRAVERSE TABLE.
95
1] Deg.
Hi Deg. 1
Lat.
Dep.
9-73
La!.
Dep.
50-00
50^02
995
51-Oi
9-92
51-..0
10-14
5-2-iJ3
10-11
51-93
10-34
53-01
10-30
.52-96
10-53
53-yi)
10-49
53-94
10-73
54-97
10-69
54-92
10-.93
55-95
10-88
55-90
11-12
50-93
11-U7
56-89
11-32
57-t)r2
11-26
57-87
11-51
58-90
11-45
58-85
11-71
59-83
11-64
59-83
11-90
60-86
11-83
60-81
12--25 1
61-84
1202
61-79
63-8-2
12-21
62-77
12-49 1
63-81
12-40
63-75
12-68
64-79
12-59
64 73
12-,88
65-77
12-78
6.5-71
13-07
66-75
i-2-y8
66-69
13-27 !
67-73
13-17
67-67
13-40 r
68-71
13-36
08-66
13-GO
69-70
13-55
■69-64
13-85
70-08
13-74
70-02
1405 1
71-66
13-93
71-(i0
14-24 1
7-J-64
14-12
73-50^
14;44
73-6-2
■14-31
M4*53
74-00
14-50
74-54
14-S3
75-59
14-09
7.5-52 .
'1502
76-57
14-88
76-50
15-22
77-55
1507
77-48
15-41
78-53
^m
'^■%..
15-61
79-51
15-4(5
79-44
15-80
80-49
15-65
80-4'2
16-00
81-48
15-84
81-41
10-19
82-4;!
l'o-03
8i:'J
i(;-;w
83-44
1(5-22
83-37
16-58
84-42
16-41
8^35
lG-78
85-40
16-60
85-33
10-97
86-38
16-79
86-31
1717
87-36
16-98
87-29
17-36
88-35
17-17
88-27
17-56
89-33
17-36
89-25
17-75
90-31
17-55
90-23
17-95
91-29
17-75
91-21
1814
92-27
17-94
92-19
18-34
93-25
18-13
93-17
18-. ^3
94-'2t
18-32
94-16
1873
95-22
18-51
95-14
18-02
96-20
18^70
96-12
19- ] '2
97-18
18-89
97- JO
19-3 I
98-16
19.08
98-08
19-5;
Dep.
Lat.
Dep.
M
•79
Deg.
78i
m
11\ Deg.
Dep.
49-98
50-96
51-94
52-92
53-90
54-88
55-80
56-84
57-82
53-80
59-78
6',J-70
61-74
62-72
63-70
64-C!8
60-ir3
•07 ()1
68-5J
69-57
70-.55
71-33
72-51
X 73-49
74-47
75-4.".
70-43
77-41
78-39
79-37
80-.35
81-33
S2-31
83-29
84-27
85-25
80-2:'.
87-21
88-19
89-17
90-15
91-13
92-11
93-09
9407
95-05
96-03
97-01
97-99
10-17
10-37
10-57
10-77
10-97
11-16
11-35
11-56
11-70
11-96
12-16
12-36
12-50
12-76
12-96
13-16
13-36
13-56
13-76
13-96
14-lG
14-35
14-55
im
14-^5
1.5-15
15-35
15-55
15-75
15-95
16- M
16-3,3
16-55
1!V75
16-95
17-15
lT-35
' 17-54
17-74
17-94
18-14
I 18-34
i 18-54
I 18-74
I 18-9-i
I 19-14
! 119-34
! 19-54
! 19-74
19-94
Dep.
781 Deg.
11^. Deg.
Lat.
Dep.
49-93
10-39
.50-91
10-59
51-89
10-79
.52-87
11-00
.53-85
11-20
54-83
11-40
5.5-81
11-61
56-78
11-81
57-76
12-01
58-74
12-22
59-72
12-42
60-70
12-03
61-68
1-2-83
62-66
13-03
63-64
13-2-^1
64-62
13-44 '.
65-60
13-64 '
66-58
13-85
67-55
14-05
63-53
14-25
69-51
14-46
70-49
14-66
71-47
14-87
7g-45
15-07
73.43
i;.-27 1
74-41
7.5.39
76.37
77-34
10-09
78-32
10-29
79-30
16-49
80-28
16-70
81-26
16-90
iv2-2'
ITil
83-22
17-31
84-20
17;5.i
85-18
%6-16
17-92
87-14
18-12
88-11
18-33
89-09 •
18-53
90-07
18-74
91-05
18-94
92-03
19-14
93-01
19-35
93-99
19-55
94-97
19-75
95-95
19-96
9(i-93
20-16
97-90
20-36
Dep.
Lat.
78^
Deo.
9G
TR A VERS
E TABLE.
i 1
12
Dfg.
12i
Deg.
12i
Deg.
12| Deg.
\ ?
Lilt.
Dep.
Lat.
Dep.
Lat.
Dep.
L.t.
Dep.
f I
98
0-21
0-98
0-21
0-98
C-22
098
0-22
( 2
1-96
0-42
1-95
0-42
1-95
0-43
1-95
0-44
^
2-93
0-G2
2-93
0-04
2-93
0-65
2-93
' 006
4
3-91
0-83
3-91
0-85
3-91
C-87
3-90
0-88
) 5
4-89
1-04
4-89
1-06
4-88
1-08
4-88
1-10
/ 6
5-87
1-25
5-86
1-27
5-86
1-30
5-85
1-32
) 7
6-85
1-46
6-84
1-49
6-83
1-52
6-83
1-54
^ 8
7-83
1-66
7-82
1-70
7-81
1-73
7-80
1-77
) 9
8-80
1-87
8-80
1-91
8-79
1-95
8-78
1-99
( ^^
9-78
2-08
9-77
2-12
9-76
2-16
9-75
2-21
} 11
10-76
2-29
10-75
2-33
10-74
2-38
10-73
2-43
12
11-74
2-49
11-73
2-.55
11-72
2-60
11-70
2-65
) 1^
12-72
2-70
12-70
2-76
12-69
2-81
12-6,8
2-87
( 14
13-69
2-91
13-68
2-97
13-07
3-03
13-65
3-09
/ 15
14-67
3-12
14-66
3-18
14-(;4
3-25
14-t)3
3-.31
; 10
1505
3-33
15-64
3-39
15-(i2
3-46
1.5-61
3-53
) 17
16-63
3-53
16-61
3-(U
16-60
3-68
16-58
3-75
) 18
17-61
3-74
17-59
3-82
17.57
3-90
17-.56
3-97
) 19
18-58
3-95
18-57
4-03
18.55
4-11
18-53
4-19
j 20
19-56
4-16
19-54
4-24
19-53
4-33
19-51
4-41
21
22
23
20 54
4-37
20-52
4-46
20-50
4-.55
20-48
4-63
21-52
4-57
21-5(1
4-67
21-48
4-76
21-46
4-80
22-50
4-78
22-48
4-88
22-45
4-98
22-43
5-08
) 24
2;j-48
4-99
23-45
5-09
23-43
519
23-41
5-30
25
24-45
5 20
94-43
5-30
24-41'.
5-41
24-38
5-52
2(i
25-43
5-41
25-41
5-52
2S-38
5-1.3
25-36
574
i 27
26-41
' 5-61
2(>-39
5-73
2li-36
5-84
26-33
5-96
f 2«
27-39
,.5-82
27-36
5-94
27-34
6-06
27-31
6-18
) 29
■ 2ti-37
6t03
28-34
6-15
28-31
6-28
28-28
6-40
30
29-34
6-24
29-32
6-37
29-29
G-49
29-26
6-62
31
30-38
G-45
30-29
6-.58
30-27
6-71
30-24
6-84
32
31-30
6-65
31-27
6-79
31-24
6-93
31-21
7-06
' 33
32-28
6-86
32-25
7-00
32-22
7-14
32-19
7-28
34
33-26
7-07
33-23
7-21
33 19
7-36
3.3-16
7-50
35
34-24
7-28
34-20
7-43
34-17
7-58
34-14
7-72
3(i
37
38
35-21
7-48
:«-i8
7-04
35-15
7-79
3511
7-95
30-19
811
36-16
7-85
30-12
8-01
36-09
8-17
37-17,
37-13
806
37-10
8-22
37-00
8-39
39
38-15
38-11
8-27
38-08
8-44
38-(M
8-61
40
39-13
8-32
39-09
8-49
39-05
8-66
39-01
8-83
j 41
40-10
8-52
40-07
8-70
40-03
8-87
39-99
9-05
) 42
41-08
8-73
41-04
8-91
41-00
9-09
40-96
9-27
) 43
4206
8-94
42-02
912
41-98
9-31
41-94
9-49
> 44
4304
915
4300
9-34
42-96
9-52
42-92
9-71
) 45
44-L2
9-36
431)8
9.55
43-03
9-74
43-89
9-93
) 46
44-99
9-56
44-95
9-7(5
44-91
9-96
44-87
10-15
) 47
45-97
9-77
45i)3
9-97
45-89
10-17
45-84
10.37
) 48
46-95
9-98
46-91
10-18
46-86
10-39
4Q-82
10-.59
) 49
47-93
1019
47-88
10-40
47-84
10-61
47-79
10-81
J 50
48-91
10-40
48-86
10-61
48-81
10-82
48-77
11-03
\ «
Dep.
LrI.
Dcp.
LaU
Dep.
Lat.
Dep.
Lat.
( .2
( '^
78 1
)eg.
775 ]
Oeg.
m ]
l^Q.
77il
)E«.
TRAVERSE TABL.:
97
?
12 Deg.
12i
Dkg.
12V
Deg.
m
Deg.
M
Lat.
Dep.
Lat,
Dep.
Lat.
Dep.
Lat.
Dep.
51
49-89
10-60
49-84
10-82
49-79
11-04
49-74
11-23
51 j
52 >
53
54 ,
52
50-86
10-81
50-82
11-03
50-77
11-23
50-72
11-43
53
51-84
11-02
51-79
ir25
51-74
11-47
51-69
11-70
54
52-82
11-23
52-77
11-40
52-72
11-69
.52-67
11-92
55
53-80
11-44
53-75
11-67
53-70
11-90
53-64
12-14
55 I
56
54-78
11-64
54-72
11-83
54-67
12-12
54-62
12-36
.56
57
55-75
11-85
55-7J
12-09
5.>-65
12-34
55-59
12-5?
57
58
56-73
1206
56-68
12-31
56-63
12-53
56-57
12-80
53
59
57-71
12-27
57-6-0
1252
57-60
1277
57-.55
13-02
59 (
60
58-69
12-47
5S-G3
12-73
53-58
12-99
58-52
13-24
60 j
( 6^
59-67
12-68
59-61
12-94
59-55
13-20
.59-50
1.3-46
61 (
62
60-65
12-89
60-59
1316
69-53
13-42
60-47
13-68
62 (
63
61-62
13-10
61-57
13-37
61-51
13-64
61-45
1390
63 (
64
62-60
13-31
62-54
13-.')8
62-43
13-85
62-42
1412
64 (
65
63-58
13-51
63-52
13-79
63-46
14-07
63 40
14-35
65 (
I 66
64-56
13-72
64-50
14-00
64-44
14-29
04-37
14-57
66
67
( 67
65-54
13-93
65-47
14 22
65-11
14-50
65 35
14-79
68
66-51
14-14
66-45
14-43
66-39
14-72
66-32.
15-01
63
69
67-49
14-a5
67-43
14-64
67-36
14-93
67-30
15-23
69
70
68-47
14-55
68-41
14-aj
63-34
1.515
68-27
15-45
70
71
69-45
14-76
69-38
l.'vOG
69-32
15-37
69-25
15-67
71 (
/ 72
70-43
14-97
70-36
15-23
70-29
15-33
70-22
15-89
72 (
) 73
71-40
15-18
71-34
13-49
71-27
15-80
71-20
16-11
73 (
74
72-38
15-39
72-32
15-70
72-25
16-02
7218
16-33
74 (
) 75
73-36
15-59
73-29
15-91
73-22
16-23
73-15
16-55
75 (
) 76
74-34
15-80
74-27
10-13
74'20
16-45
74-13
16-77
76 (
) .77
75-32
1601
75-25
16-.34
75-17
16-67
75-10
16-99
77 (
I 78
76-30
16-22
76.22
16-55
76-15
16-88
70-OS
17-21
78 (
) 79
77-27
16-43
77-20
16-76
77-13
17-10
77-05
17-44
79 (
> 80
78-25
16-63
78-13
16-97
73-10
17-32
78-03
17-66
80 j
» 81
79-23
16-84
79-16
17-19
79-03
17-53
79-00
17-88
.81 j
) 82
80-21
17-03
80-13
17-40
8i)-06
17-75
79-98
18-10
82
; 83
81-19
17-26
81-11
17-61
81-03
17-95
80-95
18-32
S3
> 84
82-16
17-46
821)9
17-82
82-01
18-18
81-93
18-54
84
85 }
) 85
83-14
17-67
83-06
18-04
82-99
18-40
82-90
18-76
) 86
84-12
17-88
81-04
1823
83-96
18-61
83-88
18-98
86
) 87
85-10
18-09
85-02
18-46
84-94
18-83
84-85
19-20
87
) 88
86-08
18-3U
86-00
18-67
85-91
19-05
85-83
19-42
88
; 89
87-06
18-50
86-97
18-83
86-89
19-26
86-81
19-64
89
) 90
8803
18-71
87-95
19-10
87-87
19-48
87-78
19-86
90
) 91
89-01
18-92
88-93
19-31
83-84
19-70
88-76
20-08
91
) 92
8i]-99
19-13
89-91
19-52
8J-82
19-91
89-73
20-30
92
) 93
90-97
19-34
90-83
19-73
90-80
20-13
90-71
20.52
93
) 94
91-95
19-54
91-86
li)-94
91-77
29-35
91-68
2=>75
94
) 95
92-92
19-75
9-2-84
2iJ-16
92-73
2J-58
92-66
20-97
95
) 96
93-90
19-96
93-81
20-37
93-72
2a-78 '
93-63
21-19
96
; 97
94-88
20-17
94-79
20-58
94-70
20-99
94-61
2J-41
97
98
95-86
20-38
95-77
20-79
95-68
21-21
95-53
21-63
93 /
> 99
96-84
20-58
96-75
21-01
96-05
21-43
96-36
21-85
99 (
)100
97-81
20-79
97-72
21-22
97-63
21-64
97 53
22-07
100 I
(
1 B
Dep.
Lat.
Dep.
Lai.
Dep.
Lai.
Dep.
Lat.
1
78
Deg.
771
Deg.
77,i
Deg.
77i
Deg.
98
TRAVERSE TABLE,
if
ii
13 Dec.
m
Deg.
13J Deg.
Lat.
Deg.
Dep.
7]
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
;
I
0-97
0-23
097
0-23
0-97
0-23
0-97
0-24
(
1 (
' 2
1-95
0-45
1-95
0-46
1-95
0-47
1-94
0-48
2 ^
3
2-t,2
0-67
2-92
0-69
2-92
0-70
2-91
0-71
3 f
4
3-90
0-90
3-89
0-92
3-89
0-93
3-89
0-95
4
' 5
4-87
1-12
4-87
1-15
4-80
1-17
4-86
1-19
5
, 6
5S5
1-35
5-84
1-38
5-83
]-40
5-83
1-43
6
7
682
1-57
6-81
1-60
6-81
163
6-80
1-66
7
8
7-80
1-80
7-79
1-83
7-78
1-87
7-77
1-90
8 ;
' 9
8-77
2-02
8-76
2-06
8-75
2-10
8-74
2-14
9 (
) ^^
9-74
2-25
9-73
2-29
9-72
2-33
9-71
2-38
10 >
I ^^
10-72
2-47
10-71
2-52
10-70
2-57
10-68
2-61
11 }
11-6J
2-70
l]-68
2-75
11-67
2-80
11-66
2-85
12 )
' 13
12-67
2-92
12-65
2-98
12-64
303
12-63
3-09
13 )
14
13-04
315
13-63
3-21
13-61
3-27
13-60
3-33
14 )
( 15
14-tJ2
3-37
14-60
3-44
14-59
3-50
14-57
3-57
15 )
16
15-59
3-60
1557
3-67
15-56
3-74
15-54
3-80
16 )
/ 17
10-57
3-82
16-55
3-90
16-53
3-97
16-51
4-04
17 )
; 18
17-54
» 4-05
17-52
4-13
17-50
4-20
17-48
4-28
18
( *'-'
18-51
4-27
18-49
4-35
18-48
4-44
18-46
4-52
19
20
19-49
4-50
19-47
4-58
19-45
4-67
19-43
4-75
20
' 21
20-46
4-72
20-44
4-81
20-42
4-90
20-40
4-99
21 i
22
21-4't
4-95
21-41
5-04
21-39
5-14
21-37
5-23
22 S
23
22-41
5-17
22-39
5-27
22-36
5-37
22-34
5-47
23 )
24
23-38
5-40
23-36
5-50
23-34
5-(;o
23-31
5-70
24 S
25
24-36
5-62
24-33
5-73
24-31
5-84
24-28
5-94
25 {
) 2ii
25-33
5-85
25-31
5-96
25-23
6-07
25 -25
6-18
26 (
27
26-31
6-07
26-28
6-19
26-25
6-30
2li-23
6-42
27
) 28
27-28
6-30
27-25
6-42
27-2.3
6-54
27-20
6-66
28
) 2t)
28-26
6-52
28-23
0-65
28-20
6-77
28-17
6-89
29
30 (
30
29-23
6-75
29-20
6-88
29-17
7-00
29-14
7-13
31
30-21
6-97
30-17
7-11
30-14
7-24
30-11
7-37
31 I
) 32
31-18
7-20
31-15
7-33
3112
7-47
31-08
7-61
32 (
) 33
32-15
7-42
32-12
7-56
32-09
■<-70
32-05
7-84
33 (
) 34
3313
7-65
33-09
7-79
33-06
7-94
33-03
8-08
34
) 35
34-10
7-87
34-07
8-02
3403
8-17
34-00
8-32
35
) 3(3
35-08
8-10
35-04
8-25
35-01
8-40
34-97
8-56
36 (
) 37
36-05
8-32
30-02
8-48
35-98
8-64
35-94
8-79
37 (
S 38
37-03
8-55
36-99
8-71
36-95
8-87
36-91
9-03
38 (
) 3U
38-00
8-77
37-96
8-94
37-92
9-10
37-88
9-27
39
) 40
38-97
9-00
38-94
917
38-89
9-34
38-85
9-51
40
) 41
39-95
9-22
39-91
9-40
39-87
9-57
39-83
9-75
41
S 42
40-92
9-45
40-88
9-63
40-84
9-80
40-80
9-98
42 /
V 43
41-90
9-67
41-86
9-86
41-81
10-04
41-77
10-22
43 I
) 44
42-87
9-90
42-83
10-08
42-78
10-27
42-74
10-46
44 /
( 45
43-85
1012
43-80
10-31
43-76
10-51
43-71
10-70
45
) 4G
44-82
10-35
44-78
1054
44-73
10-74
44-68
10-93
4(i
) 47
45-80
10-57
45-75
10-77
45-70
10-97
45-65
1117
47
) 48
46-77
10-80
46-72
IJOO
46-07
11-21
46-62
11-41
48 ,<
) 49
47-74
11-02
47 70
11-23
47-65
11-44
47-60
11-65
49 /
J 50
4S-72
11-25
48-<)7
11-46
48-62
n.»7
48-57
11-88
50 /
Ii
Dep.
Lat.
Dep.
LaL
Deo.
Dep.
Lat.
Dep.
76^
Lat.
Deg.
i \
5 1
77 ]
Oeg.
76^
Dko.
t ^
--V.^-S^-N,.^
— ..'-v.^-^^^^
->^^.^-^.-^_-
■..^-...--^■^
T R A V E R S :
99
13 Deg.
Dep.
49-69
50-67
51-64
5-2-62
53-59
54-56
55-54
56-51
57-49
58-46
59-44
60-41
61-39
62-36
63-33
64-31
65-23
66-26
67-23
68-21
69-18
70-15
71-13
72-10
73-08
74-05
75-03
76-00
76-98
77-95
78-92
79-90
80-87
81-85
82-82
83-80
84-77
85-74
86-72
87-69
88-67
89-64
90-62
91-59
92-57
93-54
94-51
95-49
96-46
97-44
Dep,
L.>
131 Deg.
Lat.
11-47
11-70
11-92
1215
12-37
12-60
12-82
1305
13-27
13-50
13-72
13-95
14-17
14-40
14-62
14-85
15-07
15-30
15-52
15-75
15-97
16-20
16-42
16-65
16-87
17-10
17-32
17-55
17-77
18-00
18-22
18-45
18-67
18-90
19-12
19-35
19-57
19-80
20-02
20-25
20-47
20-70
20-92
21-15
21-37
21-60
21-82
22-05
22-27
22-50
Dep.
49-64
50-62
51-59
52-56
53-54
54-51
55-48
56-48
57-43
58-40
59-38
60-35
61-32
62-30
63 27
64-24
65-22
66-19
67-16
68-14
69-11
70-08
71-06
72-03
73-00
73-98
74-95
75-92
76-90
77-87
78-84
79-82
80-79
81-76
82-74
83-71
84-68
85-66
86-63
87-60
88-58
89-55
90-52
91-50
92-47
93-44
94-42
95-39
96-36
97-34
Dep.
77 Deg.
11-69
11-92
12-15
12-38
12-61
12-84
13-06
13-29
13-52
13-75
13-98
14-21
14-44
•14-67
14-90
15-13
15-36
15-59
15-81
16-04
16-27
16-50
16-73
16-96
17-19
17-42
17-65
17-88
18-11
18-34
18-57
18-79
19-02
19-25
19-48
19-71
19-94
20-17
20-40
20-63
20-86
21-09
21-32
21-.54
21-77
22-00
22-23
2-2-46
22-69
22-92
13J Deg.
76 J Deg. |
49-59
50-56
51-54
52-51
53-48
54-45
55-43
56-40
57-37
58-34
.59-31
60-29
61-26
62-23
63 20
64-] 8
65-15
66-12
67-09
68-07
69-04
70-01
70-98
71-96
72-93
73-90
74-87
75-84
76-82
77-79
78-76
79-73
80-71
81-68
82-65
83-62
84-60
85-57
86-54
87-51
88-49
89-46
90-43
91-40
92-38
93-35
94-32
95-29
96-26
97-24
Dep.
Dep.
11-91
12-14
12-37
12-61
12-84
13-07
13-31
13-54
13-77
14-01
14-24
14-47
14-71
14-94
15-17
15-41
15-64
15-87
16-11
16-34
16-57
16-81
17-04
17-28
17-50
17-74
17-98
18-21
18-44
18-68
18-91
19-14
19-38
19-61
19-84
20-08
20-31
20-54
20-78
21-01
21-24
21-48
21-71
21-94
22-18
2-2-41
22-64
22-88
23-11
23-34
13J Deg.
76J Deg.
49-.54
50-51
51-48
53)'45
53-42
.54-40
55-37
56-.34
57-31
58-28
59-25
60-22
61-19
62-17
63-14
64-11
65-08
66- J5
67-()2
67-99
68-97
69-94
70-91
71-88
72-85
73-82
74-79
75-76
76-74
77-71
78-68
79-65
80-62
81-59
82-.56
83-54
84-51
85-4»
86-45
87-42
88-39
89-36
90-33
91-31
92-28
93-25
94-22
9519
96-16
97-13
Dep.
Dep.
12-12
12-36
12-60
12-84
13-07
13-31
13-55
13-79
14-02
14-26
14-50
14-74
14-97
15-21
15-45
15-69
15-93
16-16
16-40
16-64
16-88
17-11
17-35
ft-59
17-83
18-06
18-30
18-54
18-78
19-01
19-25
19-49
19-73
19-97
20-20
20-44
20-68
20-92
21-15
21-39
21-63
21-87
22-10
22-34
22-58
22-82
2;5-G6
23-29
23-53
23-77
76i Deg.
100
TRAVERSE TABLE.
) o
14 Deo.
Hi
Deg.
m Deg. ■
14}
Deg.
'
11
1 i
Lat.
Dep.
Lat,
Dep.
Lat.
Dep.
Lat.
Dep.
> 1
0-97
0-24
0-97
0-25
0-97
0-25
0-97
0-25
1-94
0-48
1-94
0-49
1-94
0-50
1-93
0-51
!
' ;-i
2-91
0-73
2-91
0-74
2-90
0-75
2-90
0-76
4
3-88
0-97
3-88
0-98
3-87
1-00
3-87
1-02
5
4-85
1-21
4-85
1-23
4-84
1-25
4-84
1-27
5
6
5-82
1-45
5-82
1-48
5-81
1-50
5-80
1.53
6
7
6-79
1-69
6-78
1-72
6-78
1-75
6-77
1-78
7
8
7-76
1-94
7-75
1-97
7-75
2-00
7-74
2-04
8 (
9
8-73
2-18
8-72
2-22
8-71
2-25
8-70
2-29
9 \
10
9-70
2-42
9-69
2-46
9-C8
2-50
9-67
2-55
10 (
^1
10-67
2-66
10-66
2-71
10-65
2-75
10-64
2-80
11 !
12
11-64
2-90
11-63
2-95
11-62
3-00
1160
3-06
12 (
} 1-^
12-61
3-15
12-60
3-20
12-59
325
12-57
3-31
13 (
/ 14
13-58
3-39
13-57
3-45
13-5J
3-51
13-54
3.56
14 {
) 15
14-55
3-63
14-54
3-69
14-52
3-76
14-51
3-82
15 (
; 10
15-52
3-87
15-51
3-94
15-49
4-01
15-47
4-07
16 (
17
18 I
! 17
16-50
4-11
16-48
4-18
16-46
4-26
16-44
4-33
) 18
17-47
4-35
17-45
4-43
17-43
4-51
17-41
4-.58
) 19
18-44
4-60
18-42
4-68
18-39
4-76
18-37
4-84
19 (
J 20
19-41
4-84
19-38
4-92
19-36
5-01
19-34
5-09
20 (
] 21
20-38
5-08
20-35
.5-17
20-33
5-26
20-31
5-35
21 (
5 22
21-35
5-32
21-32
5-42
21-30
5-51
21-28
5-60
22 (
) 23
22-32
5-56
22-29
5-66
22-27
5-76
22-24
5-86
23 (
\ 24
2359-^
5-81
23-26
5-91
23-24
G-01
23-21
6-11
24 (
^ 25
24^6
6-05
24-23
6-15
24-20
6-26
24-18
6-37
25 (
) 2G
25-23
6-29
25-20
6-40
2.5-17
6-51
2.5-14
6-62
26
( 27
2()-20
6.53
26-17
6-65
2o-14
6-76
26-11
6-87
27
) 28
27-17
G-77
27-14
6-89
27-11
7-01
27-08
7-13
28 (
'; 29
28-14
7-02
28-11
7-14
28-08
7-26
28-04
7-38
29
30
) 31
29-11
7-26
29-08
7-38
29-04
7-51
29-01
7-G4
30
30-08
7-50
30-05
7-63
.30-01
7-76
29-98
7-89
31 '
< :^2
31-05
7-74
3102
7-88
30-98
8-01
30-95
815
32 (
33 /
( 33
32-02
7-98
31-98
8-12
31-95
8-26
31-91
8-40
) ^4
32-99
8-23
32-95
8-37
32-92
8-51
32-88
8-66
34
( 35
33-96
8-47
33-92
8-62
33-89
8-76
33-85
8-91
35
( 36
34-93
8-71
34-89
8-86
34-85
901
34-81
9-17
36
37
35-90
8-95
35-86
9-11
33-82
9-26
35-78
9-42
37
38
30-87
9-19
36-83
9-35
3C-79
9-51
36-75
9-67
38
( 39
37-84
9-44
37-80
9-60
37-76
9-76
37-71
9-93
39
40
38-81
9-68
38-77
9-85
38-73
10-02
38-68
10-18
40
41
39-78
9-92
39-74
10-09
39-69
10-27
39-65
10-44
42
40-75
10-16
40-71
l(,-34
4ii-66
10-52
40-02
10-69
42
43
41-72
10-40
41-68
10-58
41-63
10-77
41 -.58
10-95
43
44
42-69
10- (-.4
42r)5
lt>-83
42-60
11-02
42-55
11-20
44
45
43-()6
10-89
43-62
11-08
43-57
11 -37
43-52
11-46
45
46
44-03
11-13
44-.58
ir.32
44-53
11-.52
44-48
11-71
46
47
45-60
11-37
45-55
11-57
45-50
11-77
45-45
11-97
47
48
46-57
11-61
46-.52
11-82
46-47
12-02
46-43
JQ.OO
48
49
47-54
11-85
47-49
12-0()
47-44
12-27
47-39
12-48
49
( 50
48-51
12-10
48-46
12-31
48-41
12-52
48-35
12-73
50
i
Dep.
Lat.
Dep.
Lat.
Dop.
Lat.
Dep.
Lat.
L
s
\
76 1
)e«.
75} Deo.
75i
Deg.
75^
Deg.
TRAVERSE TABLE.
101
s -
14 Deg.
14i
Deg.
Hi
Deg.
14!^ Deg.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep,
Lat.
Dep.
51
49-49
12-34
49-43
12-55
49-38
12-77
49-32
12-98
51 )
52
50-46
12-58
50-40
12-80
50-34
1302
50-29
13-24
52 ;
53
51-43
12-82
51-37
13-05
51-31
13-27
51-25
13-49
53
) 54
52-40
13-U6
52-34
13-29
52-28
13-52
52-22
13-75
54
J 55
53-37
13-31
53-31
13-54
53-25
13-77
53-19
14-00
55 ■
/ 56
54-34
13-55
54-28
13-78
54-22
14-02
54-15
14-26
56
57
57
55-31
13-79
55-25
1403
55-18
14-27
55-12
14-51
5S
56-28
14-03
56-22
14-28
56-15
14-52
56-09
14-77
58
59
59
57-25
14-27
57-18
14-52
57-12
14-77
57-06
15-C2
60
58-22
14-52
58-15
14-77
58-09
15-02
58-02
15-28
00 \
61
59-19
14-76
5912
15-02
59-06
15-27
58-99
15-.53
61
) 62
60-16
15-00
6009
15-26
60-03
15-52
59-96
15-79
62 )
; 63
61-13
15-24
6108
15-51
60-99
15-77
60-92
16-04
03
) 64
6210
15-48
62-03
15-75
61-96
16-02
61-89
1629
64
) 65
63-07
15-72
63 00
16-00
6293
16-27
62-86
16-55
65 )
) 66
64-04
15-97
63-97
10-25
63-90
16-.^j3
63-83
16-80
66
67
65-01
16-21
64-94
16-49
64-87
16-78
64-79
17-06
67
) 68
65-98
16-45
65-91
16-74
05-83
17-03
05-76
17-31
68
69
66-95
16-69
66-88
16-98
66-80
17-28
66-73
17-57
69
70
67-92
16-93
67-85
17-23
67-77
17-53
67-09
17-82
70
71
68-89
17-18
68-82
17-48
68-74
17-78
68-06
18-08
71 )
72
69-S6
17-42
69-78
17-72
69-71
18-03
C9-G3
18-33
72
73
74
75
70-83
17-C6
70-75
17-97
70-07
18-28
70-59
18-59
73
71-80
17-90
71-72
18-22
71-64
18-53
71-56
18-84
74 S
72-77
18-14
72-69
18-46
72-61
18-78
72-53
1910
75 (
76
73-74
18-39
73-66
18-71
73-58
19-03
73-50
19-35
76 \
77
74-71
18-63
74-63
18-95
74.55
19-28
74-46
19-()0
11 \
78
75-68
18-87
75-60
19-20
75-.52
19-53
75-43
19-66
78 (
79
76-65
19-11
76-57
19-45
76-48
19-78
76-40
20-11
79 (
80
77-62
19-35
77-54
19-C9
77-45
2003
77-36
20-37
80 J
81
78-59
19-60
78-51
19-94
78-42
20-28
78-33
20-62
81 (
82
79-56
19-84
79-48
20-18
79-39
20-53
79-30
20-88
82 (
83
80-53
20-08
80-45
20-43
80-36
20-78
80-26
21-13
83
84
81-50
20-32
81-42
20-C8
81-32
21-03
81-23
21-39
84
85
82-48
20-56
82-38
20-92
82-29
21-28
82-20
21-04
85
86
83-45
20-81
83-35
21-17
83-26
21-53
83-17
21-90
86
( 87
84-42
2105
84-32
21-42
84-23
21-78
84-13
22-15
87
88
85-39
21-29
85-29
21-66
85-20
22-03
85-10
22-41
88 (
89
86-36
21-53
86-26
21-91
86-17
22-28
86-07
22-66
89 (
90
87-33
21-77
87-23
22-15
87-13
22-53
87-03
22-91
90 (
91
88-30
22-01
88-20
22-40
88-10
22-78
88-00
23-17
91 (
92
89-27
22-26
89-17
22-65
89-07
23-04
F8-97
23-42
92 (
\ 93
90-24
22-50
90-14
22-89
90-04
23-29
89-94
23-68
m
( 94
91-21
22-74
91-11
23-14
91-01
23-54
90-90
23-93
94
95
92-18
22-98
92-08
23-38
91-97
23-79
91-87
24-19
95 I
96 \
96
93-15
23-22
93-05
23-63
92-94
24-04
92-84
24-44
97
94-12
23-47
94-02
23-88
93-91
24-29
93-80
24-70
97 (
98 /
98
95-09
23-71
94-98
24-12
94-88
24-54
94-77
24-95
99
9606
23-95
95-95
24-37
95-85
24-79
95-74
25-21
99 (
100
97-03
24-19
96-92
24-62
96-81
25-04
96-70
25-46
100 )
2
.2
ft
Dep
Lat.
Dep.
Lat.
■
Dep.
Lat.
Dep.
Lat.
i
76 Deo.
75:^1
lEO.
75^ Deg.
75il
Deg.
102
TRAVERSE TABLE.
3 1
15 D
EG.
1
Lat.
Dep.
1
0-97
0-25
2
1-93
0-52
3
2-90
0-78
4
3-86
1-04
5
4-83
1-29
6
5-80
1-55
6-76
1-81
8
7-73
2-07
9
8-69
2-33
10
9-66
2-59
11
10-63
2-85
12
11-59
3-11
13
12-56
3-36
14
13-52
3-62
15
-14-49
3-88
16
15-45
4-14
17
10-42
4-40
18
17-39
4-66
19
18-35
4-92
20
19-32
5-18
21
20-28
5-44
22
21-25
5-69
23
22-22
5-95
24
23-18
6-21
25
24-15
6-47
26
25-11
6-73
27
2(i-08
6-!)9
28
27-05
7-25
29
28-01
7-51
30
28-98
7-76
31
29-94
8-02
32
30-91
8-28
33
31-88
8-54
34
32-84
8-80
35
33-81
9-06
36
34-77
9-32
37
35-74
9-58
38
36-71
9-84
39
37-67
10-09
40
38-64
10-35
41
39-60
10-61
42
40-57
10-87
43
41-53
11-13
44
42-50
11-39
45
43-47
11-05
46
44-43
11-91
47
45-40
12-16
48
46-36
12-42
49
47-33
12-68
50
48-30
12-94
Dep.
Lat.
s
75 1
Oeq.
Jii Deg.
TKAYERSE TABLE.
103
} a
15 Leg.
pr
Deg.
m deg.
15| Deg.
1 }
- Lat.
Dep.
L„.
Dep.
Lat.
Dep.
Lat.
Dep.
51
49-26
13-20
49-20
13-41
49-15
13-63
49-09
13-84
(
51 (
( 52
50-23
13-48
50-17
13-(»
50-11
13-90
50-05
14-11
52 /
( 53
51-19
13-72
51-13'
13-94
51-07
14-16
51-01
14-39
53
) 5-1
52-16
13-98
52-10
14-20
52-04
14-43
51-97
14-66
54
55
5313
14-24
53-06
14-47
53-00
14-70
52-94
14-93
55
5G
M09
14-49
54-03
14-73
53-96
14-97
53-90
15-20
56 (
57
55-06
14-75
54-99
14-99
54-93
15-23
54-86
15-47
57 (
58
56-02
15-01
55-96
15-26
55-89
1550
55-82
15-74
58 (
59
56-99
15-27
56-92
15-52
56-85
15-77
56-78
16-01
59 (
60
57-96
15-53
57-89
15-78
57-82
16-03
57-75
16-29
60 (
\ 61
58-92
15-79
58-85
16-04
58-78
16-30
58-71
16-56
61 (
62
63 (
^ G2
59-89
16-05
59-32
16-31
59-75
16-57
59-67
16-83
03
60-85
16-31
60-78
16-57
60-71
16-84
60-63
17-10
. w
61-82
15-56
61-75
16-83
61-67
17-10
61-60
17-37
64 (
^ 65
62-79
16-82
62-71
17-10
62-64
17-37
62-56
17-64
65
66 }
, 66
63-75
17-08
63-68
17-36
63-60
17-64
63-52
17-92
> 67
64-72
17-34
(>i-64
17-62
64-56
17-90
64-48
18-19
67 '
. 68
65-68
17-60
65-61
17-89
65-53
18-17
65-45
18-46
68
' 6l»
66-65
17-86
66-57
18-15
66-49
18-44
66-41
18-73
69
70
67-61
18-12
67-54
18-41
67-45
18-71
67-37
19-00
70
71
68-58
18-38
68-50
18-68
68-42
18-97
68-33
19-27
71
72
69-55
18-63
69-46
18-94
69-38
19-24
69-30
19-.54
72
73
70-51
18-89
70-43
19-20
70-35
19-51
70-26
19-82
73
74
71-48
19-15
71-39
19-46
71-31
19-78
71-22
20-09
74
75
72-44
19-41
72-36
19-73
72-27
20-04
72-18
20-36
75
'> 76
73-41
19-67
7.3-32
19-99
73-24
20-31
73 15
20-63
76
) 77
74-38
19-93
74-29
20-25
74-20
20-58
74-11
20-90
77
) 78
75-34
20-19
75-25
20-52
75-16
20-84
75-07
21-17
78
) 79
76-31
20-45
76-22
20-78
76-13
21-11
76-03
21-44
7()
) 80
77-27
20-71
77-18
21-04
77-09
21-38
77-00
21-72
80
81
78.24
20-96
78-15
21-31
78-05
21-65
77-96
21-99
81
82
79-21
21-22
79-11
21-57
79-02
21-91
78-92
22-26
82
83
80-17
21-48
80-08
21-83
79-98
22-18
79-88
22-.53 •
83 (
84
81-14
21-74
81-04
22-09
80-94
22-45
80-85
22-80
84 (
85
82-10
22-00
82-01
22-36
81-91
22-72
81-81
23-07
85
86
83-07
22-26
82-97
22-62
82-87
22-98
82-77
23-34
86
87
84-04
22-.52
83-94
22-88
83-84
23-25
83-73
23-62
87
88
85-00
22-78
84-90
2315
84-80
23-52
84-70
23-89
■88
89
85-97
2303
85-87
23-41
85-76
23-78
85-66
24-16
89
90
86-93
23-29
86-83
23-67
86-73
^-05
86-62
24-43
90 )
91
87 90
23-55
87-80
23-94
87-69
24-32
87-58
24-70
91
92
88-87
23-81
88-76
24-20
88-65
24-59
88-55
24-97
92
93
89-83
24-07
89-73
24-46
89-62
24-85
89-51
25-24
93 )
94
90-80
24-33
90-69
24-72
90-58
25-12
90-47
25-52
94
95
9] -76
24-59
91-65
24-99
91-54
25-39
91-43
2.5-79
95 )
96
92-73
24-85
92-62
25-25
92-51
25-65
92-40
26-06
96 ;
97
93-69
25-11
93-.58
2.5-51
93-47
25-92
93-36
26-33
97 7
98
94-66
25-36
94-55
25-78
94-44
26-19
94-32
26-60
98 )
99
95-63
2.5-62
95-51
26-04
95-40
26-46
95-28
26-87
99
100
96-.59
25-88
96-48
26-30
96-36
26-72
96-25
27-14
100 )
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
1 (
75 I
)eg.
,74*1
3k6.
74,^
Deg.
74i
Deg.
104
TRAVERSE TABLE.
16 Dec.
16^ Deo.
16i Deg.
16^
Deo.
7]
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
0-96
0-28
0-96
0-28
0-96
0-28
0-06
0-29
1 (
2
1-92
0-55
1-92
0-56
1-92
0-57
1-92
0-58
2 (
3
2-88
0-83
2-88
0-84
2-88
0-85
2-87
0-86
3 (
4
3-85
110
3-84
1-12
3-84
1-14
3-83
1-15
4
4-81
1-38
4-80
1-40
4-79
1-42
4-79
1-44
5
5-77
1-65
5-76
1-08
5-75
1-70
5-75
1-73
6 (
6-73
1-93
6-72
1-96
6-71
1-99
6-70
2-02
7 (
7-69
2-21
7-68
2-24
7-67
2-27
7-(6
2-31
8 /
) 9
8-65
2-48
8-64
2-52
8-63
2-56
8-62
2-59
9 I
J 10
9-Gl
2-76
9-60
2-80
9-59
2-84
9-58
2-88
10 >
h^
10-57
303
10-56
3-OS
10-55
312
10-53
3-17
11 1
( 12
11-54
3-31
11-52
3-36
11-51
3-41
11-49
3-46
12 >
( 13
12-50
3-58
12-48
3-64
12-46
3-69
12-45
3-75
13 )
14
13-46
3-86
13-44
3-92
13-42
3-98
13-41
4-03
14 >
15
14-42
4-13
14-40
4-20
14-38
4-26
14-36
4-32
15 >
l(j
15-38
4-41
15-36
4-48
15-34
4-54
15-32
4-61
16 )
( -17
16-34
4-69
16-32
476
16-30
4-83
16-28
4-90
17 )
( lb
17-30
4-96
17-28
5-04
17-26
5-11
17-24
5-19
18 >
IJ
18-20
5-24
■ 18-24
5-32
18-22
5-40
1819
5-48
19 •>
^ 20
19-23
5-51
19-20
5-60
19-18
5-68
19-15
5-'i6
20 \
21
20-19
5-79
20-16
5-88
20-14
5-96
20-11
6-05
21 S
52-2
21-15
6-06
21-12
6-16
21-09
6-25
21-07
6-34
22. S
23
22-11
6-34
22-08
6-44
22-05
6-53
22-02
6-63
23
/ 24
23-07
6-62
23-04
6-72
23-01
6-82
22-98
6-92
24 S
> 25
24-03
6-89
2400
7-00
23-97
7-10
23-94
7-20
25 S
; 20
24-99
7-17
24-96
7-28
24-93
7-38
24-90
7-49
26 (
27
25-95
7-44
25-92
7-56
25-89
7-67
25-85
7-18
27 (
) 28
26-92
7-72
2()-88
7-84
26-85
7-95
26-81
8-07
28 (
) 29
27-88
7-99
27-84
8-11
27-81
8-24
27-77
8-36
29 (.
^ 30
28-84
8-27
28-80
8-39
28-76
8-52
28-73
8-65
30
31
29-80
8-54
29-76
8-67
29-72
8-80
29-68
8-93
31 (
32
30-76
8-82
30-72
8-95
30-68
9-()9
30-64
9-22
32 (
33
31-72
9-10
31-68
9-23
31-64
9-37
31-60
9-51
33 (
34
32-68
937
32-64
9-51
32-60
9-66
32-56
9-80
34 (
35
33 64
9-65
33-60
9-79
33-56
9-94
33-51
10-09
35 (
36
34t.l
9-92
34-56
10-07
34-52
10-22
34-47
10-38
36 (
37
35-57
10-20
35-52
10-35
35-48
10-51
35-43
10-60
37 <
38
36-53
10-47
30-48
10-63
36-44
10-79
36-39
10-95
38 I
3y
37-49
10-75
37-44
10-91
37-39
11-08
37-35
11-24
39 /
} 40
38-45
1103
38-40
1119
38-35
11-.36
38-30
11-53
40 ?
J 41
39-41
11-30
39-36
11-47
39-31
11-64
39-26
11-82
41 (
) 42
40-37
11-58
40-32
11-75
40-27
11-93
40-22
1210
42 /
) 43
41-33
11-85
41-28
12-03
41-23
12-21
41-18
12-39
43 I
} 44
42-30
12-13
42-24
12-31
42-19
12-5!)
42-13
12-68
44 /
} 45
43-26
12-40
43-20
12-59
43-15
12-78
4309
12-97
45 ;
4G
44-22
12-68
44-16
12-87
44-11
13-06
44-05
13-26
46 )
47
4518
12-95
45-12
13-15
4.5-06
13-35
4501
13-55
47 )
) 48
4614
13-23
46-08
13-43
46-02
13-63
45-96
13-83
48 )
) 49
47-10
13-51
47-04
13-71
46-98
13-92
46-92
14-12
49 )
j 50
48-06
13-78
48-00
13-99
47-94
14-20
47-88
14-41
50 >
i (
1
Q (
1
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
74 Deo.
73J]
Deg.
'>^
Deq.
in
Deg.
TRAVERSE TABLE.
105
\l
16 Deg.
16.^
Deg.
16.V
Deg.
I 16:^
1
Deg.
1 f
51
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
■ Lat.
Dep.
\ 51
4902
14-0!)
48-96
14-27
4'^-90
14-48
48-8^1
14-70
/ 52
49-99
1433
49-92
14-55
49-86
14-77
1 49-79
14-93
52
/ 53
50-95
14-61
50-88
14-83
50 82
15-05
1 50-75
15-27
53
54
51-91
14.88
51-84
15-11
51-78
15-34
51-71
15-50
54
55
52-87
15-16
52-80
15-39
52-74
15-()2
52-67
15-85
55
56
53-83
15-44
53-76
15-67
53-69
15-90
53-62
16-14
5G
57
54-79
15-71
54-72
15-95
54-65
16-19
54-58
lG-43
57
58
55-75
15-99
55-68
16-23
5.5-61
16-47
55.54
16-72
58
59
56-71
16-26
56-64
16-51
56-.57
16-76
56-50
17-00
59
60
57-68
16-54
57-60
16-79
57-53
17-04
57-45
17-29
60
61
58-64
16-81
58-56
17-07
58-49
17-32
58-41
17-58
61
62
59-60
17-09
59-52
17-35
.59-45
17-61
59-37
17-87
62
63
60.56
17-37
60-48
17-63
60-41
17-89
60-33
18-10
63
64
61.52
17-64
61-44
17-91
61-36
18-18
61-28
18-44
64
) 65 ■
62-48
17-92
62-40
18-19
62-32
18-46
62-24
18-73
65
66
63 44
18-19
63-36
18-47
63-28
18-74
63-20
19-02
66
67
64-40
18-47
64-32
18-75
64-24
19-03
64-16
19-31
67
68
65-37
18-74
65-28
19-03
65-20
19-31
6511
19-60
68
69
66-33
19-02
66-24
19-31
66-16
19-60
66-07
19-89
69
70
67-29
19-29
67-20
19-59
67-12
13-88
67-03
20-17
70
71
) VI
68-25
19-57
68-16
19-87
68-08
20-17
67-99
20-46
) 72
69-21
19-85
69-12
20-15
69-03
20-45
68-95
20-75
72
73
) 73
70-17
20-12
70-08
2043
69-99
20-73
69-90 -
21-04
) 74
71-13
20-40
71-04
20-71
70-95
21-02
70-86
21-33
74
) 75
72-09
20-67
72-00
20-99
71-91
21-30
71-82
21-61
75
76
7306
20-95
72-96
21-27
72-87
21.59
72-78
21-90
76
77
74-02
21-22
73-92
21-.55
73-83
21-87
73-73
22-19
77 }
78
74-98
21-50
74-88
21-83
74-79
22-15
74-69
22-48
78
) 79
75-94
21-78
75-84
22-11
75-75
22-44
'75-65
22-77
79
80
76-90
2-2-05
76-80
22-39
76-71
22-72
76-61
23-06
80
81
77-86
22-33
77-76
22-67
77-66
23-01
77.56
23-34
81 }
82
78-82
22-60
78-72
22-95
78-62
23-29
78-52
23-63
82 (
83
79-78
22-88
79-68
23-23
79-53
23-57
79-48
23-92
83 (
84
80-75
23-15
80-64
23-51
80-.54
23-86
80-44
24-21
84 (
85
81-71
23-43
81-00
23-79
81-50
24-14
81-39
24-.50
85
88
82-67
23-70
82-56
24-07
82-46
24-43
82-35
24-78
86
87 I
87
83-63
23-98
83-.52
24-35
8.3-42
24-71
83-31
25-07
( 88
84-59
lM-26
84-48
24-62
84-.38
24-99
84-27
25-36
88 (
{ 89
85-55
24-53
85-44
24-90
85-33
25-28
85-22
25-65
89 (
( 90
r
86-51
24-81
86-40
25-18
86-29
25-56
86-18
25-94
90 (
91
87-47
25-08
87-36
25-46
87-25
25-85
87-14
26-23
91 I
92
88-44
25-36
88-32
25-74
88-21
26-13
8810
26-51
92
93
89-40
25-63
89-28
26-02
89-17
26-41
89-05
26-80
93
94
99-36
25-91
93-24
26-30
99-13
26-70
9001
27-09
94
95
91-32
26-19
91-20
26-58
91-09
26-98
90-97
27-38
95
96
92-28
26-46
92-16
26-86
92-05
27-27
91-93
27-67
96
97
93-24
26-74
93-12
27-14
9301
27-55
92-88
27-95
97
98
94-20
27-01
94-08
27-42
93-96
27-83
93-84
28-24
98 (
99
9.5-16
27-29
95-04
27-70
94-92
28-12
94-80
28-.53
99 (
100
96-13
27-56
9600
27-98
95-88
28-40
95-76
28-82
100 (
)
) c
) 1
Dep.
Lat.
Dep.
Lat.
Dep.
,.„.
Dep.
Lat.
i\
74 Deg.
73J Deg.
73iJ
3eg.
73il
Deg.
106
TRAVERSE TABLE.
m
Deg.
Lat.
Dep.
0-95
0-30
1
J -90
061
2
2-86
0-91
3
3-81
1-22
4
4-76
1-52
5 ^
5-71
1-83
r. \
C-67
213
7
7C2
2-44
8
8-57
2-74
9 )
9-52
3-05
10 J
10-48
3-35
11 S
11-43
3-66
12
12-38
3-96
13
E TABLE,
10-
1 ^
17 Deq.
17i Dkg.
m deg. 1
17^ Deg.
1 J
Lr.t.
Dep.
Lau
Uep.
Lat.
De,
Lat.
Dep.
( 51
48-77
14-91
4 =-71
15-12
48-64
15-34
48 57
15-55
51 ;
( 5-2
49-73
15-20
49-66
15-42
49-59
l.>-64
49-52
15-85
52
( 5:^
50-68
15-50
50-62
15-72
50-55
15-94
5J-48
15-10
53
( 54
5164
15.79
51-57
10-01
51-50
16--24
51-43
16-46
54
/ 55
52-60
lG-03
5-2-53
16-31
52 45
16-54
52-38
16-77
55
( 5i)
53-55
16-37
53-48
16-61
53-41
16-84
53-33
17-07
56
( 57
54-51
16-67
54-44
16-90
54-36
17-14
54-29
17-38
57
( 58
55-47
16-96
55-39
17-20
55-32
17-44
55-24
17-68
58
( 59
50-42
17-25
56-35
17-50
56-27
17-74
56-10
17-99
59
( 60
57-38
17-54
57-30
17-79
57-22
18-04
57-14
18-29
60
< 61
58-33
17-83
58-26
18-09
58-18
18.34
.58-10
18-60
61
( 6-2
59-23
18-13
59-21
18-39
59-13
18-54
59-05
18-90
62
63
< 63
6U-25
18-42
60-17
18-63
60-03
18-94
60-00
19-21
< 64
61-20
18-71
61-12
18-93
61-04
19-25
60-95
19-51
64
(. 65
62-16
19-00
6-2-08
19-23
61-99
19-55
61-91
19-82
65
< 66
63-12
19-30
6303
19-57
62-95
19-85
62-86
20-12
66 ;
< 67
64-07
19-59
63-99
19-87
63-90
20-15
63-81
20-43
67 /
< 68
65-03
19-83
64-94
2J-16
64-85
20-45
64-76
20-73
6.3 ;
69
'^ m
65-99
20-17
65-90
20-46
65-81
20-75
65-72
21-04
70
66-94
20-47
66-85
20-70
66-76
21-05
68-67
21-34
70
) 71
67-90
20-76
67-81
21-05
67-71
21-35
67-62
21-65
71 ;
72
68-85
21-05
68-76
21-35
68-67
21-65
68-57
21-95
72 )
73
69-81
21-34
69-72
21-65
69-62
21-95
69-.52
2-2-26
73 ;
) '74
70-77
21-64
70-67
21-94
70-.58
22-25
70-48
22-56
74
< 75
71-72
21-93
71-63
22-24
71-53
22.55
71-43
22-86
75 )
) 76
72-68
22-22
72-58
22-54
72-48
22-85
72-38
23-17
76 )
< 77
73-64
22-51
73-54
2-2-83
73-44
-23-15
73-33
23-47
77 )
) 78
74-59
2-2-89
74-49
23-13
74-39
23-46
74-29
23-78
78 )
) 79
75-55
23-10
75-45
23-43
75-34
23-76
75-24
24-08
79
j 80
76-50
23-39
76-40
23-72
76-30
24-06
76-19
24-39
80 )
; 81
77-46
23-68
77-36
24-02
77-25
24-36
77-14
24-69
81
S 82
78-42
23-97
78-31
24-32
78-20
24-66
7810
25-00
82
) 83
79-37
24-27
79-27
24-61
79-16
25-96
79-05
25 30
83
) 84
80-33
24-56
80-22
24-91
80-11
2.5-26
80-00
2.5-61
84
85 )
) 85
81-29
24-85
81-18
25-21
81-07
25-56
80-95
25-91
) 86
82-24
25-14
82-13
25-.50
82-02
25-80
81-91
26-22
86 )
> 87
83-20
25-44
83-09
25-80
82.97
26-16
8-2-86
26-.V2
87
88
; 88
84-15
1 25-73
84-04
26-10
83-93
2(5-46
83-81
26-83
89
85-11
' 26-02
85-00
26-39
84-88
26-76
84-76
27-13
89 )
90 )
90
86-07
; 26-31
85-95
20-69
85-83
27-06
85-72
27-44
) 91
87-02
I 26-61
86-91
20-99
86-79
27-36
86-67
27-74
/
91 )
) 92
87-98
26-90
87-86
27-23
87-74
27-68
87-62
23-05
92
) 93
88-94
27-19
88-82
27-58
88-70
27-97
83 57
23 35
93
) 94
89-89
27-48
89-77
27-87
89-05
28-27
89-53
28-60
94
) 95
90-85
27-78
90-73
28-17
»0-60
28-.i7
90-48
28-96
95
) 98
91-81
: 23-07
91-68
28-47
91-.56
28-87
91-43
29-27
96
97
98
97
9278
23-36
92-64
23-76
92-51
29-17
9-2-38
29.57
98
93-72
28-65
93-59
29-06
93-46
29-47
93-33
29-83
) 99
94-67
1 28-94
94-55
29-36
94-42
29-77
94-29
30-18
99
)100
95-63
I 29-24
95-50
29-65
95.37
30-07
95-24
30-49
100 j
)
Dep.
{ Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i
73]
Deq.
72J
Deo.
72i
Deg.
72i
Deg.
108
TRAVERSE TABLE.
TRAVERSE TABLE,
109
I 5 i
P
18 D
EG.
18i Deg.
18i Deg.
18J Deg.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
51
43-50
15-76
48 43
15-97
48-36
16-18
48-29
16-39
51 i
52
49-45
16-07
49-38
16-28
49-31
16-50
49-24
16-71
52 (
53
50-41
16-38
50-33
16-60
50-26
16-82
50-19
17-04
53 (
54
51.36
16-69
51-28
16-91
51-21
17-13
51-13
17-36
54 (
. 55
52-31
17-00
52 23
17-22
5-2-16
17-45
.52-08
17-68
55 \
' 5o
53-26
17-30
53-18
17-54
53-11
17-77
53-03
18-00
56 (
57
54-21
17-61
54-13
17-85
54-05
18-09
53-98
18-32
57 (
58
5516
17-92
55-08
18-16
5500
18-40
54 92
18-64
58 (
59
5611
18-23
56-03
18-48
55-95
18-72
55-87
18-96
59 (
60
57-06
18-54
56-98
18-79
56-90
19-04
56-82
19-29
60 j
61
58-01
18-85
57-93
19-10
57-85
19-36
57.76
19-61
61
62
58-97
19-16
58-83
19-42
58-80
19-67
58-71
19-93
62
63
59-92
19-47
59-83
19-73
59-74
19-99
59.66
20-25
63
64
60-87
19-78
60-78
20-04
60-69
20-31
60 60
20-57
64 {
65
61-82
20-09
61-73
20-36
61-64
20-62
61-55
20-89
65
66
62-77
20-40
62-68
20-67
62-59
20-94
62-50
21-22
66
67
63-72
20-70
63-63
20-98
63-54
21-26
63-44
21-54
67 (
68
64-67
2101
64-58
21-.30
64-49
21-58
64-39
21-86
68 (
69
65-62
21-32
65-53
21-61
65-43
21-89
65-34
22-18
69 (
/70
66-57
21-63
66-48
21-92
66-38
22-21
66-29
22-50
70 (
(
h^
67-53
21-94
67-43
22-23
67-33
22-53
67-23
22-82
71 (
72
68-48
22-25
68-38
22-55
08-23
22-85
68-18
23-14
72
73
69-43
22-56
69-33
22-86
6923
23-16
6913
23-47
73
'-*
70-38
22-87
70-28
23-17
70-18
23-48
70-07
23-79
74
75
71-33
23-18
71-23
23-49
71-12
23-80
71-02
^-11
75
76
72--28
23-49
72-18
23-80
72-07
24-12
71-97
24-43
76
77
73-23
23-79
73-13
24-11
73-02
24-43
72-91
24-75
77
78
74-18
24-10
74.08
24-43
73-97
24-75
73-86
25-07
78
) 79
75-13
24-41
7503
^-74
74-92
25-07
74-81
25-39
79
) 80
76-08
24-72
75-98
25-05
75-87
25-38
75-75
25-72
80
) 81
77.04
25-03
76.93
25-37
76-81
25-70
76-70
26-04
81
) 82
7799
25-34
77-88
2.5-63
77-76
26-02
77-65
26-38
82
( 83
78-94
25-65
78-83
25-99
78-71
26-34
78-60
26-68
83
84
79.89
25-96
79-77
26-31
79 66
26-65
79-54
27-00
84
85
80.84
26-27
80-72
26-62
80-61
26-97
80-49
27-32
85
86
81.79
26-.58
81-67
26-93
81 -.56
27-29
81-44
87-64
86
I
87
82.74
26-8-3
82-62
27-25
82-.50
27-61
82-38
27-97
87
88
83.69
27-19
83-.57
27-56
83-45
27-92
83-33
28-29
88
/
89
84.64
27-50
84-. 52
27-87
84-40
28-24
84-28
28-61
89
r
90
85.60
27-81
85-47
28-18
85-35
28-56
85-22
28-93
90
\
) 91
8G.55
28-12
86-42
28- .50
86.30
28-87
86-17
29-25
91
/
) 92
87.50
28-43
87-37
28-81
87-25
2919
87-12
29-57
92
?
93
88.45
28-74
88-32
29-12
88-19
29-51
88-06
29-89
93
/
94
89.40
29-05
89-27
29-44
8914
29-83
F9-01
30-22
94
/
95
9035
29-36
90-22
29-75
90-09
30-14
89-96
30-54
95
(
) 96
9i-30
29-67
91-17
30-06
91-i!4
30-46
■.)0-91
30-86
96
I
) 97
92-25
29-97
92-12
30-38
91-99
30-78
91-85
31-18
97
?
98
93-20
30-28
9'5-07
30-09
92-94
31-10
92-80
31-.50
98
(
) 99
94 15
30-59
9402
31-00
93-88
31-41
93-75
31-82
99
(
hoc
9511
30-90
94-97
31-32
94-83
31-73
94-69
32-14
Lat.
100
=
.2
a
Dep.
Lai.
Dep.
Lat.
Dep.
Lat.
Dep.
1 "2
Deg.
711
Deg.
m
Deg.
71i
Deg.
10
no
TRAVERSE TABLE.
) 5
19 Deg.
19i
Deg.
m
Deg.
m
Deg.
c (
£ (
- )
?
1 (
\ •"
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
s
) 1
0-95
0-33
094
0-33
0-94
0-33
0-94
0-34
) 2
1-89
0-65
1-89
0-66
1-89
0-67
1-88
0-68
2 (
) 3
2-84
0-98
2-83
0-99
2-83
1-00
2-82
1-01
3 /
) 4
3-78
1-30
3-78
1-32
3-77
134
3-76
1-35
4 (
) 5
4-73
1-63
4-72
1-65
4-.1
1-07
4-71
1-69
5 /
J 6
5-67
1-95
5-66
1-98
5-66
2-00
5-65
2-03
.6 )
) 7
6-62
2-28
6-61
2-31
6-60
2-34
6-59
2-37
7 )
) 8
7-56
2-60
7-55
2-64
7-54
2-67
7-53
2-70
10
) y
8-51
2-93
8-50
2-97
8-48
3-00
8-47
3-04
10
9-46
3-26
9-44
3-30
9-43
3-34
9-41
3-38
11
10-40
3-58
10-38
3-63
10-37
3-67
10-35
3-72
11 )
( 12
11-35
3-91
11-33
3-y6
11-31
4-01
11-29
4-06
12 )
( 13
12-29
4-23
12-27
4-29
12-25
4-34
12-24
4-39
13 )
( 14
13-24
4-56
13-22
4-62
13-20
4-67
13- -18
4-73
14 )
( 15
14-18
4-88
14-16
4-95
14-14
5-01
14-12
5-07
15 )
( 16
15-13
5-21
15-11
5-28
15-U8
5-34
15-06
5-41
16
( 17
lt)-U7
5-53
16-05
5-60
16-02
5-07
16-00
5-74
17
( 18
17-U2
5-86
10-99
5-93
16-97
6-01
16-94
6-08
18
( ly
1796
6-19
17-y4
6-2J
17-91
6-34
17-88
6-42
19
j 30
1891
6-51
18-88
6-59
18-85
6-68
18-82
6-76
20 (
I 21
19-86
6-84
19-83
6-92
19-80
7-01
19-76
7-10
21
22
20-80
7-16
20-77
7-25
20-74
7-34
20-71
7-43
22 (
23
21-75
7-49
21-71
7-58
21-68
7-68
21-65
7-77
23 (
24
22-69
7-81
22-66
7-91
22-62
8-01
22-59
8-11
24
( 25
23-64
8-14
23-60
8-24
23-57
8-35
23-53
8-45
25 (
/ 2t)
24-58
8-46
24-55
8-57
24-51
8-68
24-47
8-79
20 (
/ 27
25-53
8-79
25-49
8-90
25-45
9-01
25-41
9-12
27 I
/ 28
26-47
9-12
26-43
9-23
26-39
9-35
26-35
9-46
28
/ 29
27-42
9-44
27-o8
9-56
27-..4
9-08
27-29
9-80
29 (
) 30
28-37
9-7/
28-32
989
28-28
10-01
28-24
10-14
30 (
' 31
29-31
10-09
29-27
10-22
29-22
10-35
29-18
10-48
31 (
) 32
30-26
10-42
30-21
10-55
30-16
10-68
30-12
10-81
32 /
) 33
31-20
10-74
31-15
10-88
31-11
11-62
31-06
11-15
33
) 34
32-15
1107
32-10
11-21
32-05
11-35
32-00
11-49
34
) 35
33-09
11-39
33-04
11 -51
32-99
11-68
32-94
11-83
35
) 36
34-04
11-72
3399
11-87
33-94
12-02
33-t8
12-17
36
) 37
34-98
12-05
34-93
12-2t)
34-88
12-35
34-82
12-50
37
) 38
35-93
12-37
35-88
12-53
35-82
12-68
35-76
12-84
38
39
36-88
12-70
36-82
12-86
36-76
13-02
36-71
13-18
39
) 40
37-82
13-02
37-76
13-19
37-71
13-35
37-65
13-52
40
> 41
38-77
13-35
38-71
1352
38-65
13-69
38-59
13-85
41
) 42
39-71
13-67
39-65
13-85
39-59
1402
39-53
14-19
42
43
40-66
14-00
40-60
14-18
40-53
14-35
40-47
14-53
43
44
41-60
14-32
41-54
14-51
41-48
14-69
41-41
14-87
44
) 45
42-55
14-65
42-48
14-84
42-42
15-02
42-35
15-21
45
) 46
43-49
14-98
43-43
15-17
43-36
15-36
43-29
15-54
46
) 47
44-44
15-30
44-37
15-50
44-30
15-69
44-24
15-88
47
) 48
45-38
15-63
45-32
15-83
45-25
16-02
45-18
16-22
48
) 49
46-33
15-95
46-26
16-15
46-19
16-36
46-12
16-56
49
\ 50
47-28
16 28
47-20
10-48
47-13
16-69
47-06
16-90
50
Dep.
Lat.
Dep.
70J
Lat.
Deg.
Dep.
Lat.
Dep.
Lai.
71
Deg.
70.i
Deg.
10k
Deg.
TRAVERSE TABLE.
Ill
o
s.
i 51
19 Deq.
m
Deg.
19J Deg.
19J
Deg.
1 1
Lat.
43-22
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
3 )
^
16-60
48-15
16-81
48-07
17-02
48-00
17-23
51 >
5-2
4JJ7
16-93
4909
17-14
49-02
17-36
48-94
17-57
52 )
, 53
50-11
17-26
.50-04
17-47
49-96
17-69
49-88
17-91
53 )
. 54
51-06
17-58
50-93
17-80
50-90
18-03
50-82
18-25
54 )
; 55
5-j-oa
17-91
51-92
18-13
51-85
18-36
51-76
18.59
55 )
) 56
52-95
18-23
5-2-87
18-46
52-79
18-69
52-71
18-92
56 )
, 57
53-89
18-58
53-81
18-79
53-73
19-03
53-65
19-26
57 )
1 58
54-84
18-88
54-78
19-12
54-67
19-36
54-59
19-60
58 /
J 5i)
5.3- 7 J
19-21
55-70
19-45
55-62
19-69
55-53
19-94
59 >
60
56-73
19-53
56-65
19-78
56-56
20-03
56 47
20-27
60 j
61
57-68
19-80
57-59
20-11
57-50
20-36
57-41
20-61
61 )
62
58-62
20-19
58-53
20-44
58-44
20-70
.58-35
20-95
62 )
63
59-57
20-51
59-48
20-77
59-39
21-03
59-29
21-29
63 )
64
60-51
20-84
60-42
21-10
60-33
21.36
60-24
21-63
64 )
65
61-40
21-16
61-37
21-43
61-27
21-70
61-18
21-96
65 )
66
6-2-40
21-49
62-31
21-76
62-21
22-03
6-312
22-30
66 )
67
63-35
21-81
63-25
22-09
63-16
22-37
63-06
22-04
67 )
68
64-30
22-14
64-20
22-42
64-10
22-70
64-00
22-98
68 )
69
65-24
22-46
65-14
22-75
65-04
23-03
64-94
23-32
69 )
70
66-19
22-79
66-09
23-08
65-98
23-37
65-88
23-65
70 J
71
6713
2312
67-03
23-41
66-93
23-70
66-82
23-99
71 J
72
68-08
23-44
67-97
23-74
67-87
24-03
67-76
24-33
72 )
73
69-02
23-77
63-92
24-07
68-81
24-37
68-71
24-67
73 )
74
69-97
24-09
69-86
24-40
69-76
24-70
69-65
25-01
74 )
75
70-91
24-42
70-81
24-73
70-70
25-04
70-59
2.5-34
75
76
71-86
24-74
71-75
25-06
71-64
25-37
71-53
25-68
76
77
72-80
25-07
72-69
25-39
72-58
25-70
72-47
26-02
77
78
73-75
25-39
73-64
25-72
73.53
26-04
73-41
26-36
78 y
) 79
74-70
25-72
74-58
26-05
74-47
26-37
74-35
26-70
79 )
j 80
75-64
26-05
75-53
26-38
75-41
26-70
75-29
27-03
80 j
81
76-59
26-37
76-47
26-70
76-35
27-04
76-24
27-37
81 J
82
) 83
77-53
26-70
77-42
27-03
77-30
27-37
77-18
27-71
82 S
78-48
27-02
78-36
27-36
78-24
27-71
78-12
28-05
83
) 84
79-42
27-35
79-30
27-69
79-18
28-04
79-06
28-39
84 S
) 85
80-37
27-67
80-25
28-02
80-12
28-37
80-00
28-72
85 )
) 86
81-31
28-00
81-19
28-35
81-07
28-71
80-94
29-06
86 )
87
82-26
28-32
8-2-14
28-68
82-01
29-04
81-88
29-40
87 S
88
83-21
28-65
83-08
29-01
8-2-95
29-37
82-82
29-74
88 (
89
84-15
28-98
84-02
29-34
83-i)n
29-71
83-76
.30-07
89 (
90
85-10
29-30
84-97
29-67
84-84
30-04
84-71
30-41
90 J
) 91
86-04
29-63
85-91
30-00
85-78
30-38
85-65
30-75
91 (
92
86-99
29-95
86-86
30-33
86-72
30-71
86-59
31-09
42 (
93
87-93
30-28
87-80
30-66
87-67
31-04
87-53
31-43
93 (
94
88-88
30-60
88-74
30-99
88-61
31-38
88-47
31-76
94 (
95
89-82
30-93
89-69
31-32
89-55
31-71
89-41
32-10
95 (
95
90-77
31-25
90-63
31-65
90-49
32-05
90-35
32-44
96 (
) i*"^
9 J -72
31-58
91-58
31-98
91-44
32-38
91-29
32-78
97 (
) 98
92-66
31-91
92-52
32-31
92-38
3-2-71
92-24
33-12
98
) 99
93-61
32-23
93-46
32-64
93.32
33-05
93-18
33-45
99 (
jioo
il
r.
94-55
32-56
94-41
32-97
94-26
33-38
9412
33-79
100 (
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
S
71 Deg.
70J Deg.
701
Deg.
70i
Deg.
M (
1 1
TRAVERSE TABLE.
20 Deg.
20i
Deg.
20J Deg. I
205 Deg.
• i
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
0-94
0-34
0-94
0-35
0-94
0-35
0-94
0-35
1 (
2
1-88
0-68
1-88
0-69
1-87
0-70
1-87
0-71
3
2-82
1-03
2-81
1-04
2-81
1-05
2-81
1-06
3 (
4
3-76
1-37
3-75
1-38
3-75
1-40
3-74
1-42
4 (
5
4-70
1-71
4-69
1-73
4-68
1-75
4-68
1-77
5 (
G
5-f54
2-05
5-63
2-08
5-62
2-10
5-61
2-13
6 (
7
6-58
2-39
6-.57
2-42
6-56
2-45
6-55
2-48
7 (
8
7-52
2-74
7-51
2-77
7-49
2-80
7-48
2-83
8 <
9
•8-46
•S-{j8
8-44
3-12
8-43
3-15
8-42
3-19
9 i
10
9-40
3-42
9-38
3-46
9-37
3-50
9-35
3-54
10 (
11
10-34
3-76
10-32
3-81
10-30
3-85
10-29
3-90
11 (
12
11-28
4-10
11-26
4-15
11-24
4-20
11-22
4-25
12 (
13
12-22
4-45
12-20
4-50
12-18
4.55
12-16
4-61
13
14
l.MG
4-79
13-13
4-85
13-11
4-90
13-0'j
4-96
14
15
14-10
5-13
14-07
5-19
14-05
5-25
14-03
5-31
15 (
16
15-04
5-47
15-01
5-54
14-99
5-60
14-96
5-67
16
17
15-97
5-81
15-95
5-88
15-92
5-95
15-90
6-02
17
18
16-91
6-16
10-89
6-23
16-86
6-30
16-83
6-38
18
19
17-85
6-50
17-83
6-58
17-81
6-65
17-77
6-73
19
20
18-79
6-84
18-76
6-92
18-73
7-00
18-70
7-09
20
21
19-73
7-18
19-70
7-27
19-67
7-35
19-64
7-44
21
22
20-67
7-52
20-64
7-61
20-61
7-70
20-57
7-79
22
23
21-01
7-87
21-58
7-96
21-54
8-05
21-51
8-15
2.3
24
22-55
8-21
22-.=)2
8-31
22-48
8-40
22-44
8-50
24
25
23-49
8-55
23-45
8-65
23-42
8-76
23-38
8-86
25
2G
24-43
8-89
24-39
900
24-35
9-11
24-31
9-21
26
27
25-37
9-23
25-33
9-35
25-29
9-46
25-25
9-57
27
28
2(5-31
9-.58
26-27
9-69
26-23
9-81
26-18
9-92
28
29
27-25
9-92
27-21
1004
27-16
10-16
27-12
10-27
29
30
28-19
10-26
28-15
10-38
28-10
10-51
28-05
10-63
30
31
29-13
10-60
29-08
10-73
29-04
10-86
28-99
10-98
31
32
30-07
10-94
3002
11-08
29-97
11-21
29-92
11-34
32
33
31-01
11-29
30-96
11-42
30-91
11-.56
30-86
11-69
33
34
31-95
11-63
31-90
11-77
31-85
11-91
31-79
12-05
34
35
32-89
11-97
32-84
12-11
32-78
12-26
32-73
12-40
35
36
33-83
12-31
33-77
12-46
33-72
12-61
.33-66
12-75
36
37
34-77
1265
34-71
12-81
34-66
12-96
34-60
13-11
37
38
35-71
13-00
35-65
13-15
35-59
13-31
.35 54
13-46
38
39
36-65
13-34
36-59
13-50
36-53
13-66
36-47
13-82
39
40
37-59
13-68
37-53
13-84
37-47
14-01
37-41
14-17
40
41
38-53
14-02
38-47
14-19
38-40
14-36
38-34
14-53
41
42
39-47
14.36
39-40
14-54
39-34
14-71
39-28
14-88
42
43
40-41
14-71
40-34
14-88
40-28
1.5-06
40-21
15-23
43
44
41-35
15-05
41 -28
1.5-23
41-21
1.5-41
41-15
15 59
44
45
42-29
15-39
42-22
15-.58
42-15
15-76
42-08
15-94
45
46
43-23
15-73
43-16
15-92
43-09
16-11
43-02
16-.30
46
47
44-17
16-07
44-09
16-27
44-02
16-46
43-95
16-65
47
48
45-11
16-42
4503
16-61
44-96
16-81
44-89
17-01
48
49
4604
16-76
45-97
16-96
45-90
17-16
4.5-82
17-36
49
50
46-98
1710
46-91
17-31
46-83
17-51
46-76
17-71
50
1
Dep.
L.at.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i
70 ]
Deg.
m
Deg.
69i
Deg.
69i
Deg.
TRAVERSE TABLE.
113
i7^
20 Deg.
20i
Deo.
20,^
Deg.
20|
Deo.
11
'1
51
52
Lat.
Dep.
Lat.
Dep.
Lat,
Dep.
Lat.
Dep.
51
47-92
17-44
47-85
17-65
47-77
17-86
47-69
18-07
52
48-86
17-79
48-79
18-00
48-71
18-21
48-63
18-42
53
4:i-80
18-13
49-72
18-34
49-64
18-56
49-56
18-78
53 }
54
59-74
18 47
50-66
18-69
50-58
18-91
50-50
19-13
54 /
55
51-68
18-81
51-60
19-04
51-52
19-26
51-43
19-49
55
5G
52-62
1915
52-54
19-38
52-45
19-61
52-37
19-84
56 /
57
57
53-56
19-50
53-48
19-73
53-39
19-96
53-30
2J-19
58
54-59
19-84
54-42
20-07
54-33
20-31
54-24
20-55
58
59
55-44
20-18
55-35
20-42
55-Si6
20-66
55-17
20-90
59 (
60
56-38
20-52
56-29
20-77
56-20
21-01
56-11
21-25
60 /
' Gl
57-32
20-86
57-23
21-11
57-14
21-36
57-04
21-61
61 /
iU
58-26
21-21
58-17
21-46
58-07
21-71
57-98
21-97
62 (
(33
59-20
21-55
.59-11
21-81
59-01
22-06
58-91
22-32
63 (
f 64
60-14
21-89
60-04
22-15
59-95
22-41
59-85
22-67
64 (
( 65
61-08
22-23
60-98
22-50
60-88
22-76
60-78
23-03
65 (
/ 66
6202
22-57
61-92
22-84
61-62
23-11
61-72
23-38
66 /
67
62-96
22-92
62-86
23-19
62-76
23-46
62-65
23-74
67 I
I 68
83-90
23-2o
63-80
23.54
63-69
23-81
63-59
24-09
68 (
( 69
64-84
23-60
64-74
23-88
64-63
24-16
64-52
24-45
69 I
) ^"
63-78
23-94
65-67
24-23
65-57
24-51
65-46
24-80
70 }
71
66-72
24-28
66-61
24-57
66-50
24-86
66-39
25-15
71 (
( 72
67-66
24-63
67-55
•24-92
67-44
25-21
67-33
25-51
72 I
( 73
68-60
24-97
68-49
25-27
68-38
25-57
68-26
25-86
73
( 74
69-54
25-31
69-43
25-61
69-31
25-92
69-20
26-22
74 (
; 75
70-4a
25-65
70-36
2o-U<i
70-25
25-27
70-14
26-57
75 /
) 76
71-42
25-99
71-30
26-30
71-19
26-62
7107
26-93
76
) 77
72-36
26-34
72-24
26-65
72-12
26-97
72-01
27-28
77 (
' 78
73-30
26-68
73-18
27-00
73-06
27-32
72-94
27-63
78
79
74-24
27-02
74-12
27-34
74-00
27-67
73-88
27-99
79 I
80
7518
27-36
75-06
27-69
74-93
28-02
74-81
28-34
80 }
8 J
81
7612
27-70
75-99
23-04
75-87
28-37
75-75
28-70
S2
77-05
28-05
76-93
28-38
76-81
23-72
76-68
29-05
iJ
83
77-99
28-39
77-87
28--; 3
77-74
29-07
77-62
29-41
84
78-93
23-73
78-81
29-07
78-68
29-42
78-55
29-76
84 /
85
79-87
29-07
79-75
29-42
79-62
29-77
79-49
30-11
85 /
8ti
80-81
29-41
80-68
29-77
80-55
30-12
80-42
30-17
86 /
87
81-75
29-76
81-62
30-11
81-49
30-47
81-36
30-t2
87 /
. 88
82-89
30-10
82-56
3U-46
82-43
39-82
82-29
31-13
88 /
89
83-63
30-44
8J-50
30-80
83-36
31-17
83-23
31-53
89 I
( 90
84-57
30-78
84-44
31-15
84-30
31-52
84-16
31-89
90 (
f
' 91
85 51
31-12
85-38
31-50
85-24
31-87
85-10
32-24
91
92
85-45
31-47
86-31
31-84
86-17
32-22
86-03
32-59
92
93
87-39
31-81
87*25
32-19
87-11
32-57
86-97
32-95
93
94
88-33
32-15
88-19
32-54
88-05
32-92
87-90
33-30
94
95
89-27
32-49
89-13
32-88
88-98
33 27
83-84
33-o6
95
90
90-21
32-83
90-07
3:j-23
89-92
33-62
89-77
34-ul
96
J 99
91-15
33-18
91-00
3357
90-86
33-97
90-71
34-37
97 )
92-09
33 52
91-94
33-92
91-79
34-32
91-64
34-72
98 )
93-03
33-86
92-88
34-27
92-73
34-67
92-58
35-07
99
^aoo
93-97
34-20
Lat.
93-82
34-61
93-67
35-02
93-51
35-43
100 )
( 5
Dep.
Dep.
Lat.
Dep,
Lat.
Dep.
Lat.
,
K
70 ]
Oeg.
69i
Deg.
69i Deg.
694-
Deg.
10
114
TRAVERSE TABLE.
1 s
21 Deg,
2U
Deg.
2li
Deg.
21|
Deg.
g
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
1
0-93
0-36
0-93
0-36
0-93
0-37
0-93
0-37
1
2
1-87
0-72.
1-86
0-72
1-86
0-73
1-86
0-74
2
^
2-80
1-08
2-80
1-09
2-79
1-10
2-79
1-11
3 ;
4
3-73
1-43
3-73
1-45
3-72
1-47
3-72
1-48
5
4-(i7
1-79
4-66
1-81
4-65
1-83
4-64
1-85
6
5-60
215
5-59
2-17
5-58
2-20
5-.57
2-22
7
6-54
2-51
6-52
2-54
6-51
2-57
6-50
2-.'J9
8
7-47
■2-87
7-46
2-90
7-44
2-93
7-43
2-96
8
( y
8-40
3-23
8-33
3-26
8-37
3-30
8-36
3-34
9
10
9-34
3-58
9-32
3-62
9-30
3-67
9-29
3-71
10
11 (
11
10-27
3-94
10-25
3-99
10-23
4-03
10-22
4-08
12
11-20
4-30
11-18
4-35
1M7
4-40
11-15
4-45
12 (
13
12-14
4-66
1212
4-71
12-10
4-76
12-07
4-82
13 (
( ^4
13-07
5-02
13-05
5-07
13-03
5-13
13-00
5-19
14 (
( 15
14-00
5-38
i3-y8
5-44
13-96
5-50
13-93
5-56
15 (
) 16
14-94
5-73
14-91
5-80
14-89
5-86
14-86
5-93
16
17
15-87
6-09
15-84
6-16
15-82
6-23
15-79
6-30
17 (
16
16-80
6-45
l()-78
6-52
16-75
6-60
16-72
6-67
18 /
) 19
17-74
6-81
17-71
6-89
17-68
6-96
17'-65
7-04
19 ?
) 2i)
18-67
7-17
18-64
7-25
18-61
7-33
18-58
7-41
20
21
19-61
7-53
19-57
7-61
19-54
7-70
19-50
7-78
(
21
22
20-54
7-88
20-50
7-97
20-47
8-06
20-43
8-15
22
23
21-47
8-24
21-44
8-34
21-40
8-43
21-36
8-52
23
24
22-41
8-60
22-37
8-70
22-33
8-80
22-29
8-89
24 )
25
23-34
8-96
23-30
9-06
23-26
9-16
23-22
9-26
25 I
2tj
24-27
9-32
24-23
9-42
24-19
9-53
24-15
9-63
27
25-21
9-68
25-16
9-79
25-12
9-90
25-08
10-01
28
26- 14
10-03
26-10
10-15
2605
10-26
26-01
10-38
23 ■
2i>
27-07
10-39
27-03
10-51
26-98
10-63
26-94
10-75
29 )
J 3U
28-01
10-75
27-96
10-87
27-91
11-00
27-86
11-12
30 )
! 31
28-94
11-11
28-89
11-24
28-84
11-36
28-79
11-49
31 J
32
) 32
29-87
11-47
29-82
11-60
29-77
11-73
29-72
11-86
33
30-81
11-83
30-76
11-96
30-70
12-09
.30-65
12-23
33
S 34
31-74
12-18
31-69
12-32
31-63
12-46
31-58
12-00
34
) 35
32-68
12-54
32-62
12-69
32-56
12-83
32-51
12-97
35
36
3361
12-yo
33-55
13-05
33-50
13-19
33-44
13-34
36
S 37
34-54
13-26
34-48
13-41
34-43
13-56
.34-37
13-71
37
S 38
35-48
13-62
35 42
13-77
35-36
13-93
35-29
14-08
3S
) 39
40
41
36-41
13-98
36-35
14-14
36-29
14-29
36-22
14-45
39
37-34
14-33
37-28
14-50
37-22
14-66
37-15
14-82
40
38-28
14-69
38-21
14-86
38-15
15-03
38-08
l.rl9
41
42
39-21
15-05
39-14
1522
39-08
15-39
39-01
15-56
42
) 43
40-14
15-41
40-08
15-58
40-01
15-76
39-94
15-93
43 ,
) 44
41-08
15-77
41-01
15-95
40-94
16-13
40-87
16-30
44 ')
45 {
46 (
47 (
48
49
S 45
42-01
16-13
41-94
16-31
41-87
16-49
41-80
16-68
46
42-94
16-48
42-87
16-67
42-80
16-86
42-73
17-05
47
43-88
16-84
43-80
17-03
43-73
17-23
43-65
17-42
< 48
44-81
17-20
44-74
17-40
44-66
17-59
44-58
17-79
( 49
45-75
17-56
45-07
17-76
45-.59
17-96
45-51
18-lG
< 50
46-68
17-92
46-60
18-12
46-52
18-33
46-44
18-53
50 ^
) c
) 2
( .iS
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
68i
Lat.
Deg.
i ^
69
Deq.
68|
Deg.
68^
Deg.
1 ^.
TRAVERSE TABLE,
115
)
21 Deg.
21:1 Deo.
2U Deo.
21]- Deo.
2'
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
^ /
51
47-61
18-28
47-53
18-48
47-45
18-09
47-37
18-90
5, i
52
48-55
18-ii4
48-46
18-85
48-38
19-00
48-30
19-27
52 )
^ 53
49-48
18-99
49-40
10-21
4931
19-42
49-23
19-64
53 )
. 54
50-41
19-35
50-33
19-57
50-24
19-79
50-16
20-01
54 ;
55
51-35
19-71
51-26
19-93
51.17
2 J- 16
51-08
20-38
55 )
56
5-2-2S
20-07
52-19
20-30
.52-10
20-52
52-01
20-75
56 )
57
53-21
20-43
53-12
20-66
53-03
20-89
5-2-94
21-12
57 )
53
5415
20-79
54-u6
21-02
53-96
21-28
53-87
21-49
58 )
od
55-08
21-14
54-99
21-38
54.89
21-62
54-80
21-86
59 )
60
5601
21-50
55-92
21-75
55-83
21-99
5573
22-23
60 j
) 61
56-95
21-86
56-85
22-11
56-76
22-36
56-66
22-60
61 j
) &2
57-88
22- 22
57-78
22-47
57-69
22-72
5759
22-97
62
) 63
58-8-2
2-2-58
58-72
22-83
58-62
23-09
58-52
23-35
63 )
) 64
59-75
22-94
59-65
23-20
59-55
23-46
59-44
23-72
64 )
) 65
60-68
23-29
60-58
23-56
60-48
23-82
60-37
24-09
65
) 66
61-62
23-65
6151
23-92
61-41
24-19
61-30
' 24-46
66 )
) 67
62-55
iM-01
62-44
24-28
62-34
24-56
62-23
24-83
67 )
) 68
63-48
24-37
63-38
24-65
63-27
24-92
63-10
25-20
68
69 (
69
64-42
24-73
64-31
25-01
64 20
25-29
64-09
25-57
70
65-35
25-09
65-24
25-37
65-13
25-60
65-02
25-94
70
66-28
25-44
66-17
25-73
66-06
26-02
65-95
26-31
71
67-22
25-80
67-10
26-10
66-99
26-39
66-87
26-68
72
73
74 (
! 73
68-15
26-16
68-04
26-46
87-92
26-75
67-80
27-05
74
69-08
28-52
68-97
26-82
68-85
27-12
68-73
27-42
75
70-02
26-88
69-90
27-18
69-78
27-49
69-66
27-79
75 (
) '^^
70-95
27-24
70-83
27-55
70-71
27-85
70-59
28-16
76
) 77
71-89
27-59
71-76
27-91
71-64
28-22
71-52
28-53
77
78 (
1 78
72-82
27-95
72-70
28-27
72-57
28-59
7245
23-90
) 70
73-75
28-31
73-63
28-63
73-50
28-95
•73-38
29-27
79 ^
S 80
74-69
28-67
74-56
29-00
74-43
29-32
74-30
29-64
80 (.
) 81
75-62
29-03
75-49
29-36
75-35
29-69
75-23
30-02
81
) 8-2
76-55
29-39
76-42
29-72
76-29
3005
70-16
30-39
82
83
77-49
29-74
77-33
30-08
77-22
30-42
77-09
30-76
83
84
78-42
30-10
78-29
30-44
78-16
30-79
78-02
31-13
84 '
85
79-35
30-46
79-22
30-81
79-09
31-15
78-95
31-50
85 '
S 86
80-29
30-82
80-15
31-17
80-02
31-52
79-88
31-87
86 ('
) 87
81-22
31-18
81-08
31.53
80-95
31-89
80-81
32-24
87 (
) 88
82-16
31-54
82-02
31-89
81-88
32-25
81-74
32-61
88 (
) 89
83-09
31-89
82-95
32-26
82-81
32-62
82-66
32-98
89 (
J 90
84-02
32-25
83-88
32-62
83-74
32-99
83-59
33-35
90 /
/
91 (
( 91
84-96
32-61
84-81
32-98
84-67
33-35
84-.52
33-72
9-2
85-89
32-97
85-74
33-34
85-60
33-72
85-45
34-09
92 (
93
86-82
33-33
86-68
33-71
86-53
34-08
86-.38
34-46
93 (
94
87-76
33-69
87-61
34-07
87-46
34-45
87-31
34-83
94 i
95
88-69
34-04
88-54
34-43
88-39
34-82
88-24
35-20
95 {
96 (
97
96
89-62
34-40
89-47
34-79
89-32
3.5-18
89.-17
35-.57
< 97
90-56
34-76
90-40
35-16
90-25
35-55
90-09
35-94
98
91-49
35-12
91-34
35-52
91-18
35-92
91-02
30-31
98 )
99
92-42
35-48
92-27
35-88
92-11
36-28
91-95
36-69
99 /
jlOO
93-36
35-84
93-20
36-24
93-04
36-05
92-88
37-06
100 ?
(
/ i
» i5
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
ii
69
Deo.
68|
Deg.
68i
Dbo.
68i
Deg.
=^l
116
TRAVERSE TABLE.
22 Deg.
93
1-85
2-78
3-71
4-C4
5-56
6-49
7-42
8-34
927
10-20
1113
12U5
12-i}8
13-91
14-83
15-76
lti-G9
17-62
18-54
19-47
20-40
21-33
22-25
23-13
2411
25-03
25-96
26-89
27-82
28-74
29-67
30-60
31-52
32-45
33-38
34-31
35-23
36-18
37-09
38-01
38-94
39-87
40-80
4172
4-2-05
43-58
44-50
45-43
46-36
Dep.
Dep.
0-37
0-75
1-12
1-50
1-87
2-25
2-02
3-00
3-37
3-75
412
4-50
4-87
5-24
5-62
5-99
6-37
6-74
7-12
• 7-49
7-87
8-24
8-62
8-99
9-37
9-74
10-1]
10-49
10-86
11-24
11-61
11-99
12-36
12-74
13-11
13-49
13-86
14-24
14-61
14-98
15-36
15-73
16-11
16-48
16-86
17-23
17-61
17-98
18-36
18-73
22:^ Deo.
68 Deg.
0-93
1-85
2-78
3-70
4-63
5-55
6-48
7-40
8-33
9-26
10-18
11-11
12-03
12-96
13-88
14-81
15-73
16-66
17-59
18-51
19-44
20-36
21-29
22-21
2314
24-06
24-99
25-92
26-84
27-77
28-69
2!)-62
30-54
3J-47
32-39
33-32
34-24
3517
36-10
37-02
37-95
38-87
39-80
40-72
41-65
42-57
4350
44-43
45-35
46-28
Dep.
0-38
0-76
1-14
1.51
1-89
2'27
2-65
3-03
3-41
3-79
4-17
4-54
4-92
5-30
5-68
6-06
6-44
6-82
7-19
7-57
7-95
8-33
8-71
9-09
9-47
9-84
10-22
10-61)
10-98
11-36
11-74
1212
12-5,)
12-87
13-2.)
13-63
14-01
14-39
14-77
15-15
15-52
15-90
16-23
16-66
17-04
17-42
17-80
18-18
18-55
18-93
22^ Deg.
Dep. Lat.
675 Deg.
0-92
1-85
2-77
3-70
4-62
5-54
6-47
7-39
8-31
9-24
10-16
11-09
1201
12-93
13-86
14-78
1.5-71
16-63
17-55
18-48
19-40
20-:{3
21-25
22-17
23-10
2402
24-94
25-H7
26-79
28-64
29-56
30-49
31-41
32-34
33-26
34-18
35-11
36-03
36-96
.37-88
.38-80
39-73
40-65
41-.=)7
42-50
43-42
44-35
45-27
40-19
Dep.
Dep.
0-38
0-77
1-15
1-53
1-91
2-30
2-68
3-06
3-44
3-83
4-21
4.59
4-97
5-36
5-74
6-12
6-51
6-89
7-27
7-65
8-04
8-42
8-89
9-18
9.57
9-95
10-33
10-72
11-10
11-48
11-86
12-25
1263
13-01
13-39
13-78
14-16
14-54
14-92
1.5-31
15-69
16-07
16-46
16-84
17-22
17-60
17-99
18-37
18-75
1913
22^ Deg.
0-92
1-84
2-77
3-69
4-61
5-53
6-46
7-38
8-30
9-22
10-14
1107
11-99
12-91
13-83
14-76
15-68
16 60
17-52
18-44
19-37
20-29
21-21
22- J 3
23-05
23-98
24-90
25-82
26-74
27-67
29-51
30-43
31-35
32-28
33-20
.3412
35-04
35-97
36-89
37-81
38-73
39- ()5
40-.58
4r.')0
42-42
43-34
44-27
4519
40-11
Dep.
Dep.
0-39
0-77
1-16
1-55
1-93
2-32
2-71
3-09
3-48
3-87
4-25
4-64
5-03
5-41
5-80
6-19
6-57
6-96
7-35
7-73
8-12
8-51
8-89
9-28
9-67
10-05
10-44
10-83
11-21
11-60
11-99
12-37
12-76
13-15
13.53
13-92
14-31
14-70
15-08
15-47
15-86
16-24
16-63
17-02
17-40
17-79
18-18
18-56
18-95
19-34
67^ Deg.
TRAVERSE TABLE.
117
c
1
)
) 51
22 Deg.
22i
Deg.
22J Deg.
22J
Deg.
£ )
- /
Lat.
47-29
Dep,
Lat.
Dep.
19-31
Lat.
Dep.
Lat.
Dep.
19-10
47-20
47-12
19-52
47-03
19-72
51 j
) 5-!
48-21
19-48
4813
19-69
48-04
19-90
47-95
20-11
52 (
) 53
49-14
19-85
49-05
20-07
48-97
20-28
48-88
20-50
53 (
) 54
50-07
20-23
49-98
20-45
49-89
20-66
49-80
20-88
54 (
I 55
51-00
20-60
50-90
20-83
50-81
21-05
50-72
21 27
55 (
) 56
51-92
20-98
51-83
21-20
51-74
21-43
51-64
21-66
56 /
) 57
52-85
21-35
52-73
21-58
52-06
21-81
52-57
22-04
57 /
53
53-78
21-73
53-68
21-90
53-59
22-20
53-49
2-2-43
58 I
59
54-70
22-10
54-61
2234
54-51
22-58
54-41
22-82
59 /
GO
55-63
22-48
55-53
22-72
55-43
22-96
55 33
23-20
60 j
61
56-56
22-85
56-47
23-10
56-36
23-34
56-25
23-59
61 }
62
57-49
23-23
57-33
23-48
57-28
23-73
57-18
23-98
62 ;
63
58-41
23-60
58-31
23-85
58-20
24-11
58-10
24-30
63 )
64
59-34
23-97
59-23
24-23
59-13
24-49
59-02
24-75
64 ;
65
60-27
24-35
6016
24-61
60-05
24-87
59-94
25-14
65 )
66
61-19
24-72
61-09
24-99
60-98
25-26
60-87
25-52
66 )
67
6212
25-10
6-2-01
25-37
61-90
25-64
61-79
25-91
67 /
68
63-05
25-47
62-94
25-75
62-82
26-02
62-71
26-30
68 /
69
63-98
25-85
63-86
26-13
63-75
26-41
63-63
26-68
69 ;
70
64-90
26-22
64-79
26-51
64-67
26-79
64-55
27-07
70 )
71
65-83
26-60
65-71
26-88
65-60
27-17
65-48
27-46
71 >
72
66-76
26-97
66-64
27-26
66-52
27-55
66-40
27-84
72 )
73
67-68
27-35
67-56
27-64
67-44
27-94
67-32
28-23
73 )
74
68-61
27-72
68-49
28-02
68-37
28-32
68-24
28-62
74 )
) 75
69-54
28-10
69-42
28-40
69-29
28-70
69-17
29-00
75 )
) 76
70-47
28-47
70-34
28-78
70-21
29-08
70-09
29-39
76 )
/ 77
71-39
28-84
71-27
29-16
71-14
29-47
7101
29-78
77 )
; 78
72-32
29-22
7219
29-53
72-06
29-85
71-93
30-16
78 )
/ 79
73-25
29-59
7.3-12
29-91
72-99
30-23
72-85
30-55
79
/ 80
74-17
29-97
74-04
30-29
73-91
30-61
73-78
30-94
80
I 81
75-10
30-34
74-97
30-67
74-83
31-00
74-70
31-32
81
; 82
76-03
30-72
75-89
31-05
75-76
31-38
75-G2
31-71
82
/ 83
76-96
31-09
76-82
31-43
76-68
31-76
76-.54
3210
83
/ 84
77-88
31-47
77-75
31-81
77-6]
32-15
77-46
32 48
84 )
85
78-81
31-84
78-67
32-19
78-53
32-53
78-39
3-2-87
85 )
/ 86
79-74
32-22
79-60
.32-56
79-45
32-91
79-31
33-26
86 )
/ 87
80-66
32-59
80-52
32-94
80-38
33-29
80-23
33-64
87 )
/ 88
81-59
32-97
81-45
33-32
81-30
.33-08
81-15
34-03
88
/ 89
82-52
33-34
82-37
33-70
82-23
34-06
82-08
34-42
89
j 90
83-45
33-71
83-30
34-08
83-15
34-44
83-00
34-80
90
91
) 92
84-37
34-09
84-22
34-46
84-07
34-82
83-92
35-19
91
85-30
34-46
85-15
34-84
85-00
35-21
84-84
35-58
92
93
86-23
34-84
86-08
35-21
85-92
35-59
85-76
35-96
93
94
87-16
35-21
87-00
35-59
86-84
35-97
86-69
36-35
94
95
83-08
3559
87-93
.35-97
87-77
36-35
87-61
36-74
95
96
89-01
35-96
88-85
36-35
88-69
36-74
88-53
37-12
96
97
8i1-94
36-34
89-78
36-73
89-62
37-12
89-45
37-51
97
98
90-86
36-71
90-70
37-11
90-54
37.50
90-38
37-90
98
/ 99
91-79
37-09
91-63
37-49
91-46
37-89
91-30
38-28
99
jioo
9-3-72
37-46
92-55
37-86
92-39
38-27
92-22
38-67
100
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
' (
1
68 1
3eq.
m
Dbg.
67i
Deg.
67i
Deg.
118
TRAVERSE TABLE,
g
p
P
23 Deg.
23i
Deg.
23i Deg.
23J Deg.
i )
Lat.
Dep.
Lat.
Dep.
La..
Dep.
Lat.
Dep.
) 1
0-92
0-39
0-92
0-39
0-92
0-40
0-92
0-40
1
) 2
1-84
0-78
1-84
0-79
1-83
080
1-83
0-81
2 <
) 3
2-76
1-17
2-76
1-18
2-75
1-20
2-75
1-21
3 ,
) 4
3-68
1-56
3-68
1-58
3.67
1-.59
3-66
1-61
4 (
) 5
4-60
1-95
4-59
1-97
4-59
1-99
4-58
201
5 (
) 6
5-52
2-34
5-51
2-37
5-50
2-39
5-49
2-42
6 (
; 7
6-44
2-74
6-43
2-76
6-42
2-79
6-41
2-82
7 ,
8
7-36
313
7-35
3-16
7-34
3-19
7-32
3-22
8 s
9
8-28
3-52
8-27
3-55
8-25
3-59
8-24
3-62
9 <
10
9-20
3-91
9-19
3-95
9-17
3-99
915
4-03
10
11
10-13
4-30
10-11
4-34
10.09
4-39
10-07
4-43
11 i
12
1105
4-69
11-03
4-74
1100
4-78
10-98
4-83
12 (
I 13
11-97
5-08
11-94
5-13
11-92
5-18
11-90
5-24
13 (
14
12-89
5-47
12-86
5-53
12.84
5-58
12-81
5-64
14 (
15
13-81
5-B6
13-78
5-92
13-76
5-98
13-73
6-04
15 (
16
14-73
6-25
14-70
6-32
1467
6-38
14-64
6-44
16 (
) n
15-65
6-64
15-62
6-71
15-59
6-78
15-56
6-85
17 (
]8
16-57
7-03
16.54
7-11
16-51
7-18
16-48
7-25
18 (
]9
17-49
7-42
17-46
7-50
17-42
7-58
17-39
7-65
19 (
) 20
18-41
7-81
18-38
7-89
18-34
7-97
18-31
8-05
20 (
[ 21
19-33
8-21
19-29
8-29
19-26
8-37
19-22
8-46
21 (
) 22
20-25
8-60
20-21
8-68
20-18
8-77
20-14
8-86
) 23
2117
899
21-13
9-08
21 09
9-17
21-05
9-26
23 (
24
22-09
9-38
22-05
9-47
22-01
9-57
21-97
9-67
24
2.')
23-01
9-77
22-97
9-87
22-93
9-97
22-88
10-07
25
26
23-93
10-16
23-89
10-26
23-84
10-37
23-80
10-47
26
) 27
24-85
10-55
24-81
10-66
24-76
10-77
24-71
10-87
27 (
) 28
25-77
10-94
25-73
11-05
25-68
1116
25-63
11-28
28 (
) 29
26-(;9
11-33
26-64
11-45
26-59
11.56
2<r54
11-68
29 (
) 30
27-62
11-72
27-56
11-84
27-51
11-96
27-46
12-08
31 /
f 31
28-54
12 11
28-48
12-24
28-43
12-36
28-37
12-49
/ 32
29-46
12-50
29-40
12-63
29-35
12-76
29-29
12-89
32 (
) 33
30-38
12-89
30-.32
13-03
30 26
13-16
30-21
13-29
33 (
) 34
31-30
13-28
31-24
13-42
3118
13-56
31-12
13-69
34
35 (
) 35
32-22
13-08
32-16
13-82
3210
13-96
32-04
14-10
) 36
33-14
14-07
33-08
14-21
33-01
14-35
32-95
14-.50
36 (
) 37
3106
14-46
34-00
14-61
33-93
14-75
33-87
14-90
37 (
38
34-98
14-85
34-91
1.5-00
34-85
1.515
34-78
15-30
38 (
39
35-90
15-24
35 83
1.5-39
3577
15-.55
35-70
1.5-71
39' (
40
36-82
15-63
36-75
15-79
36-68
15-95
36-61
16-11
40 j
41
37-74
16-02
37-67
16-18
37-60
16-35
37-53
16-51
41 <
42
38-66
16-41
38.59
16-.58
38-52
16-75
38-44
l()-92
42 /
43
39-58
16-80
39-51
16-97
3943
17-15
39-36
17-32
43 (
44
40-50
17-19
4;!-43
17-37
40-35
17-54
40-27
17-72
44 (
45
41-42
17-58
41-35
17-76
4127
17-94
41-19
1812
45 /
46
42-34
17-97
42-26
18-16
4218
18-34
4210
18-.53
4() /
47
43-26
18-36
43-18
18-.55
43-10
18-74
43-02
18-93
47 (
48
4418
18-76
44-10
l»^-95
44-02
1914
43-93
19-33
48 /
49
45-10
1915
45 02
19-34
44 94
19.54
4485
19-73
49 ?
50
46-03
19-54
45-94
19-74
4585
19-94
45-77
20-14
50 ?
) '^
Dep.
Lai.
Dep.
Lat
Dep.
Lat.
Dep.
Lat.
67 ]
Oeo.
66:}
Deg.
66i
Deg.
66i Deg.
TRAVERSE TABLE.
119
23 Deg.
23i
Deg.
23.V Deg.
23| Deg.
5
i
Lat.
Dep.
Lai.
Dep.
Lat.
Dep.
Lat.
Dep.
\ 51
46-95
19-93
46-86
20-13
46.77
20-34
46-68
20-54
51 i
C 52
47-87
20-32
47-78
20-53
47-69
20-73
47-60
20-94
52 )
( 53
48-79
20-71
48-70
20-92
48-60
2113
48-51
21-35
53 )
( 54
49-71
21-10
49-61
21-32
49-52
21-53
49-43
21-75
54 )
( 55
50-63
21-49
50-53
21-71
50-44
21-93
.50-34
22-15
55 /
( 5()
51-55
21-88
51-45
22-11
51-36
22-33
51-26
22-55
56 )
( 57
52-47
22-27
52-37
22-50
52-27
22-73
.52-17
22-96
57 )
( 58
53-39
22-66
.53-29
22-90
5.3-19
23-13
5309
23-36
58 )
( 59
54-31
23-U5
51-21
23-29
54-11
23-53
54-00
23-76
59 )
I GO
55-23
23-44
55-13
23-68
55-02
23-92
54-92
24-16
60 j
\ 61
56-15
23-83
56-05
24-08
55-94
24-32
55-83
24-57
61 )
( 62
57-07
24-23
56-97
24-47
56-86
24-72
56-75
24-97
62 )
( 63
57-99
24-62
57-88
24-87
57-77
25-12
57-66
25-37
63 )
04
58-91
25-01
58-8U
25-26
58-69
25-52
58-58
25-78
64 )
65
59-83
25-40
59-72
25-66
59-61
25-92
59-50
26-18
65 )
I 66
60-75
25-79
60-64
2(i-05
60-53
26-32
60-41
26-58
66 >
i 67
61-67
26-18
61-56
2u-45
61-44
26-72
61-33
•26-98
67 )
68
62-59
26-57
62-48
26-84
62-36
27 11
62-24
27-39
68
69
63-51
26-96
63-4U
27-24
63-28
27-51
63-16
27-79
69 )
j 70
64-44
27-35
64-32
27-63
64-19
27-91
64-07
28-19
70 )
( 71
65-36
27-74
65-23
28-03
6.5-11
28-31
64-99
28-59
71 >
( 72
66-28
26-13
65-15
28-42
66-03
28-71
65-90
29-00
72 )
) 73
67-20
28-52
67-07
28-82
66-95
29-11
66-82
29-40
73 )
74
68-12
28-91
67-99
29-21
67-86
29-51
67-73
29-80
74
75
69-04
29-30
68-91
2J-61
68-78
29-91
68-65
30-21
75
) 76
69-96
29-70
69-83
3^-00
69-70
3J-30
69-56
30-61
76
) 77
70-88
30-09
70-75
30-40
70-01
30-70
70-48
31-01
77
78
71-80
30-48
71.67
3U-79
71-53
31-10
71-39
31-41
78
7J
72-72
30-87
72-58
31-18
72-45
31-50
72-31
31-82
79
80
7^
31-26
73-50
31-58
73-36
31-90
13-22
32-22
80
} 81
74-56
31-65
74.42
31-97
74.28
32-30
74-14
32-62
81
) 82
75-48
3204
75-34
3-2-37
75-20
32-70
75-06
33-03
82 )
) 83
76-40
32-43
7()-26
32-76
76-12
33-10
75-97
33-43
83 )
) 84
77-32
32-82
77-18
33- J 6
77-03
33-49
76-89
33-83
84 S
( 5-5
78-24
33-21
78.10
33-55
77-95
33-89
77-80
34-23
85 )
) 80
79-16
33-60
79-02
33-95
78-87
34-29
78-72
34-64
86
) 87
80-08
33-99
79-93
34-34
79-78
34-69
79-63
35-04
87
) 88
81-00
34-38
80-85
34-74
80-70
35-09
80-55
35-44
88
) 89
81-92
34-78
81-77
35-13
81-62
35-49
81-46
35-84
89 )
90 i
j 90
82-85
35-17
82-69
35-53
82 54
35-89
82-38
36-25
J 91
83-77
35-56
83-61
35-92
83.45
36-29
83-29
36-65
91
92
84-69
35-95
84-53
36-32
84-37
36-68
84-21
37-05
92
93
85-61
36-34
85-45
36-71
85-29
37-03
85-12
37-46
93
94
3i-T3
86-37
37-11
86-20
37-48
86-04
37-86
94
95
87-45
37-12
87 29
37.50
87-12
37-88
86-95
38-26
95
) 96
88-37
37-51
88-20
37-90
88-04
38-28
87-87
38-66
96
) «7
89-29
37-90
89-12
38-29
88-95
38-68
88-79
39-07
97
98
90-21
38-29
90-04
38-68
89-87
39-08
89-70 .-
39-47
98 \
99
91-13
38-68
90-96
39-08
90-79
39-48
90-62
39-87
99 S
jioo
92-05
39-07
91-88
39-47
91-71
39-87
91-53
40-27
100 \
1 (
- (
Dep.
Lilt.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
67
Deg.
665
Deg.
66V
Deg.
66i
Deg.
120
TRAVERSE TABLE.
TRAVERSE TABLE,
121
I
24 Deg.
24i Deg.
24i Deg.
24J Deg.
1 (
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
21-15
Lat.
Dep.
i '<
51
46-59
20-74
46.50
29-95
46-41
46-32
21-35
51 (
52
47-50
21-15
47-41
21-36
47-32
21-56
47-22
21-77
.52 (
53
48-42
21-56
48-32
21-77
43-23
21-98
48-13
22-19
53 (
54
49-33
21-9;;
49-24
22-18
49-14
2-2-39
49-04
22-61
54
55 /
55
50-24
2-2-37
50-15
22-59
50-05
22-81
49-95
23-03
56
51-16
22-78
51-06
23-00
50-96
23-22
50-86
23-44
56 (
57
52-07
23-18
51-97
23-41
51-87
23-64
51-76
23-86
57 (
58
52-99
23-59
52-88
23-82
52-78
2i-J5
52-67
24-28
58 (
59
53-90
24-00
53-79
24-23
53-69
24-47
53-58
24-70
59 ('
60
54-81
24-40
54-71
24-64
54-60
24-83
54-49
25-12
60 '(
61
55-73
24-81
55-62
25-05
55-51
25-30
55-40
25-.54
61 \
62
62
56-64
25-22
56-53
25-46
56-42
25-71
56-30
25-96
63
57-55
25-62
57-44
25-88
57-33
26-13
57-21
26-38
63 (
64
58-47
26-03
58-35
26-29
58-24
26-54
.58-12
26-79
64 (
65 /
65
59-38
23-44
59-26
26-70
59-15
26-96
5903
27-21
66
60-29
26-84
60-18
27-11
60-06
27-37
59-94
27-63
66 >
67
61 -21
27-25
61-09
27-52
60-97
27-78
60-85
23-05
67 (
68
62-12
27-06
6200
27-93
61-88
28-20
61-75
23-47
69
63-03
28-06
6291
28-34
62-79
28-^61
62-66
28-89
69 I
70
63-95
28-47
^3-82
28-75
63-70
29-03
63-57
2931
70 (
(
71 (
' 71
64-86
28-88
64-74
2916
64-61
29-44
64-48
29-72
72
65-78
29-28
6565
29-57
65-.52
29-86
65-39
30-14
ll (
73
66-69
29-69
66-56
29-98
66-43
30-27
66-29
30-56
13 )
74
67-60
30-10
67-47
30-39
67-34
30-69
67-20
30-98
74 I
75
68-52
30-51
68-38
30-80
68-25
31-10
68-11
31-40
ll
76
69-43
30-91
69-29
31-21
69-16
31 -.52
69-02
31-82
^^
( 77
70-34
31-32
70-21
31-63
70-07
31-93
69-93
32-24
77 )
11
71-26
31-73
71-12
32-04
70-93
32-35
70-84
32-66
78
72-17
32-13
72-03
32 45
71-89
32-76
71-74
33-07
Z^
'r
81
73-08
32-54
72-94
32-86
72-80
33-18
72-65
33-49
80 I
74-00
32-95
73-85
33-27
73-71
33-59
73-56
33-91
?J
82
74-91
33-35
74-76
33-68
74-62
34-00
74-47
34-33
82 /
83
75-82
33-76
75-68
34-09
75-53
34-42
75-38
.34-75
83 )
( 84
76-74
34-17
76-59
34-50
76-44
34-83
76-28
3.5-17
84
{ 85
77-65
34-57
77-.50
34-91
77-35
35-25
77-19
35-59
85
( 86
78-56
34-98
78-41
35-32
78-26
35-66
78-10
36-00
86
87
79-48
35-39
79-32
35-73
79-17
3608
79-01
36-42
87
( 88
80-39
35-79
80-24
36-14
80-08
35-49
79-92
36-84
88 )
i 89
81-31
36-20
81-15
36-55
80-99
36-91
80-82
37-26
89 )
( 90
82-22
36-61
8206
36-96
81-90
37-32
81-73
37-€8
90 {
83-13
3701
82-97
37-38
82-81
37-74
82-64
38-10
91
84-05
37-42
83-88
37-79
83-72
38-15
83-.55
38-52
92 /
84 96
37-83
84 79
38-20
84-63
38-.57
84-46
38-94
93
94
) 95
85-87
38-23
8.V71
38-61
85-.54
38-93
85-37
39-35
94 (
8G-79
38-64
86-62
3902
86-45
39-40
86-27
39-77
95 '
/ 96
87-70
3905
87-53
39-43
87-36
39-81
87-18
40-19
96 ^
97
97
88 61
39-45
88-44
39-84
88-27
40-23
8809
40-61
98
89-53
39-86
89-35
40-25
89-18
40-64
89-00
41-03
98
( 99
90-44
40-27
90-26
40-66
9009
41-05
89-91
41-45
99
100 (
MOO
91-35
40-67
91-18
4107
91-00
41-47
90-81
41-87
i
Dep.
1 Lat.
Dep.
Dep.
1 ....
Dep.
Lat.
(
66
Deq.
65i
Deg.
651
Deg.
65i
Deg.
132
TRAVERSE TABLE.
' g
' 1
25 Deg.
25i Deg.
25i
Deg.
25a
Deg.
--I
1 ;
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
0-91
0-42
0-90
0-43
0-90
0-43
0-90
0-43
2
1-81
0-85
1-81
0-85
1-81
0-86
1-80
C-87
2 )
3
2-72
1-27
2-71
1-28
2-71
1-29
2-70
1-30
3 )
4
3-63
1-Gy
3-02
1-71
3-61
1-72
3-60
1-74
ti
5
4-53
2-Jl
4-52
2-13
4-51
2-15
4-50
2-17
G
5-44
2-54
5-43
2-50
5-42
2-53
5-40
2-61
6 )
7
6-34
2-96
6-33
2-99
6-32
3-Ul
6-30
3-04
8*
' 8
7-25
3-38
7-24
3-41
7..>o
3-44
7-21
3-48
9
8-16
3-8,)
8-14
3-84
8-12
3-87
8-11
3-9i
9 )
' 1«
9-CS
4-23
9-04
4-27
9-03
4-31
9-01
4-34
10 /
( 11
9-97
4-65
9-95
4-69
9-93
4-74
9-91
4-78
11 )
? 12.
10-88
5-07
10-85
5-12
10-83
5-17
10-81
5-21
12
? 13
11-78
5-49
11-76
5-55
11-73
5-60
11-71
5-65
13
( 1*
12-6!)
5-92
1266
5-97
1264
6-03
12-61
6-08
14 )
} 15
13-59
6-34
13-57
6-40
13.54
6-4()
13-51
6-52
15 )
( 16
14-50
6-76
14-47
6-83
14 44
6-K9
14-41
6-95
16 )
17
15-41
7-lS
15-.38
7-25
15-34
7-32
15-31
7-39
17 )
( 18
16-31
7-61
16-28
7-C8
16-25
7-75
16-21
7-82
IS )
( ly
17-2-2
8-03
17-18
8-10
17-15
8-18
17-11
8-25
19
/ 20
18-13
8-45
18-09
8-53
18-05
8-61
1801
8-69
20 /
} 21
19-03
8-87
18-99
8-96
18-95
9-04
18-91
9-12
21 )
/ 2-2
19-94
9-30
19-90
9-38
19-80
9-47
19-82
9-56
22
/ 23
20-85
9-72
20-80
9-81
20-76
9-90
20-72
9-99
23
/ 24
21-75
10-14
21-71
10-24
21-66
10-33
2162
10-43
24
I 25
) 26
22-68
10.57
22-61
10-60
22-56
10-76
22-52
10-86
25 S
23-56
10-99
23-.'J2
11-09
23-47
11-19
23-42
11-30
26 )
; 27
24-47
11-41
24-42
11-52
24-37
11-62
2-1-32
11-73
27
} 28
25-38
11-83
25-32
11-94
25-27
1205
25-22
1216
28 ^-
/ 29
) 30
26-28
12-2(1
26-23
12-37
26-17
12-48
20-12
12-60
29
30 (
27-19
12-68
27-13
12-80
27-08
12-92
27-02
13-03
31
28-10
13-10
28-04
13-22
27-98
13-35
27-92
13-47
.31 J
32
33
34
/ 32
29-00
13-52
23-94
13-65
28-88
13-78
28-82
13-90
) 33
) 34
29-91
13-05
29-85
14-08
29-79
14-21
29-72
14-34
30-81
14 37
30-75
14-50
30-(l!)
14-64
30-62
14-77
) 35
31-72
14-79
31-6()
14-93
31-59
15-07
31-52
1.5-21
•35
37 •)
36
) 37
32-63
15-21
32-56
1.5-36
32-49
15-50
.32-43
15-64
33-53
15-54
33-46
15-78
33-40
15-i)3
33-.33
16-07
38
34-44
1606
34-37
16-21
.34-3)
16-36
34-23
16-51
38 )
39
35-35
16-48
35-27
16-64
35-2 )
16-79
3.51.3
16-94
39
j 40
36-25
16-90
36-18
17-00
36-10
17-22
36-03
17-38
40
) 41
37-16
17-33
37-08 •
17-49
37-01
17-65
36-93
17-81
41^
) 42
38-06
17-75
37-99
17-92
37-91
18-08
37-83
18-25
42 ,
) 43
38-97
1817
38-89
18-34
38-81
18-51
38-73
18-68
43
) 44
39-88
1860
39-81)
18-77
39-71
18-94
39-63
19-12
44 ;
) 45
40-78
1902
40-70
19-20
40-62
1937
40-53
19-55
45 ;
) 46
41-69
19-44
41-60
19G2
41-.12
19-80
41-43
19-98
46 ',
) 47
42 60
19-86
42-51
20-05
42-42
2;) 23
42-33
20-42
47 ,
) 48
43-50
20-29
43-41
20-48
43-32
2,>(i0
43-23
20-85
48 ,
) 49
44-41
2,1-71
44-32
20-90
44-23
21-10
44-13
21-29
49 ,
) 50
45-32
21-13
45-22
21-33
45-13
21-.53
45-03
21-72
50
LI
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
5 1
65 Deg.
641 Deg.
6!^
Deg.
64]]
Deg.
TRAVERSE TA
123
25 Deg.
25>.
Deg.
25V
Deg.
251-
Deg.
1
Lat.
Dep.
Lat.
Dep.
Lat.
D>>p.
Lat.
Dep.
I 51
46-22
21-55
46-13
21-75
46-03
21-96
45-94
22-16
51
/ 52
47-13
21-98
47-03
22-18
46-93
22-39
46-84
22-59
52
/ 53
48-03
2-2-4;)
47-94
22-61
47-84
22-82
47-74
23 03
53 I
/ 54
4S-94
22-82
48-84
23-03
48-74
23-25
48-64
23-46
54 I
; 55
49-85
23 24
49-74
23-46
49-64
23-68
49.54
23-89
55
) 56
50-75
23-67
50-65
23-89
50-54
2411
50-44
24-33
56
57
51-66
24-09
51-55
24-31
51-45
24-54
51-34
24-76
57
) 58
52-57
24-51
52-46
24-74
52-35
24-97
.5224
25-20
53
) 59
53-47
24-93
.53-36
25-17
53-25
25-40
53-14
25-63
59
|60
54-38
25-36
54-27
25-59
54-16
25-83
54-04
26-07
60
61
) 62
55-23
25-73
55-17
26-02
55-06
26-26
54-94
26-50
61
56-19
26-20
50-08
26-45
5.5-96
20-69
55-84
26-94
62 (
63
57-10
26-62
56-98
26-87
56-86
27-12
56-74
27-37
63 <
64
53-00
27-05
57-89
27-30
57-77
27-55
57-64
27-80
64 (
65
58-91
27-47
.58-79
27-73
53-67
27-98
58-55
28-24
65 (
6G
59-82
27-89
.59-69
28-15
59-57
28-4]
59-45
28-67
66
67
60--/2
28-32
60-60
23 58
60-47
28-84
60-35
29-11
67
68
61-63
24-74
61-50
29-01
61-38
29-27
61-25
29-54
68 (
69
62-54
29-16
62-41
29-43
62-28
29-71
62-15
29-98
69 (
7U
63-44
29-58
63-31
29-86
63-18
30-14
63-05
30-41
70 (
71
64-35
30-01
64-22
30-29
6408
30-57
63-95
30-85
71 )
72
65-25
30-43
65-12
30-71
64-99
31-00
64-85
31-28
72
73
66-16
30-35
66-03
31-14
65-89
31-43
6.5-75
31-71
73
74
67-07
31-27
66-93
31-57
63-79
31-86
66-65
32 15
74
75
67-97
31-70
67-83
31-99
67-69
32-29
67-55
32-53
75
76
68-88
3212
63-74
32-42
63-60
32-72
63-45
3302
76
77
69-79
32-54
69-64
32-85
69-50
33-15
69-35
33-45
77
78
70-69
3-2-96
70-55
33-27
70-40
.33-58
70,25
33-89
78
79
71-60
33-39
71-45
3370
71-30
34-01
71-16
34-32
79
80
72-50
33-81
72-36
3413
72-21
34-44
72-06
34-76
80 (
81
73-41
34-23
73-26
34-55
73-11
34-87
72-96
35-19
81
82
74-32
34-65
74 17
34-98
74-01
35-30
73-86
35-62
82
83
75-22
35-08
75-07
35-41
74-91
35-73
74-76
36-06
83
84
76-13
35-50
75-97
35-83
75-82
36-16
75-66
36-49
84
) 85
77-04
35-92
76-88
36-26
76-72
36-59
76-56
36-93
85
) 86
77-94
36-35
77-78
36-68
77-62
3702
77-46
37-36
86 (
87
78-85
36-77
78 69
37-11
78-52
37-45
78-36
37-80
87
88
79-76
37-19
79-59
37-54
79-43
37-83
79-26
38-23
88
89
j 9U
80-66
37-61
80-50
37-96
80-33
38-32
80-16
38-67
89 I
81-57
38-04
81-40
38-39
81-23
38-75
81-06
39-10
90 (
) 91
82-47
38-46
82-31
38-82
82-14
39-18
81-96
39-53
91 i
) 92
83-38
38-88
83-21
39-24
83-04
39-61
82-86
39-97
92 I
) 93
84-29
39-30
8411
39-67
83-94
40-04
83-76
40-40
93 /
) 94
8519
39-73
85-02
40-10
84-84
40-47
84-67
40-84
94 (
) 95
86-10
40-15
85-92
40-52
85-75
40-90
85-57
41-27
95 /
) 96
87-01
40-57
86-83
40-95
86-65
41-.33
86-47
41-71
96
) 97
87-91
40-99
87-73
41-38
87-55
41-76
87-37
42-14
97 I
) 98
88-82
41-42
88-64
41-80
87-45
42-19
88-27
42-58
98 <
99
) 99
89-72
41-84
89-.54
42-23
89-36
42-62
89-17
43-01
)100
/
.2
90-63
42-26
90-45
42-66
90-26
43-05
90-07
43-44
100 f
Dep.
La;.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
1
Q (
65 ]
Deg.
64i
Deg.
64i
Deg.
64i
Deg.
124
TRAVERSE TABLE.
; o
26 Deg.
264: Deg.
26.i Deg.
26^-
Deg.
2 \
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
M
0-90
0-44
90
0-44
0-89
0-45
0-89
0-45
^1
1-80
0-88
1-79
0-88
1-79
0-89
1-79
0-90
I 3
2-70
1-32
2-69
1-33
2-08
]-34
2-68
1-35
( 4
3-60
1-75
3-59
1-77
3-58
1-78
3-57
■1-80
{ 5
4-49
2-19
4-48
221
■ 4-47
• 2-23
4-46
2-25
5 )
6
5-39
2-63
5-38
2-65
5-37
2-68
5-36
2-70
6
/ 7
6-29
3-07
6-23
3-10
6-26
312
6-25
3-15
7 (
( 8
7-19
3-51
7-17
3-54
7-16
3-57
7-14
3-60
8
( ^-^
8-09
3-95
8-07
3-98
8-05
4-02
8-04
4-05
9
|, 10
8-99
4-38
8-97
4-42
8-95
4-46
8-93
4-50
10 (
( 11
9-89
4-82
9-87
4-87
9-84
4-91
9-82
4-95
11
/ 12
10-79
5-26
10-76
5-31
10-74
5-35
10-72
5-40
12
( 13
11-68
5-70
11-66
5-75
11-63
5-80
11-61
5-85
13 (
( 14
12-58
614
12-56
6-19
12-53
6-25
12-50
6-30
14 (
( 15
13-48
6-.58
13-45
6-63
13-42
6-69
13-39
0-75
15 (
( 16
14-38
7-01
14-35
7-08
14-32
7-14
14-29
7-20
16 /
( 17
15-28
7-45
15-25
7-52
15-21
7-59
15-18
7-65
17
( w
16-18
7-89
16-14
7-96
1611
8-03
16-07
8-10
18
) 19
17-08
8-33
17-04
8-40
17-00
8-48
16-97
8-55
19
) 2U
17-93
8-77
17-94
8-85
17-90
8-92
17-86
9-00
20
/ 21
18-87
9-21
18-83
9-29
18-79
9-37
18-75
9-45
21
>22
19-77
y-64
19-73
9-73
19-69
9-82
19-65
9-90
22
/23
20-67
10-08
20-63
10-17
20-58
10-26
20-54
10-35
23 )
24
25
2tj
21-57
10-52
21-52
10-61
21-48
10-71
21-43
10-80
24 )
22-47
10-96
22-42
11-06
22-37
11-15
00.30
11-25
25
23-37
11-40
23-32
11 -.50
23-27
11-60
23-22
11-70
26
27
J 30
24-27
11-84
24-22
11-94
24-16
12-05
24-11
12-15
27
25-17
12-27
25-11
12-38
25-06
12-49
25-00
12-60
28 )
26-06
12-71
26-01
12-83
2.'-/95
12-94
25-90
13-05
29 )
26-96
13-15
26-91
13-27
26-85
13-39
26-79
13-50
30 j
(31
32
27-86
13-59
27-80
13-71
27-74
13-83
27-68
13-95
31 '
28-76
14-03
28-70
1415
28-64
14-28
28-58
14-40
32
33
34
35
36
29-66
14-47
29-00
14-60
29-53
14-72
29-47
14-85
33
30-56
14-90
30-49
15-04
30-43
15-17
30-36
15-.30
34
35
31-46
1.5-34
31-39
15-48
31-32
15-62
31-25
15-75
32-36
15-78
32-29
15-92
32-22
16-06
32-15
16-20
36
37
33-26
10-22
33-18
16-36
33-11
16-51
33-04
16-65
37
38
34-15
16-66
34-08
16-81
34-01
16-96
33-93
17-10
38
31)
f 40
35-05
17-10
34-98
17-25
34-90
17-40
34-83
17-55
39
40 (
35-95
17-53
35-87
17-69
35-80
17-85
35-72
18-00
1''
42
43
36-85
17-97
36-77
18-13
36-69
18-29
36-61
18-45
S|
37-75
18-41
37-67
18-58
37-59
18-74
37-51
18-90
38-65
18-85
38-57
19-02
38-48
19-19
38-40
19-35
43
^ 44
39-55
19-29
39-46
19-46
39-38
19-63
39-29
19-80
{ 45
40-45
19-73
40-36
19-90
40-27
20-08
40-18
20-25
S 46
41-34
20-17
41-26
20-35
41-17
20-53
41-08
20-70
S 47
42-24
20-60
42-15
20-79
42-06
20-97
41-97
21-15
/ 48
43-14
21-04
4305
21-23
42-96
21-42
42-86
21-60
48 '
49
40
44-04
21-43
43 95
21-67
43-85
21-86
43-76
2205
J 50
44-94
21-92
44-84
22-11
44-75
22-31
44-65
22-50
50
i
s
Q
i
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
64 Deg.
63i
Deg.
63i Deg.
63i
Deg.
TRAVERSE TABLE.
125
f 51
26 Deg.
26.^
Deg.
26A
Deg.
26^
Deg.
Lat.
45-84
Dep.
Lat.
45-74
Dep.
22-56
Lat.
Dep.
Lat.
Dep.
P|
2-3-:j6
4.r64
22-76
45-54
22-96
51 )
^ 52
46-74
22-80
46-64
23-00
46.54
23-20
46-43
23-41
52 /
) 53
47-64
2:?-23
47-53
23-44
47-43
23-65
47-33
23-88
.53 I
} 54
48-53
23-67
48-43
23-88
48-33
24-09
48-22
24-31
54 )
) 55
49-43
24-11
49-33
24-33
49-22
24-54
49-11
24-76
55 /
) 56
50-33
24-55
50-22
24-77
50-12
24-99
.50-01
25-21
56 /
^ 57
51-23
24-93
51-12
25-21
51-01
25-43
50-00
2.5-66
57 )
^ 58
52-13
25-43
52-02
25-65
51-91
25-88
51-79
26-11
58 /
) 59
53-03
25-86
52-92
26-09
52-80
26-33
52-69
26-56
59 /
60
53-93
20-30
53-81
2G-54
53-70
26-77
53-58
27-01
60 ?
I
61
54-83
26-74
54-71
26-98
54-59
27-22
54-47
27-46
61 S
62
55-73
27-18
55-61
27-42
5.5-49
27-66
.55-36
27-91
62 /
63
56-62
27-62
56-50
27-86
56-38
28-11
56-26
28-36
63 ?
' 64
57-52
28-06
57-40
28-31
57-28
28-56
.57-15
23-81
64 (
65
58-42
28-49
58-30
28-75
58-17
29-00
53-04
29-26
65
66
59-32
28-93
59-19
29-19
.59-07
29-45
58-94
29-71
66 (
) 67
60-22
29-37
60-09
29-63
.59-96
29-90
59-83
30-16
67
68
61-12
29-81
60-99
30-08
60-86
30-34
60-72
30-61
68
69
62-02
30-25
61-83
30-52
61-75
30-79
61-62
31-06
69
70
62-92
30-69
62-78
30-96
62-65
31-23
62-51
31-51
70
) 71
63-81
31-12
63-63
31-40
63-54
31-68
63-40
31-96
71
72
64-71
31-56
04-57
31-84
64-44
3213
64-29
3-2-41
72
) 73
65-61
32-00
6547
32-29
65-33
32.57
6.5-19
32-88
73
) 74
C6-51
32-44
66-37
32-73
66-23
33-02
66-08
33-31
74
75
67-41
32-88
67-27
33-17
67-12
33-46
66-97
33-76
75
) 76
68-31
33-.32
68-16
33-61
68-01
.33-91
67-87
34-21
76
) 77
69-21
33-75
69-08
34-06
08-91
34-36
68-76
34-66
77
) 78
70-11
34-19
69-96
34-50
69-80
34-80
69-65
.35-11
78
79
71-00
34-63
70-85
34-94
70-70
35-25
70-^5
35-56
79
80
71-90 '
* 35-07
71-75
35-38
71-59
35-70
71-44
36-01
80
Ul
72-80
35-51
72-65
35-83
72-49
36-14
72-33
36-46
81
) 82
73-70
35-95
73-54
36-27
73-38
36-59
73-22
36-91
82
\ 83
74-60
36-38
74-44
36-71
74-28
37-03
74-12
37-36
83
84
75-50
36-82
75-34
37-15
75-17
37-48
7.5-01
37-81
84
85
76-40
37-26
76-23
37-59
76-07
37-93
75-90
38-28
85
86
77-30
37-70
77-13
38-04
76-96
38-37
76-80
38-71
80
87
78-20
38-14
78-03
38-48
77-86
38-82
77-69
39-16
87
88
79-09
38-58
78-92
.38-92
78-75
39-27
78-58
39-61
88 \
89
79-99
39-01
79-82
39-36
79-65
39-71
79-48
40-06
89 (
) 90
80-89
39-45
80-72
39-81
80-54
40-16
80-37
40-51
90 J
91
81-79
39-89
81-62
4025
81-44
40-60
81-26
40-98
91 (
92
82-69
40-33
82-51
40-69
82-33
41-05
82-15
41-41
92 (
93
83-59
40-77
83-41
41-13
83-23
41-50
83-05
41-88
93 <
94
84-49
41-21
84-31
41-58
8412
41-94
83-94
42-31
94 (
95
85-39
41-65
85-20
42-02
85-02
42-39
84-83
42-76
95 (
96
86-28
42-08
86-10
42-46
85-91
42-83
85 73
43-21
96 {
97
87-18
42-.>2
87-00
42-90
86-81
43-28
86-62
43-66
97 (
^ 98
88-08
4296
87-89
43-34
87-70
43-73
87-51
44-11
98 (
99
88.98
43-40
88-79
43-79
88-60
44-17
88-40
44-56
99
100
89.88
43-84
89-69
44-23
89-49
44-62
89-30
4501
100 \
1
a
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i I
1
64 1
)EG.
Q3% Deg.
63k I
Deg.
63i Deg.
11
'1P"~^
126
TRAVERSE TABLE.
|T
27 Deo.
27i
Deg.
27A
Deg.
27J Deg,
ll
Lai.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat,
Dep,
p
1
0-89
0-45
0-89
0-48
0-89
0-46
0-88
0-47
1
1-78
0-91
1-78
0-92
1-77
0-92
1-77
0-93
2
\ 3
2-67
1-30
2-67
1-37
2-66
1-39
2-65
1-40
3 )
) "^
3-56
1-82
3-56
1-83
3-55
1-85
3-54
1-86
4
}
( 5
4-45
2-27
4-45
2-29
4-44
2-31
4-42
2-33
5
)
( 6
5-35
2-72
5-33
2-75
5-32
2-77
531
2-79
6
)
( 7
6-24
3-18
6-22
3-21
6-21
3-23
6-19
3-26
)
S 8
7-13
3-63
7-11
3-66
7-10
3-69
7-08
3-72
8
1
( 9
8-02
4-09
8-00
4-12
7-98
4-16
7-96
4-19
9
/ ^^
8-91
4-54
8-89
4-58
8-87
4-62
8-85
4-66
10
j
\ 11
9-80
4-99
9-78
5-04
9-76
5-08
9-73
5-12
11
(
( 12
10-69
5-45
10-67
5-49
10-64
5-,54
10-62
5-59
12
(
{ 13
11-58
5-90
11-56
5-95
11-53
6-00
11-50
605
13
(
( U
12-47
6-36
12-45
6-41
1-3-42
6-46
12-39
6-52
14
{
I 15
13-37
6-81
13-34
6-87
13-31
0-93
13-27
6-98
15
(
16
14-26
7-26
14-22
7-33
14-19
7-39
1416
7-45
16
(
17
15-15
7-72
15-11
7-78
1.5-08
7-85
15-04
7-92
17
\
18
16:04
8-17
16-00
8-24
15-97
8-31
15-93
8-38
18
ID
16-93
8-63
16-89
8-70
16-85
8-77
16-81
8-85
19
20
17-82
9-08
17-78
9-16
17-74
9-23
17-70
9-31
20
i 21
18-71
9.53
18-67
9-62
18-63
9-70
18-58
9-78
21
' 22
19-60
9-99
19-.56
10-07
19-51
10-16
19-47
10-24
22
23
20-49
10-44
20-45
10-53
20-40
10-62
20-35
10-71
23
24
21 -S8
10-90
21-34
10-99
21-29
11-08
21-24
11-17
24
25
22-28
11-35
22-23
11-45
22-18
11-54
22-12
11-64
25
26
23-17
11-80
2.3-11
11-90
2300
12-01
23-01
12-11
26
27
24-06
12-26
24-00
12-36
23-95
12-47
23-89
12-.57
27
28
24-95
12-71
24-89
12-82
24-84
12-93
24-78
13-04
28
29
25-84
13-17
25-78
13-28
25-72
13-39
25-66
13-.50
29
30
26-73
13-62
26-67
13-74
26-61
13-85
26-55
^3-97
30
31
27-62
14-07
27-56
14-19
27-50
14-31
27-43
14-43
31 '
32 ,
39
28-51
14-53
28-45
14-65
28-38
14-78
28-32
14-90
33
29-40
14-98
29-34
1.5-11
29-27
15-24
29-20
15-37
33 /
34
30-29
15-44
30-23
15-.57
30-16
15-70
30-09
15-83
34
35
31-19
15-89
31-12
16-03
31-05
16-16
30-97
16-30
35
36
32-08
16-34
3200
10-48
31-93
16-62
31-86
16-76
36
37
32-97
16-80
32-89
16-94
32r82
17-08
32-74
17-23
37
38
33-86
17-25
33-78
17-40
33-71
17-55
33-63
17-69
38 )
39
34-75
17-71
34-67
17-86
34-59
18-01
34-51
1816
39
40
35-64
18-16
35-56
18-31
35-48
18-47
35 40
18-62
40
41
36-53
18-61
36-45
18-77
36-37
18-93
36-28
19-09
41 )
42
37-42
19-07
37-34
19-23
37-25
1939
37-17
19-56
42
13
38-31
19-.52
38-23
19-69
38-14
19-86
38-05
2002
43
44
3920
19-98
39-12
20-15
39-03
2-;}-.32
38-94
20-49
44
45
40-10
2;)-43
40-01
20-60
39-92
20-78
39-82
20-95
45 )
46
40-99
20-88
40-89
21-06
40-80
21-24
40-71
21-42
46 )
47
41-88
21-34
41-78
21-52
41-69
21-70
41-59
21-88
47 )
48
42-77
21-79
42-67
21-98
42-.58
22-16
42-48
22-35
48 )
49
43-06
22-25
43-58
22-44
43:46
22-63
43-36
22-82
49 )
50
44-55
22-70
44-45
22-89
44-35
23-09
44-25
23-28
50 )
1
Dep.
Lilt.
Dep.
Lat,
Dep,
Lat,
EG.
Dep.
Lat.
1
5 (
5
63 D
EG.
62JD
.». j
62} E
62:i r
)eg.
TRAVERSE TABLE,
127
\l
27 Deg.
27i
Deg.
27i
Deq.
271
Jeg.
51
■ 1
Lat.
23-15
Lat.
Dep.
Lai.
Dep.
7375
Lu.
Dep.
23-75
51,
45-44
45-34
23-35
45-24
45-13
52
46-33
23-61
4u-23
23-81
46-12
24-01
4t)-02
24-21
52
53
47-22
24-06
47-12
24-27
4701
24-47
46-90
24-68
53
54
48-11
24-52
48-01
24-73
47-90
24-93
47-79
2514
54
55
56
49-01
^-97
48-90
25-18
48-79
25-40
48-67
25-61
55
43-90
25-42
49-78
25-64
49-67
25-86
49-50
26-07
56
) 57
50-79
25-88
50-67
2G-10
50-56
26-32
50-44
26-54
57 i
) 58
51-68
26-33
51-56
26-56
51-45
26-78
51-33
27-01
58
) 59
52-57
26-79
52-45
27-01
52-33
27-24
52-21
27-47
59
) 60
53-46
27-24
53-34
27-47
53-22
27-70
53-10
27-94
60 (
61
51-35
27-69
54-23
27-93
5411
28-17
53-98
28-40
61 {
) ()2
55-24
28-15
55-12
28-.39
54-99
28-63
54-87
28-87
62 (
) 63
56-13
28-60
56-01
28-85
55-88
29-09
55-75
29-33
63
) 64
57-02
2906
.56-90
29-.30
.56-77
29-55
56-64
29-80
64
65
66
67 I
/ 65
57-92
29-51
57-79
29-76
57-66
30-01
57-52
30-26
66
58-81
29-96
.58-68
30-22
58-54
30-48
58-41
30-73
67
59-70
30-42
59-5&
30-63
59-43
30-94
59-29
31-20
) 68
60-59
30-87
60-45
31-14
60-32
31-40
60-18
31-66
68 (
69
61-48
31-33
61-34
31-59
61-20
31-86
61-08
32-13
69
70
62-37
31-78
62-23
3205
62-09
32-32
61-95
32-59
70 !
71
63-26
32-23
63-12
32-51
62-98
32-78
62-83
33-06
71
) 72
64-15
32-69
64-01
32-97
63-88
33-25
63-72
33-52
72
73
65-04
33-14
64-90
33-42
64-75
33-71
64-60
33-99
73
74
65-93
33-60
65-79
33-88
65-64
34-17
65-49
34-46
74 I
75
66-83
34-05
66-68
34-34
66-53
34-63
66-37
34-92
75 (
76 )
76
67-72
34-50
67-57
34-80
67-41
35-09
67-26
35-39
68-61
34-96
68-45
35-26
68-30
35-55
68-14
35-85
77 (
78
69-50
35-41
69-34
35-71
69-19
36-02
69-03
36-32
78
79
S:i>
35-87
70-23
36-17
70-07
36-48
69-91
36-78
79 )
j 80
36-32
71-12
36-63
70-96
36-94
70-80
37-25
80
81
72-17
36-77
72-01
37-09
71-85
37-40
71-68
37-71
81
■82
73-06
37-23
72-90
37-55
72-73
37-86
72-57
38-18
82 )
83
73-95
37-68
73-79
38-00
73-62
38-33
73-45
38-65
83
84
74-84
38-14
74-68
38-46
74-51
38-79
74-34
39-11
84 )
85
75-74
38-59
75-57
38-92
75-40
39-25
75-22
39-58
85 >
86
76-63
39-04
76-46
39-38
76-28
39-71
76-11
40-04
. 86 )
\ 87
77-52
39-50
77-34
39-83
77-17
40-17
76-99
40-51
87 )
\ 88
78-41
39-95
78-23
40-29
78-08
40-63
77-88
40-97
88 )
89
79-30
40-41
79-12
40-75
78-94
41-10
78-76
41-44
89
90
80-19
40-86
80-01
41-21
79-83
41-56
79-65
41-91
90 )
91
81-08
41-31
80-90
41-67
80-72
42-02
80-53
42-37
91 f
\ 92
81-97
41-77
81-79
42-12
81-60
42-48
81-42
42-84
92 )
) 93
82-86
42-22
82-68
42-58
82-49
42-94
8-2-30
43-30
93 )
) 94
83-75
42-68
83-57
43-04
83-38
43-40
83-19
43-77
94 )
( 95
84-65
4313
84-46
43-50
84-27
43-87
84-07
44-23
95 )
{ 96
85-54
43-58
85-35
43-96
85-15
44-33
84-96
85-84
44-70
95 )
) 97
86-43
44-04
86-23
44-41
86-04
44-79
4516
97
) 98
87-32
44-49
87-12
44-87
86-93
45-25
86 73
45-63
93 )
( 99
88-21
44-95
88-01
45-33
87-81
45-71
87-61
46-10
99
100
89-10
45-40
88-90
45-79
88-70
46-17
Lat.
88-50
Dep.
46-56
Lat.
100 )
i i
1 a
Dep.
Lat.
Dep.
Lat.
Dep.
63 1
Deg.
G2i
Deg.
62^
Deg.
62-i
Deg.
128
TRAVERSE TABLE.
28 Deg.
0-88
1-77
2-65
3-53
4-41
5-30
6-18
7-06
7-95
8-83
9-71
10-GO
11-48
12-36
13-24
14-13
15-01
15-89
10-78
17-6G
18-54
19-42
20-31
21-19
22-07
22-96
23-84
24-72
25-61
26-49
27-37
28-25
29-14
30-02
30-90
31-79
32-67
33-55
34-43
35-32
36-20
37-08
37-97
38-85
39-73
40-02
41-50
42-38
43-26
44-15
Dep.
Dep.
0-47
0-94
1-41
1-88
2-35
2-82
3-29
3-76
4-23
4-69
5-16
5-63
6-10
6-57
7-04
7-51
7-98
8-45
8-92
9-39
9-86
10-33
10-80
11-27
11-74
12-21
12-68
13-15
13-61
14-08
14-55
15-02
15-49
15-96
l<'>-43
16-90
17-37
17-84
18-31
18-78
19-25
19-72
20-19
20-66
21-13
21-60
22-07
22-53
2300
23-47
62 Ceo.
28^ Deg.
0-88
1-76
2-64
3-52
4-40
5-29
6-17
7-05
7-93
8-81
10-57
11-45
12-33
13-21
14-09
14-98
15-86
16-74
17-62
18-50
19-38
20-26
21-14
22-02
22-90
23-78
24-66
25-55
26-43
27-31
28-19
29-07
29-95
30-83
31-71
32-59
33-47
34-35
35-24
36-12
37-00
37-88
38-76
39-64
40-52
41-40
42-28
43-16
44-04
Dep.
0-47
0-95
1-42
1.89
2-37
2-84
3-31
3-79
4-26
4-73
5-21
5-68
6-15
6-63
7-10
7-57
8-05
8-52
8-99
9-47
9-94
10-41
10-89
11-30
11-83
12-31
12-78
13-25
13-73
14-20
14-67
1.5-15
15-62
1609
16-57
17-04
17-51
17-99
18-46
18-93
19-41
19-88
20-35
20-83
21-30
21-77
23-19
23-67
Dep. Lat.
615 Deg.
0-
1-76
2-64
3-52
4-39
5-27
6-15
7-03
7-91
8-79
9-67
10-55
11-42
12-30
13-18
14-06
14-94
15-82
16-70
17-58
18-46
19.33
20-21
21-09
21-97
22-85
23-73
24-61
25-49
26-36
27-24
28-12
29-00
29-88
30-76
31-64
.32.52
33-39
34-27
35-15
36-03
36-91
37-79
38-67
39-55
40-43
41-30
42-18
43-06
43-94
Dep. Lat
0-48
0-95
1-43
1-91
2-39
2-86
3-34
3-82
4-29
4-77
5-35
5-73
6-20
6-68
7-16
7-63
8-11
8-59
9-07
9-54
10-02
10-.50
10-97
11-45
11-93
12-41
12-88
13-36
13-84
14-31
14-79
15-27
15-75
16-22
16-70
17-18
17-C5
18-13
18-61
19-09
19-.56
20-04
20-.52
20-99
21-47
21-95
22-43
22-90
23-.38
23-86
6U Deo.
0-88
1-75
2-63
3-51
4-38
5-26
6-14
7-01
7-89
8-77
9-64
10-52
11-40
12-27
13-15
14-03
14-90
15-78
]6-66
17-53
18-41
19-29
20-16
21-04
21-92
22-79
23-67
24-55
25-43
26-30
27-18
28-06
28-93
29-81
30-69
31-56
.32-44
33-32
34-19
3507
35-95
36-82
37-70
38-.58
.39-45
40-.33
41-21
42-08
42-96
43-84
Dep.
0-48
0-96
1-44
1-92
2-40
2-89
3-37
3-85
4-33
4-81
5-29
5-77
0-25
6-73
7-21
7-70
8-18
8-66
9-14
10-10
10-58
11-06
11-54
12-02
12-51
12-99
13-47
13-95
14-43
14-91
15-39
15-87
16-35
16-83
17-32
17-80
18-28
18-76
19-24
19-72
20-20
20-68
2M6
21-64
22-13
22-61
23-09
23-57
24-05
61i Deg.
TRAVERSE TABLl
129
2S Deg.
98
99
'100
45rt3
45-91
4(5-80
47-68
48-58
49-45
5i)-33
51-21
5-3-09
5293
53-85
54-74
55-63
56-51
57-39
58-27
59-16
60-04
60-92
61-81
62-69
63-57
64-46
65-34
60-22
67-10
67-9;)
68-87
69-7^
70-64
71-52
72-40
73-28
74-17
75-05
75-93
76-82
77-70
78-58
79-47
80-35
81-23
82-11
83-00
83-88
84-76
85-65
86-53
87-41
Dep.
Dep.
23-04
24-41
2i-88
25-35
25-82
26-29
26-70
27-23
27-70
28-17
28-64
29-11
29-53
3005
30-52
30-99
31-45
31-92
32-39
32-86
33-33
33-80
34-27
34-74
3521
35-68
3615
36-62
37-09
37-58
38-03
38-50
38-97
39-44
39-91
40-37
40-84
41-31
41-78
42-25
42-72
43-19
43-66
44-13
44-60
45-07
45-54
46-01
46-48
Dec
1 ^i
Dko.
1 Lat.
1
Dep.
44-93
24-14
45-81
24-61
48-69
25-09
47-57
25-5()
48-45
26-03
49-33
26-51
50-21
28-93
51-09
27-45
51-97
27-93
52-85
28-40
53-73
28-87
54-62
29-35
55-50
29-82
56-38
30-29
57-26
30-77
5814
31-24
59-02
31-71
59-90
32-19
60-78
32-86
61-66
3313
62-54
33-61
63-42
34-08
64-30
34-55
6519
35-03
66-07
35-50
(i6-95
35-97
67-83
3.5-45
68-71
38-92
69-50
37-39
70-47
37-87
71-35
38-34
72-23
33-81
73-11
39-^29
73-99
39-70
74-88
40-23
75-76
40-71
76-64
41-18
77-52
4105
78-40
4213
79-28
42-80
80-18
43-07
81-04
43-55
81-92
44-02
82-80
44-49
83-68
44-97
84-57
45-44
85-45
45-91
86-33
40-39
87-21
46-86
88-09
47-33
Dep.
Lat.
61J
Deq.
28i Dkg.
28}
De(J.
W
Lat.
Dep.
Lat.
Dep.
34-53
i
44-82
24-34
44-71
51
45-70
24-81
45-59
25-01
52
46-53
25-29
48-47
2o-49
53
47-48
25-77
47-34
25-97
54
48-33
26-24
48-22
26-45
55
49-21
26-72
49-10
28-94
58
50-09
27-20
49-97
.27-42
57
50-97
27-68
50-85
27-90
58
51-85
28-15
51-73
28-38
59
52-73
28-63
5260
28-86
60
53-51
29-11
53-48
29-34
61
54-49
29-58
54-36
29-82
62
5537
30-06
.55-23
.30-30
63
56-24
.30-54
.56-11
30-73
M
57-12
31-02
.56-99
31-28
65
58-00
31-49
57-88
31-75
66
58-88
31-97
58-74
3223
67
.59-76
32-45
59-62
32-71
68
60 04
32-92
60-49
33-19
69
61-52
33-40
61-37
33-67
70
62-40
33-8S
62-25
3415
71
63-27
34-36
63-12
34-63
72
64-15
3433
6400
35-11
73
6503
35-31
64-83
35-59
74
65-91
35-79
65-75
36-07
75
68-79
36-26
• 66-63
36-56
76
67-67
36-74
67-51
37-04
77
68-55
37-22
68-38
37-.52
78
69-43
37-70
69-26
38-00
79
70-31
38-17
70-14
38-48
80
71-18
38-65
71-01
38-95
81
72-06
39-13
71-89
.39-44
82
72-94
39-60
72-77
39-92
83
73-82
40-03
73-64
40-40
84
74-70
40-58
74-52
40-88
85
75-58
41-04
75-40
41-.38
86
76-46
41-51
78-28
41-85
87
77-34
41-99
77-15
42-33
88
78-21
42-47
78-03
42-81
89
79-09
42-94
78-91
43-29
90
79-97
43-42
79-78
43-77
91
80-85
43-90
80-66
44-25
92
81-73
44-38
81-54
44-73
93
8261
44-85
82-41
45-21
94
83-49
45-33
83-29
45-69
95
84-37
45-81
84-17
46-17
96
85-25
46-28
85-04
46-66
97
86-12
46-76
85-92
47-14
98
87-00
47-24
86-80
47-62
99
87-88
47-72
87-07
48-10
100
Dep.
Lau
Dep.
Lat.
i
61i]
3kg.
61i
Deg.
5
130
TRAVERSE TABLE.
) 5
-"^^'"^-'""^
-^x-^^
^^^-~^~~-'~^-^
^^.^~^^v_x-v.
^-'^-'^
■^-'^^'^
"^
29 Dfg.
m
Deg.
29J
Deg.
29J
Deg.
II
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
0-87
0-48
0-87
0-49
0-87
0-49
0-87
0-50
i!
2
1-75
0-97
1-74
0-98
1-74
0-98
1-74
0-99
2 /
) 3
2-62
1-45
2-62
1-47
2-61
1-48
2-60
1-49
u
4
3-50
1-94
3-49
1-95
3-48
1-97
3-47
1-98
/ 5
4-37
2-42
4-36
2-44
4-35
2-46
4-34
2-48
5 (
I 6
5-25
2-91
5-23
2-93
5-22
2-95
5-21
2-98
6 (
^
6-12
3-39
6-11
3-42
6-09
3-45
6-08
3-47
l\
8
7-00
3-88
7-98
3-91
7-96
3-94
6-95
3-97
( 'J
7-87
4-36
7-85
4-40
7-83
4-43
7-81
4-47
9
^ 10
8-75
4-85
8-72
4-89
8-70
4-92
8-68
4-96
10
^1
9-62
5-33
9-60
5-37
9-57
5-.52
9-55
5-46
11 )
12
10-50
5-82
10-47
5-86
10-44
5-91
10-42
5-94
12 (
( 13
11-37
6-30
11-34
6-35
11-31
6-40
11-29
6-45
13 /
14
12-24
6-79
12-21
6-84
12-18
6-89
12-15
6-95
14 /
; 15
1312
7-27
13-09
7-33
13-06
7-39
.13-02
7-44
15 /
) 10
13-99
7-76
13-96
7-82
13-93
7-88
va4-89
"^14-76
7-94
16 /
17
14-87
8-24
14-83
8-31
14-80
8-37
8-44
17
18
15-74
8-73
15-70
8-80
15-67
8-86
15-63
8-93
18 (
19
16-62
9-21
16-58
9-28
16-.54
9-36
16-50
9-43
19 (
20
17-49
9-70
17-45
9-77
17-41
9-85
17-36
9-92
20 j
21
18-37
10-18
18-32
10-26
18-28
10-34
18-23
10-42
21 /
22
23
22
19-24
10-67
19-19
10-75
19-15
10-83
19-10
10-92
) 23
20-12
11-15
20-07
11-24
20-02
11-33
20-97
11-41
S 24
20-99
11-64
20-94
11-73
20-89
11-82
21-84
lJ-91
24 (
) 25
21-87
12-12
21-81
1222
21-76
12-31
21-70
12-41
25 (
) 26
22-74
12-60
22-68
12-70
22-63
12-80
22-57
12-90
2(; (
) 27
23-61
1309
23-56
13-19
23-50
13-30
23-44
13-40
27 (
28
24-49
13-57
24-43
13-68
24-.37
13-79
24-31
13-89
28 (
29
25-36
14-06
25-30
14-17
25-24
14-28
25-18
.14-39
29 (
30
26-24
14-54
26-17
14-66
26-11
14-77
26-05
14-89
30 j
31
27-11
15-03
27-05
15-15
26-98
15-27
26-91
15-38
31
32
27-99
15-51
27-92
15-64
27-85
15-76
27-78
15-88
32 }
33
28-86
16-00
28-79
16-12
28-72
16-25
28-65
16-38
33
34
34
29-74
16-48
29-66
16-61
29-.59
16-74
29.52
16-87
35
30-61
16-97
30-54
17-10
30-46
17-23
30-39
17-37
35
36
31-49
17-45
31-41
17.59
31-33
17-73
31-26
17-86
36
37
32-36
17-94
32-28
18-08
32-20
18-22
32-12
18-36
.37 •
38
33-24
18-42
33-15
18-57
33-07
18-71
32-99
18-86
38
39
34-11
18-91
34-03
19-06
33-94
19-20
33-86
19.35
39 I
40
34-98
19-39
34-90
19-54
34-81
19-70
34-73
19-85
40 (
41
35-86
19-88
35-77
20-03
35-68
20-19
35-60
20-34
41 i
42
36-73
20-36
36-64
20-.52
36-55
20-68
36-46
20-84
42 (
43
37-61
20-85
37-52
21-01
37-43
21-17
37-33
21-34
43 ^
44
38-48
21-33
38-39
21-.50
38-30
21-67
38-20
21-83
44 (
45
39-36
21-82
39-26
21-99
39-17
22-16
39-07
22-33
45 (
46
40-23
22-30
40-13
22- -18
40-04
22-65
39-94
22-83
46 /
47
41-11
22-79
4101
22-97
40-91
23-14
40-81
2332
47 (
48
41-98
23-27
41-88
23-45
41-78
23-63
41-67
23-82
48 I
49
42-86
23-76
42-75
23-94
42-f)5
24-13
42-54
24-31
49 (
( 50
43-73
24-24
43-62
24-43
43-52
24-62
43-41
24-81
50 (
«• )
1
i
( (5
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
61 Deg.
60| ]
Deg.
m ]
Oeg.
m 1
Deg.
<^ ^,£-tn,.^e^ l-c
■J S9
TRAVERSE TABLE,
131
a
29 Deg.
1
Lat.
o,.
51
44-61
24-73
52
45-48
25-21
53
46-35
25-69
54
47-23
26-18
55
4810
2666
50
48-98
27-15
57
49-85
27-63
58
50-73
28-12
5i)
51-60
28-60
60
52-48
29-09
61
53-35
29-57
fi-2
54-23
30-06
63
55-10
30-54
64
55-98
31-03
( 65
56-85
31-51
i 66
57-72
32-00
i 67
58-60
32-48
( 6.S
59-47
32-97
/ 61)
60-35
33-45
/70
61-22
33-94
) 71
62-10
34-42
/ 72
02-97
34-91
/ 73
63-85
35-39
/ 74
64-72
35-88
/ 75
65-60
36-36
/ 76
66-47
36-85
{V^
67-35
37-33
68-22
69-09
69-97
70-84
71-72
72-59
73-47
74-34
75-22
76-1)9
76-97
77-84
78-72
79-59
8D-46
81-34
82-21
83-09
83-96
84-84
85-71
86-59
87-46
Dep.
37-82
38-30
38-78
39-27
3975
40-24
40-72
41-21
41-69
4-3-18
42-66
43-15
43-63
44-12
44-60
45-09
45-57
4606
46 54
47-03
47-51
48 00
48-48
Lat.
61 Deg.
44-50
45-37
46-24
47-11
47-99
48-86
49-73
50-60
51-48
52-35
53-22
54-09
.54-97
55-84
56-71
57-.58
58-46
59-33
60-20
6107
61-95
62-82
63-69
64-56
65-44
66-31
67-18
68-05
68-93
69-80
71-54
72-42
73-29
74-16
75-03
75-91
76-78
77-65
78-52
79-40
80-27
81-14
82-01
82-89
83-76
84-63
85-50
86-38
87-25
24 92
25-41
25-90
26-39
26-87
27-36
27-85
28-34
28-83
29-32
29-81
30-29
30-78
31-27
31-76
32-25
32-74
33-23
33-71
34-20
34-69
35-18
35-67
36-16
36-65
37-14
37-62
38-11
38-60
39-09
39-58
40-07
40-56
41-04
41-53
42-02
42-51
43-00
43-49
43-98
44-46
44-95
45-44
45-93
46-42
46-91
4740
47-88
48-37
48-86
Dep.
60J Deg.
44 39
45-26
46-13
47-00
47-87
48-74
49-61
50-48
51-35
52-22
53-09
53-90
54-83
55-70
56-57
.57-44
58-31
59-18
60-05
60-92
61-80
62-67
63-54
64-41
63-28
66-15
67-02
67-89
68-76
69-63
70-50
71-37
7224
73-11
73-98
74-85
75-72
76-59
77-46
78-33
79-20
80-07
80-94
81-81
82-68
83-55
84-42
85 29
86-17
87-04
2.5-11
25-61
26-10
26-59
27-08
27-58
28-07
28-56
29-05
29-55
30-04
30-53
31-02
31-52
3-201
32-.50
32-99
33-48
33-98
34-47
34-96
35-45
35-95
36-44
36-93
37-42
37-92
.38 41
38-90
39-39
39-89
40-38
40-87
41-36
41-86
42-35
42-84
43-33
43-83
44-32
44-81
45-30
45-80
4829
46-78
47-27
47-77
48-28
48-75
49-24
Dep.
44-28
45 15
46-01
46-88
47-75
48-62
49-49
.50-36
51-22
52-09
5-2-96
53-83
54-70
55-56
56-43
57-30
58-17
59-04
.59-91
60-77
25-31
25-80
26-30
26-80
27-29
27-79
28-28
28-78
29-28
29-77
30-27
30-77
31-26
31-76
32-25
32-75
33-25
33-74
34-24
34-74
61-64 35-23
62-51 35-73
64-25
6511
65-98
,66-85
67-72
68-59
69-46
70-32
71-19
72-06
72-93
73-80
74-67
75-53
76-40
77-27
78-14
36-22
73
36-72
74
37-22
75
37-71
38-21
77
38-70
78
3930
79
C
39-70
80
(
40-19
81
40-69
H2
41-19
83
41-68
84
/
42-18
85
/
42-67
8(5
i
43-17
87
43-67
88
/
44-16
89
/
44-66
90
/
60^ Deg.
79-01
i
45-16
79-87
45-65
80-74
46-15
81-61
46-64
82 48
47-14
8335
47-64
84-22
48-13
8508
48 63
85-95
49-13 1
86-82
49 62 1
Dep.
i Lat.
m\
Deg.
91
92
93
94
95
96
97
93
99
100
132
TRAVERSE TABLE.
30 Deg.
30^ Deg.
30*
Deg,
30|
Deg.
i ;
1 ^
i
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
0-87
0-50
0-86
0-50
0-86
0-51
0-86
0-51
o
1-73
1-00
1-73
1-01
1-72
1-02
1-72
1-02
2
3
2-GO
1-.50
2-59
1-51
2-58
1-52
2-58
1-53
3 (
4
3-46
2-00
3-46
2-02
3-45
2-03
3-44
2-05
4 \
4-33
2-50
4-32
2-52
4-31
254
4-30
2-.56
5
6
5-20
3-00
5-18
3-02
5-17
305
5-16
3-07
6 \
7
6-06
3-50
6-05
3-.53
6-03
3-55
602
3-.58
^
8
6-93
4-00
6-91
4-03
6-89
406
6-88
4-09
8
9
7-79
4-50
7-77
4-53
7-75
4-57
7-73
4-60
9 (
10
8-66
5-00
8-64
5-04
8-62
5-08
8-59
5-11
10 (
11
9-53
5-50
9-50
5-54
9-48
5-58
9-45
5-62
11 (
12
10-39
6-00
10-37
6-05
10-34
6-09
10-31
6-14
12 (
13
11-26
6-.50
11-23
6-55
11-20
6-60
11-17
6-65
13 I
14
12-12
7-00
12-09
7-05
12-06
711
12-03
7-16
14 (
15
12-99
7-50
12-96
7-56
12-92
761
12-89
7-67
15 (
IG
13-86
8-00
13-82
8-06
13-79
8-12
13-75
8-18
16 I
j7
14-72
8-50
14-69
8-56
14-65
8-63
14-61
8-69
17 .
18
15-59
9-00
15-55
9-or
15-51
9-14
15-47
9-20
18
19
16-45
9-50
16-41
9-57
16-37
9-64
16-33
9-71
19
20
17-32
10-00
17-28
10-08
17-23
1015
17-19
10-23
20 (
21
18-19
10-50
18-14
10-.58
18-09
10-66
18-05
10-74
(
21 /
22
19-05
11-00
1900
Jl-08
18-96
11-17
18-91
11-25
22 (
S3
19-92
11-50
19-87
11.59
19-82
11-67
19-77
11-76
23
24
2l)-78
12-00
20-73
12-09
20-68
12-18
20-63
12-27
24 (
25
21-65
12-50
21-60
12-59
21-54
12-69
21-49
12-78
2.5
■2Q
22-52
13-00
22-46
1310
22-40
13-20
22-34
13-29
26
27
23-38
13-50
23-32
13-60
23-26
13-70
23-20
13-80
27
' 23
24-25
1400
24-19
14-11
24-13
14-21
24-06
14-32
28
' 20
25-11
14-50
25-05
14-61
24-99
14-72
24-92
14-83
29
30
25-98
15-00
25-92
1511
25-85
15-23
25-78
15-34
30 (
\ 31
26-85
15-50
20-78
15-62
26-71
15-73
26-64
15-85
31
^ 32
27-71
16-00
27-64
16-12
27-57
16-24
27.50
16-36
.32
) 33
28-58
16-50
28-51
16-62
28-43
16-75
28-36
16-87
33
I 34
29-44
17-00
29-37
17-13
29-30
17-26
29 22
17-38
34
) 35
30-31
17-50
30-23
17-63
3016
17-76
30-08
17-90
35
) 36
31-18
18-00
31-10
18-14
3102
18-27
30-94
18-41
36
) 37
32-04
18-50
31-96
18-64
31-88
18-78
31-80
18-92
37 ■(
) 38
32-91
19-00
32-83
19-14
32-74
19-29
.32-66
19-43
38
) 39
33-77
19-50
33-69
1965
33-60
19-79
33.52
19-94
39
) 40
34-64
29-00
34 55
20-15
34-47
20-30
34-38
20-45
40 (
) 41
35-51
20-50
35-42
20-65
3.5-33
20-81
.35-34
20-96
41
) 42
36-37
21-00
36-28
21-16
36-19
21-32
36-10
21-47
42-/
) 43
37 24
21-50
37-14
21-66
37-05
21-82
36-95
2199
43
) 44
38-11
22-00
3801
2-2-17
37-91
22-33
37-81
22 50
44
) 45
38-97
22-50
38-87
22-67
38-77
22 84
38^7
23-01
45
) 46
39-84
23-00
39-74
2.3-17
39-63
23-35
39-.53
23-52
46
) 47
40-70
23-50
4060
23-63
40-50
23 85
40-39
24-03
47
) 48
41-57
2400
41-46
24-18
41-36
24-36
41-25
2-1-54
48
) 49
42-44
24-50
42 33
24-68
42 22
24-87
4211
25-05
49
50
43-30
25-00
43-19
25-19
43-08
25-38
42-97
25-56
50
Dep.
Lat.
Dep.
Lat.
Dap.
Lat.
Dep.
Lat.
i
5
.2
a
( .2
60 I
)kg.
591
Deg.
59^
Deo.
59i
Deg.
TRAVERSE TABLE,
133
)
30 Deg.
30i
De6.
30i Deg.
305
Deg.
Lat.
44-17
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
51
25-50
44-06
25-69
43-94
25.88
43-83
26-08
51 1
-,-2
4503
20-00
44-92
26-20
44-80
26-39
44-69
26-59
52
.33
45-90
26-50
45-78
26-70
45-67
26-90
45-55
27-10
53
.54
4f>-77
27-00
46-65
27-20
46-53
27-41
46-41
27-61
54
55
47-63
27-50
47-51
27-71
47-39
27-91
47-27
28-12
55 ;
of)
48-50
23-00
48 37
28-21
48 25
28-42
4813
28-63
56 )
o7
49-36
28-50
49-24
28-72
4911
28-93
48-99
29-14
57 )
.38
50-23
29-00
50-10
29-22
49-97
29-44
49-85
29-65
58 )
.iij
51-10
29-50
50-97
29-72
50-84
29-94
50-70
30-17
59 )
•60
51-96
30-00
51-83
30-23
51-70
30-45
5156
30-68
60
: 61
.52-83
30-50
52-69
30-73
52-58
30-96
52-42
31-19
61
(>2
53-69
31-00
53-58
31-23
53-42
31-47
53-28
31-70
62
i,;i
54-56
31-50
54-42
31-74
54-28
31-97
54-14
32-21
83
o4
55-43
32-00
55-29
32-24
55-14
32-48
5.5-00
32-72
84
G5
56-29
32-50
56-15
32-75
58-01
32-99
55-86
33-23
65
r.i)
57-16
33-00
57-01
33-25
56-87
33-50
56-72
33-75
66
(37
58-02
33-50
57-38
33-75
57-73
34-01
57-58
34-28
87
*i8
58-89
34-00
58-74
34-26
58-59
34-51
58-44
34-77
68
CD
59-76
34-50
59-60
34-76
59-45
3502
59-30
35-28
69
'A)
60-62
35-00
60-47
35-28
60-31
35-53
60-16
35-79
70
71
61-49
35-50
61-33
35-77
61-18
36-04
61-02
36-30
71
72
62-35
36-00
62-20
36-27
62-04
36-.54
61-88
36-81
72
, /;;
63-22
36-50
63-06
36-78
6-2-90
37-05
02-74
37-32
73
;4
64-09
3700
63-92
37-28
63-76
37-56
63-60
37-84
74
: ..5
64-95
37-50
64-79
37-78
64-62
38-07
64-46
38-35
75
) '"
65-82
38-00
65-65
38-29
65-48
38-57
65-31
38-86
76
S 77
66-68
38-50
68-52
38-79
66-35
39-08 •
66-17
39-37
77
' 7>i
67-55
39-00
67-38
39-29
67-21
39-59
67-03
39-88
78
7i»
68-42
39-50
68-24
39-80
68-07
4010
67-89
40-39
79
.>0
69-28
40-00
69-11
40-30
68-93
40-60
68-75
40-90
80
PI
70-15
40-50
69-97
40-81
69-79
41-11
69-61
41-41
81
'&i
7101
41-00
70-83
41-31
70-05
41-62
70-47
41-93
82
f>:i
71-88
41-50
71-70
41-81
71-52
42-13
71-33
42-44
83
ri
72-75
42-00
72-58
42-32
72-38
42-63
72-19
42-95
84
■ ;-<5
73-61
42-50
73-43
42-82
73-24
43-14
7305
43-46
• 85
SCi
74-48
43-00
74-29
43-32
74-10
43-65
73-91
43-97
88
H7
75-34
43-50
75-15
43-83
74-93
44-16
44-43
87
8L-!
76-21
4400
76-02
44-33
75-82
44-66
75-63
44-99
88
f>:i
77-08
44-50
76-88
44-84
76-68
45-17
76-49
45-51
89
DO
77-94
45-00
77-75
45-34
77-55
45-68
77-35
46-02
90
91
78-81
45-50
78-61
45-84
78-41
46-19
78-21
48-53
91
92
79-67
46-00
79-47
46-35
79-27
46-69
79-07
47-04
92
U3
80-54
4650
80-34
48-85
80-13
47-20
79-92
47-55
93
94
81-41
47-00
81-20
47-35
80-99
47-71
80-78
48-06
94
95
R2-27
47-50
8206
47-86
81-85
48-22
81-64
48-57
95
9T
83-14
48-00
82-93
48-36
82-72
48-72
82-50
4908
96
, 07
84-00
43 50
83-79
48-87
83-58
4923
83-36
49-60
97
) i!^
8i-87
4900
84-66
49-.37
84-44
49-74
84-22
50-11
98
; 99
85-74
4950
85-52
49-87
85-30
50-25
85-(l8
50-62
99
WOO
86-80
5000
86-38
50-38
86-18
50-75
85-94
51-13
100
-
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i 1
d
60 T
)eg.
591-
Deg,
59*
Deg.
59i
Deg.
2 (
.2 c
° j
12
134
TRAVERSE TABLE.
31 Deg.
0-86
1-71
2-57
3-43
4-2D
5-14
6-00
6-86
7-71
8-57
9-43
10-29
11-14
12-00
12-86
13-71
14-57
15-43
16-29
1714
18-00
18-8(5
19-71
20-57
21-43
2229
23-14
24-00
24-86
25-71
26-57
27-43
28-29
29-14
30-00
30-86
31-72
32-57
33-43
34-29
3514
3600
36-80
37-72
38-57
39-43
40-29
41-14
42-00
42 86
Dep.
051
1-03
1-55
2-06
2-58
3-09
3-61
4-12
4 64
515
5-67
6-18
6-70
7-21
7-73
8-24
8-76
9-27
9-79
10-30
10-82
l]-33
11-85
12-36
12-88
13-39
13-91
14-42
14-94
15-45
15-97
16-48
1700
17-51
18-03
18-54
1906
19-57
20-09
20-60
21-12
21.63
22-15
22 66
23-18
23-69
24-21
24-72
2524
2575
3U Des.
Dep. Lat.
0-85
1-71
2-.56
3-42
4-27
5-13
5-98
6-84
7-69
8-55
9-40
10-26
11-11
11-97
12-82
13-68
14-53
15-39
16-24
17-10
17-95
18-81
19-66
2d-52
21-37
2-2-23
23-08
23-94
24-79
25-65
26-50
27-36
28-21
29-07
29-92
30-78
31-63
3249
33-34
34-20
35-05
3.5-91
36-76
37-62
38-47
39-33
40-18
41-04
41-89
42-75
Dep.
Dep.
0-52
1-04
1-50
2-08
2-59
3-11
3-63
4-15
4-67
5-19
5-71
6-23
6-74
7-26
7-78
8-30
8-82
9-34
9-86
10-38
10-89
11-41
11-93
12-45
12-97
13-49
1401
14.53
15-04
15-56
16-08
16-60
17-12
17-64
18-16
18-68
1.9-19
19-71
20-23
20-75
21-27
21-79
22-31
22-83
23-34
23-86
24-38
24-90
25-42
25-94
31^ Deg.
0-85
1-71
2-56
3-41
4-26
5-12
5-97
6-82
7-67
8-53
9-38
10-23
11-08
11-94
12-79
13-64
14-49
15-35
16-20
17-05
17-91
18-76
19-61
20-46
21-32
22-17
23-02
23-87
24-73
25-58
26.43
27-28
28-14
28-99
29-84
30-70
31-55
32-40
33 25
34-11
34-96
35-81
36-66
37-52
38-37
39-22
40-07
40-93
41-78
42-63
59 Deg. || 58^ Deg.
Dep.
Dep.
0-52
1-04
1-57
2-09
2-61
3-13
3-66
4-18
4-70
5-22
5-75
6-27
6-79
7-31
7-84
8-36
8-88
9-40
9-93
10-45
10-97
11-49
12-02
12-54
13-06
13-58
14-11
14-63
15-15
15-67
16-20
16-72
17-24
17-76
18-29
18-81
19-33
19-85
20-38
20-90
21-42
21-94
22-47
22-99
23-51
24-03
24.56
25-08
25-60
26-12
5Qh Deg.
31| Deg.
= )
Lat.
Dep. '
S S
0-85
0-53
1
1-70
1-05
o
2-55
1-58
3
3-40
2-10
4 (
4-25
2-63
5 (
5-10
3-16
6 (
5-95
3-68
7 ?
6-80
4-21
8 /
7-65
4-74
9 (
8-50
5-26
10 /
9-35
5-79
11 (
10-20
6-31
12 (
11-05
6-84
13 I
11-90
7-37
14 (
12-76
7-89
15 (
13-61
8-42
1(5 /
14-46
8-95
17 (
15-31
9-47
18 (
16-16
10-00
19
17-01
10-52
20 /
17-86
1105
21
18-71
11-58
22 )
19-.56
12-10
23 (
20-41
12-63
24 /
21-26
13-16
25 )
22-11
13-68
26
22-96
14-21
27 )
23-81
14-73
28 )
24-66
15-26
29 >
25-51
15-79
30
26-36
16-31
31
27-21
16-84
32 )
2806
17-37
33
28-91
17-89
34 )
29-70
18-42
35 )
30-61
18-94
36 }
31-46
19-47
37
38
32-31
20-00
3316
20-52
39
34-01
21-05
40 )
34-86
21.57
41 )
35-71
2210
42
36.57
22-63
43
.37-42
2315
44
38-27
23-68
45
39-12
24-21
46
39-97
24-73
47
40-82
2.5-26
48 )
41-67
25-78
49 )
42-52
26-31
50 j
Dep.
Lat.
1
i5 (
58i
Deg.
TRAYERSE TABLE.
135
D
31 Deg.
3li
Deg.
314
Deg.
31J
Deg.
2 N
1 5
Lat.
Dep.
Lai.
Dep.
Lat.
Dep.
Lat.
43-37
Dep,
( 51
4372
26-27
43-60
26-46
43-48
26-65
26-84
51
I 5-2
44-57
26-78
44-46
26-93
44-34
27-17
44-22
27-36
52
( 53
45-43
27-30
45-31
27-49
45-19
27-69
45-07
27-89
53
) 54
46-2i)
27-81
46-17
28-01
46-04
28-21
45-92
28-42
54
( 55
47-14
28-33
4702
28-53
46-90
28-74
46-77
28-94
55 (
( 56
48-00
28-84
47-83
29-05
47-75
29-26
47-62
29-47
56 <
} 57
48-86
29-36
48-73
29-57
48-60
29-78
48-47
29-99
57 (
( 58
49-72
29-87
49-58
30-09
49-45
30-30
49-32
30-52
58 (
/ 59
50-57
30-39
50-44
30-61
50-31
30-83
5017
31-05
59
( 60
(
t 61
62
51-43
30-90
51-29
31-13
51-16
31-35
51-02
31-57
60
52-29
31-42
5215
31-65
52-01
31-87
51-87
3210
61
53-14
31-93
53-00
32-16
52-86
32-39
.52-72
32-63
62
( 63
54-00
32-45
53-86
32-68
53-72
32-92
53.57
3.3-15
63 /
( 64
54-86
32-96
54-71
33-20
54-.57
33-44
54-42
33-68
64
( 65
55-72
33-48
55-57
33-72
55-42
33-96
55-27
34-20
65 )
( 66
56-57
33-99
56-42
34-24
56-27
34-48
56-12
34-73
66
( 67
57-43
34-51
57-28
34-76
5713
35-01
56-98
35-26
67
( 68
58-29
35-02
58-13
35-28
57-98
35-53
57-82
35-78
68
{69
59-14
35-54
58-99
35-80
58-83
36-05
.58-67
36-31
69 )
( 70
6000
36-05
59-84
36-31
59-68
36-57
59-52
36-83
70 !
) ''^
60-86
36-57
60-70
36-83
60-54
37-10
60-37
37-36
71 ;
( 7-2
61-72
37-08
61-55
37-35
61-39
37-62
61-23
38-89
72
73
62-57
37-60
62-41
37-87
62-24
38-14
62-08
38-41
73
74
63-43
38-11
63-26
38-39
63-10
38-66
62-93
38-94
74
75
64-29
38-63
64 12
38-91
63-95
39-19
63-78
39-47
75
s "-e
6514
39-14
64-97
39-43
64-80
39-71
64-63
39-99
76 /
( 77
6600
39-66
65-83
39-95
65-65
40-23 .
65-48
40-52
77
( 78
66-86
40-17
66-68
40-46
66-51
40-75
66-33
41-04
78
( 79
67-72
40-69
67-54
40-98
67-36
41-28
67-18
41-57
79 )
( 80
68-57
41-20
68-39
41-50
68-21
41-80
68-03
42-10
80
81
69-43
41-72
69-25
42-02
69-06
42-32
68-88
42-62
81 )
82
70-29
42-23
70-10
42-54
69-92
42-84
69-73
43-15
82 )
83
71-14
42-75
70-96
43-06
70-77
43-37
70-58
43-68
83 )
84
72-00
43-26
71-81
43-58
71-62
43-89
71-43
44-20
84 )
85
72-86
43-78
72-67
44-10
72-47
44-41
72-28
44-73
85 )
86
73-72
44-29
73-52
44-61
73-33
44-93
73-13
45-25
86 )
87
74-57
44-81
74-38
4.513
74-18
45-46
73-98
45-78
87 )
88
75-43
45-32
75-23
45-65
75-03
45-98
74-83
46-31
88 )
89
76-29
45-84
76-09
46-17
75-88
46-50
75-68
46-83
89 )
90
77-15
46-35
76-94
46-69
76-74
47-02
76-53
47-36
90 )
91
78-00
46-87
77-80
47-21
77-59
47-55
77-38
47-89
91 )
92
78-86
47-38
7865
47-73
78-44
48-07
78-23
48-41
92 )
93
79-72
47-90
79-5]
48-25
79-30
48-59
79-08
48-94
93 )
94
80-57
48-41
80-36
48-76
80-15
49-11
79-93
49-47
94 )
95
81-43
48-93
81-22
49-28
81-00
49-64
80-78
49-99
95 )
96
82-29
49-44
82-07
49-80
81-85
50-16
81-63
50-52
96 )
97
83-15
49-96
82-93
50-32
82-71
.50-68
82-48
51-04
97 )
98
84-00
50-47
83-78
50-84
83-56
51-20
83-33
51-,57
98 )
) 99
84-86
5099
84-64
51-36
84-41
51-73
84-18
.5-2.10
99 )
,100
85-72
51-50
85-49
51-88
85-26
52-25
85-04
52.62
100 )
C f
i5 /
^
Dep.
Lau
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
( ■-
1°
59 1
)eg.
58J Deg.
58i Deg.
58i Deg.
136
TRAVERSE TABLE.
—
( 1
32 Deg.
32i
Deg.
32^
Deg.
32J Deg.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
0-85
0-53
0-85
0-53
084
054
0-84
0-.54
1 /
1-70
1-06
1-69
1-07
1-69
1-07
1-68
1-08
2 /
3
2-54
1-59
2-54
1-00
2-53
1-61
2-52
1-62
3 /
4
3-39
2-12
3-38
213
3-37
2-15
3-36
2-16
4 )
( 5
4-24
2-65
4-23
2-67
4-22
2-69
4-21
2-70
11
6
5-09
3-18
5-07
3-20
5-06
■^-no
5-05
3-25
5-94
3-71
5-92
374
5-90
3-76
5-F9
3-79
8
6-78
4-24
6-77
4-27
6-75
4-30
6-73
4-33
8 )
9
7-63
4-77
7-61
4-80
7-59
4-84
7-57
4-87
9 /
) ^^
8-48
5-30
8-46
5-34
8-43
5-37
8-41
5-41
10 (
( 11
9-33
5-83
9-30
5-87
9-2R
5-91
9-25
5-95
11 ;
) 12
10-18
6-36
10-15
6-40
10-12
6-45
10-09
6-49
12 )
) 13
11-02
6-89
10-99
6-94
10-96
6-98
1093
7-03
13 )
) 14
11-87
7-42
11-84
7-47
11-81
7-52
11-77
7-57
14 )
) 15
12-72
7-95
12-69
8-00
12-65
806
12-62
8-11
15 )
) 16
13-57
8-48
13-53
8-54
13-49
8-60
13-46
8-66
16 )
17
18
19
^20
14-42
9-01
14-38
9-07
14-34
9-13
14-30
9-20
17
15-26
9-54
15-22
9-61
15-18
9-67
1.5-14
9-74
18
16-11
1007
16-07
1014
16-02
10-21
15-98
10-28
19
16-98
10-60
16-91
10-67
16-87
10-75
16-82
10-82
20
{21
17-81
11-13
17-76
11-21
17-71
11-28
17-66
11-36
21 J
( 22
18-66
11-66
18-61
11-74
18-.55
11-82
18-50
11-90
22
( 23
19-51
12-19
19-45
12-27
19-40
12-36
19-34
12-44
23
( 24
20-35
12-72
20-30
12-81
2i)-24
12-90
2U-18
12-98
24
( 25
21-20
13-25
21-14
13-34
21-08
13-43
21-03
13-52
25 )
< 26
22-05
13-78
21-99
13-87
21-93
13-97
21-87
14-07
26 )
( 27
22-90
14-31
22-83
14-41
22-77
14-51
22-71
14-61
27 )
( 28
23-75
14-84
23-68
14-94
23-61
15-04
23-55
15-15
28 )
( 29
24-59
15-37
24-53
15-47
24-46
1.5-58
24-39
15-69
29 )
( 30
25-44
15-90
25-37
16-01
25-30
16-12
25-23
16-23
30 )
31
26-29
16-43
26-22
16-54
26-15
16-66
2607
16-77
31 J
32
27-14
16-96
27-06
17-08
26-99
17-19
20-91
17-31
32 >
33
27-99
17-49
27-91
17-61
2783
17-73
27-75
17-85
33 )
34
28-83
18-02
2S-75
18-14
28-68
18-27
28-60
18-39
34
35
29-68
18-55
29-60
18-68
29-52
18-81
2944
18-93
35 )
36
30-53
19-08
30-45
19-21
30-30
19-34
30-28
19-48
36
37
31-38
19-61
31-29
19-74
31-21
19-88
3112
20-02
37
38
32-23
2014
32-14
20-28
3205
20-42
31-96
20-56
38 )
39
3307
20-67
32-98
20-81
32-89
20-95
.32-80
21-10
39 )
40
33-92
21-20
33-83
21-34
33-74
21-49
33-64
21-64
40
' 41
34-77
21-73
.34-67
21-88
34-58
2203
34-48
22-18
41 )
) 42
35-62
22 26
35-52
2241
35-42
2257
35-32
20.72
42 /
) 43
3647
22-79
36-37
22-95
30-27
23-10
.36 16
23-26
43 /
) 44
37-31
23-32
37-21
23-48
3711
23f.4
3701
23-80
44
45
38 16
23-85
38 06
2401
37-95
2418
37 85
24-34
45
39-01
24-38
38-90
24 55
38-80
24-72
38-69
24-88
46
3986
24-91
39-75
25-08
39-64
25-25
39-53
25-43
47
) 48
40-71
25-44
40-59
2.5-61
40-48
25-79
40-37
25-97
48 /
) 49
41-55
25-97
41-44
26-15
41-33
26-33
4121
23-51
49 /
; 50
42-40
26-50
42-29
26-68
4217
20-86
4205
27-05
Lat.
50 )
( ^
li
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
58 Deg.
57$ Deg.
57^1
)EG.
57il
)EG.
TRAVERSE TABLE.
137
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32i
Deg.
33.V
Deg.
32i
Deo.
d )
li
)
5 1
Lat.
i
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
( 51
43-25
2703
4313
27-21
43-01
27-40
42-89
27-59
5,
} m
44-10
27-56
43-98
27-75
43-86
27-94
43-73
28-13
52 I
■ 53
44-95
28-09
44-82
23-28
44-70
28-48
44-58
28-67
53 (
54
45-79
28-62
45-67
28-82
45-54
29-01
4.5-42
29-21
.54 I
55
46-64
29-15
46-51
29-35
46-39
29-55
46 26
29-75
55 (
5G
47-49
29-68
47-36
29-88
47-23
3009
47-iO
30-29
56 (
57
48-34
30-21
48-21
30-42
48-07
30-63
47-94
30-84
57
58
' 5,^
49-19
3074
4905
30-95
48-92
31-16
48-78
31-38
5iJ
50-03
31-27
49-90
31-48
49-76
31-70
49-02
31-92
59
GO
50-88
31-80
50-74
32-02
50-60
32-24
50-46
32-46
60
/ Gl
51-73
32-33
51-59
32.55
51-45
32-78
51-30
33-00
61
(i2
63
J 6i>
52-58
32-85
5244
33-08
52-29
3331
52-14
33-54
63
53-43
33-38
53-28
33-02
53-13
33-85
52-99
34-08
' 64
54-28
33-91
5413
34-15
53-98
34-39
.53-83
34-62
64 \
,' 05
5512
34-44
54-97
34-68
54-82
34 92
54-67
35-18
65 (
) m
55-97
34-97
55-82
35-22
55-66
35-46
55-51
35-70
66 '
' 67
56-82
35-50
56-66
35-75
.56-51
33-00
56-35
36-25
67
08
57-67
36-03
57-51
36-29
57-35
36-.54
57-19
36-79
68
09
58-52
30-56
58-36
30-82
5819
37-07
58-03
37-33
69
j7U
59-36
37-09
59-20
37-35
5904
37-61
58-87
37-87
70 J
h^
6021
37-62
60-05
37-89
59-88
38-15
59-71
38-41
71 I
^ 72
61-06
38-15
60-89
38-42
60-72
38-69
60-55
38-95
72
73
61-91
38-68
61-74
38-95
6157
39-22
61-40
39-49
73
74
62-76
39-21
62-58
39-49
62-41
39-76
62-24
40-03
74
75
63-60
39-74
83-43
40-02
63 25
4030
63-08
40-57
75
7(5
64-45
40-27
64-28
40-55
6410
40-83
63-92
41-11
76
77
65-30
40-80
65-12
41-09
64-94
41-37
- 64-76
41-65
77
78
66-15
41-33
65-97
41-62
65-78
41-91
65 60
42-20
78
79
67-00
41-86
66-81
42-16
66-63
42-45
66-44
42-74
79
m
67-84
42-39
67-66
42-69
67-47
42-98
67-28
43-28
80
81
68-69
42-92
68-50
43-22
68-31
43-52
68-12
43-82
81 (
82
69- .34
43-45
6935
4a-70
69-16
44-06
68-97
44-36
82
83
70--J9
43-98
70-20
44-29
70-00
44-60
69-81
44-90
83 )
f-4
71-24
44-51
71-04
44-82
70-84
4.5-13
70-65
45-44
84 /
.■^5
72-08
45-04
71-89
45-3t)
71-69
4507
71-49
45-98
85 I
H6
72-<!3
45-57
72 73
45-89
72-53
46-21
72-33
46-52
86
d7
73-78
40-10
73.58
46-42
73-38
46-75
73-17
47-06
87
^-8
74-63
46-63
74-42
40-96
74-22
47-28
74-01
47-61
91
89
75-4S
47-16
75-27
47-49
75-06
47-82
74-85
4815
!iO
76-32
47-69
76-12
48-03
75-91
48-36
75-69
48-69
r •*!
77-17
48-22
76-96
48-56
76-75
48-89
76-53
49-23
) U2
78-02
48-75
77-81
49-09
77-59
49-43
77-38
49-77
92
S 93
78-87
49-28
78-65
49-63
78-44
49-97
78-22
50-31
93
94
79-72
49-81
79-50
50-16
79-28
50-51
7906
50-85
94
) 95
80-56
50-34
80-34
50-09
89-12
51-04
79^90
51-39
95
96
) 96
8] -41
50-87
8119
51-23
89-97
51-58
80-74
51-93
) 97
82-2-0
51-40
82-04
51-70
81-81
52-12
81-58
52-47
97
) 98
83-11
51-93
82-88
52-29
82-65
52-66
82-42
53-02
98 )
99
83-96
5-2-46
83-73
52-83
83-50
.53-19
83-26
53-56
99 ;
100 >
5 100
84-eO
52-99
84-57
53-38
84-34
53-73
84-10
54-10
) "
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
J]
\^
58 ]
Deg.
57|
Deg.
57i
Deg.
57i
Deg.
12^
138
E TABLE.
33 E
EG.
33i
Deg.
33i
Deg.
33|
Deg.
(
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
; 1
0-84
0-54
084
0-55
0-83
0-55
0-83
G-56
1 )
) 2
1-68
1-09
1-67
1-10
1-67
1-10
1-66
1-11
I 3
2-52
1-63
2-51
1-64
2-50
1-66
2-49
1-67
4
3-35
2-18
3-35
2-19
3-34
2-21
3-33
2-22
f 5
4-19
2-72
4-18
2-74
4-17
2-76
4-16
2-78
5
I 6
503
3-27
5-02
3-29
500
3-31
4-99
3-33
6 (
7
5-87
3-81
5-85
3-84
5-84
3-86
5-82
3-89
7 S
( 8
G-71
4-36
G-G9
4-39
6-tJ7
4-42
665
4-44
8 S
y
7-55
4-90
7-53
4-93
7-50
4-97
7-48
5-00
9 {
10
8-39
5-45
8-36
5-48
8-34
5-52
8-31
5-56
10 (
11
9-23
5-99
9-20
6-03
9-17
6-07
9-15
6-11
11 )
12
10-05
6-54
10-04
6-58
1001
6-62
9-98
6-67
12
13
10-90
7-08
10-87
7-13
10-84
7-18
10-81
7-22
13 (
( 14
11-74
7-62
11-71
7-68
11-67
7-73
11-64
7-78
14 (
) 15
12-58
8-17
12-54
8-22
12-51
8-28
12-47
8-33
15 (
> IG
13-42
8-71
13-38
8-77
13-34
8-83
13-30
8-89
16 (
) 17
14-26
9-26
14-22
9-32
14-18
9-38
14-13
9-44
17 /
) Id
15-10
9-80
15-05
9-87
1501
9-93
14-97
10-00
18 /
) 19
15-93
10-35
15-89
10-42
15-84
10-49
15-80
10-56
19 )
U,
lG-77
10-89
16-73
10-97
16-G8
11-04
16-63
11-11
20 )
»i
17-61
11-44
17-56
11-51
17-51
11-59
17-46
11-67
21 )
) ii'J
18-45
11-98
18-40
12-06
18-35
12-14
18-29
12-22
22 )
) -23
19-29
12-53
19-23
12-61
19-18
12-69
19-12
12-78
23 i
) 24
20-13
13-07
20-07
13- J 6
20-01
13-25
19-96
13-33
24 )
) 25
20-97
13-62
20-91
13-71
20-85
13-80
20-79
13-89
25 )
20
21-81
14-16
21-74
14-26
21-68
14-35
21-62
14-44
26
27
22-64
14-71
22-58
14-80
22-51
14-90
22-45
15-00
27 /
28
23-48
15-25
23-42
15-35
23-35
15-45
23-28
15-56
28 >
) 2y
24-32
15-79
24-25
15-90
24-18
16-01
24-11
16-11
29
S 3U
25-16
16-34
25-09
16-45
25-02
16-56
24-94
16-67
30 J
31
2G-00
16-S3
25-92
17-00
25-85
17-11
25-78
17-22
31 (
.32
) 32
2G-84
17-43
26-76
17-55
26-68
17-66
26-61
17-78
S 33
27-68
17-97
27-60
18-09
27-52
18-21
27-44
18-33
33 )
\ 34
28-51
18-52
28-43
18-64
28-35
18-77
28-27
18-89
34 )
{ 35
29-35
19-06
29-27
19-19
29-19
19-32
29-10
19-44
35 5
( 3(j
30-19
19-61
30-11
19-74
30-02
19-87
29-93
20-00
36 )
) 37
31-03
20-15
30-94
20-29
30-85
20-42
30-76
20-56
37
( 38
31-87
20-70
31-78
20-84
31-69
20-97
31-60
21-11
38
< 39
32-71
21-24
32-G2
21-38
32-52
21-53
32-43
21-67
39
J 40
33-55
21-79
33-45
21-93
33-36
22-08
33-26
22-22
40
< 41
34-39
22 33
34-29
22-48
34-19
22-63
34-09
22-78
41
42
42
35-22
22-87
3512
23-03
35-02
2318
34-92
23-33
43
3G-0G
23-42
35-96
23-58
35-86
23-73
3575
23-89
43 ,
44
3G-90
23-96
36-80
24-12
36-69
24-29
36-58
24-45
44
45
37-74
24-51
3763
24-67
37-52
24-84
37-42
25-00
45
4G
38-58
25-05
38-47
25-22
38-36
25-39
38-25
25-56
46
( 47
39-42
25-GO
39-31
25-77
39-19
25-94
39-08
26-11
47 ^
( 48
40-26
26-14
4014
26-32
4003
26-49
39-91
26-67
48 '
< 49
41-09
26-69
40-98
26-87
40-86
27-04
40-74
27-22
49
( 50
41-93
27-23
41-81
27-41
41-69
27-60
41-57
27-78
50
( -^
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
57 Deg.
56i
Deg.
56i
Deg.
56i
Deg.
TRAVERSE TABLE.
139
33 Deg.
33i
Deg.
334
Deg.
33^
Deg.
£.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
5 51
42-77
27-78
4265
27-96
42-53
28-15
42.40
28-33
51 }
( 52
43-81
28-32
43-49
28-51
43-30
28-70
43-^
28-89
52
53 /
/ 53
44-45
28-87
44-32
2c}-06
44-20
29-25
4407
29-45
54
45-29
29-41
45-16
2iJ-61
45-03
29-80
44-90
30-00
5!
55
45-13
29-96
40-00
30-16
4.5-86
30-36
45-73
30-56
56
46-97
30-50
40-83
30-70
46-70
30-91
46-58
31-11
58 (
57
47-80
31-04
47-67
31-25
47-53
31-46
47-39
3167
57 (
58
48-64
31-59
48-50
31-80
48-37
32-01
48-23
32-22
58 (
59
60
/
49-48
32-13
49-34
32-35
49-20
32-56
49-06
32-78
59 (
50-32
32-68
50-18
32-90
50-03
33-12
49-89
33-33
60 J
61 I
62 (
I 61
62
51-16
33-22
51-01
33-45
50-87
33-67
50-72
33-89
52-00
33-77
51-85
33-i)9
51-70
34-22
51-55
34-45
63
52-84
34-31
52-89
34.54
.52-53
34-77
52-38
35-00
63
( 64
53-67
34-86
53-52
35-09
53-37
3.5-32
53-21
35-56
64
( 65
54-51
35-40
54-30
35-64
54-23
35-88
54-05
3611
65
66
55-35
35-95
55-19
36-19
55-04
36-43
54-88
36-67
66
67
56-19
36-49
.50-03
30-74
55-87
36-98
55-71
37-22
67
68
5703
37-04
56-87
37-28
56-70
37-53
56-54
37-78
08
69
57-87
37-58
57-70
37-83
57-54
38-08
57-37
38-33
69
( 70
58-71
38-12
58-54
38-38
58-37
38-64
58-20
38-89
70
(
71 (
I 7]
59-55
38-67
59-38
38-93
59-21
39-19
59-03
39-45
/ 72
;73
60-38
39-21
60-21
39-48
60-04
39-74
59-87
40-00
72 (
61-22
39-76
01-05
40-03
60-87
40-29
60-70
40-.56
73 (
74
62-06
40-30
61-89
40-57
61-71
40-84
61-53
41-11
74
75
76
I 77
62-90
40-85
62-72
41-12
62-54
41-40
62-36
41-67
75
63-74
41-39
63-56
41-67
63-38
41-95
6319
42-22
76 /
64-58
41-94
64-39
42-22
64-21
42-50
6402
42-78
77 /
; 78
65-42
42-48
65-23
42-77
65-04
43-05 '
64-85
43-33
78 I
(. 79
66-25
43-i;3
66-07
43-32
65-88
43-60
65-69
43-89
79 ?
( 80
67-09
43-57
66-90
43-86
66-71
44-15
66-52
44-45
80 (
81
67-93
44-12
67-74
44-41
67-.54
44-71
67-35
45-00
81
( 82
68-77
44-66
68-58
44-96
68-38
45-28
68-18
4556
82
83
69-61
45-20
69-41
45-51
69-21
4.5-81
6901
46-Jl
83
84
70-45
45-75
70-25
46-06
70-05
46-36
69-84
46-67
84
( 85
71-29
46-29
71-08
46-60
70-88
46-91
70-67
47*22
85
86
88
72-13
46-84
71-92
47-15
71-71
47-47
71-51
47-78
87
72-96
47-33
72-76
47-70
72-55
48-02
72-34
48-33
87 )
88
73-80
47-93
73-59
43-25
73-38
48-57
73-17
48-89
88
89
74-64
48-47
74-43
48-80
74-22
49-12
74-00
49-45
89 )
90
75-48
49-02
75-27
49-35
75-05
49-67
74-83
50,-00
90 )
91
76-32
49-56
7610
49-89
75-88
50-23
75-66
50-56
91 )
92
77-16
50-11
76-94
50-44
76-72
50-78
76-50
51-11
92 )
93
78-00
50-65
77-77
50-99
77-55
51-33
77-33
51-67
93 )
( 94
78-83
51-20
78-61
51-54
78-39
51-88
78-16
52-22
94
( 95
79-67
51-74
79-45
52-09
79-22
.52-43
78 99
52-78
95 )
96
80-51
52-29
80-28
52-64
80-05
.52-99
79-82
53-.33
96
97
81-35
52-83
81-12
53-18
80-89
53-54
80-55
53-89
97
98
82-19
53-37
81-96
53-73
81-72
54-09
81-48
54-45
98 )
99
83-03
53-92
82-79
54-28
82-55
.54-04
82-32
55-00
99 )
100
83-87
54-46
83-63
54-83
83-39
55-19
83-15
55-56
100 j
ii
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i }
57 1
)eo.
56J
Deg.
501
Deg.
561
Deg.
■'
140
1
34 Deg.
m
Deg.
34 J Deg.
345 Deg.
5 \
s
i
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
0-83
0-56
0-83
0-56
C-82
0.57
0-82
0-57
2
1-66
1-12
1-65
1-13
1-65
1-13
1-64
114
3
2-49
1-68
2-48
1-69
2-47
1-70
2-46
1-71
3 (
4
3-32
2-24
3-31
2-25
3-30
2-27
3-29
2-28
4 )
5
4-15
2-80
4-13
2-81
4-12
2-83
4-11
2-85
5 )
ti
4-97
3-36
4-96
3-38
4-94
3-40
4-93
3-42
6
7
5-80
3-yi
5-79
3-!t4
5-77
3-96
5-75
3-99
V s
8
6-63
4-47
6-61
4-50
6-59
4-53
6-57
4-56
8 S
y
7-46
5-03
7-44
5-07
7-42
5-10
7-39
5-13
9 S
10
8-29
5-59
8-27
5-63
8-24
5-66
8-22
5-70
10 J
11
9-12
6-15
9-09
6-19
9-07
6-23
9-04
6-27
11 \
n
9-95
6-71
9-92
6-75
9-89
6-80
9-86
6-84
12 <
13
10-78
7-27
10-75
7-32
10-71
7-36
10-68
7-41
13
14
11-61
7-83
11-57
7-88
11.54
7-93
11.50
7-98
14 (
15
12-44
8-3D
12-40
8-44
12-36
8-.50
12-32
8-55
15 (
16
13-26
8-95
13-23
9-00
13-19
9-06
13-15
9-12
16 <
17
14-09
9-51
14-05
9.57
14-01
9-63
13-97
9-69
17 (
18
14-92
10-07
14-88
10-13
14-83
10-20
14-79
10-26
18
19
15-75
10-62
15-71
10-69
15-66
10-76
15-GI
10-83
19 (
20
16-53
11-18
16-53
11-26
16-48
11-33
16-43
11-40
20 (
21
17-41
11-74
17-36
11-82
17-31
11-89
17-25
11-97
21 (
22
18-24
12-30
18-18
12-38
18-13
12-46
18-08
12.54
22 (
23
19-07
12-86
19-01
12-94
18-95
1303
18-90
1311
23 I
24
19-90
13-42
19-84
13-51
19-78
13-59
19-72
13-68
24 (
25
20-73
13-98
20-66
14-07
20-60
1416
20-54
14-25
25
26
21-55
14-54
21-49
14-63
21-43
14-73
21-36
14-82
26 (
27
22-38
15-10
22-32
15-20
22-25
15-29
22-18
15.39
27 (
28
23-21
15-66
2314
15-76
23-08
15-86
23-01
15-96
28 (
29
24-04
16-22
23-97
16-32
23-90
16-44
23-83
16-53
29 (
30
24-87
10-78
24-80
16-88
24-72
16-99
24-65
17-10
30 J
31
25-70
17-33
25-62
17-45
25-55
17-.56
25-47
17-67
31
32
26-53
17-89
26-45
18-01
26-.37
18-12
26-29
18-24
32 (
33
27-36
18-45
27-28
18-.57
27-20
18-69
27-11
18-81
33 (
34
28- 19
19-01
28-10
19-14
28-02
19-26
27-94
19-38
34 (
35
29-02
19-57
28-93
19-70
28-84
19-82
28-76
19-95
35 (
36
29-85
20-13
29-76
20-26
29-67
20-39
29-.58
20-52
36
37
30-67
20-69
30-58
20-82
30-49
20-96
30-4p
21-09
37 (
38
31-50
21.25
31-41
21.39
31-.32
21-.52
31-22
21-66
38 (
39
32-33
21.81
32-24
21-95
32-14
22-09
3204
22-23
39 (
40
33-16
22.37
33-06
22-51
32-97
22-66
32-87
22-80
40 (
41
33-99
22-93
33-89
23-07
33-79
23-22
33-69
23-37
41 \
42
34-82
23-49
34-72
23-64
34-61
23-79
34-51
23-94
42 (
43
35-85
24-05
35-54
24-20
35-44
24-36
35-33
24-51
43 (
44
36-48
24-60
36-37
24-76
36-26
24-92
36-15
25-08
44 /
45
37-31
2.5-16
37-20
25-33
37-09
25-49
36-97
25-65
45 I
46
38-14
25-72
38-02
25-89
37-91
26-05
37-80
26-22
46 (
47
38-96
26-28
38-85
26-45
38-73
26-62
38-62
26-79
47 {
48
39-79
26-84
39-68
27-01
39-56
27-19
39-44
27-36
48
40
40-62
27-40
40-.50
27-58
40-38
27-75
40-26
27-93
49
50
41-45
27-96
41-33
28-14
41-21
28-32
41-08
28-50
50
i
Dep.
Lat.
Dep.
Lat
Dep.
Lat.
Dep.
Lat.
1
1
56
Deg.
55|
Deg.
55J
Deg.
55i
Deg.
TRAVERSE TABLE,
141
) o
34 Dec.
34^ Deg.
34^ Deg.
34.^
Deg.
)p
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
- {
51
42-28
28-52
42-16
28-70
42-03
28-89
41-90
29-07
51 i
) 52
4311
29-08
42-98
29-27
42-85
29-45
42-73
29-64
52 )
) 53
43-94
29-64
43-81
29-83
43-08
30-02
43-.55
30-21
53
( 54
44-77
30-20
44-64
30-39
44-50
30-59
44-37
30-78
54
) 55
45-60
30-76
45-46
30-95
45-33
31-15
45-19
31-35
55 )
) 58
46-43
31-31
46 29
31-52
46-15
31-72
46-01
31-92
56 ')
) 57
47-26
31-87
47-12
32-08
46-98
32-29
40-83
32-49
57 )
58
48-08
32-43
47-94
32-64
47-80
32-85
47-66
33-06
58 )
59
48-91
3?-99
48-77
33-21
48-62
33-42
48-48
33-63
59 )
60
49-74
33-55
49-60
33-77
49-45
33-98
49-30
34-20
(50
61
50-57
34-11
50-42
34-33
50-27
34-55
50-12
34-77
61
62
51-40
34-67
51-25
34-89
5110
35-12
50-94
35-34
62
63
52-23
35-23
52-08
35-46
51-92
35-68
51-76
35-91
63
64
53-06
35-79
52-90
36-02
52-74
36-25
52-59
36-48
04
) 65
53-89
36-35
53-73
36-58
53-57
36-82
53-41
37-05
65
) 66
54-72
36-91
54-55
37-15
54-39
37-38
54-23
37-62
66
) 67
55-55
37-46
55-38
37-71
55-22
37-95
55-05
38-19
67
) 68
56-37
38-03
56-21
38-27
56-04
38-52
55-87
33-76
68
69
57-20
38-58
57-03
38-83
56-86
39-08
56-69
39-33
69 (
70
58-03
39-14
57-86
39-40
57-69
3965
57-52
39-90
70
5 71
58-86
39-70
58-69
39.96
58-51
40-21
58-34
40-47
71
) 72
59-69
40-26
59-51
40-52
59-34
40-78
59-16
41-04
72
) 73
60-52
40-82
60-34
41-08
60-16
41-35
59-98
41-61
73
) "^4
61-35
41-38
61-17
41-65
60-99
41-91
60-80
42-18
74
) "75
62-18
41-94
61-99
42-21
61-81
42-48
61-62
42-75
75 (
) 76
63-01
42-50
62-82
42-77
62-63
43-05
62-45
43-32
76 (
) 77
63-84
43-06
63-65
43-34
63-46
43-61 ■
63-27
43-89
77 (
) 78
64-66
43-62
64-47
43-90
64-28
44-18
64-09
44-46
78
) 79
65-49
4418
65-30
44-46
6.5-11
44-75
64-91
45-03
70 /
; 80
) 81
) 82
83
84
85
66-32
44-74
66-13
45-02
65-93
45-31
65-73
45-60
80
67-15
45-29
68-95
45-59
66-75
45-88
66-55
4617
81
67-98
45-85
67-78
46-15
67-.58
46-45
67-37
40-74
82 /
68-81
46-41
68-61
46-71
68-40
47-01
68-20
47-31
83
69-64
46-97
69-43
47-28
69-23
47-.58
6902
47-88
84
70-47
47-53
70-26
47-84
70-05
48-14
69-84
48-45
85
) 86
71-30
48-09
71-09
. 48-40
70-87
48-71
70-66
49-02
86
) 87
72-13
48-65
71-91
48-96
71-70
49-28
71-48
49-59
87
) 88
72-98
49-21
72-74
49-53
72-52
49-84
72-30
50-16
88 /
) 89
73-78
49-77
73-57
50-09
73-35
50-41
73-13
50-73
89
S,90
74-61
50-33
74-39
50-65
74-17
50-98
73-95
51-30
90 )
) 91
75-44
50-89
75-22
51-22
75-00
51-54
74-77
51-87
91 }
{ 92
78-27
51-45
7605
51-78
75-82
5-211
75-59
52-44
92 )
( 93
77-10
52-00
76-87
52-34
76-64
52-68
76-41
5301
93 )
( 94
77-93
52-58
77-70
52-90
77-47
53-24
77-23
53-58
94 )
( 95
78-76
53-] 2
78-53
53-47
78-29
53-81
78-06
54-15
95 )
( 96
79-59
53-68
79-35
54-03
79-12
54-37
78-88
51-72
96
< 97
80-42
54-24
80-18
54-59
79-94
54-94
79-70
55 29
97
( 98
81-25
54-80
81-01
55-15
80-76
55-51
80-.52
55-86
98
< 99
82-07
55-36
81-83
55-72
81-59
50-07
81-34
56-43
99
J 100
82-90
55-92
82-66
50-28
82-41
56-64
8216
57-00
100 )
i
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i
56 Deg.
553-
Deg.
55i
Deg.
55i
Deg.
1]
142
TRAVERSE TABLE.
35 Deg.
I 24
( 25
( ?()
( 2!)
( 30
Dep.
0-82
1-64
2-46
3-28
4-10
4-91
5-73
6-55
7-37
8-19
9-01
9-83
10-65
11-47
12-29
1311
13-93
14-74
15-56
16-38
17-20
18-02
18-84
19-66
20-48
21-30
2-2-12
22-94
23-7(5
24-57
25-39
26-21
2703
27-85
28-67
29-49
30-31
31-13
31-95
3277
33-59
34-40
35-22
3604
36-86
37-68
38-50
39-32
40-14
4096
Dep.
0-57
1.15
1-72
2-29
2-87
3-44
4-01
4-59
516
5-74
6-31
6-88
7-46
8-03
8-60
9-18
9-75
10-32
10-90
11-47
12-05
12-62
13-19
13-77
14-34
14-91
15-49
16-06
16-63
17-21
17-78
18-35
18-93
19-50
20-08
20-65
21-22
21-80
22-37
22-94
23-.)2
24-09
24-66
25-24
2.5-81
26-38
26-96
27-53
28-11
28-68
35^: Deg.
Dep.
0-82
1-63
2-45
3-27
4-08
4-90
5-72
6-53
7-35
8-17
8-98
9-80
10-62
11-43
12-25
13-07
13-88
14-70
15-52
16-33
1715
17-97
18-78
19-60
20-42
21-23
22-05
23-68
24-50
25-32
26-13
26-95
27-77
2.8-.58
29-40
30-22
31-03
31-85
32-67
33-48
34-30
35-12
35-93
36-75
37-57
38-38
0-58
115
1-73
2-31
2-89
3-46
404
4-62
5-19
5.77
635
6-93
7-50
8-08
8.66
9-23
9-81
10.39
10.97
11-54
12.12
12.70
13-27
13-85
14-43
1.5-01
15-58
16-10
16-74
17-31
17-89
18-47
1905
19-(i2
20-20
20-78
21-35
21-93
22-51
23-09
23-60
24-24
24-82
25-39
25-LI7
26-55
27-13
39-20 27-70
40-02 28-23
40-83 28-86
35.^ Deg.
Dep.
Dep.
541 Deg-
0-81
1-63
2-44
3-26
4-07
4-88
5-70
6-51
7-33
8-14
8-96
9-77
10-58
11-40
12-21
13-03
13-84
14-65
15-47
16-28
17-10
17-01
18-72
19-54
20-35
21-17
21-98
22-80
23-61
24-42
25-24
26-05
26-87
27-68
28-49
29-31
30-12
30-94
31-75
32-56
33-38
34-19
3.501
35-82
36-64
37-45
38-26
39-08
39-89
40-71
0-58
M6
1-74
2-32
2-90
3-48
4-06
4-65
5-23
5-81
6-97
7-55
8-13
8-71
9-29
9-87
10-45
11-03
11-61
12-19
12-78
13-36
13-94
14 52
1.510
15-08
16-26
16-84
17-42
18-00
18-.58
19-16
19-74
20-32
20-91
21-49
22-07
22-65
23-23
2.3-81
24-39
24-97
25-.55
26-13
26-71
27-29
27-»7
2-- 15
29-04
Lat.
Dep.
0-81
0-58
1-62
117
2-43
1-75
3-25
2-34
4-06
2-92
Dep.
54i Deo.
4-87
5-68
6-49
7-30
8-12
8-93
9-74
10-55
11-36
12-17
12-99
13-80
14-61
15-42
16-23
17-04
17-a5
18-67
19-48
20-29
21-10
21-91
22-72
23-54
24-35
25-16
25-97
26-78
27-59
28-41
29-22
30-03
30-84
31-65
32-46
33-27
34-09
34-90
35-71
3(5-52
37-33
3814
38-96
39-77
40-58
Dep.
3-51
4-09
4-67
5-26
5-84
6-43
7-01
7-60
8-18
8-76
9-35
9-93
10-52
11-10
11-68
12-27
12-85
13-44
14-02
14-61
1.5-19
1.5-77
16-36
16-94
17-53
18-11
18-70
19-28
19-86
20-45
21-03
21-62
22-20
22-79
23-37
23-95
24-.54
2512
2.5-71
2(5-29
2(i-88
27-46
28-04
28-63
29-21
54.J Deg.
TR A VERSE TABLE,
143
144
TRAVERSE TABLE.
36 Dkg.
36i
Deo.
36.^
Deg.
36i
Deg.
Lat.
Dep.
Lai.
Dep.
Lat.
Dep.
Lat.
Dep.
( 1
0-81
0-59
0-81
0-59
0-80
0-.i9
080
000
1
( 2
1-62
1-18
1-61
118
1-61
1-19
1-60
1-20
2
3
2-43
1-76
2-42
1-77
2-41
1-78
2-40
1-79
3 )
( 4
3-24
2-35
3-'23
2-37
3-22
2-.'J8
! 3-20
2-39
4
/ 5
405
2-94
4-03
2-96
4-02
2-97
4-Ul
2-99
5
( 6
4-85
3.53
4-84
3-55
4-82
3-57
4-81
3-59
6
( 7
5-66
4-11
5-65
4-14
5-63
4-16
561
4-19
7
^ 8
6-47
4-70
6-45
4-73
6-43
4-76
6-41
4-79
8
( 9
7-23
5-29
7-26
5-32
7-23
5-35
7-21
5-38
9
5 10
8-09
5-88
8-06
5-91
8-04
5-95
8-01
5-98
10
11
8-90
0-47
8-87
6-50
8-84
6-54
8-81
6-58
11
12
13
14
12
9-71
7-05
9-68
7-10
9-65
7-14
9-61
7-18
13
10-52
7-64
1048
7-69
10-45
7-73
10-42
7-78
14
11-33
8-23
11-29
8-28
11-25
8-33
11-22
8-38
( 15
1214
8-82
1210
8-87
12-06
8-92
12-02
8-97
15
( 16
12-94
9-40
12-90
9-46
12-86
9-52
12-82
9-57
10 (
( 17
13-75
9-99
13-71
1005
13-67
10-11
13-62
10-17
17 (
( 18
14-56
10-58
14-52
10-64
14-47
10-71
14-42
10-77
18 (
( 19
15-37
11-17
15-32
11-23
15-27
11-30
15-J2 •
11-37
19
20J
( -20
16-18
11-76
16-13
11-83
16-08
11-90
10-03
11-97
( 21
16-99
12-34
16-94
12-42
16-88
12-49
16-83
12-56
21 i
22 I
22
17-80
12-93
17-74
13-01
17-68
13-09
17-63
1310
I 23
18-61
13-52
18-55
13-60
18-49
13-68
18-43
13-76
23 (
i ^"*
19-42
14-11
19-35
14-19
19-29
14-28
19-23
14-36
24 (
( 25
2v)-23
14-69
20-16
14-78
2010
14-87
20-03
14-96
25
< 2(3
21-03
15-28
20-07
15-37
20-90
15-47
20-83
15-56
20 I
( 27
21-84
15-87
21-77
15-97
21-70
1606
21-63
1615
27 (
( 2b
22-65
16-46
22-58
16-56
2-251
16-65
2-2-44
16-75
28 (
( 29
23-46
1705
23-39
17-15
23-31
17-25
23-24
17-35
29 (
( 30
24-27
17-63
24-19
17-74
24-12
17-84
2404
17-95
30 (
3.|
i31
25-08
18-22
25-00
18-33
24-92
18-44
24-84
18-55
< ¥
25-89
18-81
25-81
18-02
25-72
19-03
25-64
19-15
32
( 33
26-70
19-40
26-61
19-51
26-53
19-63
26-44
19-74
33 ?
(^ 34
27-51
19-98
27-42
20-10
27-33
2«)-22
27-24
20-34
34 /
35
28-32
20-57
28-23
20-70
28-13
20-82
28-04
20-94
35 ?
( 3G
29-12
2116
2903
21-29
28-94
21-41
28-85
21-54
36 /
^ 37
I 38
29-93
21-75
29-84
21-88
29-74
2201
29-65
22-14
37 )
30-74
22-34
30-64
22-47
30-55
22-60
30-45
22-74
38
39
/ 40
i 41
31-55
22-92
31-45
23-06
31-35
23-20
31-25
23-33
39
32-36
23-51
32-26
23-65
32-15
23-79
32-05
23-93
40
33-17
24-10
33-06
24-24
32-96
24-39
32 85
24-53
41 ;
( 42
33-98
24-69
33-t^7
24-83
33-76
24-98
33-65
25-13
42
\ 43
34-79
25-27
34-68
25-43
34-57
25-58
.34-45
25-73
43
( 44
3.')-60
25-86
35-48
26-02
35-37
2617
35-26
26-33
44 ,
45
40
( 45
36-41
26-45
3629
2G-61
3617
26-77
36-06
26-92
( 46
37-21
27-04
37-10
27-20
36-98
27-36
36-86
27-52
< 47
36-02
27-63
37-90
27-79
37-78
27-96
37-66
28-12
47 )
48 >
48
38-83
28-21
38-71
28-38
38-59
28-55
38-46
28-72
( 49
39-64
28-80
39-52
28-97
39-39
29-15
39-20
29-32
49 }
( 50
40-45
29-39
40-32
29-57
40-19
29-74
40-00
29-92
50 )
} 1
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
ij
54 Deg.
535
Deg.
53i
Deg.
53i
Deo.
TRAVERSE TABLE.
145
1
36 Deg.
36i
Deg.
36i
Deg.
36|-
Dkg.
.i
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep,
) 51
41-26
29-98
4113
30-16
41-00
30-34
40 86
30-51
51 /
52 I
) 52
4207
3056
41-U4
30-75
41-80
30-93
41.67
31-11
) 53
42-88
3115
42-74
31-34
42-60
31-53
4247
31-71
53 /
) 54
43-69
31-74
43-55
31-93
43-41
3212
4327
32-31
54 /
) 55
44-50
32-33
44-35
3252
44-21
32 72
4407
32-91
55 /
) 56
45-30
32-92
45-16
33-11
45-02
33-31
44.87
33-51
56 (
) 57
4611
33-50
45-97
33-70
45-82
33-90
45-67
34 10
57 /
) 58
46-92
34-09
46-77
34-30
46-62
34-50
46-47
.34-70
.58 /
) 59
47-73
34-68
47-58
.34-89
47-43
3509
47.27
35-30
59 )
S 60
48-54
35-27
48-39
35-48
48-23
35-69
48.08
35-90
60 ^
) 61
49-35
35-85
49-19
36-07
49-04
36-28
48-88
30-50
61
) 62
50-16
36-44
50-00
36-66
49-84
36-88
49-08
37-10
62 )
) 63
50-97
37-03
50-81
37-25
5064
37-47
50-48
37-69
63
) 64
51-78
37-62
51-61
37-84
51-45
38-07
51-28
38-29
64 /
) 65
52-59
38-21
52-42
38-44
52-25
38-66
52-08
38-89
65 /
) .66
53-40
38-79
53-23
3903
53-05
39-26
52-88
39-49
66
) 67
54-20
39-38
54-03
39-62
53-86
39-85
53-68
40-09
67
> 68
5501
39-97
54-84
40-21
54-66
40-45
54-49
40-69
68
) 69
55-82
40-56
55-64
40-80
5.5-47
41-04
55-29
41-28
69
) 70
56-63
4114
56-45
41-39
56-27
41-64
50-09
41-88
70
) 71
57-44
41-73
57-26
41-98
.57-07
42-23
56-89
42-48
71
72
58-25
42-32
58-06
42.57
57-88
42-83
57-09
43-08
72
73
73
59-06
42-91
.58-87
43-17
58-68
43-42
58-49
43-68
74
59-87
43-50
59-68
43-76
59-49
44-02
59-29
44-28
74 ;
75
60-68
44-08
60-48
44-35
60-29
44-61
60-09
44-87
75
76
77
78
76
6J-49
44-67
61-29
44-94
61-09
45-21
60-90
45-47
77
62-29
45-26
62-10
45-53
61-90
45-80
■61-70
46-07
) 78
6310
45-85
62-90
46-12
62-70
46-40
62-50
40-67
) 79
63-91
46-43
63-71
46-71
63.50
46-99
63-30
47-27
79
) 80
64-72
47-02
64-52
47-30
6431
47-59
64-10
47-87
80 i
5 81
65-53
47-61
65-32
47-90
65-11
48-18
64^90
48-46
81 }
82
) 82
66-34
48-20
66-13
48-49
65-92
48-78
65-70
49-06
) 83
67-15
48-79
66-93
49-08
66-72
49-37
66-50
49-66
83
84
67 96
49-37
67-74
49-67
67-52
49-97
67-31
50-26
84 )
) 85
68-77
49-96
68-55
50-2<)
68-33
50-56
68-11
50-86
85 >
) 86
69-58
50-55
69-35
50-85
69-13
51-15
68-91
51-46
86
) 87
70-38
51-14
70-16
51-44
69-94
51-75
69-71
52-05
87
) 88
71-19
51-73
70-97
52-04
70-74
5234
70-51
52-65
88
) 89
72-00
52-31
71-77
52-63
71.54
52-94
71-31
53-25
89 )
) 90
72-81
52-90
72-58
53-22
72-35
53-53
72-11
53-85
90 J
) 91
73-62
53-49
73-39
53-81
73-15
54-13
72-91
54-45
91 !
) 92
74-43
.54-08
74-19
54-40
73-95
54-72
73-72
55 05
92
) 93
75-24
54-66
7500
.54-99
74-76
55-32
74-.52
.55 64
93 )
) 94
76-05
55-25
75-81
55-58
75.56
55-91
75-32
56 24
94 ',
) 95
76-86
55-84
76-61
56-17
76-37
56-51
76-12
.56 84
95
) 96
77-67
56-43
77-42
56-77
77-17
57-10
76-92
57-44
96
97
78-47
57-02
78-23
57-36
77-97
57-70
77-72
58-04
97 )
) 98
79-28
57-60
79-03
57-95
78-78
58-29
78-.52
58-64
98 )
99
80-09
58-19
79-84
58.54
79-.58
58-89
79-32
.59-23
99 )
)100
80-90
58-78
80-64
59-13
80-39
59-48
80-13
59-83
100 j
i
a
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
m }
54 Deg.
53f
Deg.
53i
Deg.
531
Deg.
13
146
TRAVERSE TABLE,
.'—-■^^
•^^-^-^-^-^-^^
-^^--^-^-^-^~^'
'^'~— ~---~^-~
-^'^-''^'■^^~
--'^^^-^"^-^^
^-^-.~^^v,^v.
'^,~^^_^^
••'V.^^— ,
37 Deg.
37i
Deg.
37^
Deg.
37^
Dec.
I' ]
' =
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
0-80
0-60
0-80
0-01
0-79
0-61
0-79
0-01
1 )
2
1-eo
1-20
1-59
1-21
1-59
1-22
1-58
1-22
2 (
3
2-40
1-81
2-39
1-82
2-38
1-83
2-37
1-84
3 /
4
319
2-41
3-18
2-42
3-17
2-43
3-16
2-45
4 (
5
3-99
301
3-98
3-03
3-97
304
3-95
3-06
5 (
6
4-79
3-61
4-78
303
4-76
3-65
4-74
3 67
6 (
7
5-59
4-21
5-.^7
4-24
5-55
4-26
5-53
4-29
7 )
8
6-39
4-81
G-:;7
4-84
6-35
4-87
6-33
4-90
8
' \>
7- J 9
5-42
7-16
5-45
7-14
5-48
7-12
5-51
9
10
7-99
002
7-96
6-05
7-93
6-09
7-91
6-12
10
11
8-78
6-02
8-76
6-00
8-73
6-70
8-70
6-73
11 (
12
9-58
7-22
9-55
7-20
9-52
7-31
9-49
7-35
12 )
la
10-38
7-82
10-35
7-87
10-31
7-91
10-28
7-96
13 )
14
11-18
8-43
1114
8-47
11-11
8-52
11-07
8-57
14 /
15
11-98
903
11-94
9-08
11-90
9-13
11-86
9-18
15 )
IG
12-78
9-03
1274
9-08
12-09
9-74
12-05
9-80
16 )
17
13-58
10-23
13-53
10-29
13-49
10-35
1.3-44
10-41
17 )
• 18
14-38
10-83
14-33
10-90
14-28
10-96
14-23
11-02
18
IS)
15-17
11-43
1512
11 -.50
15-07
11-57
1.5-02
11-03
19
20
15-97
1204
15-92
12-11
15-87
12-18
15-81
12-24
20 )
16-77
1204
16-72
12-71
10-66
12-78
16-60
12-86
21 I
17-57
1324
17-51
13-32
17-45
13-39
17-40
13-47
22 /
18-37
13-84
18-31
1392
18-25
14-00
1819
14-08
23 J
19-17
14-44
1910
14-53
19-04
14-01
18-98
14-69
24 I
> 25
19-97
1505
19-90
1.5-13
19-83
15-22
19-77
1.5-31
25 )
26
20-76
15-05
20-70
1574
20-03
15-83
2C-56
15-92
26
27
21-56
16-25
21-49
10-34
21-42
10-44
21-35
16-53
27
- 28
22-36
10-85
22-29
10-95
22-21
17-05
22-14
17-14
28 )
/ 2i»
23-16
17-45
23-08
17-55
23-01
17-05
22-93
17-75
29
; 30
J 3.
23-96
18-05
23-88
18-10
23-80
18-20
23-72
18-37
30
24-76
18-66
24-68
18-76
24-59
18-87
24-51
18-98
31
/ 32
25-56
19-20
25-47
19-.37
25-39
19-48
25-30
19-59
32 )
) 33
26-35
19-86
26-27
19-97
20-18
2009
20-09
20-20
33
34
35 )
34
27-15
20-46
27-06
20-58
2097
20-70
26-88
20-82
35
27-95
2100
27-86
21-19
27-77
21-31
27-67
21-43
; 36
28-75
2107
28-00
21-79
28-50
21-92
28-46
2204
36 I
/ 37
29-55
2227
29-45
22-40
29-35
22-52
29-20
22-05
37 I
38
30-35
22-87
30-25
23-00
3015
23-13
30-05
23-26
38 )
39
31-15
23-47
31-04
23-01
30-94
23-74
30-84
23-88
39 )
) 40
41
31-95
24-07
31-84
24-21
31-73
24-35
31-63
24-49
40 )
32-74
24-67
32-04
24-82
32.53
24-96
32-42
2.5-10
41 }
; 42
33-54
25-28
33-43
25-42
33-32
25-57
33-21
25-71
42
; 43
34-34
25-88
34-23
20-03
34-11
26-18
34 00
20-33
43
44
3514
26-48
3502
2o-03
34-91
20-79
34-79
20-94
44
/ 9.
35 94
27-08
35-82
27-24
35-70
27-39
35-.58
27-.55
45 )
46 /
46
S6-74
27-68
3002
27-84
30-49
28-00
30.37
28-10
; 47
37-54
28-29
37 41
28-45
37-29
28-01
37-16
28-77
47 /
48
38-33
28-89
38-21
2905
38-08
29-22
37-95
29-39
48
49
39-13
29-49
39-00
29-66
38-87
29-83
38-74 1
30-00
49
J 50
39-93
30-09
39-80
30-26
39-67
30-44
39-53 1
1
30-61
50 j
ll
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep. 1
Lat.
53 D
EG.
52| I
)eg.
52J I
)EG.
52} E
)EO.
TRAVERSE TABLE.
147
(
1
37 Deg. 1
1
37i Deg.
37:V Deg.
37J Deg.
(
1 )
-1
1
Dep.
Lat.
Dep. 1
Lat. 1
i
Dep.
Lat.
Dep.
' 51
40-73
30-69
4 ) 63
30-87
40 46
3105
40 33
31-22
51 (
/ 52
) 53
; 54
41-53
31-29
41-39
31-48
41-25
31-66
41-12
31-84
52 (
4-j-:;3
31-90
4-2-19
32-08
4205
32-26
41-91
3-2-45
53 (
4313
3:2-50
42-98
32-69
42-84
32-87
42-70
33-06
54
' 55
43-^2
33-10
43-78
33-29
43-63
33-48
43-49
33-67 "
55
n?
44-72
3370
44-58
33-90
44-43
34-09
44-23
34-28
56
4o-52
34-30
45-37
34-50
45-22
34-70
45-07
34-90
57
/ 58
/ 59
46-32
34-91
46-17
3.5-11
4601
35-31
45-86
35-51
58
47-12
35-51
46-96
35-71
46-81
35-92
46-65
36-12
59
) 60
47-92
3611
47-76
36-32
47-60
36-53
47-44
36-73
60
/ 61
48-72
36-71
48-56
36-92
48-39
37-13
48-23
37-35
61 S
) 62
49-52
37-31
49-35
37-53
49-19
37-74
49-02
37-96
62 S
) 63
64
65
66
50-31
37-91
50-15
3813
49-98
38-35
49-81
38-57
63 S
51-11
38-52
50-94
38-74
50-77
38-98
50-60
39-18
64 S
51-91
3U-12
51-74
39-34
51 .57
39-57
51-39
39-79
65 S
52-71
39-72
52-54
39-95
52-36
40-J8
52-19
40-41
66 )
67
53-51
40-32
53-33
40-55
53-15
40-79
52-98
41-02
67 S
i 68
54-31
40-92
5413
41-16
53-95
41-40
53-77
41-63
68 S
69
55-11
41-53
54-92
41-77
54-74
42-00
54-56
42-24
69 )
70
55-90
42-13
55-72
42-37
55-53
42-61
55-35
42-86
70 J
/ 71
56-70
42-73
56-.52
42-98
56-33
43-22
56-14
43-47
71 j
) 72
57-50
43-33
57-31
43-58
57-12
43-83
56-93
44-08
72
) 73 '
58-30
43-93
58-11
44-19
57-91
44-44
57-72
44-69
73
) 74
59-10
44-53
58-90
44-79
.58-71
45-05
.58-51
45-30
74
59-90
45-14
59-70
45-40
59-50
45-66
59-30
45-92
75
) 76
60-70
45-74
60-50
46-00
60-29
46-27
60-09
46-53
76
77
61-49
46-34
61-29
46-61
61-09
46-87
■60-88
47-14
77
78
62-29
46-94
6209
47-21
61-88
47-48
61-67
47-75
78
^ 79
63-09
47-54
62-88
47-82
62-67
48-09
62-46
48-37
79
J 80
63-89
48-15
63-68
48-42
63-47
48-70
63-26
48-98
80 j
' 81
64-69
48-75
64-48
49-03
64-26
49-31
64-05
49-59
81 )
82
65 49
49-35
65-27
49-63
6505
49-92
64-84
50-20
82 )
83
66-29
49-95
66-07
50-24
65-85
50-53
65-63
50-81
83 )
84
67-09
50-55
66-86
50-84
66-64
51-14
66-42
51-43
84 )
85
67 88
51-15
67-66
51-45
67-43
51-74
67-21
52-04
85 )
86
68-68
51-76
68-46
52-06
68-23
5-2-35
68-00
52-65
86 )
( 87
69-48
52-36
69--25
52-66
69-02
5-2-90
68-79
53-26
87 )
88
70-28
52-96
70-05
.53-27
69-82
53-.57
69-58
53-88
88 )
89
71-08
53-56
70-84
53-87
70-61
54-18
70-37
54-49
89 )
; 90
71-88
5416
71-64
54-48
71-40
54-79
71-16
55-10
90 )
I 91
72-68
54-77
72-44
55-08
72-20
55-40
71-95
55-71
91
) 92
73-47
55-37
73"23
55-69
72-99
56-01
72-74
56-32
92 )
( 93
74-27
55-97
74-03
56-29
73-78
56-61
73-53
56-94
93 )
( 94
75-07
50-57
74-82
5!r90
74-58
57-22
74-32
57-55
94 )
( 95
75-87
57-17
75-62
.57-50
75-37
57-83
75-12
58-16
95 )
( 96
76-67
57-77
76-42
58-11
76-16
58-44
75-91
58-77
96
97
77-47
58-38
77-21
58-71
76-96
59-05
76-70
59-39
97 )
98
78-27
58-98
78-01
59-32
77-75
59-66
77-49
60-00
98 )
99
(103
79-06
59-58
78-80
59-92
78-54
60-27
78-28
60-61
99 )
79-86
60-18
79-60
60-53
79-34
60-88
79-07
61-22
100 I
(
|l
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
1}
53 Deg.
52}
Deg.
52i
Deo.
52^
Deg.
148
TRAVERSE TABLE.
2
• 1
38 Deg.
38\
Deg.
33^
Deg.
381 Deg.
O
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
1
0-79
0-62
79
0-02
0-78
0-62
0-78
0-63
1
o
1-58
1-23
1-57
1-24
1-57
1-24
1£6
1-25
o
3
2-36
1-85
2-36
1-86
2-35
1-87
2-34
1-88
3
4
3-15
2-46
314
2-48
3-13
2-49
3-12
2-50
4
5
3-94
308
3-93
310
3-91
311
3-90
313
5
6
4-73
3-69
4-71
3-71
4-70
3-74
4-68
3-76
6
7
552
4-31
5-50
4-33
5-48
4-36
5-46
4-38
7
8
6-30
4-93
6-28
4-95
6-26
4-98
6-24
501
g
9
7-09
5-54
7-07
5-57
7-04
5-60
7-02
5-63
9
10
7-88
6-16
7-85
6-19
7-83
6-23
7-80
6-26
10
11
8-67
6-77
8-64
6-81
8-61
6-85
8-58
6-89
11
12
9-46
7-39
9-42
7-43
9-39
7-47
9-36
7-51
12
13
10-24
8-00
10-21
805
10-17
8-09
1014
8-14
13
14
1103
8-02
10-99
8-67
10-96
8-72
10-92
8-76
14
15
11-82
9-23
11-78
9-29
11-74
9-34
11-70
9-39
15
16
12-61
9-85
12;57
"9-91
12-52
9-96
12-48
10-01
16
17
13-40
10-47
13-35
10-52
13-30
10-58
13-26
10-64
17
18
14-18
1108
1414
11-14
14-09
11-21
14-04
11-27
18
19
14-97
11-70
14-92
11-76
14-67
11-83
14-82
11-89
19
20
15-76
12-31
15-71
12-38
15-65
12-45
15-60
12-52
20
21
16-55
12-93
16-49
1300
16-43
1307
16-.38
13-14
21
22
17-34
13-54
17-28
13-62
17-22
13-70
17-16
1.3-77
22
23
18-12
14-16
18-06
14-24
18-00
14-32
17-94
14-40
23
24
18-91
14-78
18-85
14-86
18-78
14-94
18-72
15-02
24
25
19-70
15-39
19-63
15-48
19-57
15-56
19-.^>0
15-65
25
2f)
20-49
16-01
20-42
16-10
20-35
1619
20-28
16-27
26
27
21-28
16-62
21-20
16-72
2113
16-81
2106
16-90
27
28
22-06
17-24
21-99
17-33
21-91
17-43
21-84
17-53
28
29
22-85
17-85
22-77
17-95
22-70
18-05
22-62
18-15
29
30
23-64
18-47
23-56
18-57
23-48
18-68
23-40
18-78
30
31
24-43
19-09
24-34
19-19
24-26
19-30
24-18
19-40
31
32
25-22
19-70
2.5-13
19-81
25-04
19-92
24-96
20-03
32
33
2600
20-32
25-92
20-43
25-83
20-54
25-74
20-66
33
34
26-79
20-93
26-70
21-05
26-61
2117
26-52
21-28
34
35
27-58
2J-55
27-49
21-67
27-39
21-79
27-30
21-91
35
36
28-37
22-16
28-27
22-29
28-17
22-41
28-08
22-53
36
37
29-16
22-78
2906
22-91
28-96
2303
28-86
23-16
.37
38
29-94
23-40
29-84
23-53
29-74
23-66
29-64
23-79
38
39
30-73
24-01
30 63
2414
30-.52
24-28
30-42
24-41
39
40
31-52
24-63
31-41
24-76
31-30
24-90
31-20
25-04
40
41
32-31
25-24
32-20
25-38
32-09
25-52
31-98
25-66
41
42
33-10
25-86
.32-98
26-00
32-87
26-15
32-76
26-29
42
43
33-88
26-47
33-77
26-62
33-65
26-77
33-53
26-91
43
44
34-67
27-09
34-.55
27-24
34-43
27-39
3431
27-54
44
45
3546
27-70
35-34
27-86
35-22
28-01
3509
28-17
45
46
36-25
28-32
3612
28-48
36-00
28-64
35-87
28-79
46
47
3704
28-94
36-91
29-10
36-78
29-26
36-65
29-42
47
48
37-82
29-55
37-70
29-72
37-57
29-88
37-43
30-04
48
49
38-61
30-17
38-48
30-34
38-35
30-50
38-21
30-67
49
50
39-40
30-78
39-27
30-95
39-13
31-13
38-99
31-30
50
1
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i
52 D
EQ.
SIJI
)EO.
5ii r
>EO.
51^1
)EG.
1 (
TRAVERSE TABLE.
149
F
) ■
38 Deg.
38i
Deg.
38i Deg.
38J Deg.
1' (
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
) 51
40-19
31-40
40-05
31-57
39-91
31-75
39.77
31-92
51 I
52
40-98
32-01
40-84
32-19
40-70
3237
40.55
3255
52 (
53
41-76
32-63
41-62
32-81
41-48
32-99
41-33
3.3-17
53 (
54
42-55
33-2.>
42-41
33-43
42-26
3362
42-11
33-80
54 (
) 55
43-34
33-86
43-19
3405
43-04
34-24
42-89
34-43
55
) 56
44-13
34-48
43-98
34-67
43-83
34-86
43-67
35-05
56
) 57
44-92
35-09
44-76
35-29
44-61
35-48
44 45
35 08
57
) 58
45-70
35-71
45-55
35-91
45-39
36-11
45-23
36-30
58 (
) 59
46-49
36-32
46-33
36-53
46-17
36-73
4601
36-93
59 (
j 60
47-28
36-94
47-12
37-15
46-96
37-35
46-79
37-56
60 (
) 61
48-07
37-56
47-90
37-76
47-74
37-97
47-57
38-18
61 (
62
48-86
38-17
48-69
38-38
48-52
38-60
48-35
38-81
62 (
63
49-64
38-79
49-47
39-00
49-30
39-22
49-13
39-43
63
64
50-43
39-40
50-26
39-62
50-09
39-84
49-91
40-06
64
65
51-22
40-02
51-05
40-24
50-87
40-46
50-69
40-68
65
66
52-01
40-63
51-83
40-86
51-65
41-09
51-47
41-31
66
67
5-2-80
41-25
52-62
41-48
52-43
41-71
52-25
41-94
67
68
53-58
41-86
53-40
42-10
.53-22
42-33
53-03
42.56
68
69
54-37
42-48
54-19
42-72
54-00
42-95
53-81
43-19
69
70
55-16
43-10
54-97.
43-34
54-78
43-58
54-59
43-81
70
71
55-95
43-71
55-76
43-96
55-57
44-20
55-37
44-44
^M
72
56-74
44-33
56-54
44-57
56-35
44-82
50-15
45-07
72
73
57-52
44-94
57-33
45-19
57-13
45 44
56-93
45-69
73
74
58-31
45-56
5811
45-81
57-91
46-^7
57-71
46-32
74
75
59-10
46-17
58-90
46-43
58-70
46-69
58-49
46-94
75
76
59-89
46-79
59-68
47-05
59-48
47-31
59-27
47-57
76
) 77
60-68
47-41
60-47
. 47-67
60-26
47-93
■ 60 05
48-20
77 /
78
61-40
43-02
61-25
48-29
61-04
48-.56
60-83
48-82
78
79
62-25
48-64
62-04
48-91
61-83
49-18
61-61
49-45
79 )
80
63-04
49-25
62-83
49-53
6261
49-80
62-39
5^-07
80 j
81
63-83
49-87
63-61
50-15
63-39
50-42
63-17
50-70
(
81 )
82
64-62
50-48
64-40
50-77
64-17
51-05
63-95
51-33
82 )
83
65-40
51-10
65-18
51-.38
64-96
51-67
64-73
51-95
83 >
84
6619
51-72
65-97
52-00
65-74
52-29
65-51
52-58
84
85
66-98
52-33
66-75
52-62
66-52
52-91
66-29
53-20
85 )
86
67-77
52-95
67-54
53-24
67-30
53-54
67-07
53-83
86 )
87
68-56
53-56
68-32
53-86
68-09
5416
67-85
54-46
87 )
88
69-34
54-18
6911
54-48
68-87
54 78
68-63
55-08
88 )
89
70-13
54-79
69-89
5510
69-65
55-40
69-41
55-71
89 )
90
70-92
55-41
70-68
55-72
70-43
56-03
70-19
56-33
90 )
91
71-71
56-03
71-46
56-34
71-22
56-65
70-97
56-95
91 J
92
72-50
56-64
72-25
56-96
72-00
57-27
7175
57-.58
92 )
93
73-28
57-26
73-03
57-58
72-78
57-89
72-53
58-21
93
94
74-07
57-87
73-82
58-19
73.57
58-.52
73-31
58-84
94
95
74-86
58-49
74-61
58-81
74-35
59-14
74-09
59-46
95
96
75-65
5910
75-39
59-43
7.513
59-76
74-87
60-09
96
) 97
75-44
5972
76-18
69-05
75-91
60-38
75-65
60-71
97
98
77-22
60-33
76-95
60-67
76-70
61-01
76-43
61-34
98
99
78-01
60-95
77-75
61-29
77-48
61-63
77-21
61-97
99
>109
78-80
61-57
78-53
61-91
78-26
62-25
77-99
62-59
100 )
/ 1
) .2
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i
Q I
52 1
Deg.
51J
Deg,
5U-
Deg.
5U
Deg.
150
TRAVERSE TABLE.
0-78
1-55
2-33
31]
3-89
4-68
5-44
6-22
6-1)9
7-77
8-55
9-33
10-10
10-88
11-66
12-43
13-21
13-99
14-77
15-54
16-32
17-10
17-87
18-65
19-43
20-21
20-98
21-76
22-54
23-31
24-09
24-87
25-65
26-42
27-20
27-98
28-75
29-53
30-31
31-09
31-86
32-64
33-42
3419
34-97
35-75
36-53
37-30
38-08
38-86
Dep.
0-63
1-26
1-89
2-52
3-15
3-78
4-41
503
5-66
6-29
6-92
7-55
8-18
8-81
9-44
10-07
10-70
11-33
11-96
12-59
13-22
13-84
14-47
15-10
15-73
16-36
16-99
17-62
18-25
18-88
19-51
20-14
20-77
21-40
22-03
22-66
23-23
23-91
24-54
25-17
25-80
26-43
27-06
27-69
28-32
28-95
29-58
30-21
30-84
31-47
39i
Deg.
39J
Deg.
39J Deg.
I\
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1 (
■ (
0-77
0-03
0-77
0-64
0-77
0-64
1 ,
1-55
1-27
1-54
1-27
1-54
1-28
2
2-32
1-90
2-31
1-91
2-31
1-92
3
3-10
2-.->3
309
2-54
3-08
2-56
4 (
3-87
3-16
3-86
3-18
3-84
3-20
5 ]
5-42
3-80
4-63
3-82
4-61
3-84
6
4-43
5-40
4 45
5-38
4-48
7
6-20
5-06
6-17
5-09
6-15
5-12
8
6-97
5-69
6-94
5-72
6-92
5-75
9
7-74
6-33
7-72
6-36
7-69
6-39
10 1
8-52
6-96
849
7-00
8-46
7-03
11
9-29
7-59
9-26
7-63
9-23
7-67
12
10-07
8-23
10-03
8-27
9-99
8-31
13
10-84
8-86
10-80
8-91
10-76
8-95
14
11-62
9-49
11-.57
9-54
11-53
9-59
15
12-39
10-12
12-35
10-18
12-30
10-23
16 ^
1316
10-76
1312
10-81
13-07
10-87
17
13-94
11-39
13-89
11-45
13-84
11-51
18
14-71
12-02
14-66
1209
14-61
12-15
19
15-49
12-65
15-43
12-72
15-38
12-79
20
16-26
13-29
16-20
13-36
1615
13-43
21
17-04
13-92
16-98
13-99
16-91
1407
22
17-81
14-.55
17-75
14-63
17-«>8
14-71
23
18-59
15-18
18-52
1.5-27
18-45
15-35
24
19-36
15-82
19-29
15-90
19-22
15-99
25
20-13
16-45
20-06
16-54
19-99
1663
26
20-91
17-08
20-83
1717
20-76
17-26
27
21 -tW
17-72
21-61
17-81
21-53
17-90
28 (
22-46
18-35
22-38
18-45
22-30
18.54
29 (
23-23
18-98
2315
19-08
23-07
19-18
30
24-01
19-61
23-92
19-72
23-83
19-82
31 (
24-78
20-25
2-1-69
20-35
24-(J0
20-46
32 (
25-55
20-88
25-46
20-99
25-37
21-10
33 (
26-33
21-51
26-24
21-63
2614
21-74
34 (
2710
22-14
27-01
22-26
26-91
22-38
35 (
27-88
22-78
27-78
22-i)0
27-68
23-02
36 <
28-65
2.3-41
28-55
23-53
28-45
23-66
37 (
29-43
24-04
29-.32
24-17
29-22
24-30
38
30-20
24-68
30-09
24-81
29-98
24-94
39
30-98
25-31
30-86
25-44
30-75
25-58
40 (
31-75
25-94
31-64
26-08
31-52
26-22
41 i
32-52
26-57
32-41
26-72
32-29
26-86
42 (
33-30
27-21
33-18
27-35
33-06
27-50
43 (
34-07
27-84
3395
27-99
33-83
23-14
44 (
34-85
28-47
34 72
28-62
34-60
5»-77
45 (
35-62
29-10
3549
29-26
35.37
29-41
46 (
3G-40
29-74
36-27
29-90
3614
30-05
47 (
37-17
30-37
37-04
30-53
.36-90
30-09
48 (
37-95
31-00
37-81
31-17
37-67
31-33
49 (
38-72
31-64
38-58
31-80
38-44
31-97
50 <
Dep.
Lat
Dep.
Lat.
Dep.
Lat.
, (
i '<
50^
Deg.
50^
Deg.
50i ]
Deg.
^
TRAVERSE TABLE,
151
(^~~^"^'
v.^-w'^'-^-"
_^_^,../-v_^-~^
.-^^-w-x.^-^.
r^-'-^-''^---^-^
^^^^^^-^
■-^^-'■^^'^-''^
-^~^^^-— V
39 Deg.
39i
Deg.
29^ Deg.
39]^ Deg.
O J
1
Lat.
Dop.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
! 51
39-63
32-10
39-49
32-27
39-35
32-44
39-21
32-61
51
i 52
40-41
32-72
40-27
32-90
40-12
33-08
39-93
33-25
52
'; 53
41-19
33-35
41-04
33-53
40-90
33-71
40-75
33-89
53 )
54
41.97
33-98
41-82
34-17
41-67
34-35
41-52
34-53
54 )
55
42-74
34-61
42-59
34-80
42-44
34-98
42-29
35-17
55 )
56
43-52
35-24
43-37
3.5-43
43-21
35-02
43-06
35-81
56 )
57
44-30
35-87
44-14
36-06
43-98
36-26
43-82
36-45
57 )
58
45-07
36-50
44-91
36-70
44-75
36-89
44 59
37-09
58 )
5y
45-85
3713
45-69
37-33
45-53
37-53
45-36
37-73
59 }
60
46-63
37-70
46-46
37-96
46-30
38-16
46-13
38-37
60 )
61
47-41
38-39
47-24
38-60
47-07
38-80
46-90
39-01
61
( 62
( 63
48-18
3902
48-01
39-23
47-84
39-44
47-67
39-65
62 )
48-96
39-65
48-79
39-8()
48-61
40-07
48-44
40-28
63 )
( 64
49-74
40-28
49-56
40-49
49-38
40-71
49-21
40-92
64 /
( 65
50-51
40-91
50-34
41-13
.50-16
41-35
49-97
41-56
65 ;
( 66
51-29
41-54
51-11
41-76
50-93
41-98
50-74
42-20
66
^l
5207
42-16
51-88
42-39
51-70
42-62
51-51
42-84
67
68
52-85
42-79
52-66
43-02
52-47
43-25
52-28
43-48
68
69
53-52
43-42
53-43
43-66
53-24
43-89
53-05
44-12
69 )
( 70
54-40
44-05
54-21
44-29
54-01
44-53
53-82
44-76
70 j
71*
55-18
44-68
54-98
44-92
54-79
45-16
54-59
45-40
71 )
72
55-95
45-31
55-76
45-55
55-56
45-80
.55-36
46-04
72 )
73
50-73
45-94
50-53
46-19
56-33
46-43
56-13
46-08
74
57-51
46-57
57-31
46-82
57-10
47-07
56-89
47-32
75
58-29
47-20
58-08
47-45
57-87
47-71
57-66
47-96
76
59-06
47-83
58-85
48-09
58-64
48-34
58-43
48-60
( '7''
59-84
48-46
59-63
48-72
59-42
48-98
59-20
49-24
77 )
78
60-62
49-09
60.40
49-35
60-19
49-61
.59-97
49-88
78
( 79
61-39
49-72
61-18
49-98
60-96
50-25
60-74
50-52
79
80
62-17
50-35
61-95
50-62
61-73
50-89
61-51
51-16
80 )
81
62-95
50-97
62.73
51-25
62-50
51-52
62-28
51-79
81 )
82
63-73
51-60
63-50
51-88
63-27
52-16
63-04
52-43
82 )
83
64-50
52-23
64-27
52-51
64-04
52-79
63-81
53-07
83
( 84
65-28
52-86
6505
53-15
64-82
53-43
64-58
53-71
84
85
66-06
53-49
65-82
53-78
65-59
54-07
65-35
54-35
85
86
66-83
54-12
66-60
54-41
06-36
54-70
66-12
54-99
86
( 87
67-61
54-75
67-37
55-U5
67-13
55-:J4
66-89
55-63
87
88
68-39
55-38
68-15
55-68
67-90
55-97
67-66
56-27
88
89
6917
56-01
68-92
56-32
68-67
56-61
68-43
56-91
89
90
69-94
56-64
69-70
56-94
69-45
57-25
69-20
57-55
90
( 91
70-72
57-27
70-47
57-58
70.22
57-88
69-96
58-19
91
{ ^.
71-50
57-90
71-24
58-21
70-99
58-52
70-73
58-83
92
93
72-27
58-53
7202
58-84
71-76
59-16
71-50
59-47
93 S
94
73-05
59-16
72-79
59-47
72-53
59-79
72-27
60-11
94 )
/ 95
73-83
59-79
73-57
60-11
73-30
60-43
7304
60-75
95 )
{ 96
74-61
60-41
74-34
60-74
74-08
61-06
73-81
61-39
96 )
97
75-38
61-04
75-12
61-37
74-85
61-70
74-58
62-03
97 {
^^
76-16
61-67
75-89
62-01
75-62
62-34
75-35
62-66
98 S
) 99
76-94
62-30
76-66
62-64
76-39
62-97
76-12
63-30
99 {
100 )
^100
/
77-71
62-93
77-44
.63-27
77-16
63-81
76-88
63-94
if
i
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Ti
5 I
51 I
:»EG.
50i
Deg.
50i
Deg.
50i
Deg.
152
TRAVERSE TABLE.
\l
40 Deg.
m
Deg.
40V
Deg.
40i
Deg.
5 \
p
\ •"
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
}
0-77
0-64
0-76
0-65
0-76
0-65
076
0-65
1 (
1-53
1-29
1-53
1-29
1-52
1-30
1-52
1-31
2 (
h
2-30
1-93
2-29
1-94
2-28
1-95
2-27
1-96
3 ?
3-00
2-57
305
2-58
304
2-60
303
2-61
4 (
( 5
3-83
3-21
3-82
3-23
3-80
3-25
3-79
3-26
5 (
6
4-()0
3-86
4-58
3-88
4-56
3-90
4 55
3-92
6 }
5-3<i
4-50
5-34
4-52
5-32
4-55
5-30
4-57
7 (
) 8
613
514
611
5-17
608
5-20
6-06
5-22
8 (
/ 9
6-89
5-79
6-87
5-82
684
5-84
6-82
5-87
9 (
I 10
7-66
643
7-63
6-46
7-60
6-49
7-58
6-53
10 }
( 11
8-43
7-07
8-40
7-11
8-36
7-14
8-33
7-18
11 (
( i^
919
7-71
916
7'75
9.12
7-79
9-09
7-83
12 )
( 1=^
9-96
8-36
9-92
8-40
9.89
8-44
9-85
8-49
13 )
} 14
1072
9-00
10-69
9-05
10-65
9-09
10-61
9-14
14 /
/ 15
11-49
9(54
11-45
9-69
11-41
9-74
11-36
9-79
15 )
( 16
12-2(i
10-28
1-2-21
10-34
1-217
10-39
12-12
10-44
16 )
17
1302
10-93
12-97
10-98
12-93
11-04
12-88
11-10
17 )
^ 1^
13-79
11-57
13-74
11(53
13-69
11-69
13-64
11-75
18 >
( IJ
14o5
12-21
14-50
12-28
14-45
12-34
14-39
12-40
19 )
20
15-32
12-86
15-26
12-92
15-21
12-99
1515
13-06
20 )
21
1609
13-50
16-03
13-57
15-97
13-ft4
15-91
13-71
21
) 22
16-8J
14-14
16-79
14-21
16-73
14-29
16-67
14-36
22 )
/ 23
17(52
14-78
17-55
14-86
17-49
14-94
17-42
15-01
23 )
; 24
18-39
15-43
18-32
15-51
18-25
15-59
18-18
15-67
24
2.-)
19-15
16-07
19-08
16-15
19-^1
16-24
18-94
16-32
25 )
2G
19-92
16-71
19-84
16-80
19-77
16-89
19-70
16-97
26 )
} 27
2()-(58
17-36
20-61
17-45
20-53
17-54
20-45
17-62
27 )
/ 2ri
21-45
18-00
21-37
1809
21-29
18-18
21-21
18-28
28 )
/ 29
22-22
1^-64
2213
18-74
22-05
18-83
21-97
18-93
29 )
j 30
22-98
19-28
22-90
19-38
2-2-81
19-48
22-73
19-58
30 ;
31
23-75
19-'93
23-66
2003
23-57
20-13
23-48
20-24
31 )
) 32
24-51
20-57
24-42
20-68
24 33
20-78
24-24
20-89
32 )
) 33
25-28
21-21
2519
21-32
25-09
21-43
25-00
21-54
33 )
34
2(5-05
21-85
25-95
21-97
25-85
2-2-08
25-76
22-19
34 )
35
2(5-81
22-50
26-71
22-61
26 61
2-2-73
26-51
22-85
35 )
3i)
27-58
23-14
27-48
23-26
27-37
2:j-38
27-27
23-50
36 )
37
28-34
23-78
28-24
2;}-91
28-13
1^-03
28-03
24-15
37 )
38
29-11
24-43
2900
24-55
28-90
24-68
28-79
24-80
38 )
3!)
29-88
25-07
29-77
25-20
29-66
25-33
29-54
25-46
39 )
( 40
/
30-64
25-71
30-53
25-84
30-42
25-98
30-30
26-11
40 )
^41
31-41
26-35
31-29
26-49
31-18
26-63
31-06
26-76
41 )
( 42
32-17
27-00
3206
27-14
31-94
27-28
31-82
27-42
42
} 43
32-94
27-64
32-82
27-78
32-70
27-93
32 58
28-07
43 )
44
33-71
28-28
33-58
28-43
33-46
28-;J8'
33-33
28-72
44 )
4o
34-47
28-93
34-35
29-08
34 22
29-23
3409
29-37
45 )
4(5
35-21
2J-57
35-11
29-72
34-98
29-87
34-85
30-03
46 )
47
3600
30-21
35-87
30-37
35-74
30-52
35-61
30-68
47 )
4i>
36-77
30-85
36-64
31-01
36-50
31-17
36-36
31-33
48 )
41)
37 54
31-50
37-40
31-1)6
37-26
31-82
3712
31-99
49 )
.50
38-30
32-14
38-16
32-31
38 02.
32-47
37-88
32-64
50 j
J
(5 )
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
50 ]
lEG.
491
Deg.
49^
Deo.
m
Deg.
'AVKRSE TABLE.
) -
40 Dec.
m
Deg.
Lau
Dep.
Lat.
Dep.
I 51
39-07
32-78
38-a2
32-95
52
39-83
33-42
39-69
33-60
53
40-6iJ
34-U7
4045
34-24
5-1
41-37
34-71
41-21
34-89
55
42-13
35-35
41-98
3554
5(j
42-90
3600
42 74
36-18
57
43-66
36-64
4350
36-83
58
44-43
37-28
44-27
37-48
( 59
45-20
37-92
4503
38-12
) 60
45 96
38-57
45-79
38-77
^ 61
46-73
39-21
46-56
39-41
. 62
47-49
39-85
47-32
40-06
' 63
48-26
4050
48-08
40-71
64
49-03
4114
48-85
41-35
65
49-79
41-78
49-61
42-00
, 66
50-56
42-42
5037
42-64
' 67
51-32
43-07
51-14
43-29
68
52-09
43-71
51-90
43-94
69
52-86
44-35
.52-66
44-58
) '^^
53-62
4500
53-43
45-23
I 71
&4-39
45-64
.54-19
45-87
' 72
55-16
46-28
54-95
46-52
73
55-92
46-92
55-72
47-17
s 74
56-69
47-57
5G-48
47-81
75
57-45
48-21
57-24
48-46
^ 76
58-22
48-85
58-01
4911
77
58-99
49-49.
58-77
49-75
78
59-75
50-14
59-53
50-40
79
60-52
50-78
60-30
51-04
80
61-28
51-42
61-06
51-69
I 81
62-05
5207
61-82
,52-34
' 82
6282
52-71
62-59
52-98
' 83
63-58
53-35
63-35
53-63
, 84
frl-35
53-99
64-11
54-27
85
65-11
54-64
64-87
54-92
' 86
65-88
.55-28
65-64
55-.57
87
66-65
55-92
66-40
56-21
88
67-41
56-57
67-16
56-86
89
68-18
57-21
67-93
57-50
j90
68-94
57-85
68-69
58-15
)91
69-71
58-49
69-45
. 58-80
92
70-48
59-14
70-22
59-44
93
71-24
59-73
70-98
60-09
94
72-01
60-42
71-74
60-74
95
72-77
61-06
72-51
61-38
I 96
73-54
61-71
73-27
62-03
97
74-31
62.35
7403
62-67
98
75-07
62-99
74'80
63-32
99
75-84
63-64
75-56
63-97
100
76-60
64-28
76-32
64-61
Dep,
Lat,
Dep.
Lat.
50
Deo.
49i
Dkg.
40i Deg.
40]
Deg.
ll
Lat.
Dep.
Lat.
Dep.
i \
38-78
3312
38-64
33-29
51 I
39-.54
33-77
39-39
33-94
52 /
4030
34-42
40-15
34-60
53
41-06
35-07
40-91
35-25
54
41-82
35-72
41-67
35-90
55
42-58
36-37
42-42
36-55
56
43-34
37-02
43-18
37-21
57
44-10
37-67
43-94
37-86
58
44-80
38-32
44-70
38-51
59
45-62
38-97
45-45
39-17
60
46-38
39-62
46-21
39-82
61
4715
40-27
46-97
40-47
6^
47-91
40-92
47-73
41-12
63
48-67
41-.56
48-48
41-78
64
49-43
42-21
49-24
42-43
65
50-19
42-86
50-00
43-08
66
50-95
43-51
50-76
43-73
67 ';
51-71
44-16
51-51
44-39
68
52-47
44-81
.52-27
45-04
69 )
53-23
45-46
53-03
45-69
70 '
53-99
46-11
53-79
46-35
71
54-75
46-76
54-54
47-00
72
55-51
47-41
55-30
47-65
73
5G-27
48-06
56-06
48-30
74
57-03
48-71
56-82
48-96
75 \
57-79
49-36
57-57
49-61
76 {
53-55
50-01
58-33
50-26
77 ^
78
59-31
50-66
.59-09
50-92
60-07
51-31
59-85
51-.57
79
60-83
51-96
60-6]
52-22
"1
81
61-59
52-61
61-36
52-87
62-35
.53-25
62-12
53-53
82
63-11
53-90
62-88
54-18
83
63-87
54-55
63-64
54-83
84
64-03
55-20
64-39
55-48
85 )
86 (
6.5-39
55-85
65-15
56-14
66-16
56-50
65-91-
56-79
87 (
66-92
5715
66-67
57-44
88 (
67-68
57-80
67-42
58-10
89 (
68-44
58-45
68-18
58-75
90 J
91
92
69-20
59-10
68-94
59-40
69-96
59-75
69-70
60-05
70-72
60-40
70-45
60-71
93
71-48
81-05
71-21
61-36
94 (
72-24
61-70
71-97
62-01
95 (
73-00
62-35
72-73
62-66
96
73-76
63-00
73-48
63-32
97
74-52
63-65
74-24
63 97
98 (
75-28
64-30
75-00
64-62
99
76-04
64-94
75-76
65-28
100 (
(
Dep.
Lat.
Dep.
*L.u
491 ]
Deg.
49^
Deg.
S (
5 s
154
TRAVERSE TABLE.
1 °
41 Deg.
4U
Deg.
414
Deg.
41J
Deg.
2
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
) 1
0-75
0-66
0-75
66
0-75
0-66
0-75
0-67
1
1-51
1-31
1-.50
1-32
1-50
1-33
1-49
1-33
2
) 3
2-26
1-97
226
1-98
2-25
1-99
2-24
2-00
3
) 4
302
2-62
3-01
2-G4
3-00
2-65
2-98
2-66
4
5
377
3-28
3-76
3-30
3-74
3-31
3-73
3-33
5
f)
4-53
3-94
4-51
3-96
4-49
.3-98
4-48
400
6
7
5-28
4-59
5-26
4-62
5-24
4-64
5-22
4-66
7
8
604
5-25
6-01
5-27
5-99
5-30
5-97
5-33
8
9
6-79
5-90
6-77
5-93
6-74
5-96
6-71
5-99
.1
10
7-55
6-56
7-52
6-59
J>C6-49
6-63
7-46
6-66
11
8-30
7-22
8-27
7-25
'' 8-24
7-29
8-21
7-32
11
) 12
906
7-87
902
7-91
8-99
7-95
8-95
7-99
12
) 13
9-81
8-53
9-77
8-57
9-74
8-61
970
8-66
13
) 14
10-57
9-18
10-53
9-23
10-49
9-28
10-44
9-32
14
) 15
11-32
9-84
11-28
9-89
11-23
9-94
11-19
9-99
15
IG
i2-(;8
10-50
12-03
10-55
11-98
10-60
11-94
10-65
16 )
) 1^
12-83
1115
12-78
11-21
12-73
11-26
12-68
11-32
17 )
) 1«
13-58
11-81
13-53
11-87
13-48
11-93
13-43
11-99
18 )
19
14-34
12-47
14-28
12-53
14-23
12-59
14-18
12-65
19 )
) 20
15-09
13-12
15-04
1319
14-98
13-25
14-92
13-32
20
21
15-85
13-78
15-79
13-85
15-73
13-91
15-67
13-98
21 )
) 22
16-60
14-43
16-54
14-51
16-48
14-58
16-41
14-65
22 )
23
17-36
1.509
17-29
15-16
17-23
15-24
17-16
15-32
23 )
24
18-11
1.5-75
18-04
15-82
17-97
15-90
17-91
15-98
24 )
25
18-87
16-40
18-80
16-48
18-72
16-57
18-65
16-65
25 )
2G
19-62
17-06
19-55
17-14
19-47
17-23
19-40
17-31
26 >
27
20-38
17-71
20-30
17-80
20-22
17-89
20-14
17-98
27-
28
21-13
18-37
21-05
18-46
20-97
18.55
20-89
18-64
28 )
29
21-89
1903
21-80
19-12
21-72
19-22
21-64
19-31
29 )
30
22-64,
19-68
22-56
19-78
22-47
19-88
22-38
1&-98
30 )
31
23-40
20-34
23-31
20-44
23-22
20-54
2;M3
20-64
31 )
32
24-15
20-99
24-06
21-10
23-97
21-20
23-87
21-31
32
33
24-91
21-65
24-81
21-76
24-72
21-87
24-62
21-97
33
34
25-66
22-31
25-56
22-42
2.546
•22-53
25-37
22-04
34
35
26-41
22-96
26-31
23-08
26-21
2,3-19
26-11
23-31
.35 ;
36
27-17
23-62
27-07
23-74
26-96
23-85
26-86
23-97
36 )
37
27-92
24-27
27-82
24-40
27-71
24-52
27-60
24-(i4
37 )
38
28-68
24-93
28-57
25-06
28-46
25-18
28-35
25-30
38 )
( 39
29-43
25-59
29-32
25-71
29-21
25-84
29-10
25-97
39 )
( 40
30-19
26-24
30-07
26-37
29-96
26-50
29-84
26-64
40 j
41
30-94
26-90
30-83
27-03
30-71
2717
.30-.59
27-30
41 )
42
31-70
27-55
31.58
27-69
31-46-
27-83
31-33
27-97
42
43
32-45
28-21
32-33
28.35
32-21
28-49
32-08
28-63
43
44
3321
28-87
3308
29-01
32-95
29-16
32-83
29-30
44 )
45
33-96
29-.52
33-83
29-t)7
33-70
29-82
33-57
29-97
45 )
46
34-72
30-18
34-58
30-33
34-45
30-48
.34-32
30-63
46
47
35-47
30-83
3.5 34
30-99
35-20
31-14
3506
31-30
47 )
I -i^
36-23
31-49
.36-09
31-65
35-95
31-81
35-81
31-96
^48 )
( 49
36-98
3215
36-84
32-31
36-70
32-47
36-56
32-63
49
) 50
37-74
32-80
37-59
32-97
37-45
Dep.
33-13
37-30
33-29
50 )
i (
1
1
Dep.
Lat.
Dep.
Lat.
Lat.
Dep.
Lat.
49 Deo.
48i ]
Deg.
m 1
Oeg.
48i 1
lEG.
155
rr
41 D
EH. 1
4H
Deg.
41V Deg.
411
De«.
a 1
-)
1 ^
Lat.
D.p.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
is:
38-49
33 46
38-34
33- 3
38 20
33-79
38-05
33-96
/
51 )
( 52
39-24
34-12
39- JO
34-29
38-95
34-46
38-79
34 63
.52 }
53
4U-UU
34-77
39-85
34-95
39-89
3512
39-.>4
35-29
53 )
54
4ii-75
35-43
40-60
35-60
40-44
3.5-78
40-29
35-96
54
55
41-51
3!308
41-35
3:i-2G
41-19
36-44
4103
36-62
55
56
42-2l>
36-74
42-10
36-92
41-94
37-11
41-73
37-29
.56 /
I 57
43-02
37-40
42-85
37-53
42-69
37-77
42 53
37-96
57 ;
/ 58
43-77
3805
43-61
38-24
43-44
33-43
42-27
38-62
58 ;
( 59
44-53
38-71
44-36
38-90
44-19
39-09
4402
39-29
59 )
60
45 28
39-36
4511
39-56
44-94
39-76
44 76
39-95
60 >
( 61
46-04
40-02
45-86
40-22
45-69
40-42
4551
40-62
61 )
62
46-79
40-68
46-61
40-88
46-44
41-08
46-26
41-23
62 }
/ 63
47-55
41-33
47-37
41-54
47-18
41-75
47-00
41-95
63 )
/ 64
4c-30
41-99
48-12
42-20
47 93
42-41
47 75
42-62
64 )
; 65
4906
42-64
48-87
42-86
48-68
43-07
48-49
43-28
65 )
66
49-81
43 30
49-62
43-52
4943
43-73
49-24
43-95
66 )
67
50'57
43-96
50-37
44-18
50-18
44-40
49-99
44-61
67
J 68
51-32
44-61
5113
44-84
50-93
45-06
5073
45-23
68 )
/ 69
52-07
45-27
51-88
45-49
51-68
45-72
51-43
45-95
69 I
) 70
52-83
45-92
52-63
46-15
52-43
46-38
5222
46-61
70 )
) 71
53-58
46-58
53-38
46-81
53-18
47-05
52-97
47-28
71
) 72
54-34
47-24
54-13
47-47
53 92
47-71
5372
47-94
72
) 73
55 09
47-89
54-88
48-13
5467
48-37
54-46
48-61
73
) 74
55-85
48-55
55-64
48-79
55-42
49-03
55-21
49-28
74
) 75
56 60
49-20
.53-39
49-45
5617
49-70
55-95
49-94
75
76
) 76
57-36
4y-86
57-14
50-11
56-92
50-36
56-70
50-61
I "'"'
5811
50-52
57-89
50-77
.57-67
51-02
■ 57-45
51-27
77 }
I l^
58-87
51-17
58-64
51-43
58-43
51-68
.5819
51-94
78
59-62
51-83
59-40
52-09
59-17
5235
58-94
52-60
79
i 8U
60-38
52-43
60-15
52-75
59-92
5301
59-08
53-27
80 ,
) 81
61-13
5314
60-90
53-41
60-67
53-67
60-43
53-94
81 ;
; 82
I 83
61-89
53-80
6165
5407
61-41
54-33
61-13
54-60
82 ;
62-64
54-45
62-40
54-73
6216
55-00
61-92
55-27
83 ;
84
63-40
55-11
6315
55-38
62-91
55-66
62-67
55-93
84 )
85
64- 15
55-76
63-91
56-04
6366
56-32
6341
56-60
85
86
64 90
56-42
64-66
56-70
64-41
56-99
64-16
57-27
86
87
65-66
57-08
65-41
57-36
65-16
57-65
64-91
57-93
87 )
88
66-41
57-73
6616
58-02
65-91
58-31
65-65
58-60
88
89
6717
58-39
66-91
58-68
66-66
58-97
66-40
59-26
89 )
90
67-92
59-05
67-67
59-34
67-41
59-64
67-15
59-93
90 j
91
68-68
59-70
68-42
60-00
68-15
60-30
67-89
60-60
91 )
) 92
69-43
60-36
6»17
60-66
63-90
60-96
63-6-1
61-26
92 }
) 93
70-19
61-01
69-92
61-32
69-65
61-62
69-38
6193
93 ;
) 94
70-94
61-67
70-67
61-93
70-40
62-29
70-13
62-59
94
) 95
71-70
62-33
71-43
62-64
71-15
62-95
70-33
63-26
95
) 96
72-45
62-98
72-18
63-30
71-90
63-61
7.1-62
63-92
96
97
73-21
63-64
72-93
63-96
72-65
64-27
72-37
64-59
97 )
; 98
73-96
64-29
73-68
64-62
73-40
64-94
73-11
65-26
98 .
) 99
)100
74-72
64 95
74-43
65-28
7415
65-60
73-86
65-92
99 )
75-47
6561
75-18
65-93
74-90
66-26
74-61
66-59
100
<
H
} _
Dep.
Lat.
Dep.
Lai.
Dep.
Lat.
Dep.
Lat.
i
i
1
49
Deg.
48|
1
Deg.
48^
Deg,
48i
Deg.
156
TRAVERSE TABLE.
if
42 Deg.
42i
Deg.
42i Deg.
m
Deg.
o <
(
i
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
1
0-74
0-67
74
0-67
0-74
0-68
0-73
0-68
1
2
1-49
1-34
1-48
1-34
1-47
1-35
1-47
1-36
2
3
2-23
2-01
2-22
! 2-02
2-21
2-03
2-20
2-04
3
4
2-97
2-68
3-96
j 2-69
2-95
2-70
2-94
2-72
^
5
3-72
3-35
3-70
1 3-36
3-69
3-38
3-67
3-39
«
446
4-01
4-44
1 4-03
4-42
4-05
4-41
4-07
6 )
"^
5-20
4-68
5-18
4-71
5-16
4-73
5-14
4-75
7 S
8
5-95
5-35
5 92
5-38
5-90
5-40
5-87
5-43
8 (
^ 9
6-69
6-02
6-66
! 6-05
6-64
6-08
6-61
6-11
9 (
) ^"
7-43
669
7-40
6-72
737
6-76
7-34
6-79
10 (
( li
8-17
7-36
8-14
7-40
8-11
7-43
8-08
7-47
11 I
/ 12
8-92
8-03
8-88
8-07
8-85
8-11
8-81
8-15
12 (
( 13
9-66
8-70
9-62
8-74
9-.58
8-78
9-55
8-82
13 (
/ 14
10-40
9-37
10-36
9-41
10-32
9-46
10-28
9-50
14 (
( 15
10-15
10-04
11-10
10-09
11-06
10-13
11-01
10-18
15 (
/ 16
11-89
10-71
11-84
10-76
11-80
10-81
11-75
10-86
16 I
17
12-63
11-38
12-58
11-43
12-53
11-48
12-48
11-54
17 (
18
13-38
12-04
13-32
12-10
13-27
1216
13-22
12-22
18
) 19
14-12
12-71
14-06
12-77
14-01
12-84
13-95
12-90
19 /
j20
14-86
13-38
14-80
13-45
14-75
13-51
14-69
13-58
20 )
(
I 21
15-61
14-05
15-54
14-12
15-48
1419
15-42
14-25
21 '
22
16-35
14-72
16-28
14-79
16-22
14-86
16-16
14-93
22
) 23
17-09
15-39
17-02
15.46
16-96
15-54
16-89
15-61
23
; 24
17--84
16-06
17-77
1614
17-69
16-21
17-62
16-29
24 >
) 25
18-58
16-73
18-51
16-81
18-43
16-89
18-36
16-97
25 ;
^.'G
19-32
17-40
19-25
17-48
19-17
17-57
19-09
17-65
26 ;
■^7
20-06
18-07
19-99
18-15
19-91
18-24
19-83
18.33
27
r ~B
20-81
18-74
20-73
18-83
20-64
18-92
20-56
19-01
28 )
; 2y
21-55
19-40
21-47
19-50
21-38
19-59
21-30
19-69
29
) 30
22-29
2007
22-21
20-17
22-12
20-27
22-03
20-36
30
) 31
23-04
20-74
22-95
20-84
22-86
20-94
22-76
21-04
31 i
) 32
23-78
21-41
23-69
21-52
23-59
21-62
23-50
21-72
32 )
33
24-52
22-08
24-43
22-19
24-33
22-29
24-23
22-40
33 )
) 34
25-27
22-75
25-17
22-86
2.5-07
22-97
24-97
23-08
34 )
) 35
26-01
23-42
25-91
23-53
25-80
23-65
25-70
23-76
35 )
3G
26-75
24-09
26-65
24-21
26-54
24-32
26-44
24-44
36 )
37
27-50
24-76
27-39
24-88
27-28
25-00
27-17
25-12
37 )
38
28-24
25-43
28-13
25-55
28-02
25-67
27-90
25-79
38
39
28-98
26-10
28-87
26-22
28-75
26-35
28-64
26-47
39
') 40
29-73
26-77
29-61
26-89
29-49
27-02
29-37
2715
40
^1
30-47
27-43
30-35
27-57
30-23
27-70
30-11
27-83
41
) 42
31-21
28-10
31-09
28-24
30-97
28-37
30-84
28-51
42
43
31-96
28-77
31-83
28-91
31-70
29-65
31-58
29-19
43 {
S 44
32-70
23-44
32-57
29-58
32-44
29-73
32-31
29-87
44 (
) ^^
33-44
30-11
33-31
30-26
33-18
30-40
3304
30-55
45 (
40
34-18
30-78
34-05
30-93
33-91
31-08
33-78
31-22
46 <
47
34-93
31-45
34-79
31-60
34-65
31-75
34-51
31-90
47 (
48
35-67
32-12
35-53
32-27
35-39
32-43
35-25
32-58
48 (
', 49
36-41
32-79
36-27
32-95
36-13
33-10
35-98
33-26
49 <
J 50
37-16
33-46
37-01
33-62
36 86
33-78
36-72
33-94
50 (
D.p.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
( -
48 1
)EO.
47| ]
Oeg. 1
47.^1
Deg.
47il
3eg.
TRAVERSE TABLE,
157
r
42 Deg.
42i Deg.
42i Deg.
42J
Deg.
.^
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
\
51
37-90
34-13
37-75
34-29
37-60
34-46
37 45
34-62
I
51 )
52
38-64
34-79
38-49
34-96
38.34
3513
38-18
35-30
52 )
53
39-39
35-46
39-23
35-64
39-08
35-81
33-92
35-98
53 )
54
55
54
40-13
36-13
39-97
36-31
39-81
36-43
39-65
38-66
55
40-87
36-80
40-71
36-93
40 55
37-16
40-39
37-33
56
41-62
37-47
41-45
37-65
41-29
37-83
41-12
38-01
56
57
42-38
38-14
4219
38-32
42-02
38-51
41-86
38-69
57
58
43-10
38-81
42-93
39-00
42-76
39-18
42-59
39-37
58
59
43-85
39-48
43-67
39-67
43-50
39-88
43-32
40-05
59
|60
44-59
40-15
44-41
40-34
44-24
40-54
44-06
40-73
60 j
j 61
( 62
45-33
40-82
45-15
41-01
44-97
41-21
44-79
41-41
81 )
46-07
41- J9
45-89
41-69
45-71
41-89
45-53
42-09
62 )
( 63
46-82
42-16
46-63
42-36
46-45
42-56
46-26
42-76
63
64
47-56
42-82
47-37
4303
47-19
43-24
47-00
43-44
64
65
48-30
43-49
48-11
43-70
47-92
43-91
47-73
44-12
65
66
49-05
44-16
48-85
44-38
48-66
44-59
48-47
44-80
68
67
67
49-79
44-83
49-59
45-05
49-40
45-26
49-20
45-48
63
50-53
45-50
50-33
45-72
50-13
45-94
49-93
46-16
m
69
51-23
46-17
51-07
46-39
50-87
48-82
50-67
46-84
69 )
/ 70
52-02
46-84
51-82
47-07
51-61
47-29
51-40
47-52
70 J
71
52-76
47-51
52-56
47.74
52-35
47-97
52-14
48-19
71 )
/ 72
53-51
48-18
53-30
48-41
53-08
48-84
52-87
48-87
1-2
/ 73
54-25
48-85
54-04
49-08
53-82
49-32
53-81
4955
73
( ''^
54-99
49-52
54-78
49-76
54-56
49-99
54-34
50-23
74
75
55-74
50-18
55-52
50-43
55-30
50-67
55-07
50-91
75 )
76
56-48
50-85
5626
51-10
50-03
51.34
55-81
51-59
76 )
77
57-22
51-52
57-00
51-77
56-77
52-02
56-54
52-27
11 \
78
57-97
52-19
57-74
52-44
57-51
52-70
• 57-23
52-95
78 )
79
58-71
52 86
58-48
53-12
58-24
53-37
58-01
53-63
79 \
80
59-45
53-53
59-22
53-79
58-98
54-05
58-75
54-30
80 \
81
60-19
54-20
59-96
54 46
59-72
54-72
.59-48
54-98'
81
) 82
60-94
54-87
60-70
55-13
60-46
55-40
60-21
.55-68
82 (
) 83
61-08
55-54
61-44
.55-81
6119
58-07
60-95
58-34
83 (
) 84
62-42
56-21
62-18
56-48
61-93
58-75
81-68
57-02
84
) 85
63-17
5G-88
62-92
57-15
62-87
57-43
62-42
57-70
85
) 86
63-91
57-55
63-66
57-82
63-41
58-10
63-15
.■38-38
86
87
64-65
58-21
64-40
58-59
6414
53-78
63-89
59-08
87
88
65-40
58-88
65-14
59-17
64-88
59-45
64-62
59-73
88
89
6614
59-55
65-88
59-84
65 62
00-13
65-35
60-41
89 (
90
66-88
60-22
6662
60-51
66-35
60-80
66-09
61-09
90 (
91
67-63
60-89
67-38
61-19
67-li9
61-48
68-82
61-77
91 (
92
68-37
01-56
6310
61-88
6783
62-15
87-55
6245
92 (
93
69-11
62-23
08-34
6253
68-57
62-83
68-29
63-13
93 (
94
95
98
97
93
69-86
62-90
89-58
63-20
69-30
63-51
69 03
63-81
94 I
70-60
63-57
7U-32
63-87
70-04
64-18
6976
64-49
95 (
71-34
64 24
71-06
04-55
70-78
64-85
70-49
0.5-18
98 (
7208
64 91
71-80
65 22
71.52
85'53
71^3
85-84
97
7283
65-57
72-54
65-89
72-25
86-21
71-98
86.52
98 (
99
73 57
63-24
73-28
66-53
72-99
66-83
72-70
6723
99 (
J 100
74-31
66-91
74-02
67-24
73-73
67-56
73 43
67-88
100 I
! i
) Q
Dep,
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i \
48 I
)eq.
m
Deg.
47i
Deg.
47i
Deg.
14
158
TRAVERSE TABLE,
!i
43 Deg.
43^
Deg.
43L
Deg.
43|
Deg.
i
Lai.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
£ )
P f
) 1
0-73
0-68
73 •
069
73
0-69
0-72
0-69
1 (
'-J
1-46
1-36
1-46
1-37
1-45
1-38
144
1-38
) 3
2-19
2-05
2-19
2-06
2-18
2-07
2-17
2-07
3 (
) 4
2-93
2-73
2-91
2-74
2-90
2-75
2-89
2-77
4 {
5
3-66
3-41
3-64
3-43
3-63
3-44
3-61
3-46
5
6
4-39
4-09
4-37
4-11
4-35
413
4-33
4-15
6 <
( 7
512
4-77
5-10
4-80
5-08
4-82
5-06
4-84
8
5-85
5-46
5-83
5-48
5-80
5-51
5-78
5-53
8 (
9
6-58
614
6-56
6-17
6-53
6-20
0-50
6-22
9 (
( 10
7-31
6-82
7-28
6-85
7-25
6-88
7-22
6-92
10 (
\ 11
8-04
7-50
801
7-54
7-98
7-57
7-95
7-61
- 11 (
( 12
8-78
8-J8
8-74
8-22
8-70
8-26
8-67
8-30
( 13
9-51
8-87
9-47
8-91
9-43
8-95
9-39
8-99
13 (
( 14
10-24
9-55
10-20
9-59
10-16
9-64
10-11
9-68
14 (
( 15
10-97
10-23
10-93
10-28
10-88
10-33
10-84
10-37
15 (
/ 16
11-70
10-91
11-65
10-96
11-61
11-01
11-56
1106
16 (
) 17
12-43
11-59
12.38
11-65
12-33
11-70
12-28
11-76
17 (
) 18
13-16
12-28
13-11
12-33
13-06
12-39
13-00
12-45
18
) 19
13-90
12-96
13-84
1302
13-78
13-08
13-72
1.3-14
19
j 20
14-03
13-64
14-57
13-70
14-51
13-77
14-45
13-83
20 (
) 21
15-36
14-32
15-30
14-39
15-23
14-46
15-J7
14-52
21 I
) 22
16-09
15-00
16-02
15-07
15-96
1.5-14
15-89
15-21
22
) 23
16-82
1.5-60
16-75
15-76
16-68
15-83
16-51
15-90
23
) 24
17-55
16-37
17-48
16-44
17-41
16-52
17-34
16-60
24 (
) 25
18-28
1705
18-21
17-13
18-13
17-21
18-06
17-29
25 (
) 26
19-02
17-73
18-94
17-81
18-86
17-90
18-78
17-98
26 (
) 27
19-75
]8-41
19-67
18-50
19-59
18-59
19-50
18-67
Sf
> 28
20-48
19-10
20-39
19-19
20-31
19-27
20-23
19-36
) 29
21-21
19-78
21-12
19-87
21-04
19-96
20-95
20-05
29
30
31
30
21-94
20-46
21-85
20-56
21-76
20-65
21-67
20-75
31
22-67
21-14
22-58
21-24
22-49
21-34
22-39
21-44
) 32
23-40
21-82
23-31
21-93
23-21
2203
23-12
22-13
32
33
) 33
24-13
22-51
24-04
22-61
23-94
22-72
23-84
22-82
) 34
24-87
23-19
24-76
23-30
24-66
23-40
24-56
23.51
34
35
36
( 35
25-60
23-87
2.5-49
23-98
25-39
24-09
25-28
24-20
< 36
26-33
24-55
26-22
24-07
26-11
24-78
26-01
24-89
< 37
27-06
25-23
26-95
25-35
26-84
2.V47
26-73
25-59
37
< 38
27-79
25-92
27-68
26-04
27-56
26-16
27-45
26-28
38
( 39
28-52
26-60
28-41
26-72
28-29
26-85
28-17
26-97
39
( 40
29-25
27-28
29-13
27-41
29-01
27-53
28-89
27-66
40 ;,
( 41
29-99
27-96
29-86
28-09
29-74
28-22
39-62
28-35
41 J
( 42
30-72
28-64
30-59
28-78
30-47
28-91
30-34
29-04
42
( 43
3] -45
?9-33
30-01
31-32
29-46
31-19
29-60
31-06
29-74
43
( 44
32-i8
3205
30-15
31-92
30-29
31-78
30-43
44
45
32-91
30-69
3278
30-83
32-64
30-98
32-51
31-12
45
46
33-64
31-.37
33-51
31-52
33-37
31-66
33-23
31-81
46 (
47
34-37
3205
34 23
32-20
34-09
32-35
33-95
32-50
47 (
48
35-10
32-74
3496
32-89
34-82
3304
34-67
33-19
48 (
( 49
35-84
33-42
35-69
33-57
35-54
33-73
35-40
33-88
49 (
( 50
36 57
3410
36-42
34-25
36-27
34-42
36-12
34-58
50 (
/ o
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i
i5 )
.^^ )
( 1
( i5
. 47 Deg.
46|I
)eg.
46n
Deg.
46il
3eg.
TRAVERSE TABLE.
159
43 Deg.
434 Deg.
43i Deg.
43J Deg.
51 )
i
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
51
37-30
34-78
3715
34-94
36 99
35-11
36-84
35-27
52
3803
35.46
37-88
35-63
37 72
35-79
37-.56
35-96
52 )
53
38-67
36-15
38-60
36-31
38-44
36-48
38-29
36-65
53 )
54
39-49
36-83
39-33
37-00
39-17
3717
39-01
37-34
54 )
55
40-22
37-51
40-06
37-69
39-90
37-86
39-73
38-03
55 )
56
40-96
38-19
40-79
38-37
40-62
3855
40-45
33-72
56
57
41-69
38-87
41-52
39-06
41-35
39-24
41-17
39-42
57 )
58
42-42
39-56
42-25
39-74
42-07
39-92
41-90
40-11
58 )
59
43-15
40-24
42-97
4l)-43
42-80
40-61
42-62
40-80
59 )
CO
43-88
40-92
43-70
41-11
43-52
41-30
43-34
41-49
60 )
61
44-61
41-60
44-43
41-80
44-25
41-99
4406
42-18
61
62
45-:m
42-28
45-16
42-48
44-97
42-68
44-79
42-87
62 )
63
46-08
42-97
45-89
43-17
45-70
4337
45-51
43-57
63 )
64
46-81
43-65
46-62
43-85
46-42
44-05
46-23
44-26
134
65
47-54
44-33
47-34
44-54
4715
44-74
46-95
44-95
65 )
C6
48-27
45-01
48-07
45-22
47-87
45-43
47-68
45-64
66 )
67
4900
45-69
48-80
45-91
48-60
46-12
48-40
46-33
67
68
49-73
46-38
49-53
40-59
49-33
46-81
49-12
47-02
68
69
50-56
47-06
50-20
47-28
.50-05
47-50
49-84
47-71
09 )
70
51-19
47-74
50-99
47-96
50-78
48-18
50-57
48-41
70
71
51-93
48-42
51-71
48-65
51-50
48-87
51-29
49-10
"O
72
52-66
49-10
52-44
49-33
52-23
49-56
52-01
49-79
72
73
53-39
49-79
53-17
50-02
52-95
.50-25
52-73
50-48
73
74
54-12
50-47
53-90
50-70
53-63
50-94
53-45
51-17
74
75
54-85
51-15
54-63
51-39
54-40
51-63
54-18
51-86
75 )
76
55-58
51-83
55-36
52-07
55-13
52-31
54-90
52-55
76 )
77
56-31
52-51
56-08
52-76
55-85
53-00
55-02
53-25
77 )
78
57-05
53-20
56-81
53-44
56-58
53-69
56-34
53-94
78 )
79
57-78
53-88
57-54
54-13
57-30
54-38
57-07
54-63
79 S
80
58-51
54-56
58-27
54-81
5803
55-07
57-79
55-32
80 (
81
59-24
55-24
59-00
55-50
58-76
55-76
58-51
56-01
81 S
82
59-97
55-92
59-73
56-18
59-43
58-45
59-23
56-70
82
83
60-70
56-61
60-45
56-87
60-21
57-13
59-96
57-40
83 {
84
61-43
57-29
61-18
57-56
60-93
57-82
60-68
5809
84 S
85
6217
57-97
61-91
58-24
61-66
58-51
61-40
58-78
85 (
86
62-90
58-65
62-64
58-93
62-38
59-20
62-12
59-47
86 (
87
63-63
59-33
63-37
59-61
63-11
59-89
62-85
60-16
87 (
88
64-38
60-02
64-10
60-30
63-83
60-58
63-57
60-85
88 (
89
65-09
60-70
64-82
60-98
64-56
61-26
64-29
61-54
89 (
90
65-82
61-38
65 55
61-67
65-28
61-95
65-01
62-24
90 (
) 91
66-55
62-06
66-28
62-35
66-01
62-64
65-74
62-93
91
) 92
67-23
62-74
67-01
63-04
66-73
63-33
66-46
63-62
92
) 93
68 02
63-43
67-74
63-72
67-46
64-02
67-13
64-31
93 (
) 94
68-75
64-11
68-47
64-41
68-19
64-71
67-90
' ,65:00
94 (
') 95
69-48
64-79
69-20
65-C9
68-91
65-39
68-62-
f-l
95 (
96
70-21
65-47
69-92
65-78
69-64
6603
69-35
96 (
97
70-94
66-15
70-65
66-46
70-36
66-77
70-07
67-08
97 (
) 98
71-67
66-84
71-37
67-15
71-09
67-46
70-79
67-77
93 (
) 99
72-40
67-52
7211
07-83
71-81
68-15
71-51
68-46
99 (
) 100
73-14
68-20
72-84
68-52
72-54
68-84
72-24
6915
lUO (
1
( ^
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
i
47]
Deg.
461
Deg.
46J
Deg.
m
Deg.
i^
^.^^^^^^
-^,-^^-^^-^
_^_,^^
160
TRAVERSE TABLE.
{ 1
44 Deo.
44i Deg.
44i Deg.
44a Deg.
45 Deg.
11
1 }
Lau
Dep.
Lat.
Dep.
Lat.
Dep
Lat.
Dep.
Lat.
nep.
) 1
0-72
0-69
0-72
0-70
0-71
0-70
0-71
0-71
,0-71
0-71
I '■■i
1-44
1-39
1-43
1-40
1-43
1-40
1-42
1-41
1-41
1-41
2 )
/ 3
2-16
2-08
2-15
2-09
2-14
2-10
2-13
2-11
2-12
2-12
3 )
4
2-88
2-78
2-87
2-79
2-85
2-80
2-84
2-82
2-83
2-83
4 )
I 5
3-60
3-47
3-58
3-49
3-57
3-50
3-55
3-52
3-54
3-54
5 /
6
4-32
4-17
4-30
4-19
4-28
4-21
4-26
4-22
4-24
4-24
6 )
( 7
5-04
4-86
5-01
4-88
4-99
4-91
4-97
4-93
4-95
4-95
7 )
I 8
5-75
5-.56
5-73
5-.58
5-71
.5-61
5-68
5-63
5-66
5-66
8 )
f 9
6-47
6-25
6-45
6-28
6-42
6-31
6-39
6-34
6-30
6-36
9 )
!■»
7-19
6-95
7-16
6-98
7-13
7-01
7-10
7-04
7-07
7-07
10 )
iSJ
7-91
7-64
7-88
7-68
7-85
7-71
7-81
7-74
7-78
7-78
11 i
8-63
8-34
8-60
8-37
8-56
8-41
8-52
8-45
8-49
8-49
12 ;
»
9-35
903
9-31
9-07
9-27
9-11
9-23
9-15
9-19
9-19
13 )
10-07
9-73
10-03
9-77
9-99
9-81
9-94
9-86
9-90
9-90
14 ;
15
lU-79
10-42
10-74
10-47
10-70
10-51
10-65
10-.'j6
10-61
10-61
15 )
16
11-51
111]
11-46
11-16
11-41
11-21
11-36
11-26
11-31
11-31
16 )
17
12-23
11-81
12-18
11-86
1213
11-92
12-07
11-97
12-02
12-02
17 )
18
12-95
12-50
12-89
12-56
12-84
12-62
12-78
12-67
12-73
12-73
18 )
19
13-67
13-20
13-61
13-26
13-55
13-32
13-49
13-38
13-43
13-43
19 )
20
14-39
13-89
14-33
13-96
14-26
14-02
14-20
14-08
14-14
14-14
20
21
15-11
14-59
15-04
14-65
14-98
14-72
14-91
14-78
14-85
14-85
21 J
< 22
15-83
15-28
].r76
15-35
15-69
15-42
1.5-62
15-49
15.56
15-56
09 \
23
10-54
15-98
10-47
16-05
16-40
1612
16-33
16-19
16-26
16-26
23
24
17-2(;
16-67
17-19
16-75
17-12
16-82
17-04
16-90
16-97
16-97
24
25
17-98
17-37
17-91
17-44
17-83
17-.52
17-75
17-60
]7-{»
17-68
25
26
18-70
18-00
18-62
18-14
i8-.-,n
18-22
18-46
18-30
18-38
l«-38
26
( 27
19-42
18-76
19-34
18-84
19-26
18!>2
19-17
19-01
19-09
19-09
27
( 28
20-14
19-45
20-06
19-54
19-97
19-63
19-89
19-71
19-80
19-80
28
( 29
20-86
20-15
20-77
20-24
20-68
20-33
20-60
20-.52
20-51
20-51
29
30
21-58
20-84
21-49
20-93
21-40
21-03
21-31
21-12
21-21
21-21
30 J
31
22-30
21-53
22-21
21-63
2211
21-73
22-02
21-82
21-92
21-92
31 j
32
23-02
22-23
22-92
22-33
22-82
22-43
22-73
22.53
22-63
22-63
32 )
33
23-74
22-92
23-64
23-03
23.54
23-13
23-44
23-23
23-33
23-33
33
34
24-46
23-62
24-35
23-72
24-25
23-83
2415
23-94
24-04
24-02
34
, 35
25-18
24-31
25-07
24-42
24-96
24-53
24-86
24-64
24-75
24-75
35
\ 36
25-90
2.5-01
25-79
25-12
25-68
25-23
25-57
25-34
25-46
25-40
36
) 37
26-62
25-70
26-59
25-82
26-39
25-93
2G-28
26-05
26-16
26-16
37
) 38
27-33
26-40
27-22
26-52
27-10
26-63
26-99
26-75
26-87
26-87
38
39
28-05
27-09
27-94
27-21
27-82
27-34
27-70
27-46
27-58
27-58
39
S 40
28-77
27-79
28-65
27-91
28-53
28-04
28-41
28-16
28-28
28-28
40
) 41
29-49
28-48
29-37
28-61
29-24
28-74
29-12
28-86
28-99
28-99
41
S 42
30-21
29-18
30-08
29-31
29-96
29-44
29-83
28-.57
29-70
29-70
42
> 43
30-93
29-87
30-80
30-00
30-67
30-14
.3l)-54
30-27
30-41
30-41
13
) 44
31-65
30-56
31.52
30-70
31-38
30-84
31-25
30-98
31-11
31-11
44 (
45
46
47
32-37
3126
32-23
31-40
32-10
31.54
31-96
31-68
31-82
31-82
45
3309
31-95
32-95
32-10
32-81
32-24
32-67
32-38
:«-53
32-53
46
33-81
32-65
33-67
32-80
33-.12
32-94
33-.38
.33-09
33-23
33-23
47
48
34-53
33-34
34-38
33-49
34-24
33-64
34-09
33-79
33-94
33-94
48
49
35-25
34-04
35-10
34-19
34-95
34-34
34-80
34-.50
34-65
34-65
49 (
50
35-97
34-73
35-82
34-89
35-66
35-05
35-51
35-20
35-36
35-36
.50 I
i
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
Dep.
Lat.
1
46 Peg. '
45^ Deg.
45J Deg.
45i Deo.
45 ]
lEG.
v^-^-J
TRAVERSE TABLE.
161
Dep.
3G-69
37-41
38-12
38-84
39-56
40-28
41-00
41-72
42-44
43-16
43-88
44-60
45-32
46-04
46-76
47-48
48-20
48-92
49-63
50-35
51-07
51-79
52-51
53-23
53-95
54-67
55-39
5611
56-83
57-55
58-27
58-99
59-71
60-42
61-14
61-86
62-58
63-30
64-02
64-74
65-46
66-18
66-90
67-62
68-34
6906
69-78
70-50
71-21
71-93
35-43
36-12
36-82
37-51
38-21
38-90
39-60
40-29
40-98
41-68
42-37
43-07
43-76
44-46
45-15
45-85
46-54
47-24
47-93
48-63
4D-32
50-02
50-71
51-40
52- 10
52-79
53-49
54-18
54-88
55-57
56-27
56-96
57-56
58-35
59-05
59-74
60-44
61-13
61-82
62-52
63-21
63-91
64-60
65-30
(55-99
66-69
67-33
68-08
68-77
69-47
Dep. j Lat.
46 Deg.
Uk
Deg.
Lat.
Dep.
36-53
3559
37-25
36-29
37-96
.36-98
38-68
37-68
39-40
38-33
40-11
39-08
40-83
39-77
41.55
40-47
42-26
41-17
42-98
41-87
43-69
42-57
44-41
43-26
45-13
43-96
45-84
44-66
46-56
45-36
47-28
4()-05
47-99
46-75
48-71
47-45
49-42
48-15
50-14
48-85
50-86
49-54
51-57
50-24
52-29
50-94
53-01
51-64
53-72
52-33
54-44
53-03
55-16
53-73
55-87
54-43
56-59
55-13
57-30
55-82
58-02
56-52
53-74
57-22
59-45
.57-92
60-17
58-61
60-89
59-31
61-60
60-01
62-32
60-71
63-03
61-41
63-75
62-10
64-47
62-80
65-18
63-50
65-90
64-20
66-62
64-89
67-33
65-59
68-05
66-29
68-76
66-99
69-48
67-69
76-20
68-38
70-91
69 OS
71-63
69-78
Dep.
Lat.
. 451
Deg.
44^ Deg.
36-38
37-09
37-80
38-52
39-23
39-94
40-66
41-37
42-08
42-79
43-51
44-22
44-93
45-65
46-36
47-07
47-79
48-50
49-21
49-93
50-64
51-35
52-07
52-78
53-49
54-21
54-92
55-63
56-35
57-06
.57-77
58-49
59-20
59-91
60-63
61-34
62-05
62-77
63-48
64-19
64-91
65-62
66-33
67-05
67-76
68-47
69-19
69-90
70-61
71-33
Dep,
Dep
35-75
36-45
37-15
37-85
38-55
39-25
39-95
40-65
41-35
42-05
42-76
43-46
44-16
44-86
45-56
46-26
46-96
47-66
48-36
49-06
49-76
50-47
51-17
51-87
.52.57
53-27
53-97
54-67
55-"37
56-07
56-77
57-47
58-18
58-88
59-58
60-28
60-98
61-68
62-38
63-08
63-78
64-48
6.5-18
66-59
67-29
67-99
68-69
69-39
70-09
Lat
44} Deg.
36-22
36-93
37-64
.38-35
39-06
39-77
40-48
41-19
41-90
42-61
43-32
44-03
44-74
45-45
46-16
46-87
47-.58
48-29
49-00
49-71
50-42
5113
51-84
52-55
53-26
53-97
.54-68
55-39
56-10
56-81
57-52
58-24
58-95
59-66
60-37
61-08
61-79
62-.50 I
63-21
63-92
64-63
65-34
66-05
66-76
67-47
68-18
68-89
69-60
70-31
71-02
Dep.
Dep.
35-90
36-61
37-31
38-02
38-72
39-42
40-13
40-83
41-54
42-24
42-94
43-65
44-35
45-06
45-76
46-46
47-17
47-87
48-58
49-28
49-98
50-69
51-39
52-10
52-80
53-51
54-21
54-91
55-62
56-32
57-03
57-73
58-43
5914
59-84
60.55
61-25
61-95
62-66
63-36
64-07
64-77
65-47
66-18
66-88
67-.59
68-29
68-99
69-70
70-40
Lat.
45i Deg.
45 Deg.
36 06
36-77
37-48
38-18
38-89
39-60
40-31
41-01
41-72
42-43
43-13
43-84
44-55
45-25
45-96
46-67
47-38
48-08
48-79
49-50
50-20
50-91
51-62
52-33
.53-03
53-74
54-45
55-15
55-86
56-57
57-28
57-98
58-69
59-40
60-10
60-81
61-.52
62-23
62-93
63-64
64-35
65-05
65-76
66-47
67-13
67-88
68-59
69-30
70-00
70-71
1G2
TABLE OF NATURAL SINES.
rT'^pT^l^T^^T^s's^
40
50 I 6° I 70 I 80 I 93 i
5
10
15
20
25
30
( 35
/ 40
45
I 50
{ 55
60
^C()S.
000000
1454
2909
4303
5818
7272
8727
010181
1635
3090
4544
5998
7452
017452
8907
020361
1815
3269
4723
6177
763]
9085
030539
1992
3446
4899
034899
6353
7806
9260
040713
2166
3619
5072
6525
7978
9431
050883
2330
052336
3788
5241
6693
8145
9597
061049
2500
3952
5403
6854
8300
9756
069756
071207
2658
4108
5559
7009
8459
9909
081359
2808
4258
5707
7156
087156
8605
090053
1502
2950
4398
5846
7293
8741
100188
1635
3082
4528
5975
7421
8867-
110313
1758
3203
4648
6093
7537
8982
12042G I
18691
3313
4756
6199
7642
9084
130526
1968
3410
4851
6292
7733
9173
1391731
140613
20531
3493;
4932
6371
7809
92481
1506861
2123
3561
4998!
6434
1564341
7871 ! 55
9307150
160743
2178
3613
5048
6482
7918
9350
170783
2216
36481
I 870
850
840 I 330 I goo I 8I0 I 8OO
(|Sin
MP 1
no 1
120
130
140 1
150
160
170
I80
190 1
i
173648
190809
207912
224951
241922
258819
275637
292372
309017
325568 60
S 5
5080
2237
9334
63()8
3333
260224
7035
3762
310400
694:; 55
10
6512
3664
210750
7784
4743
1628
8432
5152
1782
83r. -lO
15
20
(25
7944
5090
2178
9200
6153
3031
9829
(•)5-12
3104
909 1 ; 45
9375
6517
3599
230616
7563
4434
28122,)
7930
4545
331063; 40
180805
7942
5019
2031
8972
5837
2620
9318
5925
2435 1 35
^30
2236
9368
6440
3445
250380
7238
'4015
300706
7305
3807
30
p5
40
3665
200793
7859
4859
1788
8640
5410
2093
8684
5178
25
5095
2218
9279
6273
3195
270040
6803
3479
320062
6547
20
45
6524
3042
220(597
7686
4602
1440
8196
4804
1439
7917
10
{^0
7953
5065
2116
9098
6008
2840
9589
6249
2816
9285
10
.55
60
9381
6489
3534
240510
7414
4239
290981
7633
4193
340653
i>
190809
7912
4951
1922
8819
51)37
2.372
9017
5568
2020
)Cos. 790 I 780 I 770 I 760 I 750 II 740 I 730 I 720 | 7IQ | 70° |
Sin. 200 I 210 I 220 I 2.30 I 240 i I 250 I 260 | 0-0 [ 280 | 290 |
0,342020 35836H
/ 5
)10
15
) 20
25
) 30
) 35
) 40
) 45
) 50
S 55
3387 9725
4752 361082
G117 2438
7481 1 3793
8845 5148
3502071 6501
1569! 78.54
2931 1 9206
4291 370557
5651 1908
70101 3258
83681 4607
3746071 390731
59.551 2070
7302
8649
9994
3407
4744
6080
7415
8749
400082
1415
6711 1 2747
8052 4078
9392 I 5408
390731! 6737
381339
2683
4027
5369
406737
80(;5
9392
410719
2045
3368
4693
6016
7338
8660
9980
421300
2618
422618
3936
5253
6.569
7884'
9198
430511
1823
31 35
4445
5755
7063
8371
438371
9678
440984
2289
3593
48961
6198
7499;
8799
450098
1397
2694
3990 1
453990:469472
5286
6580
7874
9166
460458
1749
3038
4327
707.55
2038
3321)
4(500
5880
7159
8436
9713
.56151480989
6901 \ 22(i3
8187 i 3.537
94721 4810
484810160
6081 55 '
7352 50
8621 45'
9890 40 '
491157|35 '
2424 1 30 '
3689 25 '
49.53 20 '
6217 15
7479 '10
87401 5
5000001
Cos. 690 I 680 I 070 I 6OO I 650 I i 640 I 630 I (ioo | OP | 6OO |
)Sin. 30O
500000
1259
2517
3774
5030
6285
7538
8791
510043
1293
2543
3791
5038
310 1
320 1
51.5038
529919
6284
.531152
7529
2384
8773
3615
520016
4844
1258
6072
2499
7300
3738
8526
4977
9751
6214
540974
7450
2197
8685
3419
9919
4639
330
544639
58.58
7076
8293
9509
550724
1937
3149
4360
5570
6779
7987
9193
340
.559193
560398
1602
2g05
4007
5207
6406
7604
8801
9997
.571191
2384
3576
350
573576
4767
5957
7145
8332
9518
580703
1886
3069
4250
5429
6608
7785
360
370
380 1 390
587785
GO 1815
61.5661
629320
8961
2976
(5807
630450
590136
4136
7951
1578
1310
5294
9094
2705
2482
6451
620235
3831
36.53
7607
1376
4955
4823
87til
2515
6078
5991
9915
36.52
7200
71.59
611067
4789
8320
8325
2217
5923
9439
9489
3367
7057
6405.57
600653
4515
8189
1673
1815
.5661
9320
2788
60
55
50
45
40
35
30
25
20
15
10
5(
0(
J9QJ^^580J^J70J^^560J^J50j|^5^^
Natural Cosines.
TABLE OF NATURAL SINE
163
' 1
40O 1
410
420 1
430 1
440 i
450
460
470
480
490 r {
642788 656059
669131
681998,694658 |
707107
719340
731354
743145
754710 60 {
5
3901
715G
670211
3061
5704
8134
720349
2345
4117
5663 55
10
5013
8252
1289
4123
6748
9161
1357
3334
5088
6615 50
15
6124
9346
2367
5183
7790
710185
2364
4323
6057
7565 45
20
7233 660439
3443
6242
8832
1209
3369
5309
7025
8514 40 )
25
8341
1530
4517
7299
9871
2230
4372
6294
7991
9461 35 )
30
9448
2620
5590
8355
700909
3250
5374
7277
8956
760401) 30 )
35
650553
3709
6662
9409
1946
4269
6375
8259
9919
1350 25 )
40
1657
479(3
7732
690462
2981
5286
7374
9239
750880
2292:20 S
45
2760
5882
8801
1513
4015
6302
8371
740218
1840
3232 15 )
50
3861
69G6
9868
2563
5047
7316
9367
1195
2793
4171 10
5109 5 S
6044
55
49G1
8049
680934
3611
6078
8329
730361
2171
3755
60
6059
9131
1998
4658
7107
9340
1354
3145
4710
Cos. 490 I 480 I 470 I 460 I 4:
440 I 430 I 42^ I 410
40O
)Sin. 50O I 510 | 52^ | 53^ | 54° |1 55° | 560 | 570 | 530 | 590 |
76604-1
777146
788011
798636
899017
819152
829038
838671
848048
857167,60
6979
8060
8905
9510
9871
9985
9850
9462
8818
7915155
10
7911
8973
9798
800383
810723
820817
830G61
840251
9586
8062 50
15
8842
9884
790690
1254
1574
1647
1470
1039
850352
9406
45
20
9771
780794
1579
2123
2423
2475
2277
1825
1117
860149
40
25
770699
1702
2467
2991
3270
33G2
3082
2609
1879
0890
35
30
1625
2608
3353
3857
4116
412G
3886
3391
2640
1629
30
35
2549
3513
4238
4721
4959
4949
46S8
4172
3399
2366
25
40
3472
4416
5121
5584
5801
5770
5488
4951
415G
3102
20
45
4393
5317
6002
6445
6642
6590
6286
5728
4912
3836
15
50
5312
6217
6882
7304
7480
7407
7083
6503
5665
4567
10
55
6230
7114
/759
8161
8317
8223
7878
7277
6417
5297
5
60
7146
8011
863l;
9017
9152
9038
8G71
8048
7167
6025
'^Cos. 390 I 380 I 370 I -HP I 350 ii 340 I 330 I 320 I 3]0 I 30O |
Sin
6OO
610
G20
882948'
630
643 II 650
66O
670 1 68O
1 690 1
8G6025 874620
891007
898794
806308
913545
920505
927184
933580,60
5
6752' 5324
3629
1666
9431
6922
4136
1072
772b
4101:55
10
7476
6026
4309
2323
900065
7533
4725
1038
8270
4619 50
35
8199
6727
4988
2979
0698
8143
5311
2201
8810
51351 45
20
8920
7425
5664
3633
1329
8751
5896
2762
9348
5650 40
25
9639
8122
6338
4284
1958
9357
6479
3322
9884
6162 35
30
870356
8817
7011
4934
2585
9961
70(50
3880
930418
6672 30
35
1071
9510
7681
5582
3210 I
910563
7639
4435
0950
7181 25
40
1784
880201
8350
6229
3834
1164
8216
4939
1480
7687 20
45
249()
0891
9017
6873
4455
1762
8791
5541
2008
8191 15
50
3206
1578
9G82
7515
5075
2358
9384
6090
2534
8G94 10
55
3914
2264
890345
8156
5692
2953
9936
6638
3058
91941 5
60
4620
2948
1007
8794
6308 !
3545
920505
7184
3580
9893 1
jcos. 290 I 280 I 270 I 260 I 250 II 240 I 230 I 220 I 210 I 2i)0 |
(Sin. 70° 1 710
720 1 730
1 740
1 750
760
1 770 1 7SO
1 790 1
) 9396931945519
951057
95()305
9G1262
9G5926
97029G
974370
978148
981627
60
( 5
940189
5991
1505
6729
1()62
6301
0647
4696
8449
1904
55
\ 10
0634
6462
195]
7151
2059
6675
0995
5020
8748
2178
50
•^1 15
1176
6930
2396
7571
2455
7046
1342
5342
9045
2450
45
')20
1666
7397
2338
7990
2849
7415
1687
5662
9341
2721
40
\ 25
2155
7861
3279
8406
3241
7782
2029
5980
9634
2989
35
\ 30
2641
8324
3717
8820
3630
8148
2370
6296
9925
3255
30
(,35
3126
8784
4153
9232
4018
8511
2708
6610
989214
3519
25
\ 40
3G09
9243
45S8
9642
4404
8872
3045
692]
0500
3781
20
\ 45
4089
9699
5020
960050
4787
9231
3379
7231
0785
4041
15
\ 50
4568
950154
5450
04 -)6
5169
9583
3712
7539
1068
4298
10
( 55
5044
060G
5879
0850
5548
9943
4042
7844
134'.!
4554
5
( 60
5519
1057
6305! 1262
592'i
970296
4370
8148
162-
4808!
) ' I lyo I 180 I 17c
160 I 150 II 140 I 130 1 120 I 110 I 100
Natural Cos^ies." ^ ^ -
164
TABLE OF NATURAL TANGENT
' I
I 81° I 82° I 830 j 84° 11 85° |
870
880 1
998630
999391
8705
9441
8778
9488
8848
9534
8917
9577
8984
9618
9048
9657
9111
9694
9171
9729
9229
9762
9285
9793
9:^39
9821
9391
9848
890 I
0,984808
5059
5309
5556
5801
6045
30 ; 6286
6525
67G2
C9i^6
72;^! I
7460
7668
987688
7915
8139
8362
8582
8800
9016
9230
9442
9651
98.'.9
9900(J5
02t)8
990208
0469
CC69
0866
1061
1254
1445
1634
182;)
2i)05
2187
23(58
2546
992546
2722
2896
3068
3238
3406
3572
3735
3897
4056
4214
4369
4522
994522
4673
4822
4969
5113
5256
5396
5535
5671
5805
5937
6067
6195
996195
6320
6444
G566
6685
6802
6917
7030
7141
72:.()
7357
7462
7564
997564
7664
7763
7859
7953
8045
8135
8223
8308
8392
8473
8552
8630
99 9848 60
9872 55
9894 '50
9914 45
9932 40
9948 1 35
30
25
20
15
10
9962
9974
9983
9990
9996
1-OOCOO
Cos. 90 I 80 I
60
40 I 30 I 20 I 10
00
Natural Cosines.
TABLE OF NATURAL TANGENTS.
I'^IpI 1o'^T"20 ( 30^ I ~^40 "if 50~'"|"'60^|^
90 I
OOOOGO
0174.55
034921
0.52408
069927
087489
105104
122785
140541
158384
60
5
14.')4
8910
6377
.3866
071389
89.54
6.575
4261
2024
9876
55
10
2i)l)9
!.203()5
7834
5325
2851
090421
8046
5738
3508
161368
50
15
4363
1820
9290
6784
4313
1887
9518
7216
4993
2860
45
0,.
' 5818
3275
040747
8243
5775
3354
110990
8694
6478
4354
40
1 ')-
7272
4731
o>'>,')4
9703
7238
4821
2463
130173
7964
5848
35
3,)
8727
6186
3661
0611631 8702
6289
3936
1652
9451
7343
30
3i
010181
7641
5118
2i)23 080165
7-7.57
5409
31.32
150938
8838
25
40 1636
9097
0.57()
4083 1629
9226
6883
4t513
2426
170334
20
45 3091
030553
8033
5543 3094
100695
8358
6094
3915
1831
15
50 4545
200i)
9491
7004 45.-)8
2164
9833
7576
5404
3329
10
55 GOOO
34(i5 050949
8465 6023
1 3634
121309
9058
6894 1 4828
5
60 7455
4921 i 2408
9927 7489
1 5104
2785
140.541
8384! 6327
C.jt. 890 1 830 1 870 1 86O 1 850
1 840 1 830 1 820 1 8I0 1 8OO |.
Tnn. 100 1 IP 1 120 1 i:p | 140
1 1.50 1 160 1 170 1 180 |, 190 1
17(>327
J 94.3811
2125.17 !23(WiH
249.328 {
I 2r)7949 286745
30573]
3249201344328160
5
7827
58!)ll
40771 2401
2.-.!)813;
9.109 i 8.320
7322
6528 5!)55;o5
10
9328
7401
55991 3934
2420,
271069 9890
8914
81.39 7.585 50
15
180S30
8912
71211 5469
3968.
2631 1291473
310.508
9751 1 9216145
20
2332
200425
8645 7(M)4
,5517
41941 3052
2104
331364:350848
40
25
3835
1938
220169 8.-41
706()
.57.591 4632
3701
2979; 2483
35
30
5339
3452
l(i95 24(K)79
8618
7325
6214
5299
4595
4119
30
35
6844
4967
3221 1 1618
260170
8892
7796
6899
6213
5756
25
40
8350
6483
4749 31.57
1723
280460
9380
8500
7833
7396
20
45
9856
8000
6277 4(ii)S
3278
20291300966 320103
9454
9037
15
50
191363
9518
7806 C241
4834
3(i00
2.5.53 17071341077
300680
10
55
2871 211037
93.371 7784
6391
5172
4141 33131 2702
2324
5(
)60
4380 2557
2308681 9328
7949
6745
.5731 4920 1 4328
3970
0^
^Cut. 790 1 780 1 770 1 760 1 750 1
740 1 730 1 720 1 710 1 70O 1
)T;i 11.200 1 210 1 220 1 o;p 1 040 1
250 1 2{)0 1 270 1 280 1 290 1
IT
3639701383864
40402()
424475
44.5229
4ti6308
487733
509525
531709
554309 60
5
5618 5534
5719
6192
0973
8080
9534
511349
3577
6212 55 <
10
7268 7205
7414
7912
8719
9854
491339
3195
5447
8118 .50 (
15
8920 8879
9111
fN)34
45()4()7
471631
3145
50341 7319
560027 45 (
20
370573 390554
410810
431358
2218
3410
49.>5
<5876
9195
1939 40 (
25
2228
2231
2511
3084
3971
5191
6767
8720
541074
3854
35 (
30
3885
3910
4214
4812
5726
697(5
8582
520567
2956
5(/3
30 (
)35
5543
5592
5919
6543
7484
8762
500399
2417
4840
7694
25 (
40
7204
7275
7626
9335
8276
9244
480551
2219
4270
6728
9619
20
45
88t)()i 8960
440011
401006
2343
4042
6126
8619
571547
15
50
380530 400646
421046
1748
2771
4137
58671 7984 550513
3478
10
55
2196 2335
2759
3487
4538
5933
7695 9845! 2409
5413
5
60
3864
4026! 4475
5229 6308 )
77.33' 9.525 531709! 4309 i
7350
LIJ.^^.A
680 j G70 1 660 1 65° |
J?i°_ 1 i'-f^L^°J^^^i -9^J^ J
^
atural (
Jotangei
ts.
TABLE OF NATURAL TANGENTS,
1G5
330
7350
9291
501235
3183
5134
7088
9045
591006
2970
4938
6908
8883
600861
600861
2842
4827
6815
8807
610802
2801
4803
6809
8819
620832
2849
4869
8921
630953
2988
5027
7070
9U7
641167
3222
5280
7342
9408
649408
651477
3551
5629
77]
9796
661886
3979
6077
8179
670285
2394
4509
674509
6627
8749
680876
3007
5142
7281
9425
691572
3725
5881
8042
700208
700208
2377
4551
6730
8913
711)01
3293
5430
7691
9897
722108
4323
0543
726543
8767
730996
3230
5469
7713
9961
742214
4472
6735
9003
751276
3554
753554
5837
8125
760418
5019135
7327130
9640 ; 25
771959
4283
6612
8946
78128()
/Cot. 590 I 58°
570
56°
550 I 540 I 530 I 52° I
ran
. 38°
390
40O
410 II
781286
809784
839100
8692871
5
• 3631
812195
841581
8718441
10
5981
4612
4069
4407
15
8336
7034
6563
6977
20
790698
9463
9062
9553
25
3064
821897
851568
882136
30
5436
4336
4081
4725
35
7813
6782
6599
7322
40
800196
9234
9124
9924
45
2585
831691
861655
892534
50
4979
4155
4193
5151
55
7379
6624
6736
7774
60
9784
9100
9287
900404
420
430
440
450
900404
932515
965689
VOOOOOO
60
3041
5238
8504
002913
55
5685
7968
971326
005835
50
8336
940706
4"157
008765
45
910994
3451
6996
011704
40
3()59
6204
9842
014651
35
6331
8965
982(>97
017607
30
9010
951733
5560
020572
25
921697
4508
8432
023546
20
4391
7292
991311
026529
15
7091
960083
4199
029520
10
9800
2882
7095
032521
5
932515
5689
1-000000
035530
(Cot. 51° I 50° I 490
480
I 460 I 450 I 440 I
,;Tan
~0
5
10
15
20
25
30
( 35
, 40
45
I 50
55
( 60
460 I
I 48° I 490
5P
520 I 530 I
1-035530
1-072369
1] 10613
1-150368
1-191754
1-234897
1-279942
1-327045
038549
075501
113866
1537.53
195280
238576
283786
331068
041.577
078642
117131
1571.50
198818
242269
287645
335108
044614
081794
120405
160557
202360
24.5974
291518
339162
047660
084955
123691
163076
205933
249693
295406
343233
0.50715
088127
126987
107407
209509
253426
299308
347320
053780
091309
130294
1708.50
213097
257172
3032-25
351422
056854
094500
133612
174304
216698
260932
3071.58
355541
059938
097702
136941
177770
220312
264706
311105
359676
063031
100914
140282
181248
223939
268494
31.5067
363828
066134
104137
143633
184738
227579
272296
319044
367996
069247
107369
146995
188240
231231
2761 12
323037
372181
072369
110613
150368
191754
234897
279942
327045
376382
Cot.
430 I 42° I 41° I 490
390 I 38° I 370
36° I
(Tan. 540 I
560 I 57c
580 I 590
6OO
OP I
1-376382
1-428148
380600
432578
384835
437027
389088
441494
393357
445980
397644
450485
401948
455009
406270
459552
410610
464115
414967
468697
419343
473298
423736
4779-20
428148
482561
491904
496606
5013-28
50607]
510835
515620
520426
5252.54
530102
534973
539865
1-539865
544779
549716
554674
559655
564659
569686
574735
579808
584904
590024
595167
600335
1-6003.35
605526
610742
615982
621247
626537
631852
637192
642558
647949
653366
658810
664280
664280
669776
675299
680849
686426
692031
697663
703323
709012
714728
720474
326248
732051
1-732051
1-804048
737883
8102.52
743745
816489
749637
822759
7.55559
829063
761511
835400
707494
84177]
773508
848176
779552
854616
785629
861091
791736
867600
797876
874146
804048
880727
330 1 320 II 310 I
"Nat^iruTCotaiigentsr
166
TABLE OF NATURAL TANGENTS,
I 64° I 65° II 66°
67°
I 690 I
1-880727
887344
893997
900687
907415
914179
920982
927823
934702
941620
948577
955574
962611
96261 1
969G87
976805
983964
991164
998406
005690
013016
020386
027799
035257
042758
050304
2-050304
057895
065532
073215
080944
088720
096544
104415
112335
120303
128321
136389
144507
2-144507
152676
160896
169168
177492
185869
194300
202784
211323
219918
228568
237274
246037
2-246037
254857
263736
272673
281669
290726
299343
309021
318261
327563
336929
346358
355852
2-355852
365412
375037
384729
3^4489
404317
.414214
424180
434217
444326
454506
464760
475087
-475087
485489
495966
506520
517151
527860
538648
549516
560465
571496
582609
593807
605089
5-605089
616457
627912
639455
651087
662809
674622
686527
698525
710619
722808
735093
747477
Cot. 27° I 26° I 250
24°
230 I 220 I 210 I 200 I
/Tan. 700 1 710
720
1 730 II 740 1 750
760
770
I 2-747477
2-904211
3-077684
3-270853
3-487414 3-732051
4-010781
4-331476 60
( 5 759961
917991
0929«3
287949
506656 753882
035778
360400 55
10
772545
931889
108421
305209
526094 775952
061070
389(i94 50
( 15
785231
945905
123999
32-2636
545733 798266
086663
419364 45
( 9i)
798020
960042
139719
3-10233
565575 8-208-28
112561
449418 40
/ 9,5
810913
974302
155584
358001
5856-24 843642
138772
479^-164 35
^ 30
823913
988685
171595
375943
605884 866713
ii;5:!(io
510709 30
/ 35
837020
3-003194
187754
394063
626357] 890015
19-J151
5419t;i -25
' 40
850235
017830
204064
41-2363
647047
913C)42
57.S()-29 20
45
863560
032595
220526
430845
667958
937509
24()848
605721
15
50
876997
047492
237144
449512
689093
9r)1652
274707
638-246
10
890547
062520
253918
468368
710456
98(i074
30-2914
671212
5
60
904211
077684
270853
487414
732051
4-010781
331476
704630
180 I 170 I 160 II 150 I 140 I 130 I n20 I
'Tan
. 780
790 1 800 1 81°
1 820 1 s:]o
840 1 850 1
1 n
4-704630
5-144554
5-671282
6-313752
7-115370
8-14434()
9-514365
11-431)05
60
5
738.-)(W
184804
719917
373736
191246
24344!)
649348
6247(]
55
10
77-2<'i7
2-25665
769369
434843
268726
344956
788173
8-J6 17
50
15
807685
267152
819057
497104
347861
448957
931009
12-03462
45
20
843005
309279
870804
5(i0554
428706
555547
10-07803
2505 1
40
25
87S825
352063
92-28.32
625226 !
511318
664.-t'22
•22943
47422
3.)
30
915157
395517
975764
691156'
595754
77()-^87
38540
70620
30
', 35
9521)13
439659
6-029625
758383 ;
682077
891S51
54615
946'.)2
2.5
40
989403
484505
084438
826944
770351
9-0098-26
71191
13-19688
20
45
5-027340
530072
140230
89(5880 1
8(K)642
130935
88292 j 45663
15
50
55
065835
576379
19702^
968234 1
953022
255304
11-05943 ,72674
10
104902
623442
254859
7-041048
8-047565
383066
24171 14-00786
5
U.
144554
671282
313752
115370 1
144346
514365
430051 30067
U
)Cot. 110 I 100 I 90 I 80 II 70
60
50 I 40
^Tnn. 860 | |)i^. | gTO | Diff. || 88O | Diff. | 890 | Diff.
) 20
25
J 30
< 35
14-30067
60592
9-2442
15-25705
60478
9()867
16-34986
74961
40,17-16934
45 61056
50 18-07498
55 1 56447
60 19-08114
1908114
62730
20-20555
81883
21-47040
2216398
90377
23-69454
24-54176
30525
31850
33263
34773
36389
38119
39975
41973
^7 '"V 25-45170
4J«-,26-43160
5166
:*::, 27-48985
1-63625
54616
57825
61328
65157
69358
73979
79077
84722
90994
97990
1-05825
1-14640
28-63'>25
29-88230
31-24158
32-73! 126
34-36777
36-17760
38-18846
40-435»4
42-96408
45-82935
49-10388
52-8821 1
57-28996
1-24605
1-35928
1-48868
1-63751
1-80983
2-01086
2-24738
2-52S24
2-8f.527
32T453
3-77823
4-40785
57-28996
62-49915
68-75009
76-39001
85-93979
98-21794
114-5887
137-5075
171 •88.54
229-1817
343-7737
687-5489
Infinite.
5-20919
6-25094
7-63992
9-54978
]2"2782:^;^
l(i-3708
22-91.-8
34-3779
57-29()3
114-59-20
343-7752
Infinite.
' I . 30 I Diff. 1 20
Diff. II 10 I
'Natural Cotangents.
Diff I 00 I Diff I
TABLE
THE AREAS OF THE ZONES OF A CIRCLE.
1 Versed Area of
Sine. Segment.
•00100
■00200
•0U300
•00400
■00500
■OOGOO
■00700
■00800
■00900
■01000
•OilOO
•01199
•01299
•01399
•01499
■01.599
■01C99
■01799
•01899
•01999
•02099
•02199
•02299
•02399
•02499
•02598
•02(598
•02798
•02898
•02998
•03098
•03197
•03297
•03397
•03497
•03596
•03096
03798
•03890
•03995
•04095
■04195
•04294
■04394
04494
•04593
•04693
■07492
•04:^92
•04991
Versed Area of
Sine. Segment.
•051
•052
•053
•054
•055
•056
•057
■058
■0.59
•000
•061
•062
■003
•064
■065
•066
•067
•068
•069
•070
•071
•072
•073
•074
•075
•076
•077
•078
•079
•080
•081
•082
•083
•084
•085
•086
•087
•088
•089
•090
•091
■092
093
■094
•095
096
•097
■098
099
•100
•0.5091
•05190
•05290
•05389
•05489
•05588
•05687
•05787
•05886
•05985
•06084
•06184
•06-283
•06382
•U6481
•06580
•06679
•06779
■06878
•06977
•07076
•07175
•07-274
•07372
•07471
•07570
•07669
•07768
•07867
•07965
•08064
•08163
•08261
•08360
•08458
•08557
•08655
•08754
■08852
■08951
•09049
•09147
■09246
■09344
•09442
•09540
•09638
•09736
•09835
•09933
Area of
Segment.
•101
•102
•103
•104
■105
•106
•107
•108
•109
•110
•111
•112
•113
•114
•115
•116
•117
•118
•119
■120
•121
•1^22
•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
•10030
•10128
•10226
•10324
•10422
•10520
•10617
•10715
•10813
•10910
•11008
•11105
•11203
•11.300
•11397
•11495
•11592
•11689
•11786
•11883
•11980
•12077
•12174
•12271
•12368
•12465
•12562
•1-2658
•12755
•12852
•12948
•13045
•13141
•13237
•13334
•13430
•13526
•13622
•13718
•13814
•13910
•14006
•14102
•14198
•14294
•14389
•14485
■14581
■14676
■14771
Versed Area of
Sine. I Segment.
I
•151
■152
■153
•154
•155
•1.56
•157
•1.58
•1.59
•160
•161
■162
•163
•164
•165
■166
•167
•168
■169
•170
■171
■172
•173
•174
•175
■176
■177
■178
•179
■180
•181
•182
•183
•184
•185
•1^6
•187
■188
•189
•190
•191
192
•193
•194
•195
•196
•197
•198
199
-200
•14867
•14962
•15057
•15153
•15248
•15343
•15438
•15533
•15627
•15722
•15817
•15911
•16006
•16101
•16195
•16-289
•16384
•16478
•16572
•16666
•16760
•16854
•16948
•17042
•17135
•17229
•17323
•17416
•17510
•17603
•17696
•17789
•17882
•17975
■18068
•18161
•4S254
•18347
•18439
•18532
•18624
•18717
•18809
•18901
•18993
•19085
•19177
•1921)9
•19361
■194.53
•201
•202
•203
•204
•205
•206
■207
•208
•209
•210
•211
•212
■213
■214
•215
•216
•217
•218
•219
•220
•221
•222
•223
•224
•225
•226
•227
■2-28
■229
■230
■231
■232
■233
■234
•235
•236
•237
•238
•239
•240
•241
•242
•243
•244
•245
•246
•247
248
•249
•2.50
1G8
AREAS OF THE ZONES
3F A
CIRCLE
Versed
Area of
Versed
Area of
Versed
Area of
Versed
Area of
Versed
Area of
Sine.
Segment.
Sine.
Segment.
Sine.
Segment.
Sine.
Segment.
Sine.
Segment.
•2.-il
•24001
•301
•28167
•351
•31953
•401
•35242
•451
•37845
•252
•24088
•302
•28247
•352
•320iM
•402
•35301
■452
•37888
•253
•24174
•303
•28326
•353
•32095
•403
•35361
•453
•37930
■2-vl
•24200
•304
•28406
•354
•32166
•404
•35420
•454
•37972
•255
•24346
•305
•28485
•355
•32237
•405
•3.5479
•455
•38014
•25(5
•24432
•306
•285(i4
•356
•32307
•406
•35537
•456
•38055
•257
•24518
•307
•28643
•357
•32377
•407
•35595
•457
•38090
•25ri
•24()04
•308
•28722
•358
•32447
•408
•35().53
•458
•38130
•251t
•24090
•309
•28801
359
•32517
•409
•3.5711
•459
•38170
•2(iH
•24775
•310
•28879
•360
•32586
•410
•35708
•4(50
•3821()
•201
•24860
•311
•28958
•361
•32655
•411
•3.5825
•461
•38255
•202
•24946
•312
•29036
•302
•32725
•412
•3.5882
•462
•:i82y3
•203
•25021
•313
•29114
•3()3
•32793
•413
•35939
■403
•38331
•264
•25116
•314
•29192
•364
•32862
•414
•35995
•464
•38369
•2()5
•25201
•315
•29270
•305
•32931
•415
•30051
•405
•:J8406
•2()6
•25285
•316
•29.347
•306
•32999
•416
•30107
•406
•38442
•2(57
•25370
•317
•29425
•367
•33067
•417
•301(52
•467
•38478
•268
•2r.4.54
•318
•29502
•368
•33135
•418
•3(5217
•408
•38514
•209
•25539
•319
•29579
•309
•33202
•419
•3(5272
•409
•38.549
•270
•25623
•320
•29056
•370
•33270
•420
•30326
•470
•38583
•27]
•2.5707
•321
•29733
•371
•33337
•421
•36380
•471
•38617
•272
•25791
•3-22
■29809
•372
•33404
•422
•36434
•472
•38050
•273
•25875
•3-J3
•29886
•373
•3:^470
•423
•30487
•473
•38083
•274
•25959
•324
■29962
•374
•33.537
•424
•30541
•474
•38715
•275
•20042
•325
•30038
•375
•33603
•425
•30593
•475
•38746
•276
20126
•326
.30114
•376
•330(59
•426
•30040
•476
•38777
•277
20209
327 „
•30190
•377
•33735
•427
•30098
•477
•38808
•278
•26292
•3-28
■302(i5
•378
•3:{801
•4-28
•30750
•478
•38837
•279
•2t)375
•329
•30341
•379
•3.3866
•429
•30801
•479
•38800
•2H0
•2(i458
•330
•30416
•380
•33931
•430
•30853
•480
•.38895
•281
•26541
■331
•30491
•381
•33996
•431
•30904
•481
•38922
•2,^2
•26024
•332
•30566
•.382
•34060
•432
•30954
•482
•38949
•283
•20700
333
•30641
•383
•34125
•433
•37004
•483
•38975
•2.S4
•26788
•334
•30715
•384
•34189
•434
•37054
•484
•39001
•285
•20871
•335
•30789
•385
•34^253
•435
•37104
•485
•39026
•2«()
•2(i953
•336
•30864
•386
•34317
•436
•37153
•486
•39050
•287
•27035
■337
•30937
•387
•34380
•437
•37201 •
•487
•39073
•288
•27117
•338
•31011
•388
•34443
•438
•372.50
•488
•39095 ,
•289
•27198
•339
•31085
•389
■34506
•439
•37298
•489
•39116
•290
•27-J80
340
•31158
•390
•34569
•440
•37340
•490
•39137
•291
•27301
•341
•31231
•391
•34(531
•441
•37393
•491
•39156
•2i)2
•27442
•342
•31305
•392
•34094
•442
•37440
•492
•39174
•293
•27523
•343
•31377
•393
34756
443
•37486
•493
•39120
•294
•27604
■344
•31450
•394
•34817
•444
•37533
•494
•39208
•295
•27685
345
31523
•395
•34879
•445
•37578
•495
•39222
•296
•27760
•340
•31.595
•396
•34940
•446
•37624
•496
•39236 S
•297
•27846
•347
•31607
•397
•3.5001
•447
•37669
•497
•3^^248
•2'»8
•27927
•348
•31739
■398
■35061
•448
•37713
•498
■392.58
•299
•28007
•349
•31811
•399
•35122
•449
•377.58
•4i)9
■39265
•300
•28087
•350
•31882
•400
35182 1
•4.50
•37801 1
•500
■39269
USE OF THE ABOVE TABLE.
To FIND THE Area of a Circular 7.oyK.— Rule 1. When the zone is less
tlmn a semicircle, divide the height by tlie longest chord, and seek the quotient in
the cohimn of versed sines. Take out tlie corresponding area, in the next colbmn
on the right hand, and multiply it by the square of tlie longest chord: the product
will he the area of the zone.
Example. Required the area of a zone, whose longest chord is 50, and height 15.
15 -r- .5I) = ^:500: mid ■.300, as per table, = ■28087.
Hence, •28087 X 505 = 702^19, the area of the zone.
Rule 2. When the zone is greater than a semicircle, take the height on each
side of the diameter of the circle, and fiiui, by Rule 1, their respective areas: the
areas of these two portions, added together, will be the area of the zone.
TABLE
OF
THE AREAS OF THE SEGMENTS OF A CIRCLE,
The Diameter of which is Unity, and supposed to be divided into 1000 e
qual Parts.
000042
000119
000219
000337
000471
000619
000779
000952
001135
001329
001533
001746
001969
002199
002438
002685
002940
003202
003472
003749
004032
004322
004619
004922
005231
005546
005867
006194
006527
007209
007559
007913
008273
008638
009008
009383
009763
010148
010538
010932
011331
011734
012142
012555
012971
013393
013818
014248
014681
015119
015561
016008
016458
016912
017369
017831
018297
018766
019239
019716
020197
020681
021168
021660
022155
022653
023155
023660
024168
024680
025196
025714
026236
026761
027290
027821
028356
028894
029435
029979
030526
031077
031630
032186
032746
033308
033873
034441
035012
035586
036162
036742
037324
037909
038497
039087
039681
040277
040875
•JUl
•102
•103
•104
•105
•106
•1U7
•108
•109
•110
•111
•112
•113
•114
•115
•116
•117
•118
•119
•120
•121
•122
•123
■124
•125
•196
•127
•128
•129
•130
•131
•132
•133
•134
•135
■136
•137
•138
•139
•140
•141
•142
•143
■144
■145
•146
•147
•148
•149
•150
•041477
•042081
•042087
•043296
•043908
■044523
■045140
•045759
■046381
•047006
•047()33
•048262
■048894
•049529
•050165
•050805
•051446
■052090
•052737
•053385
•054037
•054690
055346
■056004
•056664
•057327
•057991
•058658
•059328
•059999
•060673
•061349
•062027
•062707
•063389
•064074
•064761
•065449
•066140
.066833
•067528
•068225
•068924
•069626
•070329
•071034
•071741
•072450
•073162
•073875
•151
•152
•153
•154
•155
•156
•157
•158
•159
•160
•161
•162
•163
•164
•165
•166
•167
•168
•169
■170
•171
•172
•173
•174
•175
•176
•177
•178
•179
•180
•181
•182
•183
•184
•185
•186
•187
■188
•189
•190
•191
•192
•193
•194
•195
•198
•197
•198
•199
•200
074590
075307
076026
076747
077470
078194
078921
079650
080380
081112
081847
082582
083320
084060
084801
085545
086290
087037
087785
088536
089288
090042
090797
091555
092314
093074
093837
094601
095367
096135
096904
097675
098447
099221
099997
100774
101533
112334
103116
103900
104686
105472
106261
107051
107843
108636
109431
110227
111025
111824
201
202
203
■204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
15
170
AREAS OF T H K
SEGMKNTS OF k CIRCLE.
•251
•154413 :
•301
•252
•1552.S1
■302
•253
•156149 1
•303
•254
•157019
•304
•255
-157891
•305
•256
•158763
■306
•257
•159636
•307
•258
•160511
•308
•259
•161386
■309
•260
•162263
•310
•261
•163141
•311
•262
■164020 1
•312
•263
•1C4UU0
■313
•264
•165781
•314
•2«)5
•166663
•315
•266
•167546
•316
■207
•168431 1
•317
•268
•109316
•318
•269
•170202
•319
•270
•171(190
■320
•271
•171978
■321
•272
•172868
■322
•273
•173758
■323
•274
•174650
•324
•275
•175542
•325
•276
•176436
■326
•277
•177330
•327
•278
•178226
•328
•279
•179122
■329
•280
•180020
•330
•281
•180918
■331
•282
■181818
•332
•283
•182718
•333
•284
■183619
■334
•285
■1845-22
■335
^•286
•185425
■336
)-287
•186329
■337
•288
•187235
■338
•289
•188141
■339
•290
•189048
■340
•291
•189956
■341
) -292
■190865
•342
) -293
•294
•295
•191774
•343
•192685
■344
•193597
345
) -296
•194509
•346
•297
•195423
•347
) •298
•196337
■348
) ^299
■197252
349
)-300
•198168
■350
•199085
•200003
•200922
■201841
•2027t;2
•203683
•204605
■205528
■200452
•207376
•208302
•209228
■210155
•211083
•212011
•212941
•213871
■214802
•215734
•216666
•217600
•218534
•219469
•220404
■221341
■222278
■223216
■224154
■225094
•226034
•226974
•2279 ]()
■228858
■229801
•230745
■231689
•232C)34
■233580
■234526
•235473
•2:i6421
237309
■238319
■239268
•240219
241170
•242122
■243074
244027
■244980
35i
352
353
354
355
356
357
358
359
360
361
362
303
364
265
366
367
368
369
370
371
372
373
374
375
276
377
378
379
380
381
382
3a3
384
385
386
387
388
389
390
391
392
393
394
395
396
397
398
399
400
•245935
•240890
■247845
249758
250715
251673
252632
253591
254551
■255511
■256472
257433
■258395
•259358
■260321
■261285
■2(;2249
•263214
•264179
•265145
•2(J6111
•267078
•268046
■268014
■269982
■270951
•271921
•272891
•273861
•274832
•275804
•276776
•277748
•278721
•279695
■280669
■281643
•282(518
•283593
•284569
■285545
•286521
•287499
■288476
•289454
•290432
291411
■292390
•293370
•401
■402
■403
•404
•405
•406
•407
•408
•409
•410
•411
•412
•413
•414
•415
•416
•417
■418
•419
•420
•421
•422
•423
•424
•425
■426
•427
■428
•429
•430
•431
•432
•433
•434
•435
•436
•437
•438
•439
■440
•441
■442
•443
■444
■445
■446
•447
•448
•449
•450
•294350
•295330
•296311
■297292
•2tJ8274
•299256
•300238
•301221
•302204
•303187
•304171
•305156
•306140
•307125
•308110
•309096
•310082
•311068
•312055
•313042
■314029
•315017
•316005
•316993
•317981
•318970
319959
■320949
•321938
•322928
■332919
•324909
■325900
■326891
•327883
•328874
•329866
•330858
•331851
•332843
•333836
•334829
•335823
•336816
•3:^7810
•338804
■339799
■340793
■341788
■342783
■451
■452
■453
■454
■455 1
•456
■457
■458
■459 1
■460 i
■461
■462
•463
•464
•465
■466
•467
•468
•469
■470
•471
•472
•473
•474
•475
•476
•477
•478
•479
•480
•481
•482
•483
•484
•485
•486
■487
■488
•489
•490
•491
.492
■493
•494
•495
•496
•497
■498
■499
■500
•343778 ;
■344773 )
•345768 )
•346764 )
•347760 ;
•346756
•3497.VJ
•350749
•351745 ;
•352742 ;
•353739 )
•354736 )
■355733 )
■356730 )
•357728 )
■3587-25 )
■359723 )
■360721 :
■3617 M'
■3(rJ7l7
■3637! 5
■3647.4 ;
■3(557 i-i ,
■3()671I .
•3()771(» )
■3(i87t:'^ )
•3697U7 )
37ll7;i6 ■,
•3717i!5 .
•37-2704 ■
•3737.4 ;
•37471 .3 )
376 /r2 )
•3777(>i
•378701 ;
■3797(.l
•38()7l.(t ■■
•,3817(;0 \
•382700 (
■383700 \
"384699 (
•385699 (
•386699 '
•387699 ',
•388699
•389699 I
•390699 f
•391699 /
TABLE
THE LENGTHS OF CIRCULAR ARCS WHOSE BASE IS UNITY.
p^:r-r-
^--'"--^^-^"-^^
-^ir'V^
•--^r-^^
--'-^--"-^""-^^^
-^^■^.^^^^
"^-o^^-^
^.^^^-v^^^-\
■&I
Length
f,2
Length
•&J
Leng-th
^1
Lensih ,
■?^l
Leiig-lh (
( '^^
ot Arc.
Z"^
of Arc.
■-<i
of Arc.
■5 ■*
of Arc. 1
■s:f
of Arc. I
) X'o
a-o
xz
X'o
•301
1-22635 !
;-ioi
102698
•151
105973
-201
110447
•251
116033 ,
) -102
1 -103
) -104
)-105
102752
•152
106051
■202
110548
•252
116157 1
•302
1-22776 )
1-02806
•153
106130
■203
1106.50
•253
116279
•303
1-22918 /
102860
•154
106209
■204
110752
•254
116402
•304
1-23061 I
102914
•155
106288
■205
110855
•255
116526
•305
1-23205 ;
•106
102970
■156
1^06368
■206
110958
•256
116649
•306
123349
) -107
103026
•157
106449
•207
111062
•257
116774
•307
1-23494
; -108
103082
•158
106530
•208
111165
•258
116899
•308
1-23636
•109
103139
•159
106611
•209
111269
•259
117024
-309
1-27780
•110
103196
•160
106693
•210
111374
•260
1171.50
•310
1-23925
•111
103254
•161
106775
•211
111479
•261
1-17275
•311
1-24070 (
•112
103312
•162
106858
-212
111584
•262
117401
•312
1-24216 /
•113
103371
•163
106941
•213
111692
■263
117527
•313
1-24360 /
•114
103430
•164
107025
•214
111790
■264
117655
•314
1 24506 /
•115
103490
•105
107109
•215
111904
■265
117784
•315
124654 /
^•116
103551
•166
107194
■216
112011
■266
117912
•316
1-24801 /
•117
103611
•167
107279
■217
112118
■267
118040
•317
1-24946 /
•118
103672
•168
107365
•218
1-12225
■268
118162
•318
125095 /
)-119
103734
■169
107451
■219
112334
■269
118294
•319
125243 /
) ^120
103797
•170
107537
■220
1-12445
•270
118428
•320
1-25391 /
•121
103860
■171
107624
■221
112.556
•271
118.557
•321
1-25539 I
•122
103923
172
107711
■222
1 12663
•272
1-18688
•322
1-25686 ?
•123
103987
■173
107799
■223
112774
•273
1-18819
-323
1-25836
•124
104051
•174
107888
■224
1-12885
•274
1-18969
•324
1-25987
•125
104116
•175
1-07977
■225
1-12997
•275
1-19082
•325
126137
•126
104181
•176
108066
■226
113108
•276
119214
•326
1-26286
•127
102447
•177
108L56
•007
113219
•277
119345
•327
1-26437
•128
104313
•178
1-08246
■228
1-13331
•278
119477
•328
1-26588
•129
104380
■179
108337
■229
1-13444
•279
1-19610
•329
1-26740
•130
104447
•180
108428
■230
113.557
•580
119743
•330
1-26892
•131
104515
•181
1.08519
-231
1-13671
•281
1-19887
•331
1-27044 I
) 132
104584
■182
108611
232
113786
•282
1 20011
•332
1-27196 I
^ ^133
104652
•183
1-08704
-233
1-13903
•283
1-20146
•333
1 27349 (
)-134
104722
•184
1-08797
■234
114020
•284
1-20282
■334
1-27502 (
) -135
104792
•185
1-08890
235
114136
■285
120419
•335
127656 (
•136
104862
•186
108984
■236
114247
•286
1-205.58
•336
1 27810 (
^•137
104932
•187
109079
■237
114363
■287
120696
•337
1-27864
) -138
105003
•188
109174
■238
114480
•288
1-20828
•338
1-28118 (
•139
105075
•189
109269
2.39
114597
•289
120967
•339
1-28273 (
•140
105147
•190
109365
■240
114714
•290
1-21202
•340
1-28428 (
•141
105220
•191
109461
■241
134831
•291
1-21239
•341
1-28583 (
•142
105293
•192
109557
•242
114949
•292
1-21381
•342
1-28739 (
•143
105367
•193
1-09654
•243
115067
1 -293
121520
•343
1-28895 (
^•144
105441
•194
109752
•244
115186
•294
121658
344
129052 (
^•145
105516
•195
109850
■245
115308
•395
121794
•345
1-29209
) -146
105591
•196
109949
■246
115429
■296
121926
•346
1-29366
•147
105667
197
1-10048
•247
115549
•297
1-22061
•347
1-29523
^•148
105743
•198
110147
•248
115670
•298
122203
•348
1-29681
•149
105819
•199
110247
•249
115791
•299
1-22347
•349
1-29839
W50^
105896
•200
110348
•250
115912
i 300
122495
•350
^;29997J
172
TABLE OP CIRCULAR ARCS.
InS
Length
-,<
of Arc.
ffi'o
•351
130156
■:m
130315
•353
1 30474
•354
1-30634
•355
130794
•35(5
130954
•357
131115
•358
131276
•359
131437
•360
1-3] 599
•3fil
131761
•302
1-31923
•363
132086
•364
132249
•305
132413
•306
132577
•367
1 32741
•3()8
13^05
•369
133069
■370
133234
•371
133399
•372
1 33564
•373
133730
•374
133896
•375
134063
•376
134229
■377
134396
■378
134563
•379
1 34731
•380
134899
u
Length
of Arc.
■^^
33-
X'o
-381
1-35008
•411
•3S2
1-35237
-412
-383
135406
•413
-384
135575
•414
•385
1-35744
•415
•386
1-35914
•416
•387
1-36084
•417
•388
1-36254
•418
•389
1-36425
•419
•390
136596
•420
•391
1-36707
421
•31)2
136939
•422
■393
1-37111
•423
•394
1.37283
•424
395
137455
•425
•396
1 37628
•426
•397
137801
•427
•398
1 37974
•428
•399
138148
•429
•400
138322
•430
•401
1-38496
•431
-402
1-38071
-432
•403
1-38846
433
•404
1-39021
•434
•405
139196
•435
400
139372
•436
407
139.548
•437
408
1-39724
•438
409
1.39900
•439
410
1 40077
-440
14U254
1-40432
1'40010
1-40788
1 40960
141145
1-41324
141503
141082
1-41861
1-42041
1-42222
142402
142.583
1-42704
1-42945
1-43127
143309
143491
1-43673
143856
1440.39
144222
144405
1-44.589
144773
1 44957
1-45142
1 45327
145512
-5"
Length
x'o
of Arc.
-441
1-45697
•442
1-45883
-443
1-46069
•444
1-462.55
•445
146441
•446
146628
•447
1-46815
■448
1-470U2
•449
1-47189
•450
1-47377
•451
147565
•452
147753
•453
1-47942
•454
148131
•455
148320
•456
148509
•457
148699
•458
1-48889
•459
l-49()79
•400
149209
•461
1-49460
•402
149051
•463
149842
•464
1.50033
•465
1.50224
460
1.50410
•407
1.50608
-468
1.50800
•409
150992
-470
1.51185 1
Leng-th
of Arc,
To find the length of an arc of a circle by the table :
Rule, Divide the heicrht by the base, and the quotient will be the height of an
arc of which the base is unity. Multiply the tabular number opposite the corres-
ponding quotient by the base of the arc, and the product equals the length of the
curve required.
TABLE
OF THE LENGTH OF CIRCULAR ARCS,
RADHTS BEING UNITY.
Le.iRlh.
0-0174533
00349006
00523599
0698132
00872665
0-1047198
0-1221730
1396263
0-1570796
01745329
0-3490659
0-5235988
06981317
0-8726646
Length.
T04~7197er
12217305
13962634
1-5707963
1-7453293
2094.3951
26179939
3141.5927
36651914
4-1887902
47123890
5-2359878
5-7595865
62831853
ength.
00002919
0000.5818
00008727
0011036
0014544
00017453
0020.302
0002.3271
00020180
00C29089
0-00.58178
0087206
01163.55
0-014.5444
L,en?ih.
I 0-000048
0000097
00000145
00000194
00000242
00000291
000003.39
0-0000388
0-0000436
00000485
0-0000970
00001454
0-0001939
0-0002424
Ex. Required the length of a circular arc of 37° 42' 58" 1
300 = 523.5988
70=01221730
40' =0 0116355
2' =0 000.5818
50" = 00002424
8" = 0-0000388
The length 06582703 required in terms of the radius.
TABLE
THE PROPORTIONS OF THE LENGTHS OF SEMI-EL^^IPTIC ARCS.
nj
Leng-th
l'^
Length
^cr
Length
IJ^
Lensth
■s,^
Len-th )
) ■z<
of A re.
■s<
of Arc.
'Z'^
of Arc.
•s<
of Arc.
■-<
ofA-rc. J
K3
1 S'o
=■=
•635
r7850
X'o
•820
2-0971 (
) -100
r0416
•265
r2306
-450
1-4931
) -101
r0426
-270
1-2371
•455
1-5008
-640
1-7931
•8-25
2-1060 (
) -102
1^0436
-275
1-2436
•460
1.5084
-645
1-8013
-830
2-1148 (
) -103
1^0446
•280
1-2501
•465
1-5161
-650
1^8094
■835
2-1237 (
) -104
1-0456
•285
1-2567
•470
1-5238
•655
r8176
-840
2-1326 (
) -105
1-0466
•290
1-2634
•475
1-5316
•660
1-8258
-845
2-J416 (
( -110
1-0516
•295
r2700
•480
1-5394
•665
1-8340
•8.50
2-1505
S -115
1-0567
•300
1^2767
•485
1-5472
•670
1-8423
•855
2-1595
{ -120
1-0618
•305
1^2834
•490
1-5550
•675
1-8505
-860
2-1685
( -125
1-0069
•310
1^2901
•495
1-5629
•880
1-8587
-865
21775
\ -130
1-0720
•315
1-2960
•500
1-5709
•685
1-8670
-870
2-1866 (
{ -135
r0773
•320
1-.3038
•.505
1-5785
•690
1-8753
•875
2-1956 (
( -140
1-0825
•325
1-3106
•510
1-5863
•695
.1-8836
•880
2-2047 (
( -145
1-0879
•330
1-3175
•515
1-5941
•700
1-8919
•885
2-2139 (
( -150
1-0933
•335
1-3244
•.520
1-6019
•705
1^9002
•890
2-2230 {
•155
1-0989
•340
1-3313
•525
1-6097
•710
1-9085
•895
2-2322 <
•160
1-1045
•345
1-3383
•530
1-6175
•715
19169
•900
2-2414 (
•165
1-1106
■350
1-3454
•5-35
l-6^2.53
•7-20
1^9253
•905
2-2506 (
•170
1-1157
•355
1-3525
-540
10331
•725
l-93:37
•910
2-2597 (
•175
1-1213
•360
1-3597
•245
1-6409
•730
1-9422
•915
2-2689 (
( •180
1-1270
•365
1-3669
-5.50
1-6488
■735
r9506
•920
2^2780 (
( ^185
1-1327
•370
1-3741
-555
1-6567
-740
1^9599
•925
2-2872 I
( •IQO
1-1384
•375
1-3815
•560
1-6646
-745
r9675
•930
2-2964 (
( -195
1-1442
•380
1-3888
•565
1-6725
-750
r9760
•935
2-3056 (
( •soo
1-1501
•385
1-3961
•570
1-6804
-755
1^9845
-940
2-3148 (
( •aos
11560
•390
1^4034
•575
1-6883
•760
r9931
•945
2-3241
( -210
1-1620
•395
1-4107
•580
1-6963
•765
2^0016
-950
2-3335
•215
1-1680
•400
1-4180
•585
1-7042
•770
2^0102
-955
2-.3429
•220
•225
11741
-405
1-4253
•590
1-7123
•775
2^0187
-960
2-3.524
1-1802
-410
1-43-27
•595
1-7203
•780
20273
•965
2-3619
( ^230
1-1864
-415
1-4402
-600
1-7283
•785
2^0360
•970
2-3714 (
•235
1-1926
-420
1-4476
-605
1-7364
•790
2-0446
•975
2-3810 (
( ^240
1-1989
•425
1-45.52
-610
1-7444
•795
2-0.533
•980
2^3906 (
/ -245
( -250
1-2051
•430
1-4627
-615
1-7525
•800
2-0620
•985
2^4002 (
ri2114 1
435
1-4702
-620
r7606
•805
2-0708
•990
2^4098 (
•255
1-2177 j
•440
1-4778
-625
1^7687
•810
2-0795
•995
2^4194 (
•260
1-2241 1
•445
1-4854
•630
1-7768
•815
2-0883
•1000
2-4291 (•
To FIND THE Length of the Curve of a Right Semi-ellipse. — Rule. — The
rule for circular arcs in the preceding table is equally applicable here.
The two last tables are not entirely confined to works which may be carried into
practice, but are useful in estimating, to a very minute degree of accuracy, the quantity
of work which is to be executed from drawings to a scale.
• As the tables, however, do not afford the means of finding the lengths of the curves
of elliptic arcs, which are less than half of the entire figure, the following geometrical
method is given to supply the defect.
To find the Length of an Elliptic Curve, which is less than half the
figure. — Let the curve, of which the length is required to be found, he ab c,
15*
174
LENGTHS OF CIRCULAR ARCS.
k
b
Produce the versed sine, h d, to meet the centre of the curve in e. Draw the right
line, c e, and from the centre, e, with the distance, e b, describe an arc, b h. Bisect c h
in i, and from the centre, e, with the radius, e i, describe the arc, i k, meeting e b pro-
duced to k ; then i k is half the arc a b c.
Note. — When the quotient is not g-iven in the column of heights, divide the difference between the
two nearest heights by -5; multiply the quotient by the excess of the height given, and the height in the
table first above it, and add this sum to the tabular area of the least heijr'ht.
Thus, if the height is 118,
•115, per table, =r0567
•120 " " = 1-0618
•005 1-f-
=1-05976, the length for 118.
i-00102x(118— ]15)=-00306, which, added to 1-0567,
TABLE
THE PROPORTIONS OF THE LENG . HS OF CIRCULAR ARCS
Whose Base is Unity.
. ^^.^•^-
•'^-'"-^^^^ — ^
'~-'"i^~^^
^^^■' ■ -~^
^~'~C'-(^^
^^-^^~^-^ "
"Or'^'"
~^~~^-^-^^^-^
"■"C^''^^
'^-'■^^^^^-^
[ ft"'
Length
"h >^
Lenslh
i,"
Lensjth
^ o
Lena-ih
^^
Length' (
; %<
of Arc.
•s'<
of Arc.
-<
ofAlc.
'I'-*
of Arc.
'u"^
ol Aic. /
) K'B
E'o
— '"5.
ffl-o
_Kjo_
)
) -100
10265
•J 30
10445
•i.^0
10669
•190
10936
22t)
11245 )
) -101
10270
■131
10452
•161
10678
■191
1-0946
221
11256 )
) -102
10275
•132
10458
•162
10686
•192
10956
•222
11266 S
) -103
1-0281
•133
10465
•163
10694
•193
10965
223
1-1277 (
) -104
10286
•134
10472
-164
1 0703
•194
10975
224
1-1289 (
) -105
10291
•135
10479
-165
10711
•195
10985
•225
1-1300
) -106
10297
•136
10486
-166
1-0719
■196
10995
•226
1 1311 (
) -107
10303
•137
10493
-167
1-0728
197
11005
•227
1-1322 <
•108
10308
•138
10500
•168
10737
■198
1-1015
-228
1-1333 (
) -109
10314
•139
10508
•169
10745
■199
1-1025
•229
1-1344 (
) -110
10320
•140
10515
•170
107.54
-200
1-1035
•230
1-13.56 (
) -111
10325
•141
10522
•171
10762
•201
1-1045
■231
11367 (
) -112
10331
•142
10529
•172
10771
•202
110.55
■232
1-1379 (
) -113
10337
■143
10537
•173
1-0780
•203
11065
•233
11390 (
•114
10343
•144
10544
•174
10769
•204
11075
•234
11402 s
•115
10349
•145
10552
•175
10798
•205
11085
•235
1-1414 ^
1-1425 (
-116
10355
•146
10.559
-176
10807
•206
11096
•236
V -117
103G1
•147
10567
-177
10816
•207
11106
-237
11436 (
\ -118
10367
•148
10574
-178
1-0825
•208
1-1117
•238
1-1448 ?
I -119
10373
•149
10.582
•179
10834
•209
1-1127
•239
11460 /
( -120
10380
•150
10590
•180
1-0843
•210
1-1137
-240
11471 ;
( ^121
10386
-151
10597
•181
1.0852
•211
11148
-241
11483 )
•122
( ^123
10392
•152
10605
•182
10861
•212
11158
-242
1-1495 )
10399
•153
10613
•183
10870
•213
11169
-243
r 1.507 )
( ^124
/ -125
10405
■1.54
10621
•184
1-0880
•214
11180
-244
11519 )
10412
•1.55
1-0629
•185
10889
•215
1-1190
-245
1- 1.531 )
/ ^126
10418
•1.56
10637
•186
10898
•216
11201
-246
1-1543 (
( -127
10425
•157
10645
•187
1-0908
•217
11212
-247
1- 15.55 (
? -128
10431
•1.58
106.53
•188
10917
•218
11223
■248
1 1567 (
•129
10438
•159
1-0661
•189
1-0927
•219
11233
•249
1-157^
LENGTHS OF CIRCULAR ARCS,
175
f 2
Length
-f £
Length
of Arc.
■j-^
of Arc.
•250
11591
-300
12250
■251
1 1603
•301
12264
•252
11616
•302
r2278
•253
11628
•303
12292
•254
M640
•304
12306
•255
11653
-305
12321
•256
11665
•306
1-2335
•257
11677
•307
12349
•258
11690
-308
123(34
•259
11702
■309
12378
•260
11715
-310
12393
•261
11728
•311
1-2407
•262
11740
-312
12422
•263
1-J753
■313
12436
•264
11766
■314
12451
•265
11778
■315
12465
•266
11791
316
i-2m)
•267
11804
•317
12495
•268
11816
318
12510
•269
11829
319
12.524
•270
11843
•320
12539
•271
11856
■321
12.554
•272
11889
322
1-2569
273
1-1882
323
12584
•274
11897
•324
1-2599
•275
11908
•325
12614
•276
11921
■326
12629
•277
11934
■327
12644
•278
11948
•3-28
12659
•279
11961
•329
1-2674
•280
11974
•330
1-2689
•281
11989
■331
12704
•282
1-2001
■332
12720
•283
12015
■333
12735
•284
1-2028
■334
12750
•285
1-2042
•335
12766
•286
1-2056
•336
12781
•287
12070
•337
12786
•288
1-2083
•338
12812
•289
1-2097
•339
12827
■290
12120
•340
r2843
•291
12124
■341
12858
•292
12138
•342
1-2874
•293
1-2152
•343
1-2890
•294
12166
•344
12905
•295
1-2179
•345
12921
•296
1-2193
■346
1-2937
•297
12206
•347
1-2952
•298
1-2220
•348
12968
•299
1-2235
•349
12984
13UU0
1-3016
130:52
13047
1^3063
13079
13095
1-3112
1-3128
1-3J44
13160
13176
13192
1-3209
13225
13-241
13258
13274
13291
1.3307
13323
13340
133.56
13373
13390
13406
13423
13440
13456
1-3473
1-3490
1-3507
13524
13541
1-3558
13574
13591
13608
1-3625
13043
1-3660
13677
1.3694
13711
13728
13746
13763
1-3780
1-3797
13815
1 3832
138.50
138()7
13885
13902
1-3920
13937
13955
13972
1-3990
14008
14025
1-4043
14061
1-4079
1-4097
14115
14132
14150
14168
1-4186
14204
1-422-2
1-4240
1-4258
1-4276
1-4295
14313
14331
14349
14367
14386
1-4404
1-4422
14441
1-4459
1^4477
1-4496
1-4514
14533
1-4551
1-4570
1-4.588
1-4607
1-4626
14644
1-4663
1-4682
1-4700
1-4719
■£,"
Len-th
■z"^
of Arc.
ac'o
-450
1-4738
•451
147.57
•4.52
1-4775
•453
14794
•454
1-4813
•455
1-4832
•456
14851
•457
1-4870
•458
1-4889
•4.59
1-4908
•460
1-4927
•461
14946
•462
14965
•463
14984
•464
1-5003
•465
1-5022
•466
1-5042
•467
15061
•468
1^5080
•469
15099
•470
15119
■471
15138
•472
151.57
•473
15176
•474
15196
•475
15215
•476
15235
•477
15254
•478
15-274
•479
15293
•480
15313
•481
15332
•482
153.52
•483
15371
■484
15391
•485
15411
•486
15430
•487
15450
•488
15470
•489
15489
•490
1^5509
•491
1-5529
•492
1-5549
•493
15569
•494
15585
■495
1-5608
■496
1-5628
•497
1.5648
•498
l-56{i8
J ^409
15688
To riND THE Length of an Arc of a Circle by the foregoing Table. —
Ride. — Divide the height by the base, and the quotient will be the height of an arc, of
which the base is unity. Seek in the ttible for a number corresponding to the quotient,
and take the length of thdt height from the next right-hand column. Multiply the
number, thus found, by the base of the arc, and the product will be the length of the
arc or curve required.
Example. — The profiles of the intradoses of the arches of a bridge are each a semi-
ellipse; the span of the middle arch is 150 feet, and the height 38 feet: required the
length of the curve.
38-M50=r-253, and -253, as per table, =1^2628.
Hence, 12628x150=174-4200, the length required.
DEMONSTRATION
OF
THE PRISMOIDAL FORMULA,
BY WHICH
THE FOLLOWING SERIES OF TABLES WERE CALCULATED.
Lkt ABCGFKDE (Fig. 1) represent a prismoid or solid figure, similar to that which
is formed in excavations or embankments, in which BCDK represents the road-waj',
and ABCG, FKDE parallel cross sections at each end. The cubic content of this solid
is equal to the areas of each end, added to 4 times the mean area, and the sum multi-
plied by the length of the prismoid divided by 6. i
That IS, to the area ABCG -f area FKDE + 4 times the area a b c g, multiplied by
CU_
ti
Bisect the breadth of the road-way KD in the point O ; from the point O raise the
perpendicular ON, which will represent the depth of cutting at the lower end of the
section ; in the same manner bisect BC, in the point M, and raise the perpendicular ML,
v,'hich will represent the depth of cutting at the upper end of the section ; on this
perpendicular lay off from the point M, a distance MCi, equal to ON, the perjiendicular
height of the lower end of the section ; through the point Q, draw the line HI jmrallel
to BC, this line HI will be equal' to the line FE, as the planes are parallel, and the
angles of the slopes ABC, BCG are supposed to be equal to the angles FKD, KDE. If,
then, we suppose a plane HIEF to be drawn through the lines HI and EF, it will be
parallel to the base BCKD, and will divide the solid ABCGFKDE into two others, one
of which will be the regular prism HBCIFKDE, and the other will be a wedge, the
base of which will be the trapezium AIHG, the length IE or CD the length of the
prismoid, and the edge FE the breadth of the cutting at the lower end of the section.
This wedge may be divided by the vertical plane AHE into the two pyramids
AHIGE and AHEF, the base of the first being the trai)ezium AHIG, and its height the
line IE or CD, the length of the prism. The base of the other is the triangle FEH, and
its height a perpendicular AR let fall from the vertex A to the plane HIEF.
The solid content of the prismoid will therefore be equal to the content of the regular
prism HBCIFKDE, and the two pyramids AHIGE and AHEF.
Let BC = b, the breadth at the bottom of the cutting.
ML = A, the perpendicular depth of cutting at the higher end.
ON or M(i=:7i', the perpendicular depth of cutting at the lower end.
CD = l. the length of the solid.
PI = rA', the ratio of the perpendicular height of the slope to its horizontal
base, multiplied by the height MQ. or ON.
THE PRISMOIDAL FORMULA,
177
Then the content of the prism HBCIFKDE will be equal to the area of the end
FKDE or HBCI, multiplied by CD; or to BC -j- PI X MQ X CD, = 6 -f A r X A' X ^.
The content of the pyramid AHIGE is equal to the area of its base AHIG, multiplied
by J its height IE ; or to [(6 -|-rA)A— (ft +r/t',)A'] 1 for the area of AHIG is equal to
the difference of the areas of the ends ABCG and FKDE. And the content of the pyra-
mid AHEF is equal to the area of the triangle HEF, X ^ AR, or to ^EF X HF X jAR
, h-h'
2 • '"1"
La=/i— A',
PRISMOIDAL DIAGRAM
a!.
The content of the prismoid ABCGFKDE, as seen in the above diagram, will there-
fore equal the sum of these three quantities ; that is,
= (J + rh') A' X ^ + [(6 + J-A) A - (6 -f rh') A'] '^ +i+|l^-lx I X ^^-
= [3 (& + tK) A' + (6 + rh) A - (6 + rA') A' + ^±|'^^-+ A-A'] 3
= [2 ib + rh') A' + (& + rA) h +ld^l^^-X=F] ^
= (4 (J + rA-') A' + 2 (6 + rA) A + (J+ 2rA') (A— A')] ^
= [46A' + 4rA'S + 2AA + 2rA2 + 6A + 2r]th' —hh' — 2rA'S] \
= [2bh' + 2rA'i + 2JA + 2rAS + 2rAA'] ^
= [26A' + 5A' + rh'l + rA'§ + 26A + 6A + rA§ + rA§ + 2rAA'] ^
= [(* + rA') A' + (d + rA) A + 2&A + 2*A' + rA'§ + rA§ + 2rAA'] ^
= [(&+rA')A' + (6 + rA)A + 4[6 + r^±^'j^+A']^
= area of each end, added to four times the middle area, and the sum multiplied by
the length divided by 6.
EXPLANATION
OF
THE SERIES OF EXCAVATION TABLES
Every practical Engineer is well aware, by experience, of the inconvenience which
arises from the length of time necessary for calculating the cubic quantity of earth-
work in the cuttings and embankments of railroads, &c. ; especially where the section
is of considerable extent and the surface of the ground uneven. Frequently, calcula-
tions of this kind are reijuired of the engineer on a short notice, and to be furnished
within a limited period. The consequence is, that errcjrs are almost sure to occur, by
reason of the multiplicity of figures necessary to complete the task, though the calcula-
tions themselves are perfectly simple.
The following series of tables have been constructed with the view of saving time in
making these calculations, and insuring accuracy in the results. Besides these advan-
tages, they may serve another purpose, viz: that of satisfying contractors that the
estimates of their respective engineers correspond with authentic tables.
The FIRST SERIES of Tables exhibit the number of cubic yards contained in any
cutting or embankment for ove chain in length, the bases varying from 27 to 35 feet;
the sides of slopes being 1 to 1, l.\ to 1, and 2 to 1.
The depths of cuttings will be found in the fir:^t and eighth column of the tobies, in
feet and quarters of a foot, and the number of cubic yards of earth in the several
cuttings or embankments will be found directly at the right of the depth of the cutting,
and under the width of the base corresponding to snid cutting.
The seventh and last coluinn in each tabic, headed "One perpendicular foot in
height," exhibits the number of cubic yards contained in one chain in length and one
perpendicular foot in breadth.
Should, therefore, any excavation or embankment be either less or more than the
base or rond-bed in the tables, the cubic contents may be readily found by adding to or
subtracting from the quantity set opposite the table-breadths the quantity in the seventh
or last columns for every foot in breadth it may differ from the table-breadtlis. Thus,
to find the cubic content of a chain in length, of cutting "0 feet 3 inches deep, side of
slopes IJ to 1, and breadth of base or rond-bed 25 feet:
By the table, 24 feet in breadth contains . 2692' cubic yards.
And 1 foot in breadth contains .... -f-49'50 "
2741-50 "
In th<s series of Tables, the fractional part of a cubic yard has been omitted (except
. in the column of contents for one perpendicular foot in breadth) when less than one-half
a cubic yard ; but when it exceeded one-half, one cubic yord has been added. This is
sufficiently near for all practical purposes.
The SECOND SERIES of Tables are calculated for sides of slopes IJ to 1, breadth of
bases J5, 20, 24 and 25 feet: The lengths of chains computed from are, in the first table,
lOU feet; in the second, 66 feet; in the third, 132 feet, or 2 chains of 66 feet; in the
fourth, 66 feet; and in the fifth, 100 feet. The depth of cuttings varies by one-tenth of
a foot, and extends to all depths or heights of cuttings and embankments usual in
practice.
The number of cubic yards contained in any cutting or embankment will be found
directly at the right of the depth of cutting or height of embankment. Thus : Required
the number of cubic yards in a cutting 224 feet deep, base 25 feet, length of chain 100
feet, and side of slopes 1^ to 1. By the table, at one view, the amount is seen to be
4861'8 cubic yards.
EXCAVATION TABLE!
179
Should any base or road-bed exceed the bases given in the tables, the contents may
be readily computed by first using the tables for their extent, and then computing the
cubical contents for a section of one or more feet, taken from the middle, and of the
same length of chain.
Thus, were the above example 26 feet base: Then the table shows 25 feet to
make 4861-8 cubic feet.
And 1 perpendicular foot in breadth, 8*3 "
The above grades of slopes are most usual in practice, as are also the bases, and by
reason of the minute variations in depth or height, will be found exceedingly useful
and convenient.
The THIRD SERIES of Tables, varying in depth from 1 to 50 feet in the side vertical
columns, and from 25 to 35 in the horizontal columns, are calculated to sides of slopes
1 to 1, Ij to 1, and 2 to 1, and base 1 ; as seen in the following
EXAMPLE.
Let abede {Fig. 1) represent the surface of the ground over which a proposed rail-
road is to be constructed, and the line a e the level of the bottom of the cutting:
LONGITUDINAL SECTION OF A RAILROAD.
Fig.l.
<^ 300 300 530 ±50 210 . 800
and let the cross section of the road be represented by Fig. 2:
CROSS SECTION AT b.
Fig. 2.
The number of cubic yards of earth in this section will be found by the third series
of Tables, corresponding to the grade of slopes in this section, which is li to 1. Thus:
look for the first height (20) in the horizontal columns at the top or bottom of the page,
and for the second height (40) in the vertical columns at eitlier side of the pnge. At
the intersection of these lines will be found the number I'llll, and in the column of
additions the number 51-852. Set these numbers down, and multiply the given base by
the multiplier, and to the product add the number taken from the addition column, the
sum will be the mean area, which is to be multiplied by the length of the section for
the content in cubic yards.
Proceed in the same manner for the other portions of the section, marked B C D E F,
and arrange the work as in the following example.
Should the longitudinal section be laid down by a scale of ZmAs, instead of feet, the
result given by the tables should be multiplied by the decimal -66, in order to get the
true content.
180
EXCAVATION TABLE!
;y the table s.
Table mnhiplier
Base
Add .
Length of section .
Cubic yards
. 35972-4000
Table multiplier .
Base
Add
Length of section
30
24-9990
:31-019
56-0180
: 530
16805400
2800900
Cubic yards . . 29689-5400
Cubic yards .
Section E.
Table multiplier . . .
Base . .
Add . .
Length of section . .
Cubic yards ,
Table multiplier .
Base
Add .
Length of section . .
Cubic yards
Section A.
Table multiplier . . .
Base . .
. = 1-1111
. = 30
Section D.
Table multiplier . . .
Base . . .
Add . .
Length of section . . .
. = -5556
= 30
Add . .
33-3330
. =51-852
85-1850
. .= 300
16-6680
. =12-963
Length of section . .
29-6310
.= 450
Cubic yards .
. 25555-5000
14815500
1185240
13333-9500
27-7770
=35-185
62-9620
= 210
6296200
1259240
l3222-020(>
-5556
30
16-6680
:16-667
33-3350
: 800
26668-0000
These products, collected,
ill be as follows:
A =25,555-50
B = 35,972-40
C = 29,689-54
D = 13,333-95
E = 13,2-22-02
F = 26.668-00
The sum of which is 144,441-41 = the true quantity in cubic yards
EXCAVATION TABLES.
181
EXAMPLE n.
Let abcde (Fig: 3) represent the ground-line or longitudinal section of part of a
canal, as seen in the figure below :
SECTION or A CANAL.
Fig. 3.
and abed efg h {Fig. 4) a cross section of the same canal at c. The dimensions of the
canal, below the level of the towing-path, are supposed to be uniform, and as follows :
Width at the bottom of the canal, 16 feet ; the slopes 1 to 1, and depth (from the level
of the towing-path to the bottom of the canal) 6 feet ; and the whole length of the
section 2200 feet.
CROSS SECTION OF THE CANAL AT C.
Fig. 4.
Examine the third series of tables, and find the table corresponding to the given
slopes, which in this case is 1| to 1 ; look along the upper line of the page for the given
depth below the level of the towing-path, which in this example is 6 feet ; next look
along either of the side vertical columns for the same depth, 6 feet; at the intersection
of these lines, there will be found in the column of multipliers the number -2222, and
in the column of additions the number 1-333. Set these numbers down, and multiply
the given base by the multiplier, and to the product add the number taken from the
addition column; the sum will be the mean area, which is to be multiplied by the
length of the section for the content in cubic yards.
Thus : Table multiplier .
Base
•2222
'le
13332
Add .
Length of section .
3-5552
. . =1-333
4-8882
. . . = 2200
9776400
97764
Cubic yards .
. =10,7540400
16
182- EXCAVATION TABLES.
As the width at the bottom of the canal is 16 feet, the slopes 1 to 1, and the depth
6 feet, the width from bank to bank, at the level of the towing-path, or from e to/, will
be 28 feet, and the whole width of cutting, at the same level from b iog, will be 42 feet.
Observing now that the depths of cuttings marked on the vertical lines ab c de of
Fig. 3, are supposed to be to the surface of the water, which is 1 foot below the towing-
path ; it will therefore be necessary to subtract 1 foot from each of these heights in
looking for the tabular number.
The calculations will therefore be as follows :
TABULAR NUMBER.
Heights.
Mult.
Add.
A= 3 ... 24 . .
. 0-5000
12-167
B = 24 . . .44 .
. . 1-2593
66-074
C =r 44 . . . 14 . .
. 10741
50-889
D = 14 . . .11 .
. . 0-4630
8-722
Mult. Base. Add. Leng^th. Cubic yards.
0-5000x42 + 12167 X 100= 3,316-70
1-2593 X 42 + 66074 X 1000 = 118,964-60
1-0741 X 42 + 50-889 X 800 = 76,800-96
04630 X 42 +' 8-722 X 300= 8,450-40
Cubic content above the level of t}ie towing-path = 207,532-66
Cubic content below the level of the towing-path,
as before found, 10,754-04
Total content of section . . . . = 218,286-70
Observe. — Should the depth of cutting on one side of the section exceed the numbers
at the top or bottom of tiie page, but not on the otiier, the highest number must in that
case be sought for in either of the side vertical columns, and the lowest at the top or
bottom of the page. Thus, 44 feet in the vertical colunm, and 14 feet in the horizontal,
gives the same result as 14 feet in the horizontal and 44 feet in the vertical. Should
the depth of cutting e.\ceed 50 feet the first series of tables must be used.
TABLES
EXCAVATION AND EMBANKMENT.
TABLE I.— FIRST SERIES,
Side of Slopes, 1 Horizontal, to each Perpendicular Foot.
66 FEET CHAIN,
J Depth
( of cut-
BREADTH OF BASE.
One
Depth
BREADTH OF BASE.
T"i
perpend,
foot in
of cut-
perpend. )
foot in (
1
!
1 tin^.
24 ft.
27 ft.
30 ft.
33 ft.
36 ft.
cu.y.
breadth.
ting.
24 ft.
27 ft. 30 ft,
cu.v. 1 cu.v.
33 ft.
cu .y.
36 ft.
cu.y.
breadth. (J
(
ft. in.
cu.y.
cu.v.
cu.y.
cu.y.
cu. vds.
' ft. in
cu. yds. (
26-89 {
10
61
68
76
83
90
2-44
110
'941
1022
1102
1183
1264
13
77
86
96
105
114
306
113
969
1052
1134
1217
1299
27-50 (
16
94
105
116
127
138
367
116
998
1082
1167
J251
1335
28-11 (
19
110
123
136
149
162
4-28
119
1027
1113
1199
1285
1371
28-72 (
( 20
127
142
156
171
186
4-89
12
1056
1144
1232
1320
1408
29-33 )
23
144
161
177
194
210
5-50
12 3
1086
1175
1265
1355
1445
29-94 )
26
162
180
199
217
235
611
12 6
1115
1207
1299
1390
1482
30-55 )
29
180
200
220
240
260
6-72
12 9
1145
1239
1332
1426
1519
31-17 )
J 30
198
220
242
264
286
7-33
13
1176
1271
1366
1462
1557
31-78 (
) 33
217
240
264
288
312
7-94
13 3
1206
1304
1401
1498
1595
32-39 (
) 36
235
261
287
312
338
8-55
13 6
1238
1337
1436
1535
1634
33- (
) 39
254
282
309
337
364
917
.13 9
1269 1370
1470
], 571 1672
33-61
) 40
274
303
332
362
391
9-78
14
1300 1403
1506
1608 1711
34-22
. 43
293
325
356
387
418
10-39
14 3
1332 1437
1541
1648 1750
34-83 )
> 46
314
347
380
413
446
11-
14 6
1365 1471 1577! 1684! 1790
35-44 )
49
334
369
403
438
473
11-61
14 9
139711.505
1614
1722 ,1830
36-06
50
354
391
428
464
501
12-22
15
1430 1.540
16,50
1760 1870
36-67 (
53
375
414
452
491
529
12-83
15 3
1463 1575
1687
179911911
37-28 (
56
397
437
477
518
558
13-44
15 6
1497 J610
1724
1838 1951
37-89 (
59
418
460
503
545
587
14-06
15 9
1530 1646
1761
1877
1992
38-50 (
60
440
484
528
572
616
14-67
16
1564 1682
1799
1916
2034
39-11 J
63
462
508
554
600
646
15-28
16 3
1.59911718
1837 195612075
39-72 )
66
485
532
580
628
675
15-89
16 6
1634 1755
18761 199712118
40-33
69
507
557
606
656
705
16-50
16 9
1669 1791
1914
2037 2160
40.94 )
70
530
582
633
684
736
17-11
17
1704 1828
1953
207812202
41-55
73
554
607
660
713
766
17-72
17 3
173911866
1992
211912245
42-17
76
578
633
688
743
798
18-33
17 6
177511904
2032
2160 2289
42-78 <
79
602
658
715
772
829
18-94
17 9
1811 1942
2072
2202 2332
43-39 (
80
626
684
743
802
860
19-55
18
1848 1980
2112 2244 1 2376
44- J
83
650
711
771
832
892
20-17
18 3
188512019
2152,2286 2420
44-61 )
86
675
738
800
862
925
20-78
18 6
192212058
2193 2329 2465
45-22 >
89
700
765
829
893
957
21-39
18 9
195912097
2234,2372 2509
45-83 )
90
726
792
858
924
990
22-
19
1997 2136
227612415 2.554
46-44 <
93
752
820
887
955
1023
22-61
19 3
203512176
2318 2459 2600
47-06
96
778
848
917
987
1057
23-22
19 6
207412217
2360 2.503 2646
47-67
99
804
876
947
1019
1090
23-83
19 9
2112 2257
2402^2547 2692
48-28 J
10
831
904
978
1051 '
1124
24-44
20
2151 2398
2444 '2591 2738
48-89 I
10 3
858
933
1009
1084
1159
2506
20 3
2190 2.339
2487 2636 2784
49-50 )
10 6
886
963
1040
11171
1194
25-67
20 6
2230 2380
25312681 2831
50-11 )
10 9
913
992
10711
1150
1229
26-28
20 9
22701
24221
2574
2726
28781
.50-72 )
EXCAVATION AND EMBANKMENT.
TABLE II.— FIRST SERIES.
Side of Slopes, IJ Horizontal, to each Perpendicular Foot.
66 FEET CHAIN.
Depth
BREADTH OF BASE.
One
Depth
BREADTH OF BASE.
One j
perpend,
foot in
of cut-
perpend.. )
foot in \
1 of cut-
tin-.
24 ft.
27 ft.
30 ft.
33 ft.
36 ft.
breadth.
ting.
24 ft.
27 ft.
30 ft.
33 ft. 36 ft.
breadth. (
ft. in.
cu.y.
cu.y.
cu.y.
cu y
cu.y.
cu. yds.
ft. in
cu.y.
cu V
cu.y.
cu.y. cu.y.
cu. yds. (
10
62
70
77
84
92
2-44
110
1089
1170
12.50
1331 1412
26-89 (
13
79
88
97
107
116
306
113
1124
1207
1289
1372 1454
27-50 (
16
96
107
118
129
140
3-67
116
1160
1244
1328
1413 1497
28-11 (
19
114
127
140
152
165
4-28
119
1196
1282
1368
1454 1540
28-72 (
( 20
132
147
161
176
191
4-89
12
12.32
1320
1408
1496 1.584
29-33 i
( 23
151
167
184
200
217
5-50
12 3
120!)
13.59
1449
1.538 1628
29-94 )
( 26
170
188
200
225
243
611
12 6
1300
],<!»>'
149U
1581 1673
30-55
( 29
189
209
229
250
270
6-72
12 9
1344
1438
1531
1025 1718
31-17
•J 3
209
231
253
275
297
7-33
13
138-2
1478
1573
1()08 1764
31-78 (
) 3 3
229
2.53
277
301
325
7-94
13 3
14-J]
I.-)1H
1015
J713 1810
.32-39
) 36
2.')0
276
302
327
353
8-55
13 6
1400
1.5.59
10.5,-!
1757 1856
33- (
) 39
272
299
327
354
382
917.
13 9
1500
1001
1702
1802 1903
33-61 J
( 40
293
323
352
381
411
9-78
14
1540
1643
1745
1848 1951
34-22 J
I 43
316
347
378
409
440
10-39
14 3
1.581
lt)85
1790
1894 1999
34-83 )
( 46
338
371
404
437
470
11-
14 6
16-22
1728
1834
1941 2047
35-44 )
j 49
361
396
431
466
501
11-61
14 9
1663
1771
1879
1988 2096
36-06 )
) 50
385
422
458
495
532
12-22
15
1705
1815
1925
2035 2145
36-67 (
) 53
409
448
486
525
563
12-83
15 3
1747
1859
1971
2083 2195
37-28 (
) 5 6
434
474
514
555
595
13-44
15 6
1790
1904
2018
2131 2245
37-89 (
j 59
459
501
543
585
627
14-06
15 9
1834
1949
2065
2180 2296
38-50 j
! 60
484
528
572
616
660
14-67
16
1877
1995
2112
2229 2347
39-11 >
i 63
510
55G
602
647
693
15-28
16 3
1922
2041
2160
2279 2398
39-72 )
\ 66
536
584
632
679
727
15-89
16 6
1906
2087
2208
2329 2450
40-33 )
? 69
563
613
662
712
761
16-50
16 9
2011
2134
2257
2:J80 2503
40.94 )
{ 70
590
642
693
744
796
1711
17
2057
2182
•2306
2431 2556
41-55 I
) 73
618
671
724
778
831
17-72
17 3
2103
2230
2;Jo6
2483 2009
42-17 (
) 76
646
701
756
811
860
18-33
17 6
2150
2278
2406
2535 2063
42-78
J 79
675
732
789
845
902
18-94
17 9
2197
2327
2457
2587 2717
43-39
i 80
704
763
821
880
939
19-55
18
2214
2370
2508
2640 2772
44- i
( 83
734
794
855
915
970
20-17
18 3
2292 24-JO
2500
2093 2827
44-61 )
/ 86
764
826
888
951 1013
20-78
18 6
2340 2476
2612 2747 2883
45-22 )
) 89
794
858
922
987 1051
21-39
18 9
2389 2,527
2664 2802 2939
45-83 >
9
825
891
957
1023 1089
22-
19
2438 2578
2717 2856 2996
46-44 ]
( 93
856
924
992
1000 1128
22-61
19 3
2488 2629
2770 29] 2 3053
47-06 (
{ 96
888
958
1028
1097 1167
23-22
19 6
2538 2()81
2824 2967 3110
47-67 (
J 99
921
992
1064
1135 1207
23-83
19 9
2589 2734
2879 3023 3168
48-28 (
10
953
1027
1100
1173 1247
24-44
200
2640 2787
2933 3080 3227
48-89
10 3
987
1002
1137
1212 1287
25-06
203
2692 2840
2989 3137 3286
49-50
) 10 6
1020
1097
1174
1251 1328
25-67
20 6
2744 2894
3044 3195 3345
50-11
(li
1U54
11331 12121 1291 1370
26-28
209
2796 2948
3100 3253 3405
50-72 '
TABLE II. SLOPES IJ TO 1.
185
1 Depth
f ofcut-
BREADTH OF BASE.
One
Depth
BREADTH OF BASE.
One )
perpend,
foot in
of cut-
perpend. )
toot in (
1
) ti.i^.
24 ft.
27 ft.
30 ft.
33 ft.
36 ft.
breadth.
ting.
24 ft.
27 ft.
30 ft.
33 ft.
36 ft.
breadth. (
1
) ft. in.
cn.y.
cu.v-
cu.y.
^
ci.y.
CU. Vl-ls.
ft. in
cu.y.
CU. y.
cu.y.
CU .y.
cu.yds.;
) 210
2849
3003
3157 3311
3465
51'33
310
5342
5570
5797
6024
6252
75-78
) 213
2902
3058
3214 3370
3526
51-94
313
5414
5643
5872
6102
6331
76-39 {
) 216
2956
3114
3272 3429
3587
52-55
316
5486
5717
5948
6179
6410
77-
) 219
3011
3170
3330 3489
3649
5317
319
5559
5792
6025
6257
6490
77-61
22
3065
3227
3388 3549
3711
53-78
32
5632
5867
6101
6336
657]
78-22 )
22 3
3121
3284
3447 3610
3773
54-39
32 3
5706
5942
6179
6415
6652
78-83 )
22 6
3176
3341
3506 3671
3836
55-
32 6
5780
6018
6256
6495
6733
79-44
() 23 9
3232
3399
3566 3733
3900
55-61
32 9
5854
6094
6334
6575
6815
80-06 )
; 23
3289
3458
3626 3795
3964
56-22
33
5929
6171
6413
6655
6897
80-67 )
) 23 3
3346
3517
3087 3858
4028
56-83
33 3
6004
6248
6492
6736
6980
81-28 (
f 23 6
3404
3576
3748 3921
4093
57-44
33 6
6080
6326
6572 6817
7063
81-89 (
I 23 9
3462
3636
3810 3984
4158
58-06
33 9
6157
6404
6622 6899
7147
82-50 I
' 24
3520
3696
3872 4048
4224
58-67
34
6233
6483
6732 6981
7231
83-11 j
24 3
3579
3757
3935 4112 4290
59-28
34 3
6311
6562
6813 7064
7315
83-72 )
24 6
3638
3818
3998 4177 4357
59-89
34 6
6388
6641
6894 7147
7400
84-33 )
; 24 9
3698
3880
4061 4243 4424
60-50
34 9
6466
6721
6976 7231
7486
84-94 \
) 25
3758
3942
4125 4308 4492
61-11
35
6545
6802
7058 7315
7572
85-55 (
2.5 3
3819
4004
4189 4375 4560
61-72
35 3
6624
6883
71417400
7658
86-17 /
25 6
3880
4067
42.54 4441 4628
62-33
35 6
6704
6964
7224 7485
7745
86-78 /
■z'^
3942
4131
4320 4508 4697
62-94
35 9
67S4
7046
7308 7570
7832
87-39 j
28
4004
4195
4385 4.576 4767
63-55
36
6864
7128
7392 7658
7920
88- 5
. 26 3
4067
4259
4452 4644 4837
6417
36 3
6945
7211
7477 7742
8008
88-61 (
26 6 14130
4324
4518 4713 4907
64-78
36 6
7026
7294
7562 7829
8097
89-22 (
26 9
4193
4389
4585 4782:4978
65-39
36 9
7108
7378
7647 7917
8186
89-83 J
27
4257
4455
4653 48515049
66-
37
7190
7462
7733 8004
8276
90-44 J
27 3
4321
4521
4721 4921 5121
66-61
37 3
7273
7546
7819 8093
8366
91-06
27 6
4386
4588
4790 4991 5193
67-22
37 6
7356
7631
7906 8181
8456
91-67
27 9
4452
4iJ55
4859 5062 5266
67-83
37 9
7440
7717
7994 8270
8547
92-28 )
280
4517
4723
4928 5133 '5339
68-44
38
7524
7803
8081 8.360
8639
92-89 \
28 3
4584
4791
4998 5205 5412
6906
38 3
7609
7889
8170 8450
8731
9350 (
28 6
4650,4859
5068 5277 5486
69-67
38 6
7694
7976 8258 8541
8823
94-11 (
23 9
4717
4928
5139 .5350 5561
70-28
38 9
7779
8063 8347 8632
8916
94-72 (
29 j4785
4998
5210.5423 5636
70-89
39
7865
8151 8437 8723
9009
95-33
29 3 [4853
5068
.5282 5497 5711
71-50
39 3
7951
8239 8527 8815
9103
95-94
29 6
4922
51.38
5354 5571 5787
*211
39 6
8038
8328 8618 8907
9197
96-55
29 9
4991
5209
5427 5645 5863
72-72
39 9
81-26
8417 8709 9000
9292
97-17
30
5060
5280
5500 5720 5940
73-33
40
8213
8507 8800 9093
9387
97-78
30 3
5130
5352
:)574 5795 6017
73-94
40 3
8302
8597 8892 9187
9482
98-39
30 6
5200
5424
5648 58716095
74-55
40 6
8390
8687 8984 9281
9578
99- (
30 9
527^5497
.5722 5948 6173
75-17
40 9
8479
8778 9)77 9376 9675
^9;6]J
16^
EXCAVATION AND EMBANKMENT.
TABLE III. — FIRST SERIES.
Side of Slopes, 2 Horizontal, to each Perpendicidar Foot,
66 FEET CHAIN,
} Depth
BREADTH OF BASE.
One
Depth
BREADTH OF BASE.
One j
1 ofcut-
perpend,
foot in
of cut-
perpend. )
toot in )
1
j tin?.
24 ft. 27 ft. 30 ft.
1 1
33 ft. 36 (u
1
breadth.
ting.
24 ft.
27 ft.
30 ft.
33 ft.
36 ft.
breadth. (
; ft. in.
cu.y. cu.v. 'cu.y.
(5u.y.]cu.y.
cu. yds.
ft. in
on.y.
cu V
eu.v.
cu.y.
cu.y.
cu. yds. )
) 10
64
71
78
86 93
2-44
110 1237
1318
1398 1479
1560
26-89
) 13
81
90
99
109 118
3-06
113 1-279
13(;i
1444 1526
1609
27-50
) 16
99
110
121
132 143!
3-67
11 6 J32J
1406
1490 1574
1659
28-11
19
118
130
143
156; 169:
4-28
119 13.64
1450
1537,1623
1709
28-72
( 20
137
152
166
181 ' 196'
4-89
12 1408
1496
1584 1672
1760
29-33
( 23
157
173
190
206 2-23
5-50
12 3 1452
1542
1632 1722
1812
29-94
( 26
177
196
214
232 251 i
6-11
12 6
1497
1589
1681 1772
1864
30-55 )
I 29
198
218
239
259 279
6-72
12 9
1543
1636
1730 18-23
1917 31-17 )
30
) 3 3
220
242
264
286 308 ■
7-33
13
1.589
1684
1780 1875
1970 31-78 (
24-2
26(5
290
314 3:w
7-94
13 3
1636
1733
18:<0 19-27
2024
32-39 K
) 36
265
291
317
342 368
8-55
13 6
168:J
17S2
1881 1980
2079
33- (
S 39
2«y
316
344
371, 399
9-17
13 9
1731
1832
1933 2033
2134
33-61 J
( 40
313
342
372
401! 430 !
9-78
14
1780
1882
19S5'2088
2190
34-22
( 43
338
369
400
4311 462
10-39
14 3
1829
1933
2038 2142
2247
34-83
/ 46
363
396
429
4(i2' 495
11-
14 6
1879
1985
2091 2198
2304
35-44
j 49
389
424
459
493 5-28
11-61
14 9
19-29
•2037
2145 22.54
•2362
36-06 )
) 50
416
452
489
526 562
12-22
15
T.W)
2090
■2-200 2310
2420
36-67 (
) 5 3
443
481
5-21)
558 597
12-83
15 3
2():{2
2i4;{
2255 2367
•2479 1 37-28 {
) 56
471
511
551
592 632
13-44
15 6
2081
21 9-'
•2311 ■24^25
2:>:!9 37-89 (
-2599 38-50 )
59
499
541
583
626 668
14-06
15 9
2137
2252 2368 2483
60
528
572
616
660 704
14-67
16
219(1
230-^ 24-25 2542
'2660
39-11 >
63
558
603
649
695 741
15-28
16 3
22-14
•23ti3 -2483 2502
2721
39-72 /
66
538
636
683
731 779
15-89
16 6
2299
2420 2541 2662
2783
40-33 )
69
619
668
718
767 817
16-50
16 9
2354
2477 2600 2723
2846
40.94 )
( 70
650
702
753
804 856
17-11
17
2410
2535 2660 2784
2909: 41-55 (
■2973; 42-17 )
3037 1 42-78 {
3102i 43-39 (
{ 73
682
7.351 789
842 895
17-72
17 3
24(i7
2593 2720 2^46
( 76
715
770
825
880 935
18-33
17 6
2r.-J4
2i;52 -2781 29(19
J 79
748
805
862
919 976
18-94
17 9
2582
■2712
•2842 2972
i 80
782
841
900
958 1017
19-55
18
2640
2772 2904 3036
3168 44- 'l
83
817
877
938
998 1059
20-17
18 3
2699
28.33 291)7 3100
3234
44-61 )
86
852
914
977
1039 1101
20-78
18 6
2759
•2894 3030 3166
3301
4.5-22 X
) 89
888
952
1016
1080 1144
21-39
18 9
2819
2956 3094 3231
3369
45-83 /
46-44 I
] 90
924
990
1056
1122 1188
22-
19
2830
3019 31.58 3-298 3437
{ 93
i 961
1029
1097
1164 1232
2-2-61
19 3
2941
3082 3223 3365 3506
47-06 S
( 96
999
1068
1138
1208 1277
23-22
19 6
3003
314() 3289 .3432 3575
47-67
( 99
1037 1108
1180
1251 13-23
23-83
19 9
30ti()
3210 3355 3500 3645
48-28 j
> 10
1076 1149
1222
1296 1369
24-44
20
3129
3-276 34-22 3569 3710
48-89 J
10 3
1115 119:
1265
1341 1416
25-(»6
20 3
3193
3341 3490 3638 3787
49-50 /
10 6
1155 1232
1309
1386 1463
25-67
20 6
3257
3408 3558 3708 3859
50-11 I
10 9
1196' 1274
i:i53
1432 1511
26-28
20 9
3322
3474 3627 3779 3931
50;72j
TABLE III. — SLOPES 2 TO 1.
187
1 Depth
BREADTH OF BASE.
One
Depth
BREADTH OK BASE.
One '
ofcut-
perpend,
fool in
of cut-
perpeiiJ.C
foot in (
(, iius.
24 ft.
27 ft.
30 ft.
33 ft.
36 ft.
breadth.
ting,
ft. in
24 ft.
27 ft.
30 ft.
33 ft.
breadth./
) ft. in.
cu V
cu. V.
-
cu y.
cu.v.
11. y.
cu. yds.
cu. y.
cu. V.
cu. V.
cu.y.
cu. yds.?
( 21
3388
3542
3696
3850
4004
51-33
340
7646
7896
8145
8394
83-11
213
3454
3610
3766
3922
4078
51-94
34 3
7744
7995
8247
8498
83-72 (
( 216
3521
3679
3837
3994
4152
52-55
34 6
7843
8096
8349
86112
84-33 (
J 219
3589
3748
3908
4067
4227
53-17
34 9
7942
8197
8452
8707
84-94 j
I 22
3657
3818
^80
4141
4302
53-78
35
8042
8299
8556
8812
85-55 J
) 22 3
3726
3889
4052
4215
4378
54-39
35 3
8143
8401
8660
8918
86-17 >
3795
3960
4125
4290
4455
55-
35 6
8244
8504
8765
9025
86-78 )
' 22 9
3865
4032
4199
4365
4532
55-61
35 9
8346
8608
8870
9132
87-39 )
) 23
3936
4104
4273
4442
4610
56-22
36
8448
8712
8976
9240
83- (
) 23 3
4007
4177
4348
4518
4689
56-83
36 3
8551
8817
9083
9348
88-61 (
) 23 6
4079
4251
4423
4596
4768
57-44
36 6
8655
8922
9190
9458
89-22 (
S 23 9
4151
4325
4499
4674
4848
58-06
36 9
8759
9028
9298
9567
89-83 (
J 24
4224
4400
4576
47.52
4928
58-67
37
8864
9135
9406
9678
90-44 J
24 3
4298
4475
4653
4831
5009
59-28
37 3
8969
9242
9.515
9789
91-06 ',
24 6
4372
4552
4731
4911
5091
59-89
37 6
9075
9350
9625
9900
91-67 )
24 9
4447
4628
4810
4991
5173
60-50
37 9
9182
9458
9735
10012
92-28 )
25
4522
4706
4889
5072
5256
61-il
38
9289
9568
9846
10125
92-89 (
25 3
4598
4783
4969
51.54
5339
61-72
38 3
. 9397
9677
9958
10238
93-50 /
25 6
4675
4862
5049
5236
5423
62-33
38 6
9505
9788
10070
103.52
94-11
1 25 9
4752
4941
5130
5319
5508
62-94
38 9
9614
9898
10183
10467
94-72 j
26
4830
5021
5212
5402
5593
63-55
39
9724
10010
10296
10582
95-33 )
26 3
4909
5101
5294
5486
5679
6417
39 3
9834
10122
10410
10698
95-94
26 6
4988
5182
5377
5571
5765
64-78
39 6
9945
10235
10525
10814
9(5-55
26 9
5068
5264
5460
5656
5852
65-39
39 9
10057
10348
10640
10931
97-17
27
5148
5346
5544
5742
5940
66-
40
10169
10462
10756
11049
97-78 I
27 3
5229
5429
5629
5828
6028
66-61
40 3
1028i}
10.577
10872
11167
98-39 (
27 6
5311
5512
5714
5916
6117
67-22
40 6
10395
10692
10989
11286
99-
j 27 9
5393
5596
5800
6003
6207
67-83
40 9
10509
10808
11107
11405
99-61
< 28
5476
.5681
5886
6092
6297
68-44
410
10624
10924
11225
11.520
100-22
( 28 3
5559
5766
5973
6181
6388
69-06 ~
413
10739
11041
11344
11646
100-83
( 28 6
5643
.58.52
6061
6270
6479
69-67
416
10855
11159
11463
11768
101-44 )
( 289
5728
5938
6149
6360
6571
70-28
419
10971
11277
11583
11890
102-06
102-67
; 29
5813
6026
6238
6451
6664
70-89
42
11088
11396
11704
12012
) 29 3
5899
6113
6328
6542
6757
71-50
42 3
11206
11.515
11825
12135
103-28
) 29 6
5985
6202
6418
6634
6851
72-11
42 6
11324
11636
11947
12-259
103-89
j 29 9
6072
6290
6509
6727
6945
72-72
42 9
11443
11756
12070
12383
104-50
( 30
6160
6380
6600
6820
7040
73-33
43
11562
11878
12193
12508
105-11
( 30 3
6248
6470
6692
6914
7136
73-94
43 3
11682
12000
12317
12634
105-72
30 6
63.37
6561
6785
7008
7232
74-55
43 6
11803
12122
12441
12760
100-33
( 30 9
6427
6652
6878
7103
7.329
75-17
43 9
11924
12245
12566
12887
106-94
) 310
6517
0744
6972
7199
7426
75-78
44
12046
12369
12692
13014
107-55 (
) 313
6608
6837
7066
7295
7524
76-39
44 3
12169
12493
12818
13142
108-17 I
) 316
6699
6930
7161
7392
7623
77-
44 6
12292
12618
12945
13271
108-78 {
j 319
6791
7024
7257
7489
7722
77-61
44 9
12416
12744
13072
13400
109-39
I 32
6884
7118
7353
7588
7822
78-22
45
12540
12870
13200
13530
110-
( 32 3
6977
7213
7450
7686
7923
78-83
45 3
12665
12997
13329
13660
110-61
< 32 6
7071
7309
7547
7786
8024
79-44
45 6
12791
13124
13458
13792
111-22
( 32 9
7165
7405
7645
7886
8126
80-06
45 9
12917
13252
13588
13923
111-83
) 33
7260
7502
7744
7986
8228
80-67
46
13044
13381
13718
14056
112-44
) 33 3
7356
7599
7843
8087
8331
81-28
46 3
13171
13510
13849
14189
113-06 (
) 33 6
7452
7698
7943
8189
8435
81-89
46 6
13299
13640
13981
14322
113-67 (
IB^
7549
7796
8044
8291
8539
82-50
46 9
13428
13770
14113
14456
114-28 (
TABLES
EXCAVATION AND EMBANKMENT.
TABLE I. — SECOND SERIES.
Side of Slopes 1^, Hoi-izontai, to each Perpendicular Foot.
100 FEET CHAIN.
cub. yard.
feet.
00
5
5-6
•1
11-3
•2
172
-3
231
-4
2y-2
•5
35-3
-6
41-6
-7
480
•8
54-5
. -9
Gil
6--0
67-8
•1
74-7
-2
81-6
•3
88-7
•4
95-8
•5
103-1
-6
110-5
-7
II8-0
•8
125-C
-9
133-3
7 -0
141-2
•1
149-1
•2
1.57-1
-3
10.5-3
•4
173-6
•5
182-0
•6
190-5
-7
199-1
-8
207-8
•9
216-7
8 -0
2-25-6
-1
234-7
-2
243-8
•3
253-1
•4
2()2-5
-5
272-0
-6
281-6
-7
290-3
-8
300-1
•9
3111
9 -0
3-211
•1
331-3
-2
341-6
•3
3520
•4
362-5
•5
27.3-1
•6
383-8
-7
394-6
•8
405-6
•9
cub. varii.
feet.
416-6
10 -0
427-8
•1
439-1
•2
450-5
•3
4()2-0
•4
473-6
•5
485-3
•6
497-2
■7
51)91
•8
521-1
•9
533-3
11 -0
545-6
•1
558-0
•2
570-5
•3
583-1
•4
595-8
■5
608-6
-6
621-6
•7
634-6
•8
647-8
•9
661-1
12 -0
674-5
•1
68t?0
•2
701-6
•3
715-3
•4
729-2
•5
743-1
•6
757-2
■7
771-3
•8
785-6
•9
800-0
13
814-5
•1
829-1
-2
843-8
•3
858-6
•4
873-6
•5
888-6
•6
903-8
•7
919-1
•8
934-5
•9
950-0
965-6
981-3
997-2
10131
1029-2
1045-3
1061-6
1078-0
1094-5
14 -0
•1
-2
•3
-4
•5
cub. yard,
11111
1127-8
1144-6
1161-6
1178-6
1195-8
1213- r
1230-5
1248-0
1265-6
1-283-3
1301-2
1319-1
13372
1355-3
1373-6
13920
1410-5
14-29-1
1447-8
■1466-7
1485-6
1.504-6
1523-8
1543-1
1562-5
15820
1601-6
1621-3
1641-2
1661-1
1C)81-1
1701-3
1721-6
1742-
17G2-5
1783-1
1803-8
1824-6
1845-6
1866-6
1887-8
1909-1
1930-5
19.32-0
1973-6
1995-3
7 2017-1
8 2039-1
9 2061-2
feet.
15
•1
•2
•3
•4
•5
•6
•7
cub. yaft
2083-3
2105-6
2128-0
2150-5
2173-1
2195-8
2218-6
2241-6
8 2264-6
9 I 2287-8
2311-1
2;J35-0
2358-0
2381-6
2405-3
2429-1
24.53-1
2477-2
2501-3
2525-6
2550-0
2574-5
2599-1
2623-8
2648-6
2673-6
2698-6
27-23-8
2749-1
2774-5
18 -0 2800-0
2825-6
2851-3
2877-2
2903-1
2929-2
2955-3
2981-6
3007-9
3034-5
19 -0
-1
-2
•3
-4
•5
3061-1
3087-8
3114-6
3141-6
3168-6
3195-8
3223-1
3250-5
3278-0
3305-6
20 -0
23
•1
24 -0
•1
•2
-3
•4
-5
•0
•7
•8
EXCAVATION AND EMBANKMENT.
189
BREADTH OF BASE, 15 FEET.
Depth of Cutting- in Feet and Tenths of a Foot.
) feet.
cub. vard.
feei.
cul). yard.
feet.
cub. yard.
feet
cub. yard.
feet.
cub. yard.
i)25-0
4860-8
27 -0
5549-5
29 -0
0282-6
31 -0
7061-0
33
7882-9
•^
4894-1
•1
5585-0
•1
6320-3
•1
7101-0
•1
7925-0
•2
4927-5
•2
5620-6
•2
6358-1
•2
7142-1
•2
7967-2
^ -3
4961-0
-3
5656-3
•3
6396-0
•3
7183-3
•3
8009-5
•4
4994-6
•4
5692-1
•4
6434-0
•4
7224-6
•4
8051-9
•5
5U28-3
•5
5728-0
•5
6472-1
-5
7266-0
•5
8094-4
•6
5(j62-l
■6
5764-0
•6
6510-3
-6
7307-5
-6
8137-0
"7
5096-0
•7
5800-1
•7
6548-6
•7
7349-1
•7
8179-7
•8
51.30-0
•8
5836-3
-8
6.587-1
•8
7390-8
•8
8222-5
•1)
5164-1
•9
5872-6
-9
6626-0
•9
7432-6
•9
8265-4
26-0
5199-6
28 -0
5910-5
30 -0
6666-6
32 -0
7460-4
34 .0
8310-5
•1
5234-0
•1
5947-1
•1
6706-6
•1
7.507-4
•1
8353-5
•2
5268-5
•2
5983-8
•2
6746-7
•0
7.548-5
•2
8396-7
•3
5303-1
•3
6020-()
•3
6786-9
•3
7589-7
•3
8440-0
•4
5337-8
•4
60575
•4
6827-2
•4
7631-0
•4
8483-4
•5
5372-6
•5
6094-5
•5
6867-6
-5
7672-4
•5
8526-9
•6
5407-5
■6
6131-1
•6
6908-2
-6
7713-9
•6
8570-5 /
•7
5442-5
•7
6168-8
•7
6948-9
-7
7755-5
•7
8614-2
•8
5477-6
•8
6206-1
•8
6989-7
• -8
7797-2
•8
8658-0
■9
5512-8
•9
6243-5
•9
7030-6
•9
7839-0
•9
8701-9
TABLE II.— SECOND SERIES.
Side of Slopes IJ, Horizontal, to each Perpendicular Foot.
66 FEET CHAIN.
of
Cut.
BREADTH OF BASE,
5 FEET
)
Depth of C
uttin^ ill Feet and Tenihs of a
Foot.
feet.
cub. yard.
feet.
cub. yard.
feet
cub. vard.
feet.
cub. vard.
1 feet.
cub. yard.f
-0
0-00
3 -0
143-0
6 -0
352-0
9 -0
627-0
12 -0
968-0 /
') -1
3-70
•1
148-9
•1
360-1
•1
637-3
•1
980-5 (
) -2
7-5
•2
154-9
.0
368-3
-2
647-7
•2
993-1 ;
} -3
11-3
•3
160-9
•3
376-5
•3
658-1
•3
1005-7 /
•4
15-2
•4
167-1
•4
384-9
•4
668-6
•4
1018-4 /
•5
19-2
-5
173-2
•5
393-2
•5
679-2
•5
1031-2 ;
-6
23-3
-6
179-5
•6
401-7
•6
689-9
•6
1044-1 /
■7
27-5
•7
185-9
•7
410-3
•7
700-7
•7
10.57-1 )
•8
31-7
-8
192-3
-8
418-9
-8
711-5
•8
1070-1 )
I '^
36-0
•9
198-8
•9
427-6
•9
722-4
•9
1083-2 )
I 1 -0
40-3
4 -0
205-3
7 -0
436-3
10
733-3
13
1096-3 J
) •!
44-8
•1
212-0
•1
445-2
•1
744-4
-1
1109-6 )
( -2
49-3
•2
218-7
-2
454-1
•2
755-5
•2
1122-9 )
) "3
53-9
•3
225-5
-3
463-1
•3
766-7
•3
1136^3 )
( -4
58-5
•4
232-3
•4
472-1
•4
777-9
•4
1149-7 )
•5
63-2
•5
239-2
-5
481-2
•5
789-2
•5
1163-2
•6
68-1
•6
246-2
•6
490-4
•6
j5oo-7
•6
1176-8
•7
72-9
•7
253-3
•7
499-7
•7
812-1
•7
1190-5 )
•8
77-9
-8
260-5
•8
509-1
•8
823-7
-8
1-304-3 )
•9
( 2 -0
82-9
•9
267-7
•9
518-5
•9
835-3
•9
1218-1 )
88-0
5 -0
275-0
8 -0
528-0
11 -0
847-0
14 -0
1232-0 i
( -1
93-2
•1
282-4
•1
537-6
•1
858-8
•1
1240-0 )
( -2
98-4
•2
289-8
-2
547-2
•2
870-6
-2
12600 )
^ 3
103-7
•3
297-3
•3
.55610
•3
882-5
•3
1274-1 )
•4
109-1
•4
304-9
•4
566-7
-4
894-5
•4
l-3««-3 )
•5
114-6
-5
312-6
•5
576-6
•5
906-6
•5
13i)-3-o )
•6
120-1
•6
320-3
-6
586-5
•6
918-7
•6
13l(i-9 )
-7
125-7
-7
328-1
•7
596-5
•7
930-9
-7
1331-3 )
•8
131-4
-8
3.36-0
-8
606-6
•8
943-2
•8
1345-8 )
L^
137-2
-9
344-0
;9^
^^616;8j
^^;9^
955-6
•9
^360^
190
EXCAVATION AND EMBANKMENT.
Depth
BREADTH OF BASE, 1.
FEET.
of
Cut.
Depth of Cutting in Feet aiiU Te
iths of a Foot.
S
feet. cub. varil. i
feet.
cub. yard.,
feet.
cub. yard.
feet.
cub. yard.
feet.
cub. vard /
15
13750
20 -0
22000 1
25 -0
3208-3
30 -0
4400-0
35 -0
5775-0 )
•1
1389-7
•1
2218-4
•1
3230-4
•1
4425-7
•1
5804-4 >
•2
1404-5
-2
2236-8
-2
3252-5
-2
4451-5
-2
5833-8 )
•3
1419-3
-3
2255-3
-3
3274-7
-3
4477-3
•3
5863-3 )
•4
1434-2
•4
2273-9
•4
3296-9
-4
4503-2
•4
5892-9 )
•5
1449-2
-5
2292-6
•5
3319-2
-5
4529-2
•5
5922-6 )
•6
1464-3
•6
2311-3
•6
3341-6
-6
4555-3
•6
5952-3 )
•7
1479-5
•7
2.330-1
•7
3364-1
-7
4581-5
•7
5982-1 J
•8
1494-7
-8
2349-0
•8
3386-7
•8
4607-7
•8
6012-0 )
•9
15100
-9
2368-0
•9
3409-3
-9
4634-0
•9
6042-0 )
16
1.525-3
21 -0
2387-0
26 -0
3432-0
31 -0
4660-3
36 -0
6072-0 ;
•1
1540-8
-1
2406-1
•1
3454-8
■1
4686-8
•1
6102-1 )
•2
1.556-3
-2
2425-3
•2
3477-6
-2
4713-3
•2
6132-3 )
•3
1.571-9
-3
2444-5
•3
3500-5
-3
47.39-9
•3
6162-5 )
•4
1.587-5
•4
2463-8
•4
3523-5
•4
4766-5
•4
6192-8 )
•5
1603-2
-5
2483-2
•5
3546-6
•5
4793-2
•5
6223-2 )
•6
1619-0
-6
2.502-7
•e
3569-7
•6
4820-0
•6
6253-7 )
1634-9
•7
2522-3 .
•7
3592-9
•7
4846-9
•7
6284-3 )
•8
16.50-9
•8
2.541-9
-8
3616-2
-8
4873-9
•8
6314-9 )
•9
1666-9
-9
2.561-6
•9
3639-6
•9
4900-9
•9
6345-6 j
17
1683-0
22
2.581-3
27 -0
36630
32-0
4928-0
37 -0
6376-3 J
•1
1699-2
•1
2601-2
•1
3686-5
•1
4955-2
•1
6407-2 )
1715-4
-2
26211
•2
3710-1
•2
4982-4
•2
6438-1
■3
1731-7
-3
26411
•3
3733-7
•3
5009-7
•3
6469-1 )
•4
1748-1
-4
2661-1
-4
3757-5
•4
5037-1
-4
6.500-1 )
•5
1764-6
-5
2681-2
•5
3781-2
•5
5064-6
•5
6.531-2 )
•6
1781-1
-6
2701-5
•6
38051
•6
5092-1
•6
6.562-5 )
•7
1797-7
.7
2721-7
•7
3829-1
•7
5119-7
-7
6593-7
•8
1814-4
-8
27421
•8
38531
•8
5147-4
-8
6625-1
•9
1831-2
-9
2762-5
•9
3877-2
•9
5175-2
-9
6656-5
18-0
1848-0
23 -0
27830
28 -0
3901-3
33 -0
5203-0
38 -0
6688-0 (
•1
18(>l-9
2803-6
-1
3925-6
•1
5230-9
•1
6719-6 )
•2
1881-9
-2
2824-2
•2
3949-9
•2
5258-9
•2
6751-2 )
•3
1898-9
-3
2844-9
-3
3974-3
•3
5286-9
-3
6782-9 )
•4
1916-0
•4
2865-7
•4
3998-7
•4
5315-0
•4
6814-7 )
( -5
1933-2
-5
2886-6
• -5
4023-2
•5
5343-2
-5
6846-6 )
•G
1950-5
-6
2907-5
-6
4047-8
-6
.5371-5
-6
6878-5 )
•7
1967-9
'7
2928-5
•7
4072-5
-7
5399-9
•7
6910-5 )
•8
1985-3
•8
2949-6
•8
4097-3
•8
5428-3
-8
6942-15 )
! "9
2002-8
-9
2970-8
•9
4122-1
•9
5456-8
•9
6974-8 )
'J9
2020-3
24 -0
2992-0
29 -0
4147-0
34 -0
5485-3
39 -0
7007-0 ;
•1
2038-0
-L
3013-3
•1
4172-0
•1
5514-0
•1
7039-3 )
•2 20.5.5-7
-2
3034-7
•2
4197-0
•2
5.542-7
•2
7071-7 )
•3 2073-5
-3
.30.56-1
-3
4-222-1
•3
5571-5
•3
7104-1 )
•4
2091-3
•4
3077-6
-4
4247-3
-4
5600-3
•4
7136-6 )
•5
2109-2
-5
:$09y-2
-5
4272-6
•5
5629-2
•5
7169-2 )
) -6
2127-2
•6
3120-9
-6
4297-9
-6
5658-2
•6
7201-9 >
( -7
2145-3
•7
3142-7
•7
43-23-3
-7
5687-3
•7
7234-7 >
) -8
2163-5
-8
3164-5
•8
4348-8
-8
5716-5
•8
7267-5 >
[■^
2181-7
•9
3186-4
•9
4374-4
-9
5745-7
^^9^7300^
EXCAVATION AND EMBANKMENT.
TABLE III. — SECOND SERIES.
Side of Slopes I^, Horizontal, to each Perpendicular Foot.
CHAINS, 66 FEET EACH.
S Cut. 1
BREADTH OF BASeTsoI^EET,
-^-'--^'-^--^---■^'-^-^
Depth of Culling: in Feet and Tenths of a Foot.
]
) feet.
cub. yard.
feet.
cub. yard.
feet.
cub vard.l
feet.
cub. yard.
feet.
cub. yard. )
) -0
000
5
67222
10 -0
1711-11
15
3116-67
20 -0
4888-89 )
; -1
9-85
•1
68941
•1
1735-63
•1
3148-52
•1
4928-07 )
) -2
1985
•2
706-74
•2
176029
■2
3180-51
•2
4967-40 )
; -3
29-99
•3
724-22
•3
1785-10
•3
3212 66
•3
500688 S
) -4
40-28
•4
741-84
•4
1810-06
•4
3244-95
•4
5046-51 S
) -5
50-72
•5
75961
•5
1835-17
•5
3277-39
•5
.5086-28 S
) 6
61-31
•6
777-53
•6
186043
•6
3309-97
•6
5126-20 S
) '"'
72-04
•7
79559
•7
1885-81
•7
3342 70
•7
516626 S
) -8
82-91
■8
813-80
•8
191136
•8
337558
•8
520647 {
( '^
93-94
-9
83216
. -9
1937 05
•9
3408-61
•9
5246-83 j
) 1 -0
10511
6 -0
85067
11 -0
196289
16 -0
3441-78
21
5287-33 I
) -1
116-43
•1
869-32
•1
1988-87
•1
^7509
•1
532798 (
•2
127-89
•2
888-12
2015-00
•2
3508-56
•2
5368-78 (
' -3
13950
•3
907-06
■3
2041-28
•3
3542-17
•3
5409-73 (
) -4
151-26
•4
926-15
•4
2067-71
•4
3575-93
•4
5450-82 (
•5
163-17
•5
945-39
•5
2094-28
•5
3609-83
•5
549206 (
•6
175-22
•6
964-77
•6
2120-99
•0
3643-88
•6
553344 (
•7
187-42
984-30
•7
2147-80
•7
3678-08
•7
5574-97 (
•8
199-76
•8
1003-98
•8
2174-87
•8
3712-43
•8
5616-65 (
/ '^
212-25
•9
1023-81
•9
2202-03
•9
3746-92
•9
5658-47 (
( 2 -0
224-89
7 -0
1043-78
12 -0
222933
17 -0
378155
22 -0
5700-44 (
{ -1
237-67
•1
1063 94
•1
22.56-78
-1
381634
•1
574256 (
( -2
2.50-60
•2
1084-16
•2
2284-38
•2
385127
•2
578483 (
•3
263-69
•3
1104-57
•3
231213
•3
3886-35
•3
582724 (
•4
276-91
•4
1125-13
•4
2340-02
•4
3921-57
•4
586980 (
•5
290-28
•5
114.583
•5
2368-06
•5
3956-94
•5
5912-50 (
•6
303-80
•6
1166-68
•6
2396-24
•6
399246
•6
595535 (
■^
317-46
•7
1187-68
•7
242457
•7
402812
•7
599835 (
•8
33127
•8
1208-83
•8
2453-05
•8
4063-94
•8
6041-49 (
( -9
34523
•9
123012
•9
2481-67
•9
409989
•9
6084-78 (
S 3 -0
359-33
8 -0
1251-56
13 -0
2510-44
18 -0
4136 00
23 -0
6128-22 \
•1
373-58
•1
1273 14
•1
2.539-36
•1
417225
•1
6171-81 (
( -2
387-98
•2
1294-87
•2
2.568-43
•2
4208 65
•2
6215-54 (
/ -3
402-53
•3
1316-75
•3
2597-64
•3
424519
•3
6259-42 (
/ -4
417-22
•4
1338-77
•4
262700
■4
4281-88
•4
630344
•5
432-06
•5
1360-94
•5
2656-50
•5
4318-72
•5
6347-61 (
( -6
447-04
•6
1383-26
•6
2686 15
•6
4355-71
•6
6391-93 (
( "7
46217
.7
1405 73
•7
2716-95
•7
4392-84
•7
6436-39 (
•8
477-45
•8
1428-34
•8
2746-89
•8
443012
•8
6481-00 /
) -9
)
?4-0
492-87
•9
1451-10
•9
2776-98
•9
4467-54
•9
6525-76 }
508-44
9 -0
1474-00
14 -0
2806-22
19 -0
4505-11
24 -0
6570-67 /
•1
524- 16
•1
1497 05
•1
2836-61
•1
454283
•1
6615-72 /
•2
54003
•2
1520 25
•2
2867-14
•2
4580-69
•2
6660-92 /
•3
55604
•3
1543-59
•3
2897-81
•3
461870
•3
6706-26 )
•4
572 20
•4
1567-08
•4
2928 64
•4
4656 86
•4
6751-75 /
•5
588-50
•5
, 1590-72
•5
2959-61
•5
469516
•5
6797-39 (
•6
604-95
•6
1614-51
■6
299073
•6
4733-61
•6
684317 r
^ -7
621-55
.7
1638 44
•7
3021-99
.7
477221
•7
688910 (
> -8
638-29
•8
166252
•8
3053 40
•8
4810-95
•8
693518 (
6981-41 }
) -9
65518
•9
1686 74
•9
3084-96
•9
4849-84
•9
192
EXCAVATION AND EMBANKMENT.
iDepth
of
Cut.
BREADTH OF BASE, 20 FEET.
Depth of Cutting in Feet and Tenths of a Foot.
feet.
cub. yard.
feet.
cub. yard.
feet.
cub. vard.
feet.
25 -0 ! 7(J27-78
28 -0
848711
31
10078-44
34 -I
•1 i 7074-30
■1
853803
•1
10133-76
•2
712096
•2
858909
-2
1018923
■3
7167-77
-3
8640-30
•3
10244-84
•4
7214-73
•4
869166
•4
10300 60
■5
7261-83
•5
874317
•5
10356 50
•6
730908
•6
8794-82
-6
10412-55
•7
7356 48
•7
8846 62
•7
10468-75
•8
7404-03
•8
8898-56
•8
10525-09
•9
7451-72
•9
8950-65
•9
10581-58
26
7499.56
29
9002-89
32
10638-22
35 •(
7547-54
•1
905527
•I
10695-01
•
•2
7.595-67
•2
9107 80
•2
10751-94
•i
•3
764395
•3
916048
•3
1080902
•4
7692 37
•4
9213-31
■4
10866-24
•5
774094
•5
9266 28
•5
10923-61
•6
7789-66
•6
9319-40
•6
10981-13
■
•7
7838 53
"7
9372-66
■7
11038 79
•8
7887-.54
•8
942607
•8
11096-50
■i
•9
7936-70
•9
9479-63
•9
11154 56
•<
27
7986-00
30 -0
9533 33
33
1121267
36 •(
•1
8035 45
•1
9587-18
•1
11270 92
•2
8085 05
•2
9641-18
•2
11329-32
■3
813479
•3
9695.33
•3
11.387 86
•4
8184 68
•4
974962
•4
11446 55
•5
8234-72
•5
9804-06
•5
11505 39
•6
8284-91
•6
98.58 64
•6
11564-37
•'
•7
8335-24
■7
991337
•7
11623 50
•8
838572
-8
99t)8-25
•8
11682-78
■I
•9
8436-34
-9
10023-27
•9
11742 21
■J
11801-78
11861-50
11921-36
11981-37
12041-53
12101-83
1216228
12222-88
1228363
12344-52
12405-56
12466 74
12.52807
3 1258955
4 1265117
1271294
12774-86
1283693
12899-14
12961-50
13024 00
13086-65
1314945
13212.39
1327548
13338-72
1340211
13465 64
13529 32
1359314
38
39
cub. vard.
1365'7-11
13721-23
1378549
1384990
13914-46
1397917
14044 02
14109-02
1417416
1423945
14304-
14370
14436
14502
14568
14634
14700-
14767
148.33
14900
47 >
20 )
08 )
li )
28 )
60
06 )
67)
43
14967-33
15034-38
15101-.58
1516893
1523642
1.5.30406
15371-84
15439-77
15.507 85
1557607
TABLE IV. — SECOND series.
Side of Slopes 1^, Horizontal, to each Perpendicular Foot.
6e
FEET CHAIN.
Jd^
"""'breadth of BASeT 24 FEET
^..^-^^--^^
) o(
) Cut.
Depth of Cutting in Feet and Te
nihs of a
Foot.
feet.
cub. yard.
fee..
cub. yard.
feet.
cub. vard.
feet.
cub. yard.
leet.
cub. yard.k
-0
0-00
2 -0
132-0
4 -0
293-3
6 -0
484-0
8 -0
704-0
•1
.5-90
-1
139-4
-1
302-2
•1
494-3
•1
71.5-8 (
•2
11-90
•2
146-8
•2
311-1
•2
504-7
•2
727-6 /
•3
17-90
-3
L54-3
•3
320-1
•3
515-1
•3
7.39-5
•4
2405
-4
161-9
•4
329-1
•4
525-6
•4
751-5 I
•5
30-25
-5
169-6
•5
338-2
-5
536-2
•5
763-6 (
) -6
36-52
•6
177-3
•6
347-4
•6
546-9
•6
775-7 /
■7
42-86
-7
18.5-1
-7
350-7
•7
557-7
•7
787-9 ?
) -8
49-30
-8
193-0
•8
366-1
•8
563-5
-8
800-2 /
•9
55-80
•9
201-0
-9
375-5
•9
579-4
•9
812-6 j
) 1 -0
62-30
3
209-0
5
3850
7
590-3
9 .0
825-0 i
) •!
69-00
217-1
•1
394-6
•1
601-4
•1
-837-5 (
) -2
75-70
•2
225-3
•2
404-2
-2
612-5
•2
850-1 /
•3
82-46
•3
233-5
•3
413-9
-3
623-7
•3
862-7 I
875-4 ?
) '4
89-32
•4
241-8
•4
423-7
•4
634-9
•4
S -5
96-25
•5
250-2
•5
433-6
-5
646-2
•5
888-2 /
) -6
103-25
•6
2.58-7
-6
443-5
•6
657-6
•6
901-1 ;
) -7
110-33
•7
267-3
•7
453-5
. -7
669-1
•7
914-1 /
•8
\ -9
117-48
•8
275-9
•8
463-6
-8
680-7
•8
927-1 }
124-70
•9
284-6
•9
473-8
•9
6923
•9
^40^
EXCAVATION AND EMBANKMENT,
193
Depth 1
Cut. 1
BREADTH OF BASE, 24 FEET.
[
Depth of Cu
tiii^ in Feet and Tei
ths of a Foot.
feet.
cub. yard.
fl fret.
cnh. vard.
1 feet.
cub, yard
1 feet.
cub. vard.
feet.
icub. vard
10-0
953-3
16 -0
1877-3
22 -0
.3065-3
1 28 -0
4517-3
34 -0
6233-3?
•1
96G-6
-1
1895-0
-1
3087-4
1 "1
4543-8
•1
6264-2 (
•2
979-9
•2
1912-7
•0
3109-5
! -2
4570-3
•2
6295-1 /
•3
993-3
•3
1930-5
-3
3131-7
•3
4596-9
•3
6.326-1 I
6357-1 /
•4
10U6-7
•4
1948-3
-4
3153-9
-4
4623-5
•4
•5
1020 2
•5
1966-2
•5
3176-2
•5
4650-2
•5
6388-2 /
•6
1033-9
•6
1984-2
-6
3198-7
-6
4677-0
•6
6419-5 /
6450-7 )
•7
1047-5
•7
2002-3
•7
.3-221-1
-7
4703 9
•7
•8
10(>l-3
•8
2020-5
•8
3243-7
-8
4730-9
•8
6482-1 )
•9
1075-1
•9
2038-7
•9
3266-3
•9
4757-9
-9
6513-5
11-0
1089-0
17 -0
2057-0
23 -0
3289-0
29 -0
47850
35 -0
6545-0
•1
11030
•1
207.T4
•1
3311-8
•1
4812-2
•1
6576-6
•2
1117-0
'2
2093-8
•2
.33346
-2
4839-4
•2
6608-2
•3
1131-1
•3
211-2-3
•3
3357-5
•3
4886-7
•3
6639-9
•4
1145-3
-4
2130-9
•4
3380-5
•4
4894-1
-4
6671-7
•5
1159-6
■5
2149-6
•5
3403-6
•5
4921-6
-5
6703-6
•6
1173-9
•6
2168-3
•6
34-26-7
-6
4949-1
■6
6735-5
•7
1188-3
■7
2J87-1
•7
3449-9
•7
4976-7
•7
6767-5
•8
1202-8
•8
2206-0
-8
3473-2
•8
5004-4
•8
6799-6
•9
1217-4
•9
22-25-0
-9
3496-6
•9
5032-2
•9
6831-8
12-0
1232-0
18 -0
2244-0
24 -0
3520-0
30 -0
5060-0
36 -0
6864-0
•1
1246-7
-1
2263-1
-I
3543-5
•1
5087-9
^ -1
6896-3
•2
1261-5
-2
2-282-3
-2
3.567-1
-2
5115-9
-2
6928-7
•3
1276-3
-3
2301-5
-3
3590-7
•3
5143-9
-3
6961 1
•4
1291-2
•4
2320 8
-4
.3614-5
•4
5172-0
•4
69.93-7
•5
1306-2
-5
2340-2
-5
3638-2
-5
5200-2
-5
7026-2
•6
1321-3
-6
2359-7
•6
3662-1
-6
5228-5
•6
7058-9
•7
1336-5
-7
2379-3
•7
3686-1
•7
5-256-9
•7
7091-7
•8
1351-7
•8
2398-9
-8
3710-1
■8
5285-3
•8
7124-5
•9
1367-0
•9
2418-6
•9
3732-2
-9
5313-8
•9
7157-4
13-0
1382-3
19 -0
2438-3
25 -0
3758-3
31 -0
5:«2-3
37 -0
7190-3
•1
1397-8
-1
2458-2
•1
3782-6
•1
5371-0
•1
7223-4
•2
1413-3
•0
2478-1
•2
3806-9
-2
53.99-7
•2
7256-5
•3
1428-9
•3
2498-1
•3
3831-3
•3
5428-5
•3
7289-7
■4
1444-5
-4
2518-1
-4
3855-7
-4
5457-3
•4
7.322-9
•5
1460-2
•5
2538-2
■5
3880-2
•5
5486-2
•5
7356-2
•6
1476-1
-6
2558-5
-6
3904 8
•6
5515-2
•6
7389-7
.7
1491-9
•7
2578-7
•7
39-29-5
•7
5544-3
-7
74-23]
•8
1507-9
•8
2599-1
•8
3954-3
-8
5573-5
•8
7456-7
•9
1523-9
-9
2619-5
-9
3979-1
-9
5602-7
•9
7490-3
14-0
1540-0
20 -0
2640-0
26 -0
4004-0
32 -0
5632-0
38 -0
7524-0
■1
1556-2
•1
2660-6
•1
4029-0
•1
5661-4
•1
7557-8
•2
1572-4
-2
2681-2
•2
4054-0
-2
5690-3
•2
7591-6
•3
1588-7
•3
2701-9
•3
4071)- 1
•3
572i)-3
•3
7(525-5 '
7659-5 <
7693-6 '
•4
1605-1
•4
2722-7
-4
4104-3
-4
5749-9
•4
•5
1621-6
-5
2743-6
•5
41-29-6
•^
5779-6
•5
•6
1638-1
-6
2764-5
■6
4154-9
•6
5809-3
-6
7727-7 ^
•7
1054-7
■7
2785-5
•7
4180-3
•7
5339-1
•7
7761-9 (
7796-2
•8
1671-4
•8
2806-6
•8
4205-8
•8
5869-0
-8
•9
1688-2
-9
2827-8
-9
4231-4
•9
5899-0
•9
7830-6 (
7865-0 ;
15-0
1705-0
21 -0
2849-0
27
4257-0
33
5929-0
39 -0
•1
1721-9
•1
2870-3
•I
4282-7
•1
59591
•1
7899-5 :
•2
1738-9
•2
2891-7
■2
4308-5
•2
5989-3
-2
7934-1
7968-7 )
•3
1755-9
•3
2913-1
-3
4334-3
•3
6019-5
•3
•4
1773-1
•4
2934-7
-4
4360-2
-4
6049-8
-4
8003-4 '
•5
1790-2
•5
2956-2
-5
4.386-2
•5
6080-2
•5
8038-2 )
•6
1807-5
-6
2977-9
•6
4412-3
-6
6110-7
-6
8073-1
•7
18-24-9
.7
2999-7
•7
4438-5
•7
6141-3
•7
8108-1 /
•8
184-2-3
•8
3021-5
-8
4464-7
•8
6171-9
-8
8143-1 )
•9
1859-8
-9
3043-4
•9I
4491-0 1
-9
6202-6 1
•9
8178-2 )
17
EXCAVATION AND EMBANKMENT.
TABLE V. — SECOND series.
Side of Slopes Ig, Horizontal, to each Perpendicular Foot.
100 FEET CHAIN.
(Depth
BREADTH OF BASE, 25 FEET
Jcl
Depth of Ci
ttinsr in Feet ami Tenths of a Foot.
/ leet.
/ -0
/ "1
cub. yard.
feet.
cub. vard.
feet.
cub. vard.
feet.
cub. vard.
feet.
ctib. vard.
0-0
5 -0
601-9
10 -0
1481-5
1 15 -0
2638-9
20 -0
4073-1
9-3
•1
616-7
•1
1501-9
•3
2664-7
•1
4105-7
M
18-7
.0
6.S1-7
•o
1.522-4
2691-0
•2
4137-4
28-3
•3
646-8
•3
1543-1
2717-1
•3
4169-3
37-9
•4
66-2-0
-4
1563-8
•4
2743-5
••i
4201-3
M
47-7
•5
677-3
•5
1584-7
•5
2769-9
-5
4233-3
57-5
•6
692-7
•6
160.5-7
•6
2796-4
•6
4265-6
67-5
•7
708-3
•7
1626-8
•7
28231
•7
4297-8
) -8
77-6
•8
723-9
•8
1648-0
•8
2849-8
•8
4230-3
( "^
87-8
-9
739-7
•9
1669-3
•9
2876-7 ,
•9
4362-8
) 1 -0
98-1
6 -0
7.55-5
11 -0
1690-7
16 -0
2903-7
21
4394-3
•3
108-6
•1
771-5
•1
1712-3
•1
2930-8
•1
44271
' 1191
•2
787-G
•2
1733-9
•2
2958-0
•o
4459-9
129-7
•3
803-8
•3
17.55-7
•3
2985-3
•3
4492-9
, -4
140-5
•4
820-1
•4
1777-5
•4
301-2-7
•4
4.526-0
) -5
151-4
•5
836-6
-5
17«>9-5
•5
3040-3
•5
4559-1
•6
ir.2-4
•6
8.-)31
•6
1821-6
•6
3067-9
•G
4.592-4
) '^
1735
•7
8()9-7
•7
1843-8
*7
3095-7
•7
4625-8
) -8
184-7
•8
886-5
•8
1866-1
•8
3123-5
•8
46.59-4
^ ■'
196-0
•9
903-4
•9
1888-5
•9
3151-5
•9
4693-0
^ 2 -0
207-4
7 -0
920-4
12 -0
1911-1
17 -0
3179-6
22 -0
4725-8
218-9
•1
937-5
•1
1933-8
•1
3207-8
•1
4759-6
( -o
2,S0-6
•2
9.')4 7
•2
1956-5
•2
3236-1
•2
4793-6
^ -3
24-23
•3
9720
•3
1979-4
•3
32()4-6
•3
48-27 -6
•4
254-2
•4
989-4
•4
2002-3
•4
:K93-1
•4
4861-8
•5
2()6-2
-5
100()-9
•5
20-25-5
•5
3321-7
•5
4896-1
S -6
278-3
-6
1024-6
-6
2048-6
•6
3350-5
-6
41)30-4
•8
290-5
•7
1042-3
•7
2072-0
•7
3379-4
•7
4»(i4-8
302-8
•8
1060-2
•8
2095-4
•8
3408-3
•8
4999-4
•9
315-2
•9
1078-2
•9
2118-9
•9
3437-4
■9
5034-0
3
327-8
8 -0
1096-3
13
2142-6
18 -0
3466-7
23 -0
.5068-3
•1
340-4
•1
1114-5
•1
2166-3
-1
:M96-
•1
5103-1
( -2
353'2
•2
1132-8
•2
2190-2
•2
3525-4
•2
51.38-1
■3
3661
-3
1151-2
•3
2214-2
•3
3.5.54-9
•3
5173-1
•4
3790
•4
11698
•4
2238-3
•4
3584-6
•4
.5-208-3
•5
3921
•5
1188-4
-5
2262-5
•5
3614-3
•5
5243-6
•6
405-3
•6
1-207-2
-6
2286-8
•6
3644-2
•6
5279-0
•7
418-6
•7
12-it)-0
•7
23112
•7
3674-2
•7
5314-5
< -8
432-1
•8
1245-0
-8
2335-7
•8
3704-3
•8
5350-1
•9
445-6
•9
12641
-9
2360-4
■9
3731-5
•9
5:185-8
( 4 -0
459-3
9 -0
1283-3
14 -0
238.5-2
19 -0
3764-8
24 -0
5121-9
( •!
4730
•1
1302-6
•1
2410-0
•1
3795-2
•1
54.57-9
( '2
48(i-9
.0
1321-1
-2
2435-0
-2
3825-8
-2
5493-9
? -3
5()0-9
-3
1340-6
•3
2460-1
•3
3856-4
•3
.5.530-1
( "4
515-0
-4
1360-2
-4
2485-3
•4
3886-2
•4
5566-3
( -5
529-2
•5
1380-0
•5
2510-6
•5
3917-0
•5
561)2-7
( "6
543-5
•6
1399-9
-6
2.536-0
•6
3948-0
•6 1 .5639-2
( "7
557-9
•7
1419-9
•7
2.561-6
•7
3979-1
•7 1 5675-7
( 'S
572-4
•8
1439-9
-8 2587-2
•8
4010-3
•8 5712-3
L^
587-1
•9
1460-1
-9 2613-0
•9
4041-6
•9 , 5749-0
EXCAVATION AND EMBANKMENT.
195
Depth
Cut.
BREADTH OF BASE, 25 FEET.
cnb. vanl.
Depth of Cutting in Feet and Tenths of a Foot.
reet.
feel^
cub. vnrd.
fefi.
cnb. vard.
feet.
cub. yard.
25 -0
57870
27 -0
6549-8
29 -0
73.57-1
31
8209-0
•1
5823-9
•1
6.588-8
•1
7398-3
-1
8252-5
•2
58(n-0
-2
662S-0
•2
7439-6
-2
8296-2
•3
5898 2
•3
6607-3
-3
7481-0
•3
8339-9
•4
5935-5
•4
6706-6
•4
7522-(i
•4
8383-7
•5
5972-9
•5
6746-1
-5
7.564-2
•5
8427-7
•6
(5010-3
•6
6785-7
-6
7606-0
•6
8471-8
•7
6047-8
•7
6825-4
-7
7()47-8
•7
8515-9
•8
6085-5
•a
6865-2
•8
7689-8
•8
8560-2
•9
6123-2
•9
69051
•9
7732-0
•9
8604-6
16 -0
6162-8
28
6947-9
30 -0
7777-7
32 -0
8651-5
■1
6200-8
-1
6988-0
•1
7817-0
•1
8696-1
•2
6238-8
•2
7028-3
•2
7859-5
•o
8740-8
•3
62770
•3
7068-7
•3
7902-0
•3
8785-6
- -4
6315-2
•4
7109-2
•4
7944-6
•4
8830-6
•5
6353-6
•5
71497
-5
7987-4
•5
8875-6
•6
6392-1
•6
7190-3
•6
8030-2
•6
8920-8
•7
6430-7
•7
7231-0
•7
8073-2
•7
8966-0
•a
6469-4
•8
7271-8
-8
8116-3
•8
9011-4
•9
6508-3 i
•9
7312-8
•9
8159-5
-9
9056-9
TABLES
OF EXCAVATION AND EMBANKMENT.
TABLE I.— THIRD SERIES. Basc 1.— Slopes 1 to
)
1
3
3
4
-
^ S
Mult.
Add.
Mult.
Add.
Mult.
Add. 1
i
Mult.
Add.
Mult.
Add.
io
•0J85
0-012
-0370
0^049
-0556
0-111
•0741
0-198
-09-26
0-308
0)
) 1
•0370
0^l)37
-0556
0^086
•0741
0-160i
-09-26
0-259
-nil
0-383
1/
) 2
•0556
0086
-0741
0148
•0926
0-2351
-nil
0-346 i
•1296
0-481
2/
) 3
•0741
0-160
-092:)
0^235
•1111
0-3331
-1296
0-4.57
•1481
0-605
3)
4
•09-26
0-259
•nil
0-34(ii
•1296
0-4.57
•1481
0-593
•1667
0-753
4(
) 5
•nil
0-383
•1296
0-481
•1481
605,
•1667
0-7.53
•1852
0-926
i>
1 6
•1296
0-.531
•1481
0-642
■um
0-778 i
-18.52
0-938
•2037
1-1-23
•1481
0-704
•lt)67
0-8-271
•1852
0-9751
-2037
1-148
•2222
1-346
7
8
! 8
•16G7
0-901
•1852
1-037
•2.137
1-296
-2-222
1-383
•2407
1-593
) 9
•1852
M-23
•2.(37
1-272
•2222
1-444!
-2407
1-642
•2593
1-81)4
9
)W
•2037
1-370
•22-22
1-531
•2407
1-716:
-2593
1-926.
1
•2778
2-160
10)
ill
•2222
1042
•2407
1-815
•2593
2012'
-2778
2-235
•2963
2-481
11 '
)12
•2407
1-938
•2593
2-1-23
•2778
2-333
-2963
2-5681
-3148
2-827
12)
•2593
2-25!)
•2778
2-4.)7
•2963
2-679
-3148
29-26
-3333
3-198
13
•2778
2-61)5
•2963
2-815
•3148
3-049
-3333
3-309
-3519
3-593
14)
•2963
2-975
•31 48
3-198
•3333
3-444
•3519
3-716
-3704
4-012
15;
IG
•3148
3-370
•3333
3-605
•3519
3-864
•3704
4-148
-.iSS^J
4-4.57
17/
1-
•3333
3-790
-3519
4-037
•3704
4^309
•3889
4-605
-4074
4-926
} 1*^
•3519
4-235
-3704
4-494
■:\(iSJ
4-778
•4074
5-086
-4-259
5-4-20
18)
) 1!^
•3704
4-704
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4-975
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5-272
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5-593
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5-938
19)
)20
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5-198
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6-333
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6-259
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6-568
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7-148
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7-864
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24
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26
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26
27
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10.531
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10-975
27
28
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10-420
•5741
10-8-27
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11 -2.)9
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11-716
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29
•5556
107.53
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11-148
•5921)
11-568
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30
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34
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15-642
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16-679
34
35
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16-531
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17-049
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35
36
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16-4.">7
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16-938
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17-444
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18-.531
36
37
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17-370
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18-383
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18-926
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37 (
38
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30-481
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49
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31-568
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32-975
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50
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31-494
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32-148
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32-827
1-0000
33-531
1-0185
34-259
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1
a
3
4:
5
TABLE I. — BASE 1. SLOPES 1 TO
197
6
7
8
9
10
i
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Mult.
Add.
Mult.
Add.
Mull.
Add.
Mult.
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0-444
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8
9
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10
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10
n
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3-716
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11
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3-4-20
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12
) 13
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3-815
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4-531
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4-926
13
) 14
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3-901
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4-235
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4-975
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5-383
14
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4-679
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15
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29 )
30
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31
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32
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32 )
33
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33
34
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35
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42
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' 43
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I 44
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29-790
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31-000
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46
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32-235
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33-037
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47
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31-938
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1-0556
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48
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32-444
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1-0370
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34-778
1-0741
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10185
33-716
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1-09-26
36-926
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35-012
1-0556
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37-420
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38-272
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s
7
8
<
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1
1
t.
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198
E 1
SLOPES 1 TO 1.
—
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11
13
13
14
15
fo )
Mult.
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Add.
Mult.
Add.
Mult.
Add.
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1-494
•22-22
1-778
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8
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3-370
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3-753
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•4074
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9
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10
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12
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16
17
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7-309 ;
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7-815
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8-346
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8-901 16
•5185
7-370
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7-864 1
-5556
8-383
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8-9-26 i
•5926
9-494 j 17 (
) 18
•5370
7-938
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•5556
8-531
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J 20
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21
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11-593
•6667
12-198
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12-827 -22 (
23
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•6481
11-716
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12-309
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13-568 23 (
24
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11-864
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27
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28
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29
30
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31
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30-259
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1-0370
31-815
1-0.5.56
32-(579
r0741
33-.5(5H:43)
10185
31-370
1-0370
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1-U556
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1-0741
33-926
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34-827 44 )
10370
32-605
1-0556
33-444
1-0741
34-309
1-0926
35-198
1-1111
36-111 45)
1-0556
33-864
1-0741
34 716
109-26
35-593
1-1111
36-494
1-1296
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1-0741
35-148
1-0926
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36-901
1-1200
37-815
1^1481
38-753 47 )
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1 0926
36-457
1-1111
37-333
1-1296
38-235
1-1481
39-160
1- 16(57
40-111 48)
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J-lUl 37^790
1-1296
38-679
1-1481
39-593
1-1667
40-531
1-1852
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L
1-1296 39^148
11481
40-049
1-1(567
40^975
1-1852
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1-2047
4-2-i»01|50 )
11
/
13
13
14
15
1
J
TABLE I. — BASE
SLOPES 1 TO 1
199
A
16
17
18
19
20
]
1
i\
Mult.
Add.
Mulu
Add.
Mult.
Add.
Mult.
Add.
Mulu
Add.
) -2903
3-160
-3148
3-568 1
-3333
4-000 1
•3519
4-457
•3704
4-938
) 1: -3148
3-370
•3333
3-790 1
-3519
4-234
-3704
4-704
•3889
5^198
1 (
) 2 -3333
3-605
•3519
4-037 i
•3704
4-494
-3889
4-975
•4074
5^481
^
) 3[ -3519
3-8W
•3704
4-309
-388y
4-778 i
-4074
5-272
-4259
5^790
) 4 -3704
4-148
•3889
4-605
-4074
.5-086 i
-4259
5-593
•4444
6-123
4
) 5' -3889
4-457
•4074
4-926
-4-259
5-420
-4444
5-938
•4630
6-481
5
6| -4074
4-790
•4259
5-272
•4444
5-778,
•4630
6-309
•4815
6-864
6
) 7| -4259
5-148
.4444
5-642
•4630
6-1601
•4815
C-704
•5000
7-272
7
8 -4444
5-531
•4630
6-037
•4815
6-568
-5000
7-123
-5185
7-704
8
) 9; -4630
5-938
-4815
6-457
•5000
7-000 i
•5185
7-568
-5370
8-160
9
10 ; -4815
6-370
•5000
6-901
•5185
7-457
-5370
8-037
-5556
8-642
10 j
11 -5000
6-827
•5185
7-370
■5370
7-938
-5556
8-531
-5741
9-148
11 (
12 -5185
7-309
•5370
7-864
•5556
8-444
•5741
9^049
-5926
9-679
12
13: -5370
7-815
•5556
8-383
•5741
8-975 i
•5926
9^593
-611]
10-235
13 ;
14 -5556
8-346
•5741
8-926
-5926
9-531 1
-6111
lO'lOO
•6296
10-815
14 )
15 -5741
8-901
•5926
9-194
•6111
10-1111
-6296
10-753
•6481
11-420
15/
) 16' -5926
9-481
•6111
10-086
•6296
10-716J
•6481
11-370
•6667
12-049
16
17| -6111
10086
•6296
10-704
-&181
11-3461
-6667
1-2-012
-6852
12-704
17 )
) 18 -6296
10-716
-6481
11-346
•6667
12-000
•6852
1-2-679
-7037
13-383
18 )
) 19 -6481
11-370
•6667
12-012
•6852
1-2-679]
•7037
13-370
•72-22
14-086
19 /
)2U
-6667
12-049
•6852
12-704
•7037
13-383
-7222
14-086
-7407
14-815
20)
Nl
•6852
12-753
•7037
13-420
•7222
14-111
-7407
14-827
-7593
15-568
21 J
22
•7037
13-481
•72-22
14-160
•7407
14-864
-7.593
15-593
-7778
10^346
22
23
•72-22
14-235
•7407
14-926
•7593
15-642
-7778
16-383
-7903
17^148
23
24
-7407
15-012
-7593
15-716
•7778
16-4441
•7963
17-198
-8148
17^975
24
25
•7593
15-815
•7778
16-531
-7963
17-272
•8148
18^037
-8333
18-8-27
25
26
-7778
16-642
•7963
17-370
•8148
18-123|
-8333
18-901
-8519
19-704
26
27
•79G3
17-494
■8148
18-235
-8333
19-0001
-8519
19-790
•8704
20-605
27
28
•8148
18-370
-8333
19-1-23
•8519
19-901
•8704
20-704
•8889
21-531
28
29
-8333
19-272
•8519
20-037
•8704
20-827
-8889
21-642
•9074
22-481
29
J 30
•8519
20-198
•8704
20-975
-8889
21-778
-9074
22-605
-9-259
23-457
30)
; 31 -8704
21-148
•8889
21-938
-9074
22-753
•9259
23-593
•9444
24-457
31
32 -8889
22-123
-9074
22-926
-9-259
23-753
•9444
•24-605
-9630
25-481
32
33
-9074
23-123
•9259
•23-938
•9444
24-778
-9630
25-642
-9815
26-531
33
34
•9-259
24-148
•9444
24-975
-9630
25-827
•9815
20-704
1-0000
27-005
34)
35
-9444
25-198
•9630
26-037
•9815
•26-901
1-0000
27-790
1-0185
23-704
35
36
•9630
26-272
•9815
27-1-23
1-0000
28-000
1-0185
28-901
1-0370
29-827
36
37
-9815
27-370
1-0000
28-235
1-0185
29-1-23
1-0370
30-037
1-0556
30-975
37
^38
1-0000
28-494
1-0185
29-370
1-0370
30-272
1-0556
31-198
1-0741
32-148
38
( 39,rU185
29-642
1-0370
30-531
1-0550
31-444
1-0741
32-383
1-09-26
33-346
39 )
/ 40 1-0370
30-815
1-0556
31-716
1-0741
3-2-642
1-0926
33-593
1-1111
34-568
40^
( 41 j 1-0553
32-012
1-0741
32-926
1-0926
33-864
1-1111
34-827
1-1296
3.5-815
«S
( 42 1-0741
33-235
1-0926
34-liiO
1-1111
35-111
1-1296
36-086
1-1481
37-086
42
/ 43 1-0926
34-481
1-1111
35-420
1-1296
36-383
1-1481
37-370
1-1667
38-383
43^
(44 run
35-753
1-1-296
36-704
J-1481
37-679
1-1667
.38-679
1-1852
39-704
44,
/ 45:l-12a6
37-049
1-1481
38-012
1-1667
39-000
1-1852
40-012
]-2047
41-049
45
( 46; 1-1481
38-370
1-1667
39-346
1-1852
40-346
1-2047
41-370
1-22-22
42-420
46
/ 47 1-1667
39-716
1-1852
40-704
1-2047
41-716
1-2222
42-7.53
1-2407
43-815
47^
( 48,1-1852
41-086
1-2047
4-2-086
1-2-222
' 43-111
1-2407
44-160
1-2593
45-235
48
49
1-2047
42-481
1-22-22
43-494
11-2407
; 44-531
1-2593
45-5J3
1-2778
46-679
49
J50
1-2-222
43-901
1-2407
44-926
1-2.593
' 45-975
1-2778
} 47-049
1-2963
48-148
50
— (
\
1
L6
17
18
1
9
S
50
200
TABLE I. — BASE 1. — SLOP:
1 TO 1.
I
31
33
■•
""^T"
35
1
1
Mult.
AiW.
Mult.
-4074
Add.
5-975
Mult.
■4259
Add.
Mult.
Add.
Mult
Add.
I
•3889
5-444
6-531
■4444
7-111
-4630
7-716
1
•4074
5-716
-42.19
6-259
-4444
6-8-27
-4630
7-420
-4815
8-037
1 (
•2
•4-259
6012
-4444
6-568
-4630
7-148
-4815
7-753
-5000
8-383
2(
3
•4444
6-333
-4630
6-901
-4815
7-494
-5000
8-111
-5185
8-7.53
3 (
4
•4r,30
6-(i79
-4815
7-2.59
7-642
•5000
7-864
-5185
8-494
-5370
9-148
4)
5
•4815
7-049
-5000
-5185
8-259
-5370
8-901
•5556
9-568
^i
G
•5i)0U
7-444
-5185
8049
-.5370
8-679
-5556
9-333
-5741
10-012
6
) 7
•5185
7-864
•5370
8-481
-5556
9-1-23
-5741
9-790
•59-26
10-481
A
■8
•5370
8-309
•5556
8-938
•5741
9-593
-.59-26
10-272
•6111
10-975
8<
a
•5556
8-778
•5741
9-420
-5926
l(J-086
-6111
10-778
•6296
11-494
9
J 10
•5741
9^272
•5926
9-926
-6111
10-605
-6296
11-309
•6481
12-037
10 )
J 11
12
•5926
9^790
-6111
10-457
-6296
11-148.
-6481
11-864
-6667
12-605
11 }
•Gill
10-333
-6296
11-012
•64>^l
11-716
•6(567
12-444
•6852
13-198
12 /
13
•(1296
JO-901
-6481
11-593
-6i)67
12-30;)
•(5852
13-049
-7037
13-815
13
) 14
•{)481
11-494
-6667
1-2-1981
-(58.52
l-2-9-2()
•7037
13-679
•7-222
14-457
14 )
15
•66(57
12-111
•6852
1-2-8-27 1
-7037
13-.5681
•7222
14-333
•7407
15-1-23
15 )
16
-()852
12^753
-7037
13-481
•7:^2-:>
14-235
•74l')7
15-012
-7593
15-815:16 ;
■ n
•7037
13-42.)
-7-222
14-160
-7407
14-9->ii:
•7.593
15-71(>
-7778
16-531 In I
18
•7-?22
14-11 J
-7407
14-864
-7593
1.5-642'
•7778
16444
-7963
17 272118 I
; 19
•7407
14-827
•7593
15-503
•7778
16-383
•7963
17-198
•8148
18-037
19
•20
•7593
15-568
•7778
16-346
-7963
17-148
■8148
17-975
-8333
18-827
20
!-i
•7778
16333
•7963
17-123
-8148
17-9:i8
-8333
18-778
-8519
19-642 21 j
'22
•7963
17- m
•8148
17-92(5
•A333
18-7.53 j
-8519
19-605
•8704
20-481 1-22)
•23
•8148
17-938
■)*-XX.\
18-7.53
-8519
19-593
-8704
20-4.57
-8889
2i-;j4(5]-2;i )
' 24
•83;J3
18-778
■^:A^i
19-605
-8704
•20-4.57
-888;)
21-3:53
-9074
•2-2-235! -24 )
25
•8519
19-M2
•8704
-20-481
-8889
21-346'
-9074
22-2:55 i •y-2.59
-2:5- 14^ 25 )
20
•8704
20-531
■l^r^'^
21-383
-9074
•22-2.59 1
-9-2.59
23-160
-9444
24-086.-26 )
' 27
•8889
21-444
-9074
22-309
-i«.59
2;M98
-9444
24-111
•9(530
•25-040 i 27 I
{26
•9074
•22-:i83
•9-259
-23-2;')9
■24-235
•2;V23.5
-9444
24-1(50,
-9(530
25-086
-9815
26-o:57,-28 I
' 29
;3«
•9-259.
2;}-346
-9444
-9630
25-148
-9815
26-086
1-0000
27-049 29 )
•9444
24-333
•9630
-9815
26-160
1-0000
27-111
1-0185
28-086 30 9
31
•9630
25-346
-9815
26-259!
1-0000
•27-198
1-0185
28-160
1-0370
29-148131 j
3-2
•9815
2ti-383
l-oono
27-309
1-0185
2--2.59
l-0:!7()
29-2:55
1-05.5(5
:io-2:i5 .32 }
33
I-ODIC)
•27-444
1-0IS5
2-<-:Kr
1-0:570
•29-34(5
1-0.5.56
30-3:13
1-0741
31-;j46i33)
34
l-t)185
28-53 1
i-o;i7()
•29-481:
1-05.56
30-4.57,
1-0741
31-457
1-0926
1-1111
32-481
34
35
l-037(>
2:)-642
1-05.-.6
30-1505'
1-0741
3l-.5.)3
l-(J9-26
32-605
3:5-(542
35
3G
10556
30-77f^
1-0741
31-7.53'
r092f5
32-7.53
1-1111
33 778
1-1296
34-827
:}6)
37
ro74i
31-93H
1 0921)
3-2-9-2(5
lllll
3;{!l38
1-1-296
34-975
1-1481
36 037
:57 )
■ 38
1-0926
33123
lllll
34-1-23
1-1-206
:{5148
1-I4S1
36-198
1-1667
37-272
38 )
. 39
Jllll
34-33:5
1-1 -291)
35-346 J
1-1481
3(>-3-<3
1-1667
37-444
1-1852
;w-5:5i
:59 )
J 4li
1-1296
35-568
11481
36-593
1-1667
37-642
1-18,52
38 716
1-2047
39-815
40 j
> 41
1-1481
36-827
1-1667
37-864
1-1852
.38-9-26
1-2047
40-012
1-22-22
41-123
41 )
M-»
1-1667
38-1] 1
1-1'^52
3!)-l(>0
1-2047
4f)-235
1-2-222
4KJ33
1-2407
42-4.57
42)
> 43
II ^52
39-4-2()
1-2017
40-481
1-2-2-22
4l-,5()8
1-J407
4-2-679
1-2593
4.3-815 43 )
; 44
l-2i>4V
40-75:i
1-22-22
41 -.-27
1-2407
42-!f2f)
1-251):5
44-049
1-2778
4.5- 198] 44 )
) 45
1-2222
42-111
1-2407
43- IDS
1"259:{
44-30!)
1-2778
45-444
1-2963
46-(505l45 )
M6
1-24)7
43-494
1-2593
44-.59:J
1-2778
4.5-71(5
l-29t53
46-864
1-3148
48-o:57 J6 )
; 47
l-2r.93
44-91)1
1-2778
46-012
l-2iH53
47-14S
1-3148
48-309
1:5333
49-494
47
48
^ 48
1-2778
46-333
l-2i)63
47-457
1-3148
48-(505
1-3333
49-778
1-3519
50-975
No
r2i«'.3
47-790
1-3148
48-9-26
i-:5;533
.50-086
1-3519
51-272
r37W
52-481
49)
;5i)
)
1-3148
49-272
1-3333
50-420
1-3519
51-593
1-3704
52-790
1-3889
54-012
50)
)
2
1
J
83
s
i3
34
3
5
TABLE II.— THIRD SERIES. Basc 1.— Slopes V, to I.
202
TABLE II. BASE 1. SLOPES 1| TO 1
) S Mult. Add.
0| -iiii
1| -12^(3
\ 2i -1481
) 3| -lOGTi
r,; •2;):{7i i-ob.i
( 6i •222ij 2-OOU
) -\ -2407
( a' -27781
{ 10 •2a6'5i
13|
N20
21
•79;")
•963
1-167
1-407
2-352
2-741
3-167
3-630
4-130
4-667
5-241
5-852
6-500
7-185
7-907
8-667
9-463
10-290
11-167
12-074
13019
14-001)
15-019
16074
-314Si
•3333
-3519
-3704!
-388:»
-4074
■4259'
-4444'
-4()30'
-4815 j
-5000!
•5185
-5370 1
-5556,
-5741
-5926
-611 Ij 17-167
•629!) lH-296
-6481 19-463
-6667 20-667
-7037
-72-32
•7407
-7593
•7778
-7963
-8148
\ o»i -8333
( 40 -8519
•8704
43' -90741
44 -9259'
45' -9444'
46 -9630 :
47: -9815!
48 1-0(WO|
49; 1-0185'
50' 1-0370'
21-907
23-185
24-500
25-852
27-241
28-667
30- 13 J
31-630
33' 167
34-741
36-352
38-000
3;)-685
41-407
43-167
44-963
4i)-796
48-667
50-574
52-519
-3333
-3519
-3704
-388J
-4074
-4-259
-4444
-4630
-4815
-500:)
7037 22-722
7222 24-019
25-352
26-722
28-130
29-574
31056
32-574
34130
35-722
8
9
10
1
Mult.
Add.
Mult.
Add.
Mu,t.
Add.
k
•1481
M85
•1667
1.500
-18.52
1-8.52
^\
-1667
1-352
•18.52
1-685
-2037
2-056
1 (
•1852
1-556
-2037
1-907
-2222
2-296
2
-2037
1-796
•22-22
2167
"2407
2-574
3
•222'
2-074
•2407
2-4G3
•2593
2-839
4^
-2407
2-389
•2593
2-796
3-167
-2778
3-241
5^)
•25J3
2-741
•2778
-2963
3-630
6
•2778
3-130
-2963
3-.)74
-3148
4-056
7^
-296J
3-556
•3148
4019
•3333
4-519
8 ;
-314S
4-019
-333?
4-50)
-3519
5-019
9
-3333
4-519
•3519
5-019
•3704
5-556
10
-3519
5-056
-3704
5-574
•3889
6-130
11 (
-3704
5-63;
•388i)
6-167
•4074
6-741
12 (
-3889
6-241
-4074
6-79;i
-42.59
7-:}8.»
13^
-4074
6-889
•4259
7-463
-4444
8-074
14 (
-4259
7-574
-4444
8-167
•4630
8-796
15/
-4444
8-296
-4630
8-907
-4815
9-.556
16/
•4630
9056
-4815
9-685
-.5000
10-352
i^N
-4815
9-852
-5000
10-500
-5185
\v\m
\^^^
•5000
10-685
•5185
11-352
-5370
12-056
19 r
•5185
11.556
•5370
12-241
-555(5
12-963
•20^
•5370
12-463
•5556
13-167
-5741
13-907
2W
-5556
13-407
•5741
14-130
-5926
14-889
•w ;
•5741
14-389
-.5926
15-130
-6111
15-907
23 )
•5926
15-407
•6111
16-167
-6296
16-963
24^
-6111
16-463
•6296
17-241
-64^1
18-056
'i:^ ,
•6296
17-5.J6
-6481
18-352
-6667
\^^■\.^h
•Z\i(
•6481
18-685
•6667
19-500
•68.52
20-352
27 J
-6667
19-852
•6852
20-685
•7037
2l-.55li
■iii t
-6852
21-051)
•7037
21-907
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22-796
29/
-7037
22-296
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23-167
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24-074
30)
-72-22
23.574
•7407
24-463
•7593
25-389
31!
-7407
24-889
•7.593
25-796
•7778
26-741
32^
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26-241
•7778
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•7963
28- 130
33 I
•7778
27-ii30
-7yt)3
28-574
•8148
29-556
.34
•7963
29-0.16
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30-019
•8333
31-019
35
•8148
30-519
-8.333
31-.')00
-8519
32-519
■M)
-8333
32-019
-8519
33-019
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34-05:;
37)
-8519
33-556
-8704
34-574
•8889
35-630
38)
-8704
35-130
-8889
36-167
-9074
37-241
39)
•8889
36-741
-9074
37-796
•9-259
38-88i»
40;
-9074
38-389
•9259
39-4()3
•9444
40-574
41
-9259
40-074
-9444
41-167
•9630
42-29)
42 5
-9444
41-796
•963.)
4-2-907
-9815
44-056
4:j )
-9630
43-55(i
•9815
44 685
1-0000
45-852
44
-9^15
45-352
]-0;MM)
46-500
1-0185
47-685
45 >
1-0000
47-185
1-0185
4.S-352
1-0370
49-5.56
46
1-0185
49056
10370
.50-241
l-0.').i6
51-4()3
47
1-0370
50-963
1-0,1.56
52-167
1-0741
53-40:
48
1-0.556
52-907
1-0741
54-130
1-0926
55-389
49
1-0741
54-889
10926
56-130
1-lJll
57-407
50
8
«
»
1
1
TABLE IT. — BASE 1. — SLOPES li TO 1
203
r
11
i«
13
"
1
5
1
>
:1
Mult.
AdiL
2-241
Miilu
AdJ.
M«It.
.„..
Mult.
Add.
Mult.
Add.
1
( "
•2037
•2222
2-667
•2407
3-130
•2593
3-630 !
"2778
4-167
)
S 1
•2222
2-463
•2407
2-907
•2593
3-389
•2778
3-9l)7
■2963
4-463
1
,' ii
•2407
2^722
-2593
3-185
•2778
3-685
•2963
4-2-22
-3148
4-796
2
( ^
■2.W3
S^Ol'J
•2778
3-500
•2963
4-019
•3148
4-574
•3333
5167
^)
/ 4
•2778
3-352
•2963
3-852
•3J48
4-38!>
•3333
4-903
•351!)
5-574
-4
/ 5
•2963
3-7-22
•3148
4-241
•3333
4-796
•3519
5-389
•3704
6-019
5$
I <^
•3148
4-130
•3333
4-667
•3519
5-241
•3704
5-852
•3889
6-500
6)
'
•3333
4-574
•3519
5-130
-3704
5-722
•3889
6-352
•4074
7-019
7
i «
•3519
5-050
•3704
5- 63 J
•3889
6-241
•4074
0-889
•4259
7- .574
8
(* 9
•3704
5574
•3889
6-167
•4074
6-79:i
•4-2.59
7-463
•4444
8-167
^ )
jlO
•3889
6-1^0
■4074
6-741
•4-259
7-389
•4444
8-074
•4630
8-796
10 j
^^
•4074
fr722
•4259
7-352
-4444
8-019
•4630
8-722
•4815
9-463
11 i
12
•4259.
•1444
7^352
•4444
8^000
-4f)30
8-685
•4815
9-407
•5000
10-167
12 (
13
8-019
•4630
8-685
•4815
9-389
-59it0
10- 130
•5185
10 907
13
)l-l
•4.i30
8-722
•4815
9-407
•5000
10-130
•5185
10-889
-5370
11-685
14
)l5
•4815
9-463
•5000
10-167
•5185
10-907
•5370
11-685
-5550
12-500
15
1«
-50Uu
10 241
-5185
10-963
•5370
11-722
•555t3
l-2-3li)
•5741
13-352
16
17
•5185
ll-05i5
•5370
11-790
•5556
12-574
•5741
13-389
•5926
14-241
17
18
•5370
11-907
-5556
12-667
-5741
13^403
•5926
14-296
•6111
15-167
18
19
•555()
12-796
-5741
13-574
-5926
14-389
•6111
15-241
•6296
16130
19
20
-5741
13-722
•5926
14^519
•Gill
15-352
•6296
16-222
•6431
17-130
•20;
?21
•5926
14-685
•6111
15^5;)0
•6296
16-352
-6481
17-241
-6667
18-167
21
22
•6111
15-685
•6296
16-519
•6481
17-389
•6667
18-296
-•)852
19-241
22
23
•0290
16-722
-6481
17-574
•6667
18-46:i
-6852
19-389
-7037
20-352
•23
24
•G481
17-796
•6667
18-667
-6852
19-574
•7037
20-519
•72-22
21-.VI(i
0.1
J 23
•0667
18-907
•6852
19-796
•7037
20-722
-7222
21-685
•7407
22-!- -
J")
26
•6852
20-056
•7037
20-963
•7222
21-997
•7407
2-2-889
7593
23-9U:
2i3
)27
•7037
21-241
-7222
2-2-167
•7407
23-139
•7593
24-130
•7778
25167
27
' 28
■7222
22-4(5:?
-7107
2J-4:i7
•7593
24-3^:1
•7778
25-407
-7963
26-463
-28
29
•7407
23-722
-7593
24-685
•7778
25-685
-7963
20-722
•8148
27-796
29
30
-7593
25-019
•7778
26-000
-7963
27-019
•8148
28-074
•8333
29-167
30
)31
•7778
26-352
■7963
27-352
•8143
28-389
-8333
29-463
•8519
30-574
31
32
•7903
27-722
-8148
28^741
•8333
29-796
•8519
30-889
•8704
32-019
32 ;-
33
-8148
•29-130
-8333
30^167
-8519
31-241
•8704
32-352
•8889
33-.50;)
.33/
34
-8333
30-574
-8519
31-630
-8704
32 722
-8889
33-8.52
•9074
35-019
34;
35
•8519
32-056
-8704
33-130
■8889
34-241
•9074
35-389
•9-259
36-574
35}
)3{5
-8704
33-574
-8889
34-667
-9074
35-796
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3G-9-,i3
•9144
38-167
36.)
)37
•8889
35-130
•9074
36-241
-y259
37-389
-9444
38-574
-9630
39-796
37/
)38
•9074
36-7-22
•9259
37-852
-9444
39-019
•9630
40-2-22
-9815
41-463
38 :
)39
•9259
38-352
•9444
39-500
-91)30
40-685
•9815
41-907
1-0000
4.3-167
39
>40
•9444
40-019
•9630
41-185
-98J.5
42-389
1-0000
43-630
1-0185
44-907
40
$41
•9630
41-792
•9815
42-907
1-0000
44-130
I-OI80
45-389
1-0370
46-685
41
^42
•9815
43-463
1-0000
44-667
1-0185
45-907
1-0370
47-185
1-0.5.56
48-.50.I
42
)43
l^ODOO
45 241
1-0185
46-463
1-0370
47-722
1-0.5.56
49-019
1-0741
50-352
43
7 44
1-0185
47-05! ;
1-0370
48-2.)6
1-0556
49-571
1-0741
50-889
1-09-26
52^2 1 1
44
)45
1/0370
48-907
1-0556
50-167
1-0741
5I-46S
l-oy26
52-79(5
1-111 1
54-107
45
?46
1^055o
51-796
1-0741
52-l:74-
1-0926
53-389
l-llll
54-741
1-1-29';
.5I>-13()
46
47
r0741
52^72-J
1-09-26
54019
1-im
55-352
1-1290
5()-722
1-N-=1
.58-1311
47
/48
l()y2!i
54-685
l-llll
56-;)0:)^
1-12^(6
57-352
1-1481
.5S-741
i-i6';7
t;0-Hi7
48
)49
Mill
56-()85
1-1296
58-019
1-1481
59-389
11607
60-796
118.52
62-241
49
^50
1129G
58-722
1-1481
60-074
M687
61-463
118.52
62-889
1-2047
64-3.52
50
r
11
X.
. '
13
''
1
1
5
204
TABLE II. BASE 1. SLOPES 1^ TO 1.
J"
)
16
17
18
19
30
n
)
Mult.
Add.
Mult.
Add.
Mult.
Add.
Mult.
Add.
Mult.
Add.
1'
/
ro
•2963
4^741
•3148
5352
•3333
6-000
-3519
6-685
•3704
7-407
; 1
•3148
5-056
•3333
5-685
•3519
6-352
•3704
7-056
•3889
7-796
1 )
•3333
5-407
•3519
6-056
•3704
6-741
•3889
7^463
•4074
8-222
2 ;
! ^
•3519
5-796
•3704
6-463
•:{889
7-167
•4074
7^907
•4259
8-685
3 /
4
•3704
6-222
•3889
6-907
•4074
7-630
•4259
8-389
•4444
9^185
4 /
5
•3889
6-685
•4074
7-389
-4-259
8-130
•4444
8-907
•4630
9-722
5 /
«
-4.)74
7^185
•4259
7-907
•4444
8-667
•4630
9-463
•4815
10^296
6/
7 -4259
7^722
•4444
8-463
•4630
9-241
•4815
10^056
•5000
10^907
8)
8 -4444
8-296
•4630
9-056
•4815
9-852
•5000
10-685
•5185
11-556
9 -4030
8-907
•4815
9-685
•5000
10-500
•5185
11-352
•5370
12241
9/
;io
•4815
9-556
•5000
10-352
-5185
11-185
•5370
12-056
•5556
12^963
10;
11 )
!"
•5000
10-241
•5185
11-056
-5370
11-907
•5556
12-796
•5741
13722
12
•5185
10-963
•5370
11-796
•5556
12-667
-5741
13-.574
•5926
14^519
12 ;
13
•5370
11-722
•5556
12.574
•5741
13-463
•5926
14-389
•6111
15352
13/
( 14 i -555(3
12-519
•5741
13-389
•59-26
14-2i)6
-6111
1.5-241
•6296
16-222
14
( 15 -5741
13-352
•5926
14-241
-6111
15-167
-6296
16- 130
-(W81
17-130
15/
( 16 -5926
14-2-22
•6111
1.5-130
•6296
16-074
-6481
17-056
•6667
18^074
16 )
17 -6111
1.5130
•6296
16-0.56
-6481
17-019
-6667
18-019
•6852
19-0.56
17)
18 -Gim
16074
•6481
17-019
•6667
18-000
-6852
19-019
-7037
20-074
18
{ hj\ -6481
17-056
•6667
18-019
•6^52
19019
•7037
20-05()
-7222
21-130
19
J 20 ' -6667
18-074
•6852
19-0.56
•7037
20-074
•7222
21-130
•7407
22-222
20
^ 21 -6852
22 -7037
19-130
•7037
20130
•72-22
21-167
■7407
22-241
•7593
23-352
21
20-222
•7222
21-241
-7407
22-296
-7593
23-389
•7778
24519
00
23 -7222
21-352
•7407
22-389
•7593
23-463
-7778
24-574
•7963
25-722
23
( 24 -7407
25 -7593
22-519
•7593
■23-574
•7778
•24-667
•7963
25-796
-8148
26-963
24
23-722
•7778
24-796
■7963
25-907
•8148
27-0.56
-8333
28-241
25
26 -7778
24-963
■7963
2605()
■8148
27-185
-8333
28-.3.52
-8519
29-556
26
I 27 •7%3
26-241
•8148
27-352
•8333
28-500
-8519
2s»-(585
•8704
30-907
27
/ 2sl -8148
•27-556
•8333
28-C)85
•8519
29-8.52
-8704
31056
-8889
32-296
■28
? -2 J I -8333
28-907
•8519
30-0.56
•8704
31-24]
-8889
32-463
-9074
33-722
29
{ 30
•8519
30-296
•8704
31-463
•8889
32-667
•9074
33-907
•9259
35-185
30
)31
•8704
31-722
•8889
32-907
•9074
34-130
•9-259
35.389
•9444
36-685
31
32
;32
•888J
33185
■9074
34-389
•9-259
:i5-630
-9444
3(;-907
•9630
38-222
/ 33
•9074
34-685
•9259
35-907
-9444
37-167
•9630
38-463
•9815
39-796
33
)34
•9259
36-2->2
•9444
3?463
•96;<o
38-741
-9815
40-056
1-0000
41-407
34
) 35i 1)444
37-796
•9t)30
39-056
-9815
40-352
1-0000
41-68.-)
10185
43-056
35
) 36 -9(530
39-407
•9815
40-()85
1-OOUO
42000
1-0185
43-3.52
10370
44-741
36
) 37l -USlo
4r0.j()
1-0000
42-352
1-0185
43-6H5
1-0370
45-05()
1-0556
46-463
37
) 38'1-UI)()U
42-741
1-0185
44-il.)(i
1-0370
45-407
] -05.56
46-796
1-0741
48-222
38
) 39 1-0185
44-463
10370
45-796
1-0.556
47-167
1-0741
48-574
10926
50-019
39
) 40 1-0370
46-222
1-0556
47^5.4
10741
48-963
1-0926
50-389
11111
51-852
40
) 41 ' 1-0556
48-019
r0741
49-389
1-0926
50-796
1-1111
52^241
1-1296
53-722
41
) 42 1-0741
49-852
1-0926
51-241
Mill
52-667
1-1296
.54-130
1^1481
55-630
44^,
) 43 1-0926
51-722
run
53-13,1
1-1296
W-.574
1-1481
56-056
1-1667
57-574
44 1-1111
53-630
1-1296
55-056
1-1481
56-519
1-1667
58-019
1-1852
59-55(i
) 45:1-1296
55-574
1-1481
.57-019
1-1667
58-500
1-18,52
60-019
1-2047
61 -.574
45 ,
) 46 11481
57-556
1-1667
59-019
1-18.52
60-519
1-2047
62-05()
1-2222
63-630
46;
47
47 1-1667
59. 574
1-1852
610.56
1-2047
62-574
1 "22-32
64-130
r2407
65-7-22
48! 1-1852
61-631)
1-2047
63-130
12222
64-667
1-2407
66-241
r2593
67-852
48
49 1-2047
63-722
1-2222
65-241
1-2407
66-796
1-2593
68-389
1-2778
70-019
49
50 J
(
)
50
1^2->->2
65-852
1-2407
67-389
1-2593
68-963
1-2778
70-574
1-2963
72-222
)
I .
16
17
18
19
30
TABLE II, — BASE 1. — SLOPES Ih TO 1.
205
31
aa
33
34:
35
l\
Mult.
Add.
Mult.
Add.
Mult.
Add.
Mult.
Add.
Mult.
Add.
)
•3889
8-167
-4074
8-963
•4259
9-798
•4444
10-667
•4830
11-574
0(
1 /
) 1
•4074
8-574
-4259
9-389
•4444
10-241 1
•4630
11-130
•4815
12-056
) 2
•4259
9-019
•4444
0-852
•4830
10-722;
•4815
11-630
•5000
12-574
2{
3
•4444
9-500
•4630
10^352
•4815
] 1-241
-5000
12-167
•5185
13-1.30
3
I 4
•4630
10-019
•4815
10-889
•5000
11-796
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12-741
•5370
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4?
5
•4815
10-574
•5000
11-483
•5185
12^389
-.5370
13-352
•5556
14-352
5(
) 6
•5000
1M67|
•5185
12074
•5370
13-019
-5550
14-000
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15-019
6 )
) "
•518")
11-796
•5370
12722
•5558
13-685
-.5741
14-685
-5926
15^722
7 /
/ 8
•5370
1-2-4G3
•5556
13-407
•5741
14-389
•5926
15-407
-6111
16-483
8 I
) 9
•5550
13-167,
•5741
14130
-5926
15130
■6111
16-187
•6296
17-241
9
; 10
•5741
13-907:
•.5928
14-889
•6111
15-907
•8298
16-963
•6481
18-058
10
; 11
•5926
14-685
•6111
15-685
•6296
16-722
•6481
17-796
•6667
18-907 111 J
l:i
•6111
15-500 ;
-6296
16-519
•6481
17-574
•8667
18-667
•6852
19-796 12 )
13
•6296
16-352,
•8481
17-3S9
•6367
18-463
-6852
19-574
•7037
20-7-22 13 /
14
15
•6481
17-2111
•8867
18-296
•6352
19-3391
•7037
20-519
•7222
21-685
14
•6607
18-167
•6852
19-241
•7037
2J-352|
•72-22
21-500
•7407
22-685
15
; 16
•6852
19-130
•7037
20-2-22
•7222
21-352
•7407
2-2-519
-7593
23-722
16
; 1'
•7037
20-130
•7222
21-241
•7407
22-389
•7.593
23-574
•7773
24-796
17
18
•72-22
21-167
•7407
22-298
•7593
23-463
•7778
24-667
•7983
25-907
18
19
•7407
22-241
•7593
23-389
•7778
24-574
•7983
25-796
•8148
27-056
19
i2U
•7593
23-352
•7778
24-519
•7983
25-722
•8148
26-963
•8333
28^241
20
) 21
•7778
24-500
•7963
25-685
•8148
26-907
•8333
28-167
•8519
29^463
2i;
22
•7963
25-685
•8148
26-889
•8333
28-130
•8519
29-407
•87U4
30^722 1-22 )
23
•8148
26-9071
•8333
28-130
•8519
29-389
•8704
30-685
•8389
32-019
23)
24
•8333
28-167 1
•8519
29-407
•8704
.30-685
•8889
32-000
•9074
33-352
24)
) 25
•8519
29-4r)3
•8704
30-722
-8889
32-019
•9074
33-352
•9259
34-722
25
( 26
•8704
30-796
•8389
3-2-074
-9074
33-389
•9259
34-741
•9444
36-130
26 )
(27
-8889
32-167
•9074
33-463
-9259
34-798
•9444
36-167
•9830
37-574
27 )
(28
•9074
33-.574
•9259
34-889
•9444
38-241
•9630
37-630
•9815
39-058
28)
( 29
•9-259
35-0] 9
•9444
36-352
•9630
37-722
•9815
39-130
l-OOOO
40-574
29 )
( 30
•9444
36-500
•9630
37-852
•9815
39-241
hOOOO
40-667
1-0185
42-130
30 j
J31
32
33
•9630
38-019
•9315
39-.389
roooo
40-796
1-0185
42-241
1-0370
43-7-22
31 )
•9315
3-9-574
l^OOOO
40-983
P0185
42-339
1-0370
43-852
1-0556
45-352
32 )
1-01)1)0
41-167
1-0185
42.574
1^0370
44-019
1-0558
45-.500
1-0741
47-019
33)
34
i-oia5
42-798
1-0370
44-2-22
1^0556
45-6-^5
1-0741
47-185
10926
48-7-22
34 >
{33
1-0370
44-463
1-0556
45-907
1-0741
47-389
1-09-26
48-907
1-1111
.50-483
35 )
' 38
1-055S
46-187
1-0741
47-830
1-0928
49-130
1-1111
50-867
1-1296
52-241
36 >
37
1-0741
47-907
10926
49-389
1-1111
50-907
1-1298
5-2-463
1-1431
54056
37 )
38
1-092G
49-(;85
1-1111
.51-185
1-1298
.52-7-2-2
1-1481
54-298
1-1887
.55-907
38 )
39
Mill
51-500
1-1298
53-019
1^1481
54-574
1-1687
56-167
11852
57-796
39 )
40
1-1296
53-352
1-14S1
54-889
1-1887
56-483
1^1852
58-074
1-2047
59-722
40 j
41
1-1481
55-241
1-1667
56-796
M852
58^389
1^2047
60-019
1-22-22
61-685
41 )
42
1-1!)67
.57-167
M852
5S-741
1^2047
60-352
1*2222
62-000
1-2407
63-685
42 )
43
11852
59130
r2047
80-7-22
1^2-2-22
62-3.52
r2407
84-019
1-2593
65-722^43 )
44
1-21)47
61^130
1-2-222
82-741
P2407
64-389
1^2593
66-074
1-2778
67-796 i 44 )
(45
1-222-2
63-167
1-2407
64-7J8
1^2593
6 i-48.3
r2778
88-167
r2983
69^907
45 )
{46
1-24(J7
65^241
1-2593
86-889
r2778
88-574
1-2963
70-298
1-3148
72-058
46 )
( 4'7
1^2593
67^352
1-2778
69-019
1-2983
70-722
1-3148
72-463
1-3333
74--241
47 (
(48
r2778
69-500
1-2963
71-185
1-3148
72-907
1-3.333
74-887
1-3519
76 463
43^
( 49
1-2963
71-8S5
r3148
73-389
1-3333
75-130
1-3519
76-907
1-3704
78^7-22
49)
J50
1
1-3148
73-907
1-3333
75-630
1-3519
77-389
1-3704
79-185
1-3889
81-019
!i
a
1
ifi
J
83
34
35
J
18
206
TABLE II . — ]
E 1. SLOPES 1| TO 1
r
36
37
38
39
30
^i
/ ^
Muk.
Add.
Mult.
Add.
Mult.
Add.
Mull.
Add.
Mult.
Add.
(
•4815
12-519
•5000
13-500
•5185
14-519
•5370
15-574
•5556
16-667
^1
( J
•5000
13019
•5185
14-019
-5370
15-056
•55.56
16-130
•5741
17-241
\ 2
•5185
13-550
•53 iO
14-574
-5556
15-630
•5741
16-722
•5926
17-«52
2
S 3
•5370
14-130
•5556
15-167
•5741
16-241
-.5926
17-3.52
•6111
18-500
3
( 4
•5556
14-741
•5741
15-798
•5926
16-889
■6111
18-019
•6296
19-185
A
\\
•5741
15-389
•592<)
16-463
-6111
17-574
■6296
18-722
•6481
19-907
5
•5920
16074
•6111
17-167
-6296
18-296
■6481
19-463
•6667
. 20-667
6
•6111
16 79i;
•6296
17-907
-6481
19-056
•6667
20-241
•6852
21-463
^*
\ 8
•6296
17-5.56
•6481
18-685
-6667
19-8.52
•68.52
21-0.56
•7037
22-296
y
•6481
18-352
•6667
19-50J
•6852
20-685
•7037
21-907
•7-2-22
2:i-167
9(
10
•6667
19185
•6852
20-352
-7037
21-556
•7222
22-796
•7407
24-074
10 j
jii
•6aV2
20056
•7037
21-241
■7222
22^463
•7407
23-722
•7593
25-019
11 (
( 12
•7037
20-963
•7222
22167
-7407
23-407
•7593
24-685
•7778
26-000112 (
27-019 '13/
( 13
•7222
21907
.74U7
23130
•7593
2A-M)
•7778
25-685
•7963
( 14
•7407
-22-889
•75:J3
24 130
•7778
25^407
-79()3
•26-722
-8148
28-074 14 I
( 15
•7593
23-907
•7778
2.Vi67
-7963
26-4').3
-8148
27-796
-8333
29-1671 15'
) ^^
•7778
-24-963
•7963
•26-241
-8148
27-.5.-.6
•8333
2.-^-907
•8519
30-296' 16/
( 17
•7963
26-056
•814to
27-352
-8333
2S-6S5
-8519
30-0.56
•8704
31-463 17 /
Iri
•8148
27-185
•8333
-28-500
-8519
29-852
-8704
31-241
•8889
32-667 ; 18 >
( jy
•8333
28-352
•8519
29-685
-8704
310.56
-8889
32-463
•9074
33-907 19?
yM
•8519
29-556
•8704
30-907
•8889
32-296
•9074
33-722
•9259
35-1851-20
J 21
•8704
30-796
•8839
32167
•9074
33.574
•9259
.35-019
•9444
36-500 21
•8889
32^074
•9074
33^463
•9-259
34-889
-9444
3(5-352
•9630
37-852 -22
('23
•9074
33^389
•9259
34-796
-9444
36-241
•9630
37-722
•9815
.39-241 '23
(24
•9-259
34^741
•9444
36- 167
•9630
3:-().30|: -9815
39-13i)
hOOUO
40-667-21
( 2.-)
■9444
3trl30
•9630
37-574
-9815
39-05(5
1-(M)00
4()-.5:4
roi85
42-130 25 ;
2()
•9630
37-556
•9rfl5
39019
1-0000
40 519
1-0185
42-0.56
10370
43-630 '-20;
27
•9815
39-019
l-OUOO
40-500
1-0185
42-019
1-0.370
43-.574
1-0.5.5(5
45-l';7 27 )
2.S
( 2d
l^OOOO
4IV51.)
1-0185
42-019
1-0370
43-5.5(i
1 -0.55(5
4.5-130
1-()7!1
46-741 .'8 ;
1-0185
42050
l-0.i70
43-574
1- 0.356
45130
1-0741
4.;-722
1-0926
48-.352|29
30
1^0370
43-630
10556
45167
1-0741
46-741
10926
48-352
1-1111
.50-000 30
(31
1^055l)
45-241
1-0741
46-796
1-0926
48-389
Mill
.50^019
1^1296
51(585 31
(32
r0741
46-889:
1-09-21)
48-463
1-1111
.50-07 ll
1-1-296
51-722
I-148I
53-407 32 )
(33
1^0920
48-574
11111
50-167
1-1-296
51-796;
1-14^1
.53-463
1-1(5(57
5.5-167 .13)
(34
1-1111
50-296,
1-1296
51-907
\-U6l
.5;>-55C.|
1-1667
.55-J41
1-18.52
515-963
34)
(:i5
1-1296
52-056
11481
53-685
1-1667
.55-3.52
|-l.-^52
.57-0.5(5
1-2047
58-79(5
35
(30
M481
53-852
1-1667
55-.>00
1-1852
.57 1^5 ■
1-21.47
58-907
1-2::2J
60-667
.36
(37
M6()7
55-6,^5
1-1852
57-3.V2
1-2047
.5;iu.i(;:
l--'-222
60-796
1-2407
62-574
37;
(38
M852
57-55ti
1-2047
59-241
1-2-2-22
60-963
1-2407
6-2-7-22
1-2593
(54-519
38;
( 39
1-2047
59-463
1-22-22
61-167
1-2407
6-J-'.l07|
1-2.593
(54-685
1-2778
66-500
39)
(40
^•o.).).)
61-407
12407
63 130
1-2593
64.-89
1-2778
66^1585
1-2963
68-519
40
(41
1-2407
63-389
1-2593
65-130
1-2778
66-907
1-2963
(53^722
1-3148
70-574
41
(42
1^2593
65 407
1-2778
67-167
1-2963
68-9t>3
1-3148
70-79(5
l-3.3:«
72-()67
42
43
1-2778
67-463
1-2963
69-241
1-3148
71-0.56
l-33:{3
72-9(t7
1-3519
74-796143 \
44
1 2903
69^556
1-3148
71-352
1-3333
73^1 S5
1-3519
75-(i.5(;
1-3704
76-963 44)
45
1^3148
71-685
1-3333
73-500
1-3519
75^.]52
1-3704
77-241
1-3889
79-167 45 (
40
1^3333
73-S52
1-3519
75-685
1^3704
77^.556
1-3889
79-463
1-4074
81-407 46 (
47
1^35 19
76-056
1-3704
77-907
1-3889
79-796
1-4074
81-7-22
1-4259
83-685 47 (
(48
1-3704
78-29i;
1-3889
80-167
1-4074
82-074
1-4-259
84-019
1-4444
86-000 i 48)
U!)
1-3889
80-574
1-4074
82-463
1-4259
84-389
1-4444
8(5-3.52
1-4630
88-3.52
49)
»
1-4074
82-889
1-4259
84-796
14444
86-741
1-4630
88-7-22
1-4815
90-741
50
[
36
37
38
39
30
TABLE II. BASE 1. — SLOPES Ih TO 1
207
r
31
33
33
Mult.
•5741
Add.
17^798
Mi.lt.
Add.
Mult.
Add.
•5926
18-963
-6111
20-167
) 1
•5926
18^339
-6111
19^574
-6296
20-796
) *>
•6111
19-019
-62J6
2J^2-22
-64S1
21-463
n
•62SJ6
19-685
-6431
20-907
-6667
2-2167
•64H1
20-389
-6G67
21-63)
-6352
22-907
I ^
•6667
21-130
•6352
22-389
-7037
23-685
•6
•6852
21-907
•7037
23-135
-7222
24-500
■ 7
•7037
22-7-22
•7-2-2.>
24-019
-7407
25-3.52
8
•7222
23-574
-7407
24-839
-7.593
26-2-11
9
•7407
24-46,}
-7593
25-79 ;
-7778
27-167
)10
•7593
25-389
-7778
26-741
-7963
23130
u
•7778
26-3.52
■7983
27-722
-8148
29-130
12
•7963
27-352
•8143
28-741
-8333
30-167
13
•8148
28-389
•8333
29-79(i
-8519
31-241
14
•8333
29^463
•8519
30-839
-8704
32 3.521
15
•8519
30-574
•8704
32-019
-8839
33-500
16
•8704
3r722
•8839
33-185
-9074
34-685 1
|S
•8889
32-907
•9074
.34-389
■9259
35-907
•9074
34-130
•9259
35-630
-9444
37-167
> 19
•92.59
35-389
•9444
36-907
-9630
38-463
20
•9444
36-635
•9630
33^222
-9815
39-796
) 21
•9630
38-019
•9315
39574
1-0000
41-167
) 22
•9815
39-3.-IJ
1-0090
40-963
1-0185
4-2.574
) 23
lOOOJ
40-796
1-0185
'i-2-:m
1-0370
44-019
24
10185
4-2-241
1-0370
43-8.52
1-0556
45-.500
25
1^0370
43-7-22
J -0.556
45-352
1-0741
47-01:)
(26
r0553
45-241
1-0741
46-839
1-0926
43-574
(.27
1-0741
46-796
1-09-26
48-463
1-1111
50-167
2d
10926
48-389
1-1111
50-074
1- 1-296
51-796
( 2y
11111
50019
M296
51^722
1-1481
53-463
J 30
1-1296
51-685
1^1481
53407
1-1667
55-167
31
1-1481
53-389
M667
5.5^130
1-1852
56-907
32
11667
55-1.30
M852
56-889
1-2047
58-685'
33
11852
56-9J7
1-2047
58-685
1-22-22
60-500!
( 34
i-2047
58-722
1-22-22
60-519
1-2407
62-3.52
( 35
1-2222
60-574
1-2407
62-389 1
1-2593
64-241 i
^36
37
38
r2407
62-463
1-2593
64-296
1-2778
66-167
r2593
64-389
1-2778
66-241
1-2963
68-130
1^2778
66-352
1-2963
68-222
1-3143
70-130;
/ 39
1-2963
63-352
1-3148
70-241
1-3333
7-2-1671
j 40
r3148
70-389
13333
7-2-296
1-3519
74-241
41
13333
72-463
1-3519
74-389
1-3704
76-352
42
^3519
74^574
1-3704
76-519
1-3839
78-500
43
r3704
76^722
1-3839
78-685 1
1-4074
80-635
44
1-3889
78-907
1-4074
80-889
1-4-259
82-907'
45
1-4074
81-130
1-4259
83-1301
1-4444
85-1671
46
1-4259
83-3S9
1-4444
85^407
1-4630
87-463'
?47
1-4444
85-635
1-4630
87^722'
1-4815
89-798
?48
r4630
88-019
1-4315
90^074!
1-5000
9-2-1671
/49
1-4815
90-389
1-5000
92-463
1-5185
94-574'
/ 50
r5000
92-796
1-5135
94-839
r.5370
97-019
31
33
(3
34:
•6296
-6481
-6667!
-6352 j
•7037 j
•72221
•74u7i
•7.593
-79631
-8148!
i
-83331
-8519
-8704 1
•8889 1
-9074 i
-9-2591
-9444,
•96301
•9815 1
l^OOOO
1^0185|
10370 :
1-0.550 1
1-0741 i
1-0926 1
lllll!
1-12961
1-1481!
1-1667
1-1852 1
1-2047
r2-2-2-2
1-2407
1'2.J93
1-2778'
1-2963 i
1-3148
1-3333 1
1-3519 1
1-3704!
1-3889
1-4074,
1-4259
1-4443
1-4630'
1-4815
1-5000
1-5185'
1-.53701
1-5556 j
21-407
22-056
22-741
23-463
24-222
25-019
25-852
26-722
27-63)
28-574
2.J-55J
30-574
31-63)
32-722
33-852
3.5-019
30-222
37-463
33-741
40-056
41-407
42-796
44-2-22
45-685
47-185
48-7-22
50-296
51-907
53-556
55-241
56 963
58-7-22
60-519
62-352
64-2-22
66-130
63-074
70-056
72-074
74-130
76-2-22
78-352
80-519
8-2-722
84-963
87-241
89-5.56
91-907
94-296
96-7-22
99-185
34:
35
-6481
-6667
-6852
-7037
-7222
-7407
•7.593
•7778
•7963
-8148
•8333
-8519
•8704
•8889
-9074
-9-259
-9444
-9630
-9815
1-0000
1-0185
1-0370
•22-685
23 352
24-056
'24-796
•25-574
26-389
•27-241
23- J 30
•29-056
3,i-019
31^019
7 '
*^;
10 (
j /
3-2-0.50111 {
33- 130 1 12 (
3-2-2411 13 (
3.5-339 1 14 (
:«>-574!l5 (*
37^796 1 16 (
39-0.56; 17 (
40-3.521 18 (
41-6851 19 /
43-056 20 (
44-463121 I
05.56
0741
0926
1111
1296,
1481 !
1667
1852
1-2047
1-2222
1-2407
1-2593
1--2773'
1-2963!
1-31431
1-3333'
I-.35I9I
1-3704 1
1-38891
1-40741
1-4259!
1-4444
1-4630
1-4315
I-.50OO!
1-5185
1-5370
1-5.5.56
45^907
47-389
48-907
50-463
52-056
53-685
55-3.52
.57-056
58-796
60-574
62-389
64-241
66-130
68-056
70-019
7-2-019
74-056
76-130
78-241
80-389
82-574
84-796
37-0.56
89-3."
91-635
94-056
96-463 48
98-907 49
1-5741 il01-a39 50
22
23
24 /
25/
26 (
27 (
•28 (
■29 /
30 /
31/
32?
33 /
34/
35/
36 /
37 /
:i8 ■
39
40
35
TABLE III . — THIRD SERIES. Base 1. — Slopes 2 to 1.
p.
'"^^■'"^
^./-^.^-v.^-^^
"^^^^^^
1
o(
( -5
1
3
3
4:
5
Mult.
Add.
Mult.
Add.
Mult.
Add.
Mult.
Add.
Mult,
Add.
0^617
-
(
•0185
0^025
•0370
0-099
•0556
0-222
•0741
0395
•0926
1
•0370
0074
•0556
0-173
•0741
0321
•0926
0-519
•nil
0-765
i(
2
•0556
0173
•0741
0-296
•0920
o-4m
•nil
0-691
•1296
0-963
2'
3
•0741
0-321
•0926
0-469
•nil
o-m~
-1296
0-914
•1481
1-210
3(
( 4
•0926
0-.519
•nil
0-691
•1296
Q-9li
•1481
1-185
•1667
1-506
6(
( 5
•1111
0-765
•1296
0-963
•1481
1-210
•1667
1-506
•1852
18.52
( 6
•1296
1-062
•1481
1-284
•1667
1-556
•1852
1-877
•2037
2-247
•1481
1-407
•1667
1-654
•1852
1-951
•2037
2-29(5
•2222
2-691
7 (
S 8
•1667
1-802
-18.)2
2^074
•2i)37
2-395
•2222
2-7(55
•24(J7
3-185
8(
y
•1852
2-247
•2037
2.543
•2-2-22
2-889
•2407
3-284
•2593
3-728
9'
10
•2037
2-741
•22-22
3-062
•2407
3-432
•2593
3-852
•2778
4-321
10 J
( 11
•2:^^
3-284
•2407
3-630
•2593
4-0-25
•2778
4-469
•2963
4-963
11 (
( 12
•2407
3^887
•2593
4-247
•2778
4-667
•2963
5-13(5
•3148
5^654
12 (
( 13
•2593
4-519
•2778
4-914
•2963
5-358
-3148
5-852
•3333
6-395
13
( 14
•2778
5^210
•2963
5-()3i)
•3148
6-099
-3333
6-617
•3519
7-185
14
( 15
•2963
5951
•3148
6-395
•3333
6-889
•3519
7-432
•3704
8-025
15/
; 1^'
•3148
6-741
•3333
7-210
•3519
7-7-28
•3704
8-296
•3889
8-914
16/
•3333
7-580
•3519
8-074
•3704
8-617
•3889
9-210
•4074
9-852
17
I 18
•3519
8-469
•3704
8-988
•3889
9-556
•4074
10-173
•4^259
10-840
18
( ly
•3704
9-407
•3889
9-951
•4074
10-543
•4259
11-185
•4444
11-877
19
(20
•3889
10-395
•4074
10-963
•4259
11-580
•4444
12-247
•4630
12-963
20/
<21
•4074
11-432
•4259
12-025
•4444
12-667
•4630
13-3.58
•4815
14-099
21 /
(22
•4259
12519
•4444
13-136
•4630
13-802
•4815
14-519
•.5001)
1.5-284
22 I
(23
•4444
13-6.54
•4(530
I4-2lMi
•4815
14-988
•5000
15-728
•5185
l(r519
•23
(24
•4630
14-840
•4815
15-506
•5000
16"2-i2
•5185
16-988
•5370
17-802
•24
(2")
•4815
16-074
•5U00
l(i-7(>5
•5185
17-.506
•5370
18-29(5
•555(5
19-136
25
(26
•5000
17-3.")H
•5185
18-074
•5370
18-840
•5556
19(5.54
•5741
20-519
26
(27
•5185
18-691
•537»)
19-432
•5.556
20-2-22
-5741
21-0(52
•5926
21-951
27 /
( 28
•5.370
20-074
•5.)5(i
20-840
•5741
21-6.54
-5926
•2-J-519
•6111
23-432
28
( 21)
•5556
21^.5()6
•5741
22-2iMl
•5926
2:J-13(5
■din
24-0-25
•6296
24-963
•29
(30
•5741
22-988
•5926
23-802
•6111
24-667
-6296
25-580
•648]
26-543
30
(31
•5926
24-519
•6111
25-358
•6296
26-247
-6481
27-ia5
•()667
28-173
(
31 )
(32
•6111
26-099
•6296
26-9(53
•6481
27-877
•6667
28-840
•6852
29-8.52
32)
( 33
•6296
27-7-2,-^
•6481
28-617
•6(567
29-5.5(5
•6852
30-543
•7037
31-580
33)
(34
•648J
29-407
•6t)67
30-321
-6852
31"2'-<4
•7037
32-29(5
-7222
33-3.58
34)
( 35
•6667
31-136
•68.J2
32-074
-7037
33062
•7222
34-099
-7407
35-185
35)
( 36
•6852
32-914
•7037
33-877
-7222
34-889
•7407
35-951
•7593
37-062
36)
(37
•7037
34-741
35-728
-7407
36-765
•7.593
37-8.52
•7778
38-988
37)
(38
•7222
36-617
•7407
37(530
•7593
38-()91
•7778
39-802
•7963
40-963
lis)
(39
•7407
38-543
■7.")93
39-580
■7778
40-6(57
•7963
41-802
-8148
42-988
39)
(40
•7593
40-519
•7778
41-580
•7963
42-()91
•8148
43-852
•8333
45-062
40 )
(41
•7778
42-543
•7963
43-().30
•8148
44-76.5
-8333
45-951
•8519
47-185
41
(42
•7963
44-617
•8148
45-728
•8333
46-889
-8519
48-099
•8704
49^358
42)
(43
•8148
46-741
•8333
47-877
•8519
49-062
-8704
50-29!5
•8889
51^580
43
(44
•8333
48-914
•8519
50-074
■8704
51-284
-8889
52-543
•9074
.53-852
44
( 45
•8519
51-136
•8704
52-321
•8889
53-556
•9074
54-840
•9259
.56^173
45
( 46
•8704
53-407
•8889
54-617
.9074
55-877
•9259
57-185
•9444
58-.543
46
(47
•8889
55-728
•9074
56-963
•9259
58-247
-9444
59-580
•9630
60-963
47
(48
•9074
58-099
•9259
59-3.58
-9444
60-667
•9630
62-025
•9815
63-432
48
( 49
•9259
60-519
•9444
(Jl-332
-9630
63-1.36
•9815
64-519
roo(M)
65-951
49
(50
•9444
62-988
•9630
64-296
-9815
65-654
hOOOO
67-062
10185
68-519
50
L
1
2
3
4:
5
TABLE III,
ASE 1. — SLOPES 2 TO 1
203
1
6
7
8
9
10
Mult.
Add.
Mult.
Add.
Mult.
Add.
Mult.
Add.
MulL
Add.
)—
)
•1111
0-889
-1296
1-210
-1481
1-580
-1667
2-000
-1852
2-469
s
) 1
•1296
1-062
-1481
1-407
•1667
1-802
-1852
2-247
-2037
2-741
1 (
2
•1481
1-284
•1667
1-654
•1852
2-074
-2037
2-543
-2222
3-062
2 \
3
•1667
1-556
•1852
1-951
•2037
2-395
-2-2-22
2-889
-2407
3-432
3 )
4
•1852
1-877
•2037
2-296
•22-22
2-765
-2407
3-284
-2593
3-8.52
4 S
5
•2037
2-247
•2-222
2691
•2407
3-185
-2593
3-728
•2778
4-321
5 (
6
•2222
2-667
-2407
3-136
"2593
3-654
-2778
4-222
•2963
4-840
6 S
7
•2407
3-136
•2593
3-630
•2778
4-173
-2963
4-765
•3148
5-407
7 (
8
•2593
3-654
•2778
4-173
•2963
4-741
-3148
5-358
•3333
6025
8 (
9
•2778
4-222
•2963
4-765
•3148
5-358
-3333
6000
•3519
6-691
9 (
10
•2963
4^840
•3148
5-407
•3333
6-025
•3519
6-691
•3704
7-407
10 J
11
•3148
5^506
•3333
6-099
•3519
6-741
•3704
7-432
•3889
8-173
11 <
12
•3333
6-222
•3519
6-840
•3704
7-506
•3889
8-222
•4074
8-988
12 (
13
•3519
6-988
•3704
7-630
•3889
8-321
•4074
9-062
•4259
9-852
13 (
14
•3704
7-802
•3889
8-469
•4074
9185
•4259
9-951
•4444
10-765
14 (
15
•3889
8-667
•4074
9-358
•4259
10-099
•4444
10-889
•4630
11-728
15 (
16
•4074
9-580
•4259
10-296
-4444
11-062
•4630
11-877
•4815
12-741
16 (
17
•4259
10-543
•4444
l]-284
•4630
12-074
•4815
12-914
-5000
13-802
17
18
•4444
11-556
•4630
12^321
•4815
13-136
•5000
14-000
•5185
14-914
18
19
'4630
12-617
•4815
13-407
•5000
14-247
-5185
15-136
•5370
16-074
19
20
•4815
13-728
•5000
14-543
•5185
15-407
•5370
16-321
•5556
17-284
20
21
•5000
14-889
•5185
15-728
•5370
16-617
•5556
17-556
•5741
18-543
21 (
22
•5185
16-099
•5370
16-963
•5556
17-877
•5741
18-840
•5926
19-852
22 (
23
•5370
17-358
•5556
18-247
•5741
19-185
•5926
20-173
•6111
21-210
23 (
24
•5556
18-667
•5741
19-580
•5926
20-543
-6111
21-556
-6296
22-617
24 (
25
•5741
20-025
•5926
20-963
•6111
21-951
■6296
22-988
-6481
24-074
25 (
26
•5926
21-4.32
•6111
22-395
•6296
23-407
-6481
24-469
•6667
25-580
26 (
27
•6111
22-889
•6296
23-877
•6481
24-914
•6667
26-000
-6852
27-136
27 I
28
•6296
24-395
•6481
25-407
•6667
26-469
•6852
27-580
-7037
28-741
-28 (
29
•6481
25-951
•6667
26-988
•6852
28-074
•7037
29-210
•7222
30-395
•29 (
30
•6667
27-556
•6852
28-617
•7037
29-728
•7222
30-889
•7407
32-099
30 j
31
•6852
29-210
•7037
30-296
•7222
31-432
•7407
32-617
•7593
33-852
31
32
•7037
30-914
•7222
32-025
•7407
33-185
•7593
34-395
•7778
35-654
32
33
•7222
32-667
•7407
33-802
•7593
34-988
•7778
36-2-22
•7963
37-506
33
34
•7407
34-469
•7593
35-630
-7778
36-840
•7963
38-099
•8148
39-407
34
35
•7593
36-321
•7778
37-506
-7963
38-74J
•8148
40-025
•8333
41-358
35
36
•7778
38-222
•7963
39-432
-8148
40-691
•8333
42-000
•8519
43-358
36/
37
•7963
40-173
•8148
41-407
•8333
4-2-691
•8519
44-025
•8704
45-407
37/
38
•8148
42-173
•8333
43-432
•8519
44-741
•8704
46-099
•8889
47-506
38 /
39
•8333
44-222
-8519
45-506
•8704
46-840:
•8889
48-222
-9074
49-654
39
40
•8519
46-321
•8704
47-630
-8889
48-988
-9074
50-395
-9259
51-852
40 /
41
•87041
48-469
•8889
49-802
.9074
51-185
•9259
52-617
■9444
54-099
41 /
42
•88891
50-667
•9074
52025
•9259
53-432
•9444
54-889
•9630
56-395
42/
43
•9074!
52-914
•9259
54-296
•9444
55-7281
•9630
57-210
•9815
58-741
43
44
•92591
55-210
•9444
56-617
•9630
58-074
•9815
59-580
1-0000
61-136
44
45
•94441
57-556
•9630
58-988
•9815
60-469
1-0000
62-000
1-0185
63-580
45/
46
•9630 1
59^951
•9815
61-407
roooo
62-914
1-0185
64-469
1-0370
66-074
46
47
•9315 [
(.2-395!
l^OOOO
63-877
1^0185
65-407
1-0370
66-988
1-0556
68-617
47
48
1-OOUO
64-889:
1-0185
66-395
1-0370
67^951
r0556
69-556
1-0741
71-210
48
49
10185
67-432 1
1-0370
68-963
1-0556!
70^543
1-0741
72-173
1-0926
73-852
49
50
1-0370
70-025
1-0556
71-580
1-0741
73-185
1-0926
74-840
1-1111
76-543
50 /
€
7
8
9
1
210
TABLE III. — BASE 1. — SLOPES 2 TO
11
13
13
14
15
il
i
Mult.
Add.
2-988
Mult.
Add.
Mult.
-2407
Add.
Mult.
Adtl.
Mult.
Add.
•2037
-2-222
3-.556
4-173
-2593
4-840
-2778
5-556
0)
1 ,
3(
1
•2222
3-284
-2407
3-877
-2593
4-519
-2778
5-210
-2963
5-951
2
•2407
3-630
-2593
4-247
-2778
4-914
-2963
5-630
-3148
6-395
3
•2593
4-025
-2778
4-667
-2963
5358
-3148
6-099
•3333
6-889
4
•2778
4^469
-2963
5-136
-3148
5-852
-.3333
6-617
•3519
7-432
4^,
6\
5
•2963
4-963
•3148
5-654
-3333
6-395
-3519
7-185
•3704
8-025
6
•3148
5-506
•3333
6-2-22
-3519
6-988
-3704
7-802
•3889
8-667
•3333
fr0;)9
•3519
6-840
-3704
7-630
-3889
8-469
•4074
9-358
7
9
8
•3519
6-741
•3704
7-506
-3889
8-321
•4074
9-185
•4259
10-099
9
•3704
7-432
•3889
8-2-22
•4074
9-062
•4259
9-951
-4444
10-889
10
•3889
8-173
•4074
8-988
-4259
9-852
-4444
10-765
•4630
11-728
10 j
11
•4074
8^963
•4259
9-802
•4444
10-691
•4630
11-630
-4815
12-617
11 <
12
•4259
9^d02
•4444
10-667
•4630
11-580
•4815
12-543
•5000
13-5.56
12 (
13
•4444
10^691
•4630
11-580
•4815
1-2-519
•5000
13-506
•5185
14-.543
13^
14
•4fi3()
11-630
•4815
12-543
•5000
13-506
•5185
14-519
-.5370
15-580
14
15
•4815
1-2-617
•5000
13-556
•5185
14-543
•5370
15-580
-5556
16-667
15
16
16
•5000
13-654
•5185
14-617
•5370
15-630
•55.56
16-691
-5741
17-802
17
•5185
14-741
•5370
15-728
•55.56
16-765
•5741
17-852
•592(i
18-988
17
18
•5370
15-877
•5556
16-889
•5741
17-951
•5936
19-062
•6111
20-222
18^
19
•5556
17-062
•5741
18-099
•59-26
19-185
•6111
20-321
•6296
21-506
19/
20
•5741
18-296
•5926
19-358
•6111
20-469
•6296
21-630
•6481
22-840
20 )
)
21
•5926
19-580
•6111
20-667
•6296
21-802
•6481
22-988
•6667
24-2-22
21,^
22
•6111
20-914
•6296
22-0-25
•6481
23-185
•6()67
24-395
•6852
25-6.54
22/
23
•6296
22-296
•6481
23-432
•6667
24-617
•6852
25-8.V2
•7037
27-i:}6 23 /
24
•6481
23-728
•6667
24-889
•68.52
26-099
•7037
27-35H
-7-2-22
28-667
24/
25
•6667
25-210
•6852
26-395
-7037
27-630
•7-2-22 -28-914
-7407
30-247
25)
26
•6852
26-741
•7037
27-951
-7222
29-210
-7407, 30-519
-7593
31-877
■26)
27
■7037
28-321
•7-222
2955(5
•7407
30-840
-7.593, 3-2-173
•7778
33-556
27)
29)
28
■T2-22
29-951
•7407
31-210
-7.593
3-2-519
-7778
33-877
•796:}
:i5-284
29
•7407
31-630
•7593
32-914
-7778
34-247
•7963
35-630
•8148
37-062
30
•7593
33-358
'7778
34-667
•7963
36-025
•8148
37-432
•8333
38-889
.30 ;
31
•7778
3.5- 13()
•7963
36-469
-8148
37-852
•8333
39-284
•8519
40-765
31)
32
•7963
36-963
-8148
38-321
-83.33
39-728
-8519
41-185
•8704
42-1)91
32
33
•8148
38-840
-833:;
40-2-22
-8519
41-654
-8704
43-136
-8889
44-667
33
34
•8333
40-765
-8519
4-2-173
-8704
43-630
-8889
45-1.36
•0074
46-691
34
35
•8519
42-741
-8704
44-173
•8889
45-654
-9074
47-185
•9-259
48-765
35
36
•8704
44-765
-8^89
46-2-22
•9074
47-7-28
-9-259
49-284
•9444
.50-889
36;
37
•8889
46-840
-9074
48-321
•9259
49-8.52
•9444
51-432
-9630
53-062
37)
38
•9074
48-963
-9259
50-469
-9444
52-025
-9630
53-630
-9815
55-284
38)
39
•9^259
51-136
-94-14
.")2-(>()7
-9630
54-247
-9815
.55-877
1-0000
57-556
39
40
•9444
53-358
-9630
54-914
-9815
56-519
1-0000
58-173
1-0185
59-877
40^
41
•9630
55-630
•9815
57-210
1-0000
58-840
1-0185
60-519
1-0370
62-247
41 ;
42
•9815
57^951
roooo
59-556
1-0185
61-210
1-0370
62-914
1-0556
64-667
42)
43
1-0000
60-321
1-0185
t)l-951
l-037(
63-630
1-0.5.56
(i5-.358
1-0741
67-136
43;
44
1-0185
6-2-741
1-0370
64-395
l-0.55()
66099
1-0741
67-852
1-0926
69-651
44;
45
1-0370
65-210
1-0556
66-889
1-0741
68-617
1-0926
70-395
1-1111
72-222
45)
46
1-0556
67-7-28
1-0741
69-432
l-09-2(
71-185
1-1111
72-988
11296
74-840
46)
47
1-0741
70-296
1-0926
72-0^25
1-1111
73-H02
1-1296
1 75-630
1-1481
77-.506
47
48
1 09211
72-914
11111
74-()67
l-129t
76-4()9
1-1481
1 78-321
1-1667
80-2-22
:48
49
l-llll
75-.380
1-1296
77-358
1-148
79-185
11667
81-062
1-18.52
82-988
'49
50
1-1296
78-296
1-1481
80-099
1-166-
81-951
I 1852
83-8.52
1-2047
«
85-802
50 ;
1
1
11
13
13
L4
1
L5
TABLE I II. — BASE 1
LOPES 2 TO 1,
211
r
16
ir
18
19
30
i
( s
Mult.
Add.
Mult.
Add.
Mult.
Add.
Mult.
Add.
Mult.
Add.
i
»
•2963
6^321
•3148
7-136
-3333
8-000
-3519
8-914
-3704
9-877
/ 1| -3148
6-741
•3333
7-580
-3519
8-469
•3704
9-407
•3889
10-395
1
> 2 -3333
7-210
•3519
8-074
-3704
8-988
•3889
9-951
•4074
10-903
'3 -3519
7-728
■3704
8-617
-3889
9-550
•4074
10-.543
•4-259
11-.580
3
/ 4 -3704
/ 5 -3889
8-296
•3889
9-210
-4074
10-173
•4259
11-185
•4444
12-247
4 /
8-914
•4074
9-8.52
-4-259
10-840
•4444
11-877
•4630
12-963
5 /
/ 6 -4074
9-580
•4259
10.543
•4444
11.556
•4030
12-617
•4815
13-728
; 7 •425!)
10-296
•4444
11-284
-4630
12-321
•4815
13-407
•5000
14-543
; 8 -4444
11-062
•4630
12-074
-4815
13130
-5000
14-247
•5185
15-407
/ y, -4030
11-877
•4815
12-914
■5000
14-000
•5185
15-136
•5370
16-321
9 )
/ 10 -4815
12-741
•5000
13-802
-5185
14-914
•5370
16-074
•5556
17-284
10
) 11 -5000
13-654
•5185
14-741
-5370
15-877
•5556
17^062
•5741
18-296
11 /
) 1-2! -5185
14-617
•5370
15 7-28
-.5556
10-889
•5741
18-099
•5926
19-358
12
; 13| -5370
15-630
•5556
16-705
•5741
17-951
•5926
19-185
•6111
20-469
13)
) 14 -5556
16-691
•5741
17-852
•5920
19-002
-0111
20-321
•6296
21030
14 /
) 15i -5741
17-802
•5926
18-988
-0111
20-2-22
-0296
•21r.506
•6481
22-840
15 )
) 16 -59213
18-963
•6111
20-173
-6290
21-4.32
-6481
22-741
•6667
24-099
16
17 )
18
17
•Gill
20-173
•6296
21-407
•6481
22-091
•0007
24-0-25
•6852
25-407
) 18
•6296
21-432
•6481
22-691
•6667
24-000
•0852
25 358
•7037
26 -7 65
) 19
•6481
2-2-741
•6667
24-025
•6852
25-358
•7037
26-741
•72^22
28-173
19)
20
•6667
24-099
•6852
25-407
•7037
20-765
•7222
28-173
-7407
29-030
20 )
)21
•6852
25-506
•7037
26-840
.7000
28-222
•7407
29-654
-7593
31-130
21 )
22
•7037
26-963
•7222
28-321
•7407
29-728
•7593
31-185
•7778
32-091
22)
>23
■7222
28-469
•7407
29-852
•7593
31-284
-7778
32-765
•7963
34-290
23 )
) 24
•7407
30-025
•7592
31-432
•7778
32-889
•79(i3
34-395
•8148
35-951
24 )
>25
•7593
31-630
•7778
33-062
■7903
34-543
•8143
36-074
•8333
37'654
25 )
) 20
•7778
33-284
•7963
34-741
-8148
30-247
•8333
37-802
•8519
39-407
26 )
)27
•7963
34-988
•8148
36-409
-8333
38-000
•8519
39-580
•8704
41-210
27 ;
29
) 28
•8148
36-741
•8333
38-247
-8519
39-802
•8704
41-407
•m&)
43-002
y29
•8333
38^543
•8519
40-074
-8704
41-0.54
•8889
43-284
-9074
44-963
j 30
•8519
40^395
•8704
41-951
•8889
43-556
•9074
45-210
-9259
46-914
30
) 31
•8704
42-296
•8839
43-877
•9074
45-.506
-9259
47^185
-9444
48-914
31
^32
•8389
44-247
•9074
45-852
•9259
47-506
-9444
49-210
-9030
50-903
32
S 33
•9iJ74
46-247
•9-259
47-877
•9444
49-556
•9030
51-284
-9815
53-002
33 >
) 3-1
•9259
48-290
-9444
49-951
■9030
51-654
•9315
53-407
l-000(.
55-210
34 )
( 35
•9444
50-395
•9630
52-074
•9815
.53-802
1^0000
55-580
1-0185
57-407
35
( 3G
•9630
52-543
•9815
54-247
1-0000
56-000
1-0185
57-802
1-0370
59-6.)4
.36
( 37
•9815
54-741
1-0000
56-469
1-0185
.58-247
1-0370
60-074
1-0.550
61-951
I,
( 38
1-0000
56-988
1-0185
58-741
1-0370
60-543
1-0556
62-395
1-0741
64-296
39
1-0185
59-284
1-0370
61-002
1-0556
62-889
1-0741
64-705
1-0920
60-691
39
40
1-0370
61-630
1-0556
63-432
1-0741
65-284
1-0926
67-185
1-1111
69-136
40 )
< 41
1-0556
64-025
1-0741
65-852
1-0926
67-728
1-1111
69-654
1-1296
71-630
"
42
1-0741
66-469
r0926
68-321
1-1111
70-2-22
1-1296
72-173
1-1431
74-173
S
43
1-0926
68-963
1-1111
70-840
1-1290
72-765
1-1481
74-741
1-1667
70-765
44
1-1111
71-506
1-1290
73-407
1-1431
75-358
1-1667
77-3.58
1-1852
79-407
44
( 45
1-1296
74-099
1-1481
76-025
1-1667
78-000
1-1852
80-025
1-2047
82-099
45
46
47
48
49
(46
1-1481
76-741
1-1667
78-691
M852
80-691
1-2047
82-741
1-2222
84-840
( 47
1-1667
79-432
1-18.52
81-407
r2047
83-432
1-2222
85-.506
1-2407
87-630
(48
1-1352
82-173
1-2047
84-173
1-2222
86-222
1-2407
88-321
1-2593
90-409
( 49
1-2047
84-903
1-22-22
86-988
1-2407
89-002
1-2593
91-185
1-2778
93-358
( 50
1-2222
87-802
1-2407
89-852
1-2593
91-951
1-2778
94-099
1-2963
96-296
50 J
16
ir
18
19
30
J
TABLES
THE CIRCUMFERENCES OF CIRCLES
TO THE NEAREST FRACTION OF PRACTICAL MEASUREMENT;
THE AREAS OF CIRCLES,
In inches and decimal parts, likewise of feet and decimal parts
AS MAY BE REQUIRED.
/ Diam. in 1 Circurn.
) iiiclies leel. in
Area in Si(ie of
square in. I Equal sq.
Area in
square in.
Are
square ft.
•0(525
•125
•1875
•25
•3125
•37.50
•4375
•50
•5625
•625
•6875
-75
( ^8125
( ^8750
J -9375
( lin.
n
II
I 3 in.
Ill
i 11
•196
•392
-.589
•785.
•981
M78
1-374 j
1-570 i
i^767 :
1963
21.J9 ;
2^356 ,
2552
2^748 1
2-945 I
4| I
5}
'if
Bf
9
91
lOi
11
Jlf
11^
12^-
•0030
•0122 ;
•0276 I
•0490 '
•0767
•111)4
•15U3 I
•1963 :
•2485 ■
•3068 ;
•3712
•4417 ;
-5185 !
•6013 I
•6903 I
•78.')4 i
•9940 i
1^227 i
1-767 I
2^074
2-40.''>
•2-761
3^]41
:V546
3^97()
4-430
4-9()8
5^412
5-939
6-491
7-068
7-669
8-295
8-946
9-621
10-320
11-044
11-793
•0554
•1107
•1661
•2115
•2669
•32-23
•3771
•4331
•4995
•5438
•6093
•6646
•7200
•7754
•8862
•9969
r0775
12185
13293
1^4401
r5508
1-6()16
1-77-24
1-8831
1^9939
2-1047
2-21.55
2-3->62
2-4370
2-5478
2-6.586
2-7694
2-8801
2-991)9
3-1017
3-2124
3-3232
3-4340
4 in.
4}
4f
4i
■if
II
5 in.
5^
^
3|
%
6 in.
H
61
7 in.
n
u
U
8 in,
8|.
8i
8^
8A
8|
81
Si
1 3|
1 4^
1 44
1 4i
1 5^
1 5|
1 6
1 6f
1 65
1.51
1 8
1 8}
1 8i
1 9k
1 9^
1 10
1 10|
1 10]
1 11}
1 in
1 111
2 Of
2 0^
2 H
2 U
2 1|
2 3
2 3|
2 ^
12-566
13-364
14-186
15-033
15-904
16-800
17-720
18-665 '
19-635
20-629
21-647
22-690
23-758
24-8.50
25-967
27-108
28-274
29-464
30-679
31-919
33183
34-471
35-784
37122
38-484
39-871
41-282
42-718
44-178
45-''63
47-173
48-707
50-265
51-848
53-456
55-088
56-745
58-426
60-132
61-862
•0935
•0993
•1052
-1113
•1176
•1240
•1306
•1374
•1444
-1515
•1.588
•1()63
•17.19
•1817
-1897
-1979
-2062
-2147
-2-234
-2322
•24I2
-2.504
-2598
-2693
-2791
•2889
-2990
-3092
-3196
•3299
•3409
•.3518
•3(729
•3741
-3P56
•3972
•4089
•4209
-4330
CIRCUMFERENCES AND AREAS OF CIRCLES.
213
Diam. in Circum. in Area in Area in
inches. feet. in. square in. square It.
2 4i
2 4|
2 5
2 51
2 51
2 6i
2 6f
2 7
2 7t
2 7i
2 &k
2 8i
2 8|
2 9|
2 9i
2 10|
2 lOi
2 10|
2 Hi
2 Ui
3 Oi
3 Oi
3 Oi
3 li
3 lOi
3 lOJ
3 111
3 Hi
3 m
4 Oi
4 0|
4 1
4 lA
4 H
63-617
65-396
67-200
69-029
70-882
72-759
74-662
76-588
78-540
80-515
82-516
84.540
86-590
88-61)4
90-762
92-855
95-033
97-205
99-402
101-623
103-869
106-139
108-434
110-753
113-097
115-466
117-859
120-276
122-718
125-185
127-676
130-192
132-732
135-297
137-886
140-.500
143-139
145-802
148-489
151-201
153-938
156-699
159-485
162-295
165-130
167-989
170-873
173-782
176-715
179-672
182-6.54
185-661
188-692
191-748
194-828
197-933
•4453
•4577
•4704
•4832
•4961
•5093
•5226
•5361
•5497
•5636
•5776
•5917
•6061
•6206
-6353
•6499
•6652
•6804
•69.58
•7143
•7-270
•7429
•7590
•7752
•7916
•8082
•8250
•8419
•8590
•8762
•8937
•9113
•9291
•9470
•9642
•9835
1-0019
1-0206
1^0294
1^0584
1^0775
1-0968
1-H93
11360
1-1569
M749
1-1961
1-2164
1-2370
1-2577
1-2785
1-2996
1-3-2U8
1-3422
1-3637
1-3855
Diam. in Circum.
iiiclifS. feet, in
Area in Area in (
square in. square ft. /
16 in.
161
m
16f
16i
36|
16-1
16|
17 in.
in
174
ni
m
■"a
18 in.
m
18f
.18i
181
18i
18^
19 in.
19^
19i
m
19.^
19|
19|
19J
20 in.
201
20i
20|
20i
20f
20i
201
21 in.
2U
2H
21t
214
21|
21i
21|
22 in.
22|-
22i
22A
22I
001
4 ^
■4 2f
201-062
204-216
4 3
207-394
4 3i
2ir)-597
4 3J
213-825
4 H
4 4|
217-077
220-353
4 5
2-23-654
4 51
226 980
4 5J
230-330
4 61
233-705
4 6h
2.37-104
4 6|
240-528
4 7f
243-977
4 7$
247-450
4 81
250-947
4 8.J
254-469
4 8J
2.58-016
4 9.^
261-587
4 911
265-182
4 101
268-803
4 104
272-447
4 101
276-117
4 1H
279-811
4H|
283-.529
5
287-272
5 Oi
291-039
5 01
294-831
5 H
298-648
5' If
302-489
5 2
306-355
5 2f
310-245
5 21
314160
5 3i
318-099
5 31
322-063
5 4
326-051
5 4J
330-064
5 4!|
334-101
5 5i
338-1 63
5 5i
342-250
5 51
346-361
5 6f
350-497
5 65
354-657
5 li
3.58-841
5 7J
363-051
5 71
367-284
5 8:1
371.543
5 8i
375-826
5 9}
380-133
5 94
384^465
5 91
388-822
5 lOi
393-203
5 lOf
397-608
5 11
402-038
5 m
406'493
5 iVs
410-972
214
EPITOME OF MENSURATION.
( Diam. in
Circum. in ]
Area in
Area in
Diam. in
Circura. in
Area in
Area in )
/ inches.
feet.
in. 1
square in.
square ft.
inches.
feet.
in.
square in.
square ft. )
( 1 11
6
H
415-476
2-8903
3
9
5
1017-87
7-0688 J
( 1 Hi
6
Of
420-004
2-9100
3 Oi
9
5J
103206
7-1671 )
1 111
6
1
424-557
2-9518
3 04
9
63
1046-35
7-2664 )
( 1 111
6
Jl
429-135
2-9937
3 0|
9
"^i
1060-73
7-3fiG2 )
( 1 ll'i
G
n
433-737
3-0129
3 1
9
8i
1075-21
7-4661 )
( 1 111
6
2i
438-303
3-02G1
3 H
9
9
1089-79
7-5671 )
( 1 ii;i
6
28
443014
3-0722
3 l|
9
9|
1104-46
7-6691 )
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CIRCUMFERENCES AND AREAS OF CIRCLES, 211
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50 31
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259-203
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261-587
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266-386
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58 11
268-803
16 4;
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58 4i
271-229
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273-667
16 64
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276-117
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59 2
278-576
16 8i
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59 5
281-047
16 9i
19
59 8i
283-529
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1
59 lU
286-021
16 11
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60 2i
288-524
16 IH
3
60 5|
291-039
17 Oi
4
60 81
2.93-564
17 4
17 2i
5
60 l]i
296-110
6
61 3i
298-648
17 3|
7
61 6i
301-205
17 4i
8
61 94
303-774
17 5?
9
62 0.i
306-355
17 6
10
62 3f
308-944
17 7
11
62 6^
311-546
17 7i
20
63 l|
314-160
17 8-
1
316-782
17 9-
2
63 44
319-417
17 101
3
63 7i
322-003
17 llf
4
63 Hi
324-7] 8
18 0:i
5
64 n
327-385
18 Ij
6
64 45
330-064
18 2
7
64 7i
332-752
18 2-
18 3i
8
64 11
335-452
9
65 2i
338163
18 4r
18 5-
10
65 5|
340-884
11
65 8i
343-617
18 61
Diain. Circum.
Area
Side of"")
equal \
Scjuare. (
feet. in.
21
1
3
4
5
6
7
8
9
aO
11
22
23
25
feet. ill.
65 llf
66 21
66 51
66 9
67 0}
67 31
67 6*
67 9|
68 Oi
68 3|
68 7
68 lOi
69 If
69 44
69 7f
69 lOJ
70 1|
70 5
70 8i
70 11^
71 24
71 5f
71 8^
71 llf
72 3
72 6i
72 9f
73 04
73 3|
73 6f
73 91
74 1
74 41
74 7i
74 lOf
75 If
75 4^
75 71
75 11
76 2i
76 5i
76 84
76 llf
77 2J
77 51
77 9
78 01
78 3i
73 6t
78 94
79 05
79 31
79 7^-
79 in
80 U
80 41
80 7f
80 10|
81 n
81 5
feet,
346-361
349-114
351-880
354-657
357-443
360-241
363-051
365-869
368-701
371-.543
374-394
377-258
380-133
383-017
385-914
388-822
391-738
394-668
397-608
400-558
403-.520
406-493
409-475
412-470
415-476
418-491
421-519
424-557
427-605
430-665
433-737
436-817
439-910
443-014
446-127
449-253
452-390
455-536
458-694
461-864
465-042
468-234
471-436
474-647
477-871
481-106
484-350
487-607
490-875
494- 151
497-441
500-741
504051
507-373
510-706
514-048
517-403
.520-769
524-144
-527 -.531
TABLE
SaUARES, CUBES, SQUARE AND CUBE ROOTS OF NUMBERS.
No. I
Squares.
Square Roots.
Reciprocals.
1
4
9
16
25
36
49
64
81
100
121
144
169
196
225
256
289
324
361
400
441
484
529
576
625
676
729
784
841
900
961
1024
1089
1156
1225
12%
1369
1444
1521
1600
1681
1764
1849
1936
2025
2116
2209
2304
2401
2500
1
i-o;j(,oooo
lOOOOOOO
-100001)000
8
1-4142136
1-2599210
-50UOOlJ(iOO
27
1-73205U8
1-44^22496
-333333333
64
2-0()00()()0
1-5874U11
•250000000
125
2-2360!!H0
l-70997.)9
-200000000
216
2-44948. (7
l-8i71-2;)6
-166i5()G(i67
343
2-6457513
1-9129312
•14-2857143
512
2-82S4271
2-0U()0()O0
-125000000
729
3-0000000
2-080;i8:{7
•111111111
1000
3-16-2-2777
2-1.544347
•1000001)00
1331
3-3166248
2-2-239801
-090909091
1728
3-4641016
2-2894286
•083333333
2197
3-6055513
2-3513347
•076923077
2744
3-7416574
2-41014-22
•071428.571
3375
3-8729833
2-4602121
•006()(i6667
4096
4-000000;)
2-5J98421
•062.500000
4913
4-12310.56
2-5712816
•058823.5-29
5832
4-2426407
2-62U74 14
•055555556
68.i9
4-3588989
2-6684016
•052631579
8000
4-4721360
2-7144177
•050000000
9261
4-58-25757
2-7r>89243
•047619048
10()48
4-6904158
2-8020393
-045454545
12167
4-7958315
2-8438670
-043478-2()l
13824
4-8989795
2-8844991
•04166(;ij67
15625
5-0000000
2-9240177
•04000001 >o
17576
5-0990195
2-96-24960
-038461538
19(583
51961524
3-0000000
•037037037
21952
5-2915026
3-0365889
•035714-286
24389
5-3851648
3-0723l()8
•034482759
27000
5-4772256
3-10723-25
•033333333
29791
5-5677644
3-1413806
•0322.580(i5
32768
5-6568542
3-1748021
•0312500(10
35937
5-7445626
3-2075343
•030303030
39304
5-8309519
3-2396118
•029411765
42875
5-9160798
3-2710663
•028.5714-29
46656
6-0000000
3-3019272
•027777778
50653
6-0827625
3-332-2218
•0270270-27
54872
6-1644140
3-3619754
•02631.5789
59319
6-2449980
3-3912114
-02564 1026
64000
6-3245553
3-4199519
•0-25000000
6S921
6-4031242
3-4482172
•024.391(244
74088
6-4807407
3-4760266
•02:1809.524
7t)507
6-5574385
3-503;i981
-0-23-25.5H14
85184
6-6332496
3-5303483
•022:27273
91125
6-7082039
3-5568933
•02222->->22
97336
6-7823300
3-5830479
-021739130
103823
6-8556546
3-6088261
-021276600
110592
6-9282032
3-6342411
-020833333
117649
7-0000000
3-6593U57
-620408163
I25t)00
7-0710678
3-6840314
•02U000000
a U ARES, CUBES, SaUARE AND CUBE ROOTS,
219
K.
Squares.
Cubes.
Square Roots.
Cube Roots,
Reciprocals.
51
2001
132651
7-1414''284
3-7084298
•019007843
52
2704
140008
7-2111026
3-7325111
•019230769
53
2809
148877
7-2801099
3-7502858
•018807925
54
2J16
157404
7-3484692
3-7797031
•018518519
55
3025
166375
7-4101985
3-8029525
•018181818
56
3130
175616
7-4833148
3-82.58024
•0178.57143
57
3249
185193
7-5498344
3-8485011
•017543860
58
3304
195112
7-0157731
3-8708706
•017-J4J379
59
3481
205379
7-0811457
3-8929905
-01(;949153
60
300U
216000
7-7459067
3-9148076
-oioooiioe?
61
3721
220981
7-8102497
3-9304972
-01039V443
62
3844
238328
7-8740079
3-9.578915
-010129032
63
3969
2.50047
7-9372539
3-9790,571
-015873016
64
4096
262144
8-0000000
4-0000000
-015025000
65
4225
274025
8-0622577
4-0207256
•01.5384015
66
4350
287490
8-1240384
4-0412401
•015151515
67
4489
300703
8- 1853528
4-0615480
•01492.5373
08
4024
314432
8-2402113
4-0816551
•014705882
69
4701
328.509
8-3006-239
41015661
•0144927.54
70
4!)U0
.343000
8-3000003
4-1212853
•01428.5714
71
5041
357911
8-4261498
4-1408178
-014(184517
72
5184
373248
8-4852814
4-1601070
-013^88889 ■
73
5329
389017
8-5440037
4-1793390
-013098030
74
5470
405224
8-60232.53
4-1983364
•013513514
75
5025
421875
8-6002.540
4-2171033
•013333333
76
5770
438970
8-7177979
4-2358230
•013157895
77
5929
456533
' 8-7749044
4-2543210
•012987013
78
6084
474552
8-8317609
4-2720580
•012820513
79
0241
493039
8-8881944
4-2908404
•012058228
80
04U0
512000
8-9442719
4-3088095
•012.500000
81
0.501
531441
9-0000000
4-3207487
•012345079
82
0724
551.368
9-0553851
4-3444815
•012195122
83
0889
571787
9-1104336
4-3020707
•012048193
84
7050
592704
9-1651514
4-3795191
•011904702
85
7225
614125
9-2195445
4-3908296
•011704706
86
7390
636050
9-2730185
4-4140049
•011027907
87
7509
058503
9-3273791
4-4310476
•011494253
88
7;44
681472
9-3808315
4-4470092
•011303036
89
7921
704909
9-4339811
4-4047451
•011235955
90
8100
729000
9-4868330
4-4814047
•011111111
91
8281
753571
9-5393920
4-4979414
•010989011
92
8404
778088
9-5910030
4-5143.574
•010869565
93
8049
804357
9-0430508
4-5300549
•010752688
94
8830
830584
9-0953597
4-5468359
•010638298
95
9U25
857374
9-7407943
4-5629020
•010526316
96
9210
884736
9-7979590
4-5788570
•010416067
97
9409
912073
9-8488578
4-5947009
•010309-278
98
9004
941192
9-8994949
4-6104303
-0102OI082
99
9801
970299
9-9498744
4-0200050
-010101010
100
10000
1000000
10-0000000
4-6415888
-010000000
101
10201
1030301
10-04987.56
4-0570095
•009900990
102
10404
1001208
10-0995049
4-6723287
•009803922
103
10009
1092727
10-14889]
4-6875482
•009708738
104
10810
1124864
10-1980390
4-7020094
•009015385
105
11025
1157025
1(1-2469508
4-7176940
•009523810
106
11230
1191016
10-2956301
4-7326235
•009433902
107
11449
1225043
10-3440804
4-7474594
•009345794
) 108
11004
1259712
10-3923048
4-7622032
•009259259
109
11881
1295029
10-4403005
4-7708562
•009174312
) 110
12100
1331000
10-4880885
4-7914199
•009090909
) 111
12321
1367631
10-5356538
4-8058995
•009009009
) 112
12544
1404928
10-5830052
4-8202845
•008928571
220
SdUARES, CUBES, saUARE AND CUBE ROOTS.
( No.
Squares.
Cubes.
Squiire Roots.
Cube Roots.
Reciprocals.
J 113
127G9
1442897
10-63014.58
4-8345881
•008849558 )
) 114
12g96
1481544
10-6770783
4-8488076
•008771930
) 115
13225
1520875
10-7238053
4-8629442
•008695652
) 116
13456
1500896
10-7703290
4-8709990
•008020690
1J7
13689
1601613
108106538
4-89097.32
•008547009
\ 118
119
13924
1643032
10-8627805
4-9048681
•008474576
14161
1685159
10-9087121
4-9186847
-008403361
120
14400
1728000
10-9544512
4-9324242
-008333333
121
14641
1771.561
11-0000000
4-9460374
•008264403
, 122
14834
181.5848
11-0453010
4-9596757
-008196721 S
V 123
15129
1860867
11-090.5305
4-9731898
•008130081 )
( 124.-
L5376
1906624
11-13.55287
4-9866310
•008064516 )
( 125
15625
1953125
11-1803399
5-0000000
•008000000 )
120
15876
2000376
1122497-32
5-0132979
•007936508 )
/ 127
16129
2048383
11-2694277
5-020.5257
•007874016 )
128
16.384
2097152
11-3137085
5-0390842
•007812500 S
/ 129
16641
2146689
11-3.573167
50527743
•007751938 S
/ 130
16900
2197000
11-4017.543
5-0{)57970
•007692308 )
) 131
17161
2248091
11-44.5.5231
5-0787531
-007633588 S
) 132
17424
2299968
11-4891253
5-0916434
-00757.5758 S
> 133
17689
23.52637
ll-.532.5()26
5-1044687
•007518797 S
) 134
17956
2406104
11-5758309
5-1172-399
•0074(52687 S
; 1.35
18225
2460375
11-6189.500
5-1299-378
-007407407 )
136
18496
2.51.54.56
11-6619038
5-142.5632
-007352941 S
137
18769
2.5713.53
11-7040999
5-1551367
•007299270 )
) 138
19044
2628072
11-7473444
5-1676493
•007246377 )
139
19321
2')8.5619
11-7898-261
51801015
•007194245 S
) 140
19600
2744000
11-8321.596
5-1924941
•00714-2857 )
) 141
19881
2803221
11-8743421
5-2048279
•007092199 S
) 142
20164
28632>S8
11-91637.53
5-2171034
•00704-32.54 )
) 143
20449
29242!)7
11-9.582607
5-2293215
•006993007 )
) 144
20736
2985984
12-0000000
5-24148-38
•006944444 )
145
21025
304S(;25
12-0415946
5-253.5879
•0068i)6.5.52 )
146
21316
3112130
120830400
5-21)50374
•00(5849315 )
147
21609
3170523
12-1243557
5-2770321
-000802721 )
{ 148
21904
3241792
12 16.5.5251
5-2895725
•0007567.57 )
< 149
22201
3307949
12-2065550
5-.301 4.592
•006711409 )
( 150
22500
3375000
12-2474487
5-3132928
•00(5660607 )
15]
22801
3-142951
12-288-3057
5-3250740
•000022517 )
( 1.52
23104
3511008
12-32882-!0
5-33()8033
•006578947 )
( 153
2.3409
3.581.577
12-3693109
5-3484812
•000535948 )
( 1.54
23716
3652-2(>4
12-409f)736
5-3001084
•006493506 )
( 155
24025
3723875
12-4498996
5-371(5854
•00(5451(513 )
( 156
24336
.3796416
12-4899900
5-3832126
•000410256 y
157
24649
3869893
12-5299011
5-3010907
•000309427 )
( 158
24964
.3944312
12.509.-^051
5-4()0I-302
•001)3-39114 )
( 159
2.5281
4019679
12-0095-2(12
5-417.5015
•000-389308 )
( KiO
25600
4090000
12-6491100
54288352
•000-2.50000 )
< 161
25921
417.32^1
12-688.5775
.5-4401218
•000211180 )
/ 162
26244
4251528
12-7279221
5-451.3018
•00617-2840 )
( 163
26569
4330747
12-7671453
5-4()25.556
•000134969 )
I 164
26896
4410944
12-806-2485
5-4737037
-006097.561 )
/ 165
27225
4492125
12-8452326
5-4848006
-006000006 )
/ 166
27.556
4574296
12^840987
5-495-Ti47
•006024(J96 )
/ 167
27889
46.57403
12-9228480
5-.500^784
•00598-^024
/ 168
28-224
4741632
12 9614814
5-5178484
•00595-2.381
/ 109
28561
4820809
13-0000000
5-.5a=«7748
•005917160
> 170
28900
4913000
13-9384048
5-5390.583
•0058'<23.53
) 171
29241
5000211
130700908
5-5.504991
•00.58479.53
) 172
29584
5088448
13-1148770
5-5612978
•0058139.53
) 173
29929
5177717
13-1529404
5-572054(5
•0057811347
) 174
30276
5268024
13-1909000
5-5827702
•005747126J
SaUARES, CUBES,
SaUARE AND CUBE ROOTS. 221
No.
Squares.
Cubes.
Square Roots.
Cube Roots.
Reciproc.-ils.
175
30625
5359375
13-2287566
5-.59.34447
005714286
176
30976
5451776
13-2664992
5-6040787
•005681818
177
31329
5.54.5233
13-3041347
5-614()724
•005649718
178
31684
5639752
13-34 1G64 1
5-6252263
•00.5617978
179
32041
5735339
13-37908f-2
56357408
•005586592
180
32400
.5832000
13-4164079
5-6462102
•00.5.5.55.5.56
181
32761
5929741
13-453(;240
5-6.566.128
•005.524862
182
33124
6028568
13-4907376
.5 6670511
•005494.505
183
33489
6128487
13-5277493
5-677-1114
•005464481
184
33856
6229504
13-6646600
56877340
•005434783
185
34225
6331625
13-6014705
5-6980192
•00540.5405
186
34596
6434856
13-6.381817
5-7082675
•00537(^344
187
34969
6539203
' 13-6747943
5-7184791
•005347594
188
35344
6644672
13-7113092
5-7286543
•005319349
189
35721
67512(i9
13-7477271
5-7387936
•00529100.-^
¥M
36100
6859000
13-7840488
5-7488971
•00526315^
191
36481
6967871
13-8202750
5-7589652
•005235(i(>?
ia-2
36864
7077888
13-8564005
5-76899S2
•00520833P
193
37249
7189517
13-8924400
5-7789966
•005181347
104
37636
7301384
13-9283883
5-7889(>04
•005154639
195
38025
7414875
13-9642400
5-7988900
•005128-205
196
38416
7529536
14-0000000
5-8087857
•005102041
197
38809
7645373
14-035(i688
5-8186479
•005076142
198
39204
7762392
140712473
5 8284807
•00.5050.505
199
39601
7880599
14-1067360
5-83S2725
•00.5025126
200
40000
8000000
14-1421350
5-8480355
•00.5000000
201
40401
8120601
14-1774469
5-8577660
•004975124
202
40804
8242408
14-2126704
5-8674673
•0049.50495
203
41209
8365427
14-2478068
5-8771307
•004926108
204
41616
8489064
14-2828569
5-8867653
•004901961
205
42025
8015125
14-3178211
5-8963685
•004878049
206
42436
8741816
14-3.527001
5-9059406
•0048543Ct9
207
42849
8869743
14-3874940
5-91.54817
•004830918
208
43264
8998912
14-4222051
5-9249921
•004807692
20,9
4.3681
9129329
14-4.568323
5-9344721
•()04784()89
210
44100
9261000
14-4913767
5-9439-220
•004761905
211
44.521
9393931
14-5258390
5-9533418
•0047393.36
212
44944
9.528123
14-.5602198
5-9627320
•004716981
213
45369
9663597
14-.5945195
5-9720926
•004694836
214
45796
9800344
14-6287388
5-9814240
•004672897
215
46225
9938375
14-6628783
5-9907-264
•004051163
216
46656
10077696
14-6969385
6-0000000
•004629630
217
47089
10218312
147.309199
6-009-24.50
•004608295
218
47524
103(50232
14-7648231
6-0184617
•004.587156
219
47961
105034.59
14-7986486
6-0276502
•004.5(>()210
220
48400
10648000
14-8323970
60368107
•004.54.54.55
221
43841
107^3861
14-8660687
6 04.594.35
•004.524887
222
49284
10941048
14-8996644
6-05.50489
•004504505
223
49729
11089567
14-9.331845
6-0041270
•004484305
224
50176
11239424
14-9666295
6-0731779
■004464286
225
50625
11390625
1.5-0000000
6-0824020
•004444444
226
51076
11543176
15-0332964
6-0991994
•004424779
227
51.529
11697083
15-0065192
6-1001702
•004405286
228
51984
118523.52
15-0996689
6-1091147
■004385965
229
52441
12008989
15-1327460
6-1180.332
•0043()6812
230
52900
12167000
15-1657.509
6-1269257
■004347826
231
53361
12326391
15-1986842
6-1357924
-004329004
232
53824
12487168
15-2315462
6-1446.337
■004310345
233
54289
12649337
15-2643375
6-1534495
•004291845
234
547.56
12912904
15-2970585
6-1622401
•004273.504
235
55225
12977875
15-3297097
6-17100.58
•00425.5319
236
55096
13144256
15-3622915
6-1797466
•004237288
19^
222
aUA RES, CUBE;
aUARE AND CUBE ROOTi
I No.
Squares.
Cubes.
Square Roots.
Cube Roots.
Reciprocals. /
i 237
56169
13312053
15-3943043
0-1884G23
-004219409 (
S 238
56644
13481272
15-4272436
0-1971544
•004-201631 (
( 239
57121
13651919
15-4596248
6-2058218
-004134100 (
( 240
57600
13824000
15-4919334
6-2144650
-0041(56667 {
-004149378 (
( 241
58081
13997521
15-5241747
6-2230843
( 242
58564
14172488
15-5563492
6-2316797
•004132231
243
59949
14348907
15-5884573
6-2402515
•004115226 (
244
59536
14526784
15-6204994
6-2487993
•004093361 (
245
60025
14706125
15-6524758
6-2573248
•004081633 /
246
60516
14886936
15-6843871
6-2658206
•004065041 /
247
61009
15069223
15-7162336
6-2743054
•004048583 >
248
249
) 251)
61504
15252992
15-7480157
6-2327613
•004032258 /
62001
15438249
15-7797338
6-2911946
•004016004 /
62500
15625000
15-8113333
6-2996053
•004000000 /
251
63001
15813251
15-8429795
6-3079935
•003934064 )
252
63504
16003008
15-8745079
6-3103590
•003908254 )
253
64009
16194277
15-9059737
0-3247035
•003952569 /
•003937008 )
254
64516
16337064
15-9373775
0-3330256
255
65025
16581375
15-9687194
6-3413257
•003921569 }
2.^6
65536
16777216
16-0000000
6-3490042
•003900250 ;
) 257
66049
16974593
160312195
0-3.578011
•003891051 )
) 258
66564
17173512
160(523734
6-3660963
■00.3875909 )
259
67081
17373979
1609347(59
0-3743111
•003861004 /
) 200
67600
17576000
16-12451.)5
6-3825043
•003846154 )
S 261
68121
17779581
1615.J4944
6-3906765
•003831418
( 262
68644
17984728
16-18(54141
6-3933279
•00381(5794
\ 263
69169
18191447
16-2172747
6-4009535
•003802231
( 264
69696
18399744
16-2480768
6-4150(537
•003737879
< 265
70225
18609625
16-2738200
6-4231.533
•003773535
( 266
70756
18821096
16-30950(54
0-431 •2-276
•003759393 /
( 2i.)7
71239
190341(53
16-3401340
6-4392767
•00374.-.313 ;
•003731343 )
( 2(58
71824
19248832
16-3707055
6-44730.57
{ 21i9
72361
. 19405109
16-4012195
0-4.)53148
•003717472
( 270
72900
19683000
16-43107(57
6-4633041
•003703704
271
7344 J
19902511
16-46-20776
6-471-2736
•003699037
272
73984
20123643
16-49242-2.5
6-4792236
•00367(5471 ;
( 273
74529
20346417
16-5227116
6-4871541
•0030!53D04 >
•0036490:55 )
•00363(53(54 )
274
75076
20570824
16-5529454
6-4950(553
275
75625
2079(5875
16-5831240
6-5029572
276
76176
21024576
16-6132477
6-5103300
•0030231 ■<3 )
( 277
76729
21253933
16-6433170
6-513(5339
•003610103 )
•0035!>7I22 )
< 278
77284
21484952
16-6783320
6-52(55189
( 279
77841
21717639
16-7032931
6-5343351
•003584229 )
< 280
78400
21952000
16-73.32005
6-54213-26
•003571429 )
? 281
78961
22183041
16-7030546
6-5499 116
•003558719 )
I 282
79524
224257(58
16-7928558
6-5576722
•003540099 )
/ 233
80089
22065187
16-822(5038
^V56.54144
•003533509 ;
/ 284
80656
2290631)4
16-8.522995
6-5731385
•003.522127 ')
} 285
81225
23149125
16-8319430
6-5808443
•00350H772 )
) 286
81796
23393650
16-911.5345
6-5885323
•00.34905; »3 )
> 287
82369
23G399;)3
16-9410743
6-5962023
•003434321 ''
) 288
82944
23837372
16-9705627
6-6038545
•003472222
289
83521
24137569
17-0000000
6-6114890
•0034(5020-'
290
84100
24339000
17-0293864
6-6191000
•003443270 ,
291
84681
24(542171
17-0587221
6-62(57054
•00343642(5 )
292
852(54
24897088
17-0880075
6-634-2874
•0034-24058 )
293
85849
25153757
17-1172428
6-6418522
•003412969 )
294
86436
25412184
171404282
6-6493993
•003401301 )
295
87025
25(572375
17-17.55040
6-6509302
•003339331 )
296
87616
25934336
17-2040.505
6-6644437
•003373378 )
) 297
83209
26193073
17-2336879
6-6719403
•003367003 )
h"!^
88804
26463592
17-2626705
6-0794200
•003355705 ^
SaUARES, CUBES, SaUARE AND CUBE ROOTS,
223
No.
Squares.
Cubes.
Square Roots.
Cube Roots.
Reciprocals. \
299
89401
26730899
17-2916165
6-6868831
•003344482 /
300
90000
27000000
17-320.5081
6-6943295
•003333333 /
301
90601
27270901
17-3493516
6-7017593
•003322259 )
302
91204
27543608
17-3781472
6-7091729
•00.3311258 )
303
91809
27818127
17-40689.52
6-7165700
•00.3301330 )
304
92416
28094464
17-4355958
6-7239508
•003289474 )
305
93025
28372625
17-4642492
6-73131.55
•003-278689 ;
306
93636
2.8652016
17-49285.57
6-7386641
•003267974 )
307
94249
28934443
17-52141.55
6-7459967
•003257329 )
308
94804
292J8H2
17-5499288
6-7533134
-003246753 )
309
95481
29503609
17-5783958
6-7606143
•003236246 )
310
96100
29791000
17-6068169
6-7678995
•003225806 )
311
96721
30080231
17-6351921
6-7751690
•003215434 )
312
97344
30371328
17-6635217
6-78-24229
-00.3205128 )
313
97969
30664297
17-6918060
6-7896613
•003194888 )
314
98596
30959144
17-7200451
6-7968844
-003184713 )
315
99225
31255875
17-7482393
6-8040921
•003174603 ?
316
99656
315.54496
17-7763888
6-8112847
•003164.5.57 }
-00:^154.574 )
-003144654 )
•003134796 (
317
100489
31855013
17-8044938
6-8184620
318
101124
32157432
17-8325545
6-8256242
319
101761
32461759
17-8605711
6-8327714
320
102400
327C8000
17-8885438
6-8399037
•003125000 /
321
103041
33076161
17-9164729
6-&170213
•003115265 )
322
103684
33.386248
17-9443584
6-8541240
-003105590 )
323
104329
33698267
17-9722008
6-8612120
•003095975 /
324
104976
34012224
180000000
6-8682855
•003086420 /
325
105625
34.328125
18-0277564
6-8753433
•0030769-23 )
326
106276
34645976
180554701
6-8823888
003067485 (
327
10G929
349155783
18-0831413
6-8894188
-00.3058104 (
-003048780 ?
-003039514 ?
328
107584
35287.552
18-1107703
6-8964345
329
108241
3.5611289
18-1383571
6-9034359
330
108900
35937000
18-1659021
6-9104232
•003030303 (
331
109561
36264691
18-1934054
6-91739&4
•003021 148 /
332
110224
36594368
18-2208672
6-9-243556
•00301-2048 ?
333
110889
36926037
18-2482876
6-9313088
•003003003 (
334
111556
37259704
18-2756669
6-9382321
•002994012 (
•002985075 (
•002976190 -(
•002967359 (
•002958580 {
•002949853 (
335
112225
37595375
18-3030052
6-9451496
336
112896
37933056
18-3303023
6-9.520533
337
113569
38272753
18-3.57.5593
6-9589434
338
114244
38614472
18-.3847763
6-9658198
339
114921
38958219
18-4119526
6-9726826
340
115600
39304000
18-4390889
6-9795321
•002941176 (
341
116281
39651821
18 4661853
6-9863681
•002932551 (
342
116964
40001688
18-493-2420
6-9931906
-002923977 (
343
117649
40353607
18-5202592
7-0000000
-00291.5452 (
344
118336
40707584
18-5472370
7-0067962
-002906977 (
345
119025
41063625
18-57417.56
7-0135791
-002898551 (
346
119716
41421735
18-6010752
70203490
•002890173
■002881844 (
•002873563 (
-002.865330 (
•002857143 (
347
12U409
41781923
18-6279360
7-0271058
348
121104
42144192
18-6547581
7-0338497
349
121801
42508549
18-681.5417
70405360
350
122500
42875000
18-708-2809
7-0472987
351
123201
43243551
18-7349940
7-0540041
•002849003
352
123904
43614208
18-7616630
7-0606967
•002840909 (
353
124609
43986977
18-7882942
7-0673767
•002832861 (
354
125316
44361864
18-8148877
7-0740440
•002824859 (
355
125025
44738875
18-8414437
7-0806988
•002316901 (
356
126736
4.5118016
18-8679023
70873411
•002808989
357
127449
45499293
18-8944436
7-0939709
•0028011-20
358
128164
45862712
18-9208879
7-1005835
, -002793296
359
128881
46268279
18-9472953
7-1071937
•002785515
360
129600
46656000
18-9736660
7-1137866
•002777778
224
SaUARES, CUBES, SQUARE AND CUBE ROOTS.
f
I No.
Squares.
Square Roots.
Reciprocals.
3G1
130321
47045831
19-0000000
7-1203674
002770083
3(32
131044
47437928
190202976
71269360
002762431
363
131769
47832147
190525589
71334925
002754821
364
132496
48228544
190787840
7-1400370
002747253
3G5
133225
48627125
191049732
7146.5695
002739726
36G
133956
49027896
191311265
7-1530901
002732240
367
134689
49430863
191572441
7-1595988
002724796
3()8
135424
49830032
191833261
71660957
002717391
■Md
136161
50243409
192093727
7-1725809
002710027
370
136900
50653000
1923.53841
7-1790544
002702703
371
137641
51064811
192613603
7-1855162
002695418
37-2
138384
51478848
19 2873015
7-1919663
002688172
373
139129
51895117
19 3132079
7-1984050
002580965
374
139876
52313624
193390796
72048322
002673797
375
140625
52734375
193649167
7 2112479
002666667
376
141376
53157376
19 3907194
7-2176522
002659574
377
142129
53582633
19-4164878
72240450
002652520
378
, 142884
540101.52
19 4422221
7-2304268
002645503
379
143641
54439939
194679223
7-2367972
002638521
380
144400
54872a00
194935887
72431.565
002631579
381
145161
55306:141
195192213
72495045
002624672
382
145924
55742968
19 5448203
72558415
002617801
383
146G89
56181887
19-5703858
7-2621675
002610966
384
147456
56623104
195959179
7-2<)84824
002604167
3S5
148225
57066625
19 6214169
7-2747864
002597403
386
148996
57512456
19 6468827
7-2810794
002590674
387
149769
57960603
19672:}1.56
7-2873617
002583979
388
150544
58411072
19 69771.56
7-2936330
002577320
389
151321
58863869
197230829
72998936
002570694
31KI
152100
59319000
197484177
7-3061436
002564103
;ijl
15J881
59776471
19 7737199
7-3123828
002557545
:!.I2
1.53664
60236288
197989899
7-3186114
00-2551020
:;j3
154449
60098457
19 8242276
7-3248295
002544529
394
155236
611()2934
19 8494332
7-3310369
002.538071
395
156025
61629875
198746069
7-3372339
002.531646
396
156816
62099136
198997487
7-3434205
002525253
397
157609
62570773
19-9248588
7-3495966
002518892
398
158404
63044792
199499373
7-3557624
002512563
i;99
159201
63521199
199749844
7-3619178
002506266
400
160000
64000000
200000000
7-3680630
002500000
401
160801
64481201
20 0249844
7-3741979
002493766
4('2
161604
64964808
20-0499377
7-3803227
002487562
403
162409
65450827
20 0748599
7-3864373
00248J390
404
163216
65939264
20 0997512
7-3925418
002175248
405
164025
66430125
20 1246118
7-3986363
002469136
406
164836
66923416
20 1494417
7-4047206
00240:«)54
407
165649
67419143
20-1742410
74107950
002457002
408
166464
67917312
20-19'.K)099
7-4168.595
002-150980
409
16 7281
68417929
20 2237484
74229142
002444988
410
168^00
68921000
2:) 2484567
7-4289589
00243902-1
411
168921
69426531
20 2731349
74349938
002433090
412
169744
69934.528
202977831
7-4410189
002427184
413
170569
70444997
:. 20 3224014
74470342
002421308
414
171396
70957944
■' 20 3469899
7-4530399
002415459
415
172225
71473375
20-3715488
7-4590359
002409IV39
416
173056
A 71991296
20-3960781
7-4650223
0024:J(>816
417
173.889
72511713
20-4205779
7-4709991
00-3398082
418
174724
73034632
20-4450483
7-4769664
002392344
419
175.)61
73560059
20-4694895
7-4829242
002386;'3.5
420
176400
74088000
20-4939015
74888724
002380952
421
1*7241
74618461
20-5182845
7-4948113
00237.5297
422
178084
75151448
30 5426386
7-5007406
002369668
S QUA RES, CUBES,
SQUARE AND CUBE ROOTS. 225
No.
Squares.
Cubes,
Square Roots.
Cube Roots,
Reciprocals. ^
423
178929
75686967
20-5669(;38
7-5066607
■002364066
424
179776
76225024
20-5912603
7-5125715
■002358491
425
180625
76765625
20-61 5.^281
7-5184730
•0023.52941
426
181476
77308776
20-6397674
7-.52436.52
•002347418
427
182329
77854483
20603978:!
7-5302482
■002341920
428
183184
784027.52
20-6881009
75361221
-002336449
429
184041
78953589
20-7123152
7.5419867
•002331002
430
184900
79507000
20-7364414
7-5478423
-00232.5581
431
185761
80062991
207605395
75536888
•002320186
432
186624
806215C8
207846097
7-5595263
•002314815
433
187489
81182737
20 8086520
7-5653548
•002309469
434
188356
81746504
20 S32r,i-,67
7.5711743
■002304147
435
189225
82312875
208566536
7-5769849
■00-2298851
436
190096
82881856
208806130
7-5^27865
■002293578
437
190969
83453453
20 9045450
7-58S.5793
•002^3883.30
438
191844
84027672
20-9284495
7-5943633
•002283105
439
192721
84604519
20-9523268
7 6001385
•002277904
440
193600
85184000
20-9761770
7-6059049
-002272727
441
194481
8.5766121
21-OOOOGOO
7-6116626
•0-022C7574
442
19.5364
86350888
21-0237960
7-6174116
•00-2262443
443
196249
86938307
21 0475652
7-6231519
•002257336
444
197136
87528384
21-0713075
7-6288837
0022.522.52
445
198025
88121125
210950231
7-6346067
-0C2247191
446
198916
88716536
21-1187121
7-6403213
-002-2421.52
447
199809
89314623
211423745
7-6460272
•002-237136
448
200704
89915392
211660105
7-6517247
•002232143
449
201601
90518849
211896201
7-6574138
•0022-27171
450
202500
91125000
21 2132034
7-6630943
•0022222-22
451
203401
91733851
212367606
7-6687665
•002217295
452
204304
92345408
21-2602916
76744303
•on22]2:?«9
453
205209
92959677
21-2837967
7-6800857
■002207506
454
206116
935766G4
21 3072758
7-6857328
-002202643
455
207025
94196375
21-3307290
7-6913717
•0021978U2
456
207936
94818816
21-3.541565
7-6970023
-002192982
457
208849
95443993
213775583
7-7026246
■00213S184
458
209764
96071912
21-4009346
7-7G8-2388
•002183406
459
210681
96702579
214242853
7-7188448
•002178649
460
21 1600
9733f^000
214476106
7-7194426
•002173913
461
212521
97972181
214709106
7 72:50325
•002169197
462
213444
98611128
214941853
7 7306141
•002164502
463
214369
99252847
21-5174348
7-7361877
•002159827
464
215296
99R97344
215406592
7-7417532
•002155172
465
216225
100.544625
21.5638587
77473109
•002150.538
466
217156
101194696
21-5870331
7-7528606
•002145923
467
218089
101847.563
21-6101828
7 758^1023
•002141328
468
219024
102503232
21-6333077
7-7639361
•002136752
469
219961
103161709
21-6564078
77694620
•0021.32196
470
220900
103823000
21-6794834
7-7749801
•002127660
471
221841
104487111
21-7025344
7-7804904
•002123142
472
222784
105154048
21-7255610
7-7859928
' ^0021 18644
473
223729
10.-F28817
21-748.5632
77914875
•002114165
474
224676
10«>496424
217715411
77969745
•002109705
475
225625
107171875
21-7944947
7-8024538
•00210.5263
476
226576
107850176
21 8174242
78079254
•002100840
477
227529
108.531333
218403297
7-8133892
•002096486
478
228484
109215352
218632111
7-8188456
•0020920.50
479
229441
109902239
21-8860686
7-8242942
•002087683
480
230400
110592000
219089023
7-8297353
•002083333
481
231361
111284641
219317122
7-8351688
•002079002
482
232324
111980168
21-9544984
78405949
•002074689
483
233289
112678587
21-9772610
7 8460134
•002070393
484
234256
113379904
22 0000000
78514244
•002066116
226
SQUARES, CUBES,
SQUARE AND CUBE ROOTS.
[■«..
Squares.
Cubes,
Square Roots.
Cube Roots.
Reciprocals.
) 485
235225
114034125
22 0227155
7-8568281
-002061856
) 486
236196
114791256
220454077
7-8622242
•002057613
487
237169
115501303
220680765
78676130
•002053388
488
238144
116214272
2209072-20
7-8729944
•002049180
489
239121
116930169
221133444
7-8783684
■002044990
) 490
24U100
117649900
221,359436
7 8837352
■002040816
) 491
241081
118370771
221585198
7-8390946
•002036660
) 492
242064
119095488
221810730
7-8944468
■002032520
) 493
243049
119823157
22 2036033
7-8997917
•002028398
) 494
244036
120553784
22 2261108
7-9051294
•002024291
) 495
245025
121287375
22 24859.55
7-9104599
•002020202
) 496
246016
122023936
22 2710575
7-91.57832
•002016129
) 497
247009
12270:M73
22-2934968
7-9210994
•002012072
498
248004
123505992
22 3159136
7-9264085
•002008032
499
249001
1^1251499
223383079
7-9317104
•002004008
500
9,50000
125000000
22-3606798
79370053
•002000000
501
251001
125751501
22 3830293
7942-2931
•001996008
502
252004
126506008
22 4053505
79475739
•001992032
503
253009
127263527
224276615
7-9.528477
•001988072
504
254016
128024064
22 4499443
79.581144
•001984127
505
255025
128787625
224722051
7-9633743
•001980198
506
256036
129554216
224944438
79686271
•001976285
507
257049
130323843
22-5166605
7 9738731
•001972387
508
258064
131096512
225388553
7-9791122
•001968504
509
259J81
131872229
22 5610283
7-9843444
•001964637
510
260100
132651000
22-5331796
7-9894697
•001960785
511
261121
13343-2831
22-6053091
7-9947883
•001956947
512
262144
134217728
226274170
80000000
•0019.53125
513
263169
135005697
22 6495033
8-0052049
•001949318
514
264196
135796744
226715681
80104032
•0019455-25
515
265225
136590875
22 69361 14
8 015594(5
•001941748
516
266256
137388096
227156334
80207794
•001937984
517
267289
13818H413
22 7376341
8 0259.574
•001934236
518
268324
133991832
22 7596134
80311287
•001930.502
519
269361
13979H359
227815715
8 0362935
•00192(5782
520
270400
140608000
22 8035085
80414515
■001923077
521
271411
141420761
22 8-2.54-244
8046(5030
•001919386
522
272484
14-2-33(;648
228473193
8 0517479
•001915709
523
273529
143055667
22 8(591933
8-051)8862
00191-2046
524
274576
143377824
22 8910463
80820180
•001908.397
525
275625
144703125
22 9128785
8 0671432
■001904762
52(i
276676
145531576
22 9346899
80722620
■001901141
527
277729
146363183
22 9564806
8 0773743
■001897.533
528
278784
147197952
22 9782.506
8 0824300
•001893939
529
279841
148035889
23 0000000
8 087.5794
•0018003.59
530
280900
148877001
23 02172B9
8 09-2(57-23
•00188(5792
531
281961
149721291
23 0434372
8 0977589
001883239
532
283024
I5!i5(>y768
23 0651252
8 1-0-28390
■001879699
533
284089
151419437
23 08679-28
8 1079128
•001876173
534
285156
15-2273304
23-1084400
8112.9803
•001872(559
535
23I-.225
153130375
23 1300(570
8-1180414
•001869159
536
287296
15399 )656
23 1516738
8-12309(52
•001865072
537
2383(59
154S54153
2317.32605
8 1281447
•001862197
538
289444
15572C872
23 1948-370
8-1331870
■0018.58736
539
290521
156590819
23 216.3735
8-1.382230
•001855288
540
291600
1574«;4000
23 2379001
8 1432529
O018518.)2
541
292681
li834!)421
23 25940(37
8 1482765
•001848429
542
293764
159220088
23 2808935
8-15.32939
•00184.5018
543
294849
160103007
23 3023604
8 1583051
•00184ir>21
544
295936
1609«9I84
23-.3238076
8 1633102
•001!^3=f235
545
297025
161878625
23 34.v2:^51
81683092
•0018348(52
54()
29-116
li)2771336
23 3656429
81733020
-001831502
SaUARES, CUBKS,
5 a U A R E AN
D CUBE R
T s . 22 >
No.
Squares.
Cubes. 1
Square Roots, j
I
Cui^e R(K)(s,
Reciprocals.
&47
299209
163667323 \
23-38.80311 1
8-1782888 |
•OOlF-28154
548
3003^4
1645^,6592 j
23-40939J8
8-1832695
•001824818
54i)
3014U1
105469149 1
23-4307490
8-1882441
-001821494
551)
302500
1G6375000
23-4520788
8-1932127
-00 IH18182
551
303601
1672.S4151
23-4733892
8-1981753
-001814882
552
304704
168198608
23-4946802
8-2031319
•091811594
553
305809
169112377
23-5159.5-20
8-20808-25
•001808318
554
306916
1700314&4
23-5372046
8-2130271
•001805054
555
308025
170953875
23-5584380
8-2179657
■001801802
556
309136
171879616
23-5796522
8-2228985
-001798561
557
310249
172808693
23-6008474
8-2278254
-001795332
558
311364
17.3741112
23-6-2-20-2:36
8-2327463
-001792115
559
31^2481
174676879
23-6431803
8-2376614
-00)788909
560
313600
175616000
23-6643191
8-2425706
-001785714
561
314721
176558481
23-6854386
8-2474740
•001782531
562
315844
1775043-28
23-7065392
8-2523715
•00 779359
563
316969
178453547
23-7276210
'8-2572835
•001776199
564
3ie098
179406144
23-7486842
8-2r.21492
-001773050
565
319225
180362125
23-76972S6
8-2670294
-00 769912
- 566
320356
181321496
23-7907545
8-2719039
•001766784
567
321489
182-2842!33
23-8117618
8-27677-26
•001763668
568
322624
183250432
23-8327500
8-2816255
•001760563
569
323761
184220009
23-8537-209
8-2864923
•001757469
570
3-J49'iO
185193000
23-8740728
8-2913444
•001754386
571
326041
186169411
23-8956003
8-2961903
•001751313
572
327184
187149248
23-9165215
8-3010304
•001748252
573
328329
18813-2517 ■
23-9374184
8-30.58851
•001745-201
574
329476
189119224
23-9582971
8-310G941
•00 742160
575
330625
190109375
23-9791576
8-3155175
•001739130
576
331776
191102976
24-0000000
8-3203353
•00173 3111
577
332927
192100033
24-0-208-243
8-3251475
•001733J02
578
334084
193100552
24-0416306
8-3299542
•001730104
579
335241
194104539
24-0624188
8-3347553
•001727116
580
336400
19511-2000
24-0831891
8-3395.509
•001724138
581
337561
196122941
24-1039416
8-3443410
•001721170
582
338724
197137368
24-1240762
8-3491256
-00 .18213
583
339889
198155287
24-1453929
8-3539047
•0017152G8
584
341056
199176704
24-1660919
8-3586784
•001712329
585
342225
200201625
24-18u7732
8-3634466
•GO i 709402
586
343396
201230058
24-2074369
8-3682095
•0017013485
587
344569
202262003
24-2280829
8-3729668
•001703578
! 588
34574-4
203297472
24-2487113
8-3777188
•001 700880
' 589
346921
204336469
24-2693222
8-3824853
•001697793
■ 590
348100
205:379000
-24-2899156
8-3872065
-001694915
^ 591
34J281
206425071
24-3104996
8-3919428
•0ul6t*2047
592
350464
207474688
24-3310501
8-3966729
•001689189
593
351649
208527857
24-3515913
8-4013981
•001686341
594
35-2836
209584584
24-3721152
8-4061180
•0 .li 83502
595
354025
210644875
24-3926218
8-410832(5
•0016-30672
596
355216
211708736
24-4131112
8-4155419
•0U1G77852
597
356409
212776173
24-4335834
8-4202480
•00167.5042
/ 598
357604
213347192
24-4540385
8-4249448
•00167-2241
) 599
35880J
214921799
24-4744765
8-4296383
•00 . <H39449
/ 600
360000
216000000
24-4948974
8-4343207
-00166G667
) 601
361201
217081801
24-5153013
8-4390098
•00166J894
) 602
362404
218167-308
24-5356883
8-4430877
•001G61139
) 603
363609
219256227
24-5560583
8-4433605
•001G58375
604
364816
2-20348364
24-5764115
8-4530-281
-00165.56-29
) 605
306025
221445125
24-5967478
8-4576906
-00165-2393
) 606
367236
2-22545016
24-6170673
8-4623479
•001650165
) 607
363449
2-23648543
24-6373700
8-4670001
•001f>47446
I 608
369664
22475.5712
24-6576560
8-4716471
•001644737
228 SaUARES, CUBES, SQUARE AND CUBE ROOTS.
1 No.
Squares.
Cubes.
Square Rools.
Cube Roots.
Reciprocals. /
! G09
370881
225866529
24-677CQ54
8-4762892
•001642036 ^
) 610
372100
226981000
24-6981781
8-4809261
■001639344 (
S 611
373321
228099131
24-7184142
8-48.55579
•0016366-';i (
\ 612
374544
229220928
25-7386338
8-4901848
•001633987 (
\ 613
375769
230346397
24-7588368
8-4948065
•001631321 {
( 614
376996
231475544
24-7790234
8-4994233
•001628664 (
\ 615
378225
232608375
24-7991935
8-5040350
•001626016 (
( Gie
379456
233744896
24-8193473
8-5086417
•001623377 (
\ 617
380689
234885113
24-8394847
8-5132435
•001620746 I
( 618
381924
236029032
24-8596058
8-5178403
-001618123
( 619
383161
237176659
24-8797106
8-5224331
-001615509 /
{ 620
384400
238328000
24-8997992
8-5270189
•001612903
( 621
385641
239483061
24-9198716
8-5316009
•001610306
( 622
386884
240641848
24-9399278
8-5361780
•001607717
623
388129
241804367
24-9599679
8-5407501
•001605136
624
389376
242970624
24-9799920
8-5453173
•001602564
625
390625
244140625
25-0000000
8-5498797
•001600000
, 626
391876
245314376
25-0199920
8-5544372
•001597444 /
627
393129
246491883
25-0399681
8-5589899
-001594896 )
628
394384
247673152
25-0599282
8-5635377
•001592357 >
62y
395641
2-18858189
25-0798724
8-5680807
•001589825 )
630
396900
250047000
25-0998008
8-5726189
-001587302 >
631
398161
251239591
25-1197134
8-5771.523
-001584786 )
632
399424
252435968
25-1396102
8-5816809
-001582278 )
633
400689
253636137
25-1594913
8-5862247
-001579779 )
6:"i4
401956
254840104
25-1793566
8-5907238
-001577287 )
635
403225
256047875
25-19i>2063
8-5952380
-001574803 )
( 636
404496
257259456
25-2190404
8-.5997476
•001572327 )
637
405769
258474853
25-2388589
8-6042.525
•001569859 )
\ 638
407044
259694072
25-2586619
8-6087526
•001567398 )
( 639
408321
260917119
25-2784493
8-6132480
•001564945 )
( 640
409600
2()2144000
25-2982213
8-6177388
-001562500 )
( 641
410881
263374721
25-3179778
8-6222248
-001.560062 )
( 642
412164
264(509288
25-3377189
86267063
-0015.57632 )
{ 643
413449
26.5847707
25-3574447
8-6311830
-001.555210
S 644
414736
267089984
25-3771551
8-63.56551
-0015.52795
645
416125
268336125
25-3968502
8-64012-26
•001550388
646
417316
269585136
25-4165302
8-6445855
•001547988
( 647
418609
270840023
2.5-4361947
8-6490437
•001.545595
{ 648
419904
272097792
25-4558441
8-6534974
•001543210
( 649
421201
273359449
25-4754784
8-6579465
•001540832
( 650
422500
274625000
25-4950976
8-6623911
-001538462
( 651
423801
27;>894451
25-5147013
8-6668310
-001536098
652
425104
277 J 67808
25-5342907
8-6712665
-001533742 \
653
426409
278445077
25-5538647
8-6756974
•001531394
654
427716
2797262W
25-5734237
8-6801237
•001529052
655
429025
281011375
25-5929678
8-6845456
•001.526718 )
656
430336
282300416
25-6124969
8-6889630
•001.524390 \
657
431639
283593393
25-6320112
8-6933759
•001522070
658
432964
284890312
25-6515107
8-6977843
•001519751 )
659
434281
286191179
25-6709953
8-7021882
•001517451 (
( 660
435600
287496000
25-6904652
8-706.5877
•0015151.52 (
( 661
436921
288804781
25-7099203
8-7109827
•001512859 (
( 662
438244
290117528
25-7293607
8-7153734
-001510574 '
( 663
439569
291434247
25-7487864
8-7197596
-001508296 (
( 664
440896
292754944
25-7681975
8-7241414
-001506024
665
442225
294079625
25-7875939
8-7285187
-001503759
666
443556
295408296
25-80697.58
8-7328918
•001501502
s 667
444899
296740963
25-8263431
8-7372604
-001499250
( 668
446224
298077632
25-8456960
8-7416246
-001497000
( 669
447561
299418309
25-8650343
8-7459846
.001494768
(670
448900
300763000
25-8843582
8-750:i401
^^001492537j
SQUARES, CUBES, SQUARE AND CUBE ROOT;
229
No.
1 Squares.
1
1 Cubes.
1 Square Roots.
j Cube Roots.
Reciprocals. (J
/ 671
450241
302111711
25-9036677
8-7546913
•001490313 (
; 672
451584
303464448
25-9229628
8-7590383
-001488095 '
) 673
452929
304821217
25-9422435
8-7633809
•00148.5884
) 674
454276
306182024
25-9615100
8-7677192
•001483680
) 675
455625
307546875
25-9807621
8-7720.532
•001481481
I 676
456976
308915776
26-0000000
8-7763830
-001479290
) 677
458329
310288733
26-0192237
8-7807084
•001477105
•001474926
) 678
459684
311665752
260384331
8-7850296
) 679
461041
313046839
26-0576284
8-7893466
•001472754 (
) 680
462400
314432000
26-0768096
8-7936593
•001470588 (
> 681
463761
315821241
26-0959767
8-7979679
•001468429 I
-001466276 /
682
465124
317214568
26-1151297
8-8022721
) 683
466489
318611987
26-1342687
8-8065722
•001464129 (
} 684
I 685
467856
320013504
26-1533937
8-8108681
•001461988 {
469225
321419125
26-1725047
8-8151598
•001459854 (
) 686
470596-
322828856
26-1916017
8-8194474
•001457726 (
' 687
471969
324^2703
26-2106848
8-8237307
•001455604 /
688
473344
325660672
26-2297541
8-8280099
•001453488
689
474721
327082769
26-2488095
8-8322850
•001451379 (
600
476100
328509000
26-2678511
8-8365559
•001449275
691
477481
329939371
26-2868789
8-8408227
•001447178
6J-2
4T8864
331373888
26-3058929
8-8450854
•001445087
693
480249
332812557
26-3248932
8-8493440
-001443001
694
481636
334255384
26-3438797
8-8535985
•0014409-22
695
483025
335702375
26-3628527
8-8578489
•001438849
696
484416
337153536
26-3818119
8-8620952
-001436782
697
485809
338608873
26-4007576
8-8663375
•001434720 (
698
487204
340068392
26-4196896
8-8705757
-001432665 (
699
488601
341532099
26-4386081
8-8748099
■001430615 (
700
490000
343000000
26-4575131
8-8790400
•0014-28571 (
701
491401
344472101
26-4764046
8-8832661
•00142(3534 (
•0014245U1 (
702
492804
345948408
26-4952826
8-8874882
703
494209
347428927
26-5141472
8-8917063
•001422475 (
704
495616
34891 36c4
26-5329983
8-8959204
•001420-1.55 {
705
497025
350402625
26-5518361
8-9001804
•001418440 (
706
498436
351895816
26-5706605
8-9043366
-001416431
707
499849
353393243
26-5894716
8-9085387
•001414427
708
5L)1264
354894912
26-6082694
8-9127369
•00141-2-! 2i»
709
502681
356400829
26-6270539
8-9169311
•0014lO-!:;7 (
710
5U4100
357911000
26-6458-252
8-9211214
•0014U84.'^1 (
•0014i>vi4T0 <
711
505521
359425431
26-6645833
8-9253078
712
506944
360944128
26-6tt33-281
8-9294902
•00140-14. ;i /
713
508309
362467097
26-7020598
8-9336687
•00 J 4;, ■.:.-.,;:,
714
509796
363994344
26-7207784
8-9378433
•0014-,)' i:, li
715
511225
365525875
26-7394839
8-9420149
•0013jc-..i<i ■
716
512658
367061696
26-7581763
8-9461809
•001396648 '
717
514039
368601813
26-7768557
8-9503438
•001394700 (
•00139-27.58 /
718
515524
370146232
26-7955220
8-9545029
719
516961
371694959
26-8141754
8-9586581
•001390821 (
720
518400
373248000
26-8328157
8-9628095
-001388889 /
721
519841
374805361
26-8514432
8-9669570
-001386903 (
722
521284
376367048
26-8700577
8-9711007
-001.385042 (
-001383126 (
723
522729
377933067
26-8886593
8-9752406
724
524176
3795!)3424
26-9072481
8-9793766
-001381215 {
725
525625
381078125
26-0258240
8-9835089
-001379310 (
•001377410 (
726
527076
382657176
26-944.3872
8-9876373
727
528529
384240583
26-9629375
8-9917620
•001375516 (
•001373626 /
728
529984
385828352
26-9814751
8-9958899
729
531441
387420489
72-0000000
9-0000000
•001371742 (
•001369863 (
730
532900
389017000
27-0185122
9-0041134
731
534361
390617891
27-0370117
9-0082229
•001367989 (
732
535824
392223168
27-0554985
9-0123-288
•001366120 (
20
230
SQUARES, CUBES, SQUARE AND CUBE ROOTS.
) No.
Squares.
Cubes.
Square Roots,
Cube Roots. Reciprocals. (
733
537289
393832837
270739727
9 0164309
001364-256 )
001362398 )
734
538756
395446904
27 0924344
9 0205233
735
540225
397065375
271108834
9-0246239
001360544 )
736
541696
39868S256
271293199
9 0287149
0013.58696 S
737
543169
400315553
271477149
90328021
00135GB.52 )
738
544644
401947272
271661554
9-0368857
00135.5014 {
> 739
546121
403583419
271845544
9 0409655
001353180 \
, 740
547600
40.5224000
27 2f)29140
90450419
001351351 )
> 741
549801
406869021
27 2213152
9 0491142
001349528 S
74'i
550564
408518488
27 2396769
9-0531831
001347709
743
552049
410172407
27-2580263
9 057-2482
00134.5895
744
553536
411830784
27-2763634
90613093
001344086
745
555025
413493625
27-2946881
9 0653677
00134-2282
> 746
550516
415160936
273130006
90694220
00134U483 \
> 747
558009
416832723
27-3313007
90734728
0013.38688 (
> 748
559504
418.50S992
27-3495887
9 0775197
001336898 (
> 749
561001
420189749
27-3()78644
9-0815631
0013.35113 (
' 750
562500
421875000
27-3861279
9 0856030
001333333 (
) 751
564001
423564751
27 4043792
9-0896352
G013315.58 (
) 752
565504
425259008
27-4226184
9-0936719
001329787 <,
) 753
567009
42G9577T7
27-4408455
90977010
001328021 (
) 754
568516
428661064
27-4590604
91017265
001326260 \
) 755
570025
430368875
27 4772633
9-1057485
OOJ 32-1503 <)
) 756
571536
432081216
274954542
9-1097C)69
001322751 (
) 757
573049
433798J93
275136330
9-1 137818
001321004 (
) 758
574564
43.5519512
27-5317998
9 1177931
003319261 (
759
576081
437245479
27 5499546
9 121P010
001317523 (
) 760
577600
438976000
27-5680975
9 12581)53
001315789 (
) 761
579121
440711081
27 5>-'62234
9 1298061
001314060
; 762
580(i44
442450728
27 6043475
9 1338034
001312336 (
763
582169
444194947
27 6224546
9 13-17971
001310616 (
) 764
583696
445943744
27 640.5499
9 1417874
00i3089;'l
0013;;7];I0
) 765
585225
447697125
27 6586334
9 14.57742
) 766
586756
449455098
27-6767050
91497.576
001305483
) 767
588289
451217663
27-6947648
9 1537375
001303781
) 768
589824
4.52384832
27-7128129
91577139
001302083
) 769
591361
454756609
27 7308492
9 1616869
001300390
) 770
592900
4.50533000
27-7488739
9 165r,565
001298701
) 771
594441
458314011
277(i68868
9169r)225
001297017
) 772
595984
460099648
277848880
917.3.5852
00129,5337
) 773
597529
481889917
27 8028775
91775445
001293661
) 774
599076
463684824
27 8208555
9 181.5003
001291990
775
600625
465484375
27 8.388218
91854.527
0«12.)0323
776
602176
467288576
27 8.567766
9J894018
0012-^8660
777
603729
469097433
27 8747197
9 1933474
001237001
( 778
60.5-284
476910952
27-8926514
9197-2897
001235347
( 779
600841
472729139
279105715
9 2012286
001283697
( 780
608400
4745.52000
27 9284801
9 2051641
001282051
( 781
609961
476379.541
27-9463772
9 2090902
001280410
( 782
611524
478211768
27 9642'>29
9 2130250
001278772
( 783
613089
480048687
27 9821372
9 2169505
001277139
( 784
614f;56
481890304
28 0000000
9 2-208726
00127.5510
( 785
616225
483736625
28 0178515
9 2247914
P01273885
( 786
617796
485587656
28-03.56915
9 2287068
0C1272265
( 787
619369
487443403
28-0.53.5203
9 2326189
001270648
( 788
620944
489303872
28-0713377
9 2365277
001269036
( 789
622521
491169069
28-0891438
9-2404333
001267427 (
790
624100
4930391)00
^1069386
9 2443.355
001265823 /
791
625681
494913671
28-1217222
9 2482344
001264223 )
792
627624
496793088
28 1424946
9 2521300
001262626 )
793
628849
498577257
28-160-2557
9 2.560224
001261034 /
001259446^^
^94
630436
500566184
28 1780056
9-2599114
SaUARES, CUBES, SQ,UARE AND CUBE ROOTS.
231
rr^
Squares.
Cubes.
Square Roots.
Cube Roots.
Reciprocals. /
795
632025
502459875
281957444
92637973
-001257862 i
79(3
633616
504358336
282134720
92670798
•001256281 )
797
635209
506261573
28-2311384
9271.5592
-001254705 )
793
636804
508169592
28-2488938
9-2754352
•001253133 )
799
638401
510082399
28-«66.5881
92793081
•001-251364 (
800
640000
512000000
28 2842712
92331777
-001250000 (
> 8U1
641601
513922401
28 3019434
92870444
001248439 )
-001246883 (
•001245330 (
80-2
645204
51.5849608
283196045
9 2909072
803
644809
517781627
28 3372546
92947671
804
646416
519718464
23-3548938
9-2936239
•001243781 (
/ 805
648025
52166J125
23-3725219
93024775
•001242-236 \
) 806
649636
523606615
28-3901391
9-3063273
•001240695 (
) 807
651249
52,5.557943
28 4077454
9-3101750
•001239157 (
/ 803
652864
527514112
28 4253408
9-3140190
•001237624 ^,
•001236094 (
-001234568 {
•001233046 (
•001231.527 )
) 809
654481
529475129
28 4429253
9-3178599
) 810
655100
531441000
28-4604989
9-3216975
811
657721
533411731
28-4780617
93255320
) 812
659344
53.5387328
23-49.56137
9-3293634
) 813
660989
537367797
285131.549
9-.3331916
•001230012 (
) ■ 814
662596
539353144
28 5306852
9-3370107
•00]2^28.501
) 815
664225
.541343375
28-5432048
9-3408.336
•0012-26994 (
816
665856
543338496
23 5657137
9-3446575
-001225499 (
817
667489
545338513
28 5832119
9-3484731
-001223990 (
818
669124
547343432
23 6006993
93522857
-001222494 {
; 819
670761
549353259
286181760
9-3560952
•001221001 (
) 820
672400
551368000
23 6356421
9-3599016
-001219512 (
821
674041
553387661
28-6530976
9-3637049
-001218027 (
) 82-2
675684
555412-248
28-6705424
9-3675051
-001216.545 (
) 82-]
677329
557441767
23 6879716
9-3713022
-001215067 (
) 824
678976
5594762-24
287054002
9-3750963
■001213.592 (
) 825
680625
5615] 5625
287228132
9-3788873
-001212121 S
) 826
682276
563559976
287402157
9-3826752
-0012100.54 ^
) 827
683929
5()56092S3
237.576077
9-3864600
■001209190 (
) 828
685584
567663552
28-7749891
9-3902419
-001207729 ^
-001206-273 {
•001204819 (
) 829
687241
5(59722789
28-7923601
9-394rt2.l6
) 830
688900
571787000
23-8097206
9-3977964
831
690561
573856191
28 8270706
9-4015691
■001203309 (
832
692224
5759.30368
28-8444102
9-40.53387
•001201023
833
693889
578009537
28-8617394
9-4091054
-001200480 )
834
695556
580093704
28-8790582
9-4128690
-001199041
835
697225
582182875
28-8963666
9-4166297
-001197005 )
836
698896
584277056
28 9136646
9-4203873
-001190172 \
837
700569
586376253
28 9309523
9-4241420
-001194743
838
702244
588480472
28-9482297
9-4278936
•001193317
839
703921
590.589719
28 96.54967
9-4316423
•001191395
) 840
705600
592704000
28 9327535
9-4353800
•001190476 S
841
707281
59482:^21
29-0000000
9-4391307
•001189061 {
842
708964
596947688
290172363
9-4428704
•001187048 S
) 843
( 844
710649
599077107
290344623
9-4406072
•001186240 ;
712336
601211.584
290516781
94503410
•001184834 )
845
846
714025
60335112.5
29 0688837
9-4.540719
•001183432 S
715716
60.549.5736
29 0860791
9-4577999
•001182033 )
847
717409
607645423
291032644
94615249
-0011800.33 )
848
719104
609800192
29-1204396
9-4(i52470
•001179245 )
849
720801
611960049
29-1376046
94689661
•001177856 )
850
722500
61412.5000
29 1547595
9-4726824
•001176471 )
851
724201
616295051
291719043
9-4763957
-001175088 )
) 852
725904
618470203
291890390
9-4801061
•001173709
853
727609
620650477
29 2061637
94838136
•001172333 )
) 854
729316
622835864
29-22.32784
9-4875182
•001170960 S
855
731025
625026375
292403830
94912200
•001169591 {
I ^^^
732736
627222016
29-2574777
9 4949188
^^0n68224j
232
SaUARES, CUBES, SQUARE AND CUBE ROOTS.
J No.
Squares.
Cubes.
Square Roots.
Cube Roots.
Reciprocals. ;
857
734449
629422793
29-274.5(;23
9-4986147
•001166861 I
\ 858
736164
631628712
29-2916370
9-5023078
•001165501 (
) 859
S 860
737881
633839779
29-3087018
9-5059980
•001164144 (
739600
636056000
29-3257566
9-5096854
•001162791 (
\ 861
741321
638277381
29-3428015
9-5133699
•001161440 (
862
743044
640503928
29-3598365
9-5170515
•001160093 \
) 803
744769
642735647
29-3768616
9-5207303
•001158749 (
{ 864
746496
644972544
29-3938769
9-5244063
•0011.57407
( 865
748225
647214625
29-5108823
9-5280794
•0011.56069
) 806
749956
649461896
29-4278779
9-5317497
•0011.54734
•0011.53403 /
•001152074 i
S 867
751689
651714363
29-4448637
9-53.54172
\ 868
753424
653972032
29-4618.397
9-5390818
) 869
755161
656234909
29-47880.59
9-5427437
•001150748 ■
\ 870
756900
658.503000
29-4957624
9-5464027
•001149425 (
S 871
7.58641
600776311
29-5127091
9-5500589
•001148106 (
S 872
760384
663054848
29-5296461
95537123
•001146789 (
S 873
762129
66.5338617
29-5465734
9-5573630
•00114.5475 /
) 874
763876
667627624
29-56.34910
9-.5610108
•001144165
875
765625
669921875
29-5803989
9-.5646559
•001142857
( 876
767376
672221376
29-5972972
9-5682782
•001141553
( 877
769129
674.526133
29-61418.58
9-5719377
•001140251
878
770884
676836152
29-6310648
9-5755745
•0011389.52 I
( 879
772641
679151439
29-6479342
9-5792085
•0011376.56 I
•001136364 /
( 880
774400
681472000
29-6647939
9-5828397
{ 881
776161
6837978U
29-6816442
9-58()4f)82
•00113.5074 I
•00113.3787 /
( 882
777924
686128968
29-6984848
9-.5900937
883
779689
688465387
29-7153159
9-59.37169
-001 132503 /
-001131222 /
884
781456
690807104
29-7321375
9-5973373
885
783225
693154125
29-7489496
9-6009548
•0011-29944 /
( 886
784996
695.506456
29-76.57521
9-6045696
-001128668 /
887
786769
697864103
29-7825452
9-6081817
-001127396 /
888
788.544
700227072
29-7993289
9-6117911
-001126126 )
889
790321
702;595369
29-81()I030
9-(i 1.53977
•0011248.59 /
890
792100
704969000
29-8328C>78
9-6190017
-001123.596 /
891
793881
707347971
29-8496231
9-6226030
•001122334 /
( 892
795664
707932288
29-86()3(i90
9-6262016
•001121076 I
( 893
797449
7121219.57
29-8831056
9-()297975
•001119821 )
( 894
799236
714516984
29-8998328
9-6333907
•001118.568 )
< 895
801025
716917375
29-916.5.500
9-6369812
-001117818 )
( 896
802816
719323136
29-9332591
9-6405690
•001116071 )
( 897
804609
721734273
29-9499.583
9-6441542
•001114827
( 898
806404
7241.50792
29-9666481
9-6477367
-00111.3.586
( 899
808201
726572(;99
29-9833287
9-6513166
-001112347 )
( 900
810000
729000000
30-0000000
9-6.548938
-001111111 )
( 901
( 902
811801
731432701
30-0166621
9-6.584684
•001109878
813604
733870808
30-0333148
9-6620403
•001108647
903
81.5409
736314327
30-0499.584
9-6656096
•001107420 )
904
817216
7387632(14
30-066.5928
9-6691762
•001106195 )
905
819025
741217625
30-0832179
9-6727403
•001104972
906
820836
743677416
30-0998339
9-6763017
•001103753 )
907
822649
746142643
30-1164407
9-6798604
•0011025.36 )
908
824464
748613312
30-1330383
9-6834166
•001101322
909
826281
751089429
30-1496269
9-6869701
•001100110
( 910
828100
753571000
30-166201)3
9-6905211
•001098901
( 911
829921
756058031
30-1827765
9-6940694
•001091695
912
831744
758550825
30-1993377
9-6976151
-001096491 )
I 913
833569
761048497
30-21.58899
9-7011.583
-00109.5290 )
( 914
835396
763551944
30-2.324329
9-7046989
•001094092
( 915
837225
766060875
30-2489669
9-7082369
•001092896 )
< 916
839056
768575296
30-26.54919
9-7117723
•001091703 (
( 917
840889
771095213
30-2820079
9-7153051
•001090513
(^8
842724
773620632
30-2985148
9-7188354
-001089325J
aUARES, CUBES, S Q A R E AND CUBE ROOTS.
233
No.
Squares.
Cubes.
Square Roots.
Cube Roots. Reciprocals. ^
919
844561
776151559
30-3150128
9-7223631
001088139 )
920
846400
778688000
30-3315018
9-7258883
001086957 )
921
848241
781229961
30-3479818
9-7294109
001085776 )
922
850084
783777448
30-3644529
9-7329309
001084.599 )
923
851929
786330467
30-3809151
9-7364484
001083423 S
924
853776
788889024
30-3973683
9-7399634
001082251 )
925
855625
7914.53125
30-4138127
9-7434758
001081081 S
926
857476
794022776
30-4302481
9-7469857
001079914 )
927
859329
796597983
30-4466747
9-7504930
001078749 )
9^8
861184
799178752
30-4630924
9-7539979
001077586 \
929
863041
80176.5089
30-47950 J 3
9-7575002
001076426 S
930
864900
804357000
30-4959014
9-7610001
001075289 S
931
866761
806954491
30-5122926
9-7644974
001074114 (
932
868624
809557568
30-5286750
9-7679922
001072961 (
933
870489
812166237
30-5450487
9-7714845
001071811 \
934
872356
814780504
30-5614136
9-7749743
001070664 (
935
874225
817400375
30-5777697
9-7784616
001069519 (
936
876096
820025856
30-5941171
9-7829466
001068376 (
937
877969
822656953
30-6104557
9-7854288
001067236 (
938
879844
825293672
30-6267857
9-7889087
001066098 (
939
881721
827936019
30-6431069
9-7923861
001064963 <
940
883G00
830584000
30-0.594194
9-7958611
001063830 (
941
885481
833237621
30-6757233
9-7993336
001062699 (
942
887364
835896888
30-6920185
9-8028036
001061571 (
943
889249
838561807
30-7083051
9-8002711
001060445 (
944
891136
841232384
30-7245830
9-8097362
001059322 (
945
893025
843908625
30-7408523
9-8131989
001058201 (
946
894916
846590536
30-7571130
9-8166591
001057082 (
947
896808
849278123
30-7733651
9-8201169
001055966 (
948
898704
851971392
30-7896086
9-8235723
001054852 (
949
900601
854670349
30-8058436
9-8270252
001053741 (
950
902500
857375000
30-8220700
9-8304757
001052632 (
951
904401
860085351
30-8382879
9-8339238
001051525 (
952
906304
862801408
30-8544972
9-8373695
001050420 (
953
908209
865523177
30-8706981
9-8408127
001049318 (
954
910116
868250664
30-8868904
9-8442536
001048218 (
955
912025
870983875
30-9030743
9-8476920
001047120 (
956
913930
873722816
30-9192477
9-8511280
001046025 (
957
915849
876467493
30-9354166
9-8545617
001044932 (
958
917764
879217912
30-9515751
9-8579929
001043841 t
959
919681
881974079
30-9677251
9-8614218
001042753 (
960
921600
884736000
30-9838668
9-8648483
001041667 (
961-
923521
887503C81
31-0000000
9-8682724
001040583 (
962
925444
890277128
31-0161248
9-8716941
001039501 (
963
927369
893056347
31-0322413
9-8751135
001038422 (
964
929296
895841344
31-0483494
9-8785305
001037344 (
965
931225
898632125
31-0644491
9-8819451
001036269 (
966
933156
901428696
31-0805405
S-8853574
001035197 I
967
935089
904231063
31-0966236
9-8887673
001034126 (
968
937U24
907039232
31-1126984
9-8921749
001033058 (
969
938961
909853209
31-1287648
9-89.55801
001031992 <
970
940900
912673000
31-1448230
9-8989830
0010311928 /
971
942841
915498611
311608729
9-9023835
001029866 I
972
944784
918330048
31-1769145
9-9057817
001028807 /
973
946729
921167317
31-1929479
9-9091776
001027749 /
974
948676
924010424
31-2089731
9-9125712
001026694 /
975
950625
926859375
31-2249900
9-9159624
001025641 (
976
952576
929714176
31-2409987
9-9193513
001024590 /
977
9.54529
932574833
31-2569992
9-9227379
001023541 I
978
956484
935441352
31-27299] 5
9-9261222
001022495 I
979
958441
938313739
31-2889757
9-9295042
001021450 ;
980
960400
, 941192000
31-3049517
9-9328839
001020408^
20^
234 SQUARES, CUBES, SQUARE AND CUBE ROOTS.
No.
Squares.
Cubes.
Square Roots.
Cube Roots.
Reciprocals.
981
962361
944076141
31-3209195
9-9362613
■001019168
982
964324
946966168
31-3368792
9-9.396363
-001018330
983
966289
949862087
31-3528308
9-9430092
-001017294
984
968256
952763904
31-3687743
9-9463797
•001016260
985
970225
955671625
31-3847097
9-9497479
-0010152-28
986
972196
958585256
31.4006369
9-9531138
-001014199
987
974169
961504803
31-4165561
9-9564775
-001013171
988
976144
964430272
31-4324673
9-9598389
-001012146
989
978121
967361669
31-4483704
9-9831981
-001011122
990
980100
970299000
31-4642654
9-9665549
-OOIOIOIOI
991
982081
973242271
31-4801525
9-9699055
-001009082
992
984064
976191488
31-4960315
9-9732619
-001008065
993
986049
979146657
31-5119025
9-9766120
•001007049
994
988036
982107784
31-5277655
9-9799599
•001006036
995
990025
985074875
31-5436206
9-9833055
•001005025
996
992016
988047936
31-5594677
9-9866488
•001004016
997
994009
991026973
31-57.53068
9-9399900
•00100.3009
998
996004
994011992
31-5911380
9-9933-289
•001002004
999
998001
997002999
31-6069613
9-9966656
•001001001
J 000
1000000
1000000000
31-6227766
10-0000000
•001000000
JOOI
1000201
1003003001
31-63a5840
10-00332-22
-0009990010
1002
1004004
1006012008
31-6543866
10-0066622
•0009980040
1003
1006009
1009027027
31.6701752
10-0099899
•0009^)70090
1004
1008016
1012048064
31-68.59590
10-0133155
•0009960159
1005
1010025
1015075125
31-7017349
10-0166389
•0009950-249
1006
1010036
1018108216
31-71750.30
100199601
•0009940358
1007
1014049
1021147343
31-7332633
10-02.3-2791
•0009930487
1008
1016064
1024192512
31-749f)l."i7
10-()-2t).-)958
•0009920635
1009
1018081
1027243729
31-7647603
10-029:) 104
•0009910803
1010
1020100
1030301000
31-78(14972
10-033-2-228
•0009900990
1011
1020121
1033364331
31-7962-2()2
10-0365330
•0009891197
1012
1024144
103(>433728
31-8119474
10-0398410
■0009881423
1013
1026169
1039.509197
31-8276609
10-043J469
•0009871668
1014
1028196
1042590744
31-8433666
100464.506
•0009861933
1015
1030225
1045678375
31-8590()46
100497521
•00098.-)2217
1016
1032256
1048772096
31-8747549
10-0530514
•0009842.520
1017
1034289
1051871913
31-8904374
100563485
•000983-2842
1018
1036324
1054977832
31-9061123
10-059()435
•0009823183
1019
1038361
1058089859
31-9217794
10-0629364
•0009813.543
1020
1040400
10612()80(H)
31-9374388
10-0662271
•0009803922
1021
1042441
1064332261
31-9530906
1006951.56
•0009794319
1022
1044484
10674(i2648
31-9687.347
10-0728020
•0009784736
1023
104(i529
1070599167
31-9843712
1007608()3
•0009775171
1024
1048576
1073741824
32-0000000
10-0793084
•00097()5625
1025
1050625
1076890625
32-01.56212
100826484
•000975(3098
1026
1052676
1080045576
320312348
10-08.59262
•0009746589
1027
1054729
1083206e;83
32-0468407
10-0892019
•0009737098
1028
1056784
1086373952
32-0624391
100924755
•0009727626
1029
1058841
1089547389
.32-0780298
10-0957469
•0009718173
1030
1060900
1092727000
3209.36131
10-0990163
•0009708738
1031
1062961
1095912791
32-1091887
10-1022835
•0009(399321
1032
1065024
10991(14768
32-12475()8
10-1055487
•0009689922
1033
1067089
1102302937
32-1403173
10-1088117
•0009680.542
1034
10()9156
1105507304
32-1558704
10-1120726
•0009671180
1035
1071225
1108717875
321714159
10-11.53314
•0009661836 (
1036
1073296
1111934656
32-1869539
10-1185882
•00096.52510 (
1037
1075369
1115157653
32-2024844
10-12184-28
•0009843202 (
1038
1077444
1118386872
32-2180074
10-1-2509.53
•0()(«)'>33!l 1 1 (
1039
1079521
1121622319
32 2335-229
10-1283457
-Oi>()'.)t)j-i';:^,' (
1040
1081600
1124864000
32-2490310
10-131.5941
•00(Jl:i;i5:;.-5 (
1041
1083681
1128111921
32-2645316
10-134>'403
-000;!(i:i;j4t: {
1042
1085764
1131366088
3-2-2800248
10-1.3SO!-<45
•00!)95'J(>!i-i!> (
TABLE
OF
CIRCUMFERENCES AND AREAS OF CIRCLES,
In Feet and IWis of a foot, or in Inches and IQths of an inch.
Diam
Circum.
Area.
D...,
Circum. |
Area.
Diam.
Circum.
Area.
•0
•000
•000
5 -0
15-708
19-635
10 •o
31-416
78-540
•1
•314
•007
•1
16-022
20-428
•1
31-730
80-118
•628
•031
•2
16-336
21-237
-2
32-044
81-713
•3
•942
•070
-3
16-650
22-061
•3
32-358
83-323
•4
1256
•125
•4
16-964
22-902
•4
32-672
84-948
•5
1-571
•196
•5
17-278
23-7.58
•5
32-986
86-590
•6
1-884
•282
•6
17-592 ;
24-630
•6 1
33-300
88-248
•7
2-199
•384
•7 1
17-906 '
25-517
■ -1 1
33-614
89-920
•8
2-513
•502
•8 1
18-221
26-420
•8 i
33-929
91-009
•9
2-827
•636
•9 i
18-535 ;
27-339
•9
34-243
93-313
1 -0
3141
•785
6 -0 1
18-849
28-274
11^0
34-557
95-033
•1
3456
•950
-1
19-163
29-224
•1
34-871
96-769
-2
3-769
1^130
-2
19-477
30-190
•2
35-185
98-520
, -3
4^084
1-327
-3
19-792
31-172
•3
35-499
100-287
•4
4^399
1-539
•4
20-106
32-Hi9
-4
35-814
102-070
•5
4-713
1-767
•5
20-420
33183
-5
36-128
103-800
•6
5-027
2-010
•6
20-734
34-212
-6
36-442
105-683
•7
5-341
2-269
-7
21-048
35-256
•7
36-756
107-513
•8
5-655
2-544
-8
21-362
36-316
•8
37-070
109-359
•9
5-969
2-835
•9
21-077
37-412
•9
37-384
111-220
j 2 -0
6-283
3-141
7 -0
21-99]
38-484
12 •O
37-699
113-097
) -1
6-596
3-4()3
-1
22-305
39-.592
•1
38-013
114-990
( -2
6-910
3-801
-2
22-619
40-715
•2
38-327
116-898
•3
7-224
4-154
-3
22-933
41-853
• -2.
38-641
118-823
•4
7-538
4-523
-4
23-247
43-008
•4
38-955
120-763
•5
7-853
4-908
-5
23-562
44-178
•5
39-269
122-718
•6
8-167
5-309
-6
23-876
45-364
•6
39-583
124-690
•7
8-481
5-725
-7
24-190
46-566
•7
39-898
120-677
) -8
8-795
6-157
-8
24-504
47-783
•8
40-212
128-679
) "^
9-109
6-605
-9
24-818
49-016
-9
40-520
130-698
J 3 -0
9-424
7-068
8 -0
25-132
50-265
13 -0
40-840
132-732
) •!
9-737
7-547
•1
25-446
51-.530
-1
41-154
134-782
) -2
10-051
8-042
-2
25-760
52-810
•2
41-468
136-848
) -3
10-366
8-553
-3
26-074
54-106
•3
41-782
138-929
) '4
10-680
9-079
•4
28-388
55-417
•4
42-097
141-026
) -5
10-994
9-621
•5
26-702
56-745
-5
42-411
143-139
I '^
11-308
10-178
-6
27-016
58-082
-6
42^725
145-267
) ''^
11-622
10-752
-7
27-331
59-446
•7
43-039
147-411
) -8
11-936
11-341
-8
27-645
00-821
-8
43-353
149-571
( '^
12-251
11-945
-9
27-959
62-212
-9
43-667
151-747
) 4 -0
12-566
12-566
9 -0
28-274
63-617
14 -0
43-982
153-938
/ -1
12-880
13-202
•1
28-587
65-038
-1
44-296
l.i6-145
( '2
13-194
13-854
•2
28-901
66-476
•2
44-610
158-368
-3
13-508
14-522
•3
29-215
67-929
-3
44-924
160-606
■ "4
13-822
15-205
•4
29-530
69-397
-4
45-238
162-860
■•5
14-137
15-904
•5
29-844
70-882
•5
45-5.'-.2
165-130
-6
14-451
16-619
•6
30-158
72-387
•6
45-866
167-415
( "7
14-765
17-349
•7
30-472
73-898
•7
46-180
169-717
I -8
15-079
18-095
•8
30-786
75-429
•8
46-495
172-034
( -9
15-393
18-857
•9
31-100
76-977
•9
46-809
1 174-366
236
CIRCUMFERENCES AND AREAS OF CIRCLES.
Area.
47-124
47-438
47-752
48-066
48-380
48-694
49-008
49-323
49-637
49-951
50-265
5i)-579
50-893
51-207
51-522
51-836
52-150
52-464
5-2-7'(8
53-692
53-407
53-721
54-035
54-349
54-(i63
54-977
55-291
55-606
55-92()
56-234
56-548
56-862
57176
57-490
57-805
53-119
58-433
58-747
59-061
59-375
59-690
60-004
60-318
60-632
(;0-946
61"2(i0
61-574
61-888
62-203
62-517
62-832
63-145
63-459
63-773
64-088
64-402
64-716
65-030
65-344
65-658
176-715
179-079
181-358
183-854
186-265
188-692
191-134
193-593
196-067
198-556
201-062
203-583
206-1-20
2(j8-672
211-241
213-825
216-4-24
2 J 9-040
221-671
224-318
226-980
229658
232-352
235-062
237-787
240-528
243-285
24(5-057
248-846
251-650
254-469
257-324
260- 1 So
263-022
265-905
2(;8-8()3
271-716
274-646
277-591
280 552
283-5-29
286-521
2.-^9-529
292-553
295-593
298-698
301-719
304-805
307-908
311 026
314-160
317-309
3-20-474
3-23-655
326-852
330-064
333-292
336-536
339-795
343-070
Area.
31 -0
-1
•2
•3
•4
•5
22 -0
•9
23 -0
•1
•2
•3
•4
•8
•9
24 -0
•1
•2
•3
•4
-5
•6
•7
-8
•9
25 -0
-1
-2
•3
•4
•5
•6
•8
-9
26 -0
•1
-2
•3
•4
•5
65-793
66-287
66-601
66-915
67-229
67-543
67-857
68-171
68-486
68-800
69-115
G'J-429
t9-743
70-057
70-371
70-686
71-000
71-314
'i 1-629
71-943
72-256
72-570
72-885
73-199
73-513
73-827
74-141
74-455
74-770
75-084
75-398
75-712
76-026
76-340
76-655
76-969
77-284
77-598
77-912
78-226
78-540
78-855
79169
79-483
79-797
80-111
80-425
80-739
81-053
81-367
81-()81
81-995
82-309
82-623
82-937
83-257
83-556
83-880
84-294
84-508
346-361
349-667
352-990
356-328
359-681
363-051
366-435
369-837
373-253
376-(:85
380-133
383-597
387-076
390-571
394-082
397-608
4vl-150
464-708
4U8-2c>2
411-871
415-476
419097
422-733
426-385
4:i0-053
433-737
437-436
441-151
444-881
448-628
452-390
456-l(.8
459-96]
463-770
467-595
471-436
475292
479-164
483-052
486-955
490-875
494-809
498-760
502-726
506-708
510-706
514-719
518-748
522-793
526-854
530-930
535-022
539-129
.543-253
.547-392
551-.547
555-717
559-903
564-105
568-323
Diaiti. Circum.
29
32
84-823
85-137
85-451
85-765
86-079
86-393
86-707
87-021
87-335
87-649
87-964
88-277
88-591
88-905
89-220
89-534
89-848
90-162
90-476
90-790
91-106
91-420
91-7.34
92-048
92-362
92-676
92-990
93-:?05
93-619
93-933
94-248
94-561
94-875
9.5-189
95-504
95818
96-132
96-446
96-760
97-074
97-389
97-703
98-017
98-^31
98-645
98-959
99-273
99-588
99-902
100-216
100-.531
100-844
101-158
101-472
101-787
102-101
102-415
102-729
103-043
103-357
Of a Li
TABLE
EXHIBITING THE WEIGHT
Foot of Square Rolled Iron, in lbs., from ^ to 12 Square Inches.
) Size ill
Weight in
Size in
Weight in
Size in
Weig-ht in
Size in
Weight in '
( iuclies.
pouiiils.
inches.
pounds.
inches.
pounds.
inches.
pounds. 1
-1-
•211
2i
21-120
4J
76-264
8
216-336 i
i
•475
23-292
i
80-333
230-0(i8 (
^
•845
25-560
5
84-480
1
244-220 (
( 1
1-320
27-939
i
88-784
a
258-800 (
1-901
3
30-416
1
93-168
9"
273-792 (
2-588
i
33010
1
97-657
i
289-220 (
) 1^
3-380
i
35-704
102-240
^
305-056 <
i
4-278
38-503
106-953
1
321332
i
5-280
1
41-408
111-756
10
337-920
1
6-390
1
44-418
a
110-671
J.
355136
7-604
^
47-534
6
121-664
1
372-072
8-926
i
50-756
i
132-040
3
390-628
1
10-352
4
54-084
h
142-816
11
408-960 (
i
11-883
i
57-517
I
154-012
i
427-812 (
2
13-520
i
61055
7''
165-632
i
447-024 (
i
15-263
f
64-700
i
177-672
1
460-684 (
) i
17-112
t
68-448
JL
1
190-136
12
486-656 (
) i
19066
72-305
203-024
(
TABLE
EXHIBITING THE WEIGHT
Of a Lineal Foot of Round Rolled Iron, from \ to 12 Inches Diameter.
16-(
18-293
20-076
21-944
23-888
25.926
28-040
30-240
32-512
34-886
37-332
39-864
42-464
4.5-174
47-952
50-815
53-760
56-788
Diam. in
Weight ip
inches.
pounds.
^
59-900
I
63-094
5
66-752
i
69-731
I
73-172
f
76-700
80-304
84-001
87-776
X
91-634
6"
95-552
k
103-704
1
112-160
120-900
7
130-048
1
139544
i
149-328
%
159-456
Diam. in
inches,
Weight in /
pounds. )
169-856
180-696
191-808
203-260
215-040
227-152
239-600
252-376
266-288
278-924
292-688
306-800
321-216
336-004
351-104
366-536
382^208
The weight of bar iron being 1 ;
The weight of cast iron = -95
" " steel = 1-02
" " copper =: 1-16
" " brass = 1-09
lead. =. 1-48
TABLE,
EXHIBITING THE WEIGHT
Of a Lineal Foot of Flat Bar Iron, in lbs., from ^ to Sg inches in breadth,
and i to 5 inches in thickness.
^"■^K" Weight in
inches. VO^'>ds.
0-2J0
0-422
0-634
0-263
0-528
0-792
1-056
0-313
0-633
0-950
1-265
1-584
0-367
0-738
1-108
1-477
1-846
2-217
0-422
0-835
1-267
1-090
2-112
2-534
2-956
0-475
0-940
1-425
1-901
2-375
2-850
3-326
3-802
0-528
1-056
1-584
2-112
2-640
3-168
3-696
4-224
4-752
0-580
1-161
1-742
2-305
2-904
3-484
4-065
4-646
Thick's
inches.
Weight ii
pounds.
5-227
5-808
0-633
1-266
1-900
2-505
3-168
3-802
4-435
5-069
5-703
6-337
6-970
0-686
1-372
2-059
2-746
3-432
4-119
4-805
5-492
6-178
6-804
7-551
8-237
0-739
1-4.59
2-218
2-9.^7
3-696
4-435
5178
5-914
6-6.5;j
7-393
8-132
8-871
9-610
0-792
1-584
2-376
3-168
3-960
4-752
5-544
6-336
7-129
7-921
8-713
9-505
Breadth
Thick's
Weight in
inches. | inches.
pounds.
H
If
10-297
11-089
2
X
0-845
i
1-669
1
2-534
I
3-379
4-224
i.
5-069
5-914
6-758
li
7-604
If
8-448
9-294
10-138
10-983
ll
11-828
Iff
12-673
2J
i
0-898
i
1-795
i
2-693
3-561
4-488
1
5-386
1
i"
6-283
7-181
li
8-079
U
8-977
11
9-874
If
10-772
11-670
ii
12-567
Is
13-465
2
14-332
2i
i
-950
i
1-900
t
2-851
1
3-802
4-752
5-703
1*
6-0.53
7-.')04
u
8-5.54
u
9-505
Is
10-455
U
11-406
11
12-3.56
1*
13-307
H
14-2.57
2
15-108
.^i
■ 16-158
AR IRON.
6-970
8-132
9-294
10-455
11-(517
12-779
13-940
15-102
16-264
17-425
18-587
19-749
20-910
22-072
23-234
24-395
1-215
2-429
3-644
4-858
6-072
7-287
8-502
9-716
10-931
12-145
13-360
14-574
15-789
17-003
18-218
19-432
20-647
21-861
23-076
24-290
25-505
26-719
1-267
2-535
3-802
5-069
6-337
7-604
871
10-138
11-406
12-673
13-940
15-208
16-475
17-742
19-010
20-277
2-2-811
25-346
27-881
1-373
2-746
4-119
5-492
6-865
•239
Breadth
ill 1
Thick's]
Weight in <
inches. | inches.
pounJs. (■
3i
i
8-237 (
9-610 '
i
10-9H3
li
12-3.56
14-
13-7.30
1^
15-102 (
U
16-475 (
1|
17-848 /
13-
19-221 /
Jl
20-594 (
2
21-967 /
2i
^-712 /
2rV
27-458 /
2^
30-204 /
3^
32-950 /
3i
i
1-479 )
i-
2-957 )
f
4-436 )
h
5-914 )
5
7-393 )
^
8-871 )
-
10-350 )
11-828 )
n
13-.307
H
14-785
If
16-264
li
17-742
If
19-221
1^
20-699
is
22-178
2
23-656 )
h
26-613 )
2h
29-570 ;
21
32-527 )
3
35-485 )
3i
38-441 )
31
f
1-584 )
3-168 )
1
4-752 )
1
6-336 )
1
7-921 )
1
9-.505 >
11-089 )
12-673 )
H
14-257 )
15-841
1'
17-425 )
li
19-009 )
20-594 )
22-178
i3-
23-762 \
2
25-346 (
2i
28-514 S
2i
31-682 {
2J
34-851 (
3
38-019 )
41-187
3i
3:
44-355
4
1-690
3-380
^.
6-759
1
10-138 (
240
FL A1
^ BAR IRON.
^Breadth Thick's
Weight in
Breadth
Thick's
in
Weight in
Breadth
Thick's
Weight in \
inches, inches.
pounds.
inches.
inches
pounds.
inches.
inches.
pounds.
; 4 1
13-518
4i
34:
49-425
5 , 4i
80-262
l«)-897
1
53-226
54
4
4-436
li
20-277
57-028
k
8-871
1*
23-656
4^
60-830
1
13-.307
) o
27-036
H
64-632
1
17-722
30-415
4|
i
4-003
U
22-178
ol
33-795
8-026
u
26-613
2^
.37-174
a
12-038
i|
31-049 (
.3
40-5.54
1
16052
2
35-484
3i
43-9.33
H
20066
2i
39-920 {
47-313
U
24-079
2i
44-355
) 3^
50-692
n
28-092
2J
48-791 (
4i i
1-795
2
32-105
3
53-226 (
3-591
24
36-118
34
57-662 (
^
7-181
2i
40-131
3i
62-097 (
^
10-772
2*
44-144
H
66-533 (
S 1
14-334
3
48-157
4
70-938 (
\ 1^
17-953
52-170
4i
75-404
) li
21-544
3i
56-184
4i
79-839
) l|
25-135
3^
60197
4i
84-275
2
28-725
4
64-210
5
88-710
2i
32-316
4i
t)8-223
5i
4-647
( 2A
35-907
4i
72-235
k
9-294
2|
39-497
5
1
4-224
1
13-940 I
) 3
43-088
1
8-449
1
18-.587 I
3i
46-679
12-673
n
23-234 (
3i
50-269
1
16-867
H
. 27-881 I
n
53-860
u
21 122
i|
32-.527 (
4
57-420
li
25-346
2
37-174
4i i
3-802
ll
29-570
24
41-821 I
7-604
2
33-755
2i
46-463 /
1 5
11-406
24
38-019
2i
51-114 I
1
15-208
2i
42-243
3
55-761 /
H
19-010
2^
46-468
34
60-408 /
11
22-812
3
50-602
fi
65-055 I
26-614
34
54-916
69-701 ;
> 2
30-415
3i
59-140
4
74-348
) 2i
34-217
3|
63-365
44
78-995
) 2i
38-019
4
67-589
Ah
83-642
) 2|
41-820
44
71-813
41
as-288
) 3
45-623
4i
76-038
5
92-935 \
Example— Whn.t is the weight of a bar of iron 4^ inches in breadth by 1^
inches thick 1
Find A% in the column of Breadths, and below it, in the column of Thickness,
( find J^ ; and opposite to that is 28092, which is 28 lbs. and _» 1 _ of a lb. ^ns.
-The weight of cnst iron being
The weight of bar iron=:107
" steel z=V
" brass —116
" " copper =:]-2l
" " lead =1-56
TABLE
THE WEIGHT OF A LINEAL FOOT OF CAST IRON PIPES,
In lbs., from 1 inch to 30 inches Bore.
Borf.
Thickness.
Weight.
Bore.
Thickness.
Weight.
Bcre.
INCH.
Thickness.
Wei-ht.
INCH.
INCHES.
POUNDS.
INCH.
INCHES.
POUNDS-
INCHES.
POUNDS. [
1
i
306
6
31-82
11
71-19 '
f
505
1
40-56
3
86-40
u
i
3-67
a
49-60
I-
101-83
f
6-
58-96
1
117-60
Id-
f
6-89
6i
34-32
"i
58-82
i
9-80
43-08
74-28
1^
f
7-80
^
53.30
90-06
■
11-04
8
63-18
1
106- J 4 ■
2
8-74
7
.1
36-66
1
122-62 •
12-23
1
46-80
12
i
61-26 )
77-.36
2:^
^
9-65
J
56-96
r
^
13-48
■«
67-60
93-70 S
2^-
f
10-57
78-39
110-48 '.
1
14-66
7*
^
39-22
1^
127-42 )
19-05
1
49-92
12J
i
63-70 )
•2i
1
11-54
1
60-48
j
80-40 )
15-91
71-76
97-40 {
114-72 )
8
20-.59
l'
83-28
I
3
-
12-28
8
1
41-64
1
132-35
17-15
52-68
13
06-14 '.
83-46 )
22-15
3.
64-27
1
27-56
i
76-12
a
101-08
118-97 S
137-28
H
'
18-40
l"
88-20
1
23-72
8i
1
44-11
1
29-64
56-16
13i
i
68-(>4 )
86-.55 S
104-76
^
19-66
1
68-
1
25-27
i
80-50
a
31-20
1
93-28
1
123-30 <
n
20-90
9
46-50
1
142-16 ^
26-83
1
58-92
14
^
71-07 )
89-61 (
108-46 (
127-60 {
33-07
J
71-70
1
4
2205
7.
84-70
a
28-28
l'
97-98
i
I
34-94
9k
i
48-98
1
147-03 S
H
23-35
"
1
62-02
14^
73-72 \
29-85
^
75-32
92-60
112-10 (
36-73
T
88-98
3
^
i
24-49
1
102-90
L
131-86 <
1
31-40
10
i
51-46
1*
151-92
J
38-58
1
1
65-08
15
75-96 (
95-72 [
n
i
25-70
1
78-99
1
i
32-91
i
93-24
I.
115-78 ^
,
40-43
1
108-84
136-15 <
1.56-82 (
78-40 (
5
26-94
m 5
53-88
I
34-34
68-14
15i
A
;
42-28
82-68
1
98-78 (
H
29-40
t
97-44
i
119-48 {
1
37-44
1
112-68
1
140-40 (
_-^ ^,
--.--J.,-^
45-94
3^^^^^S
56-34 !
^_^._
^J™
161-82 J
21
242
WEIGHT OP PIPEl
Bore. Thick
INCH.
') 16
/ 16^
17^
|,a
Weight.
POUNDS,
80-87
101-82
123-14
144-76
166-60
83-30
104-82
126-79
14902
171-60
85-73
107-96
130-48
153-30
176-58
88-23
111-06
134-16
157-.19
181-33
11410
137-84
161-90
Bore. Thickness. Weight
INCH.
18
19
22
24
INCHES.
1
FOUNDS.
186-24
120-24
145-20
170-47
195-92
126-33
152-53
179-02
205-80
132-50
159-84
187-60
215-52
138-60
167-24
196-46
225-38
144-77
174-62
204-78
235-28
150-85
181-92
Bore, Thickness. Weight.
INCH.
24
25
26
27
28
29
30
INCHES.
i
1
TABLE,
EXHIBITING THE WEIGHT
MALLEABLE IRON, COPPER, AND LEAD PIPES,
12 inches long; of various thicknesses, and any diameter required.
Thickness.
Malleable Iron.
IN.
3^
•104
^
•208
3^2
•3108
1 ,
•414
jandgL
•518
land A
•621
land 3^
•725
i__^
•828
121
•2419
•3628
•4838
•6047
•7258
TABLE,
SHOWING THE WEIGHT
Of Solid Cylinders of Cast Iron, 12 inches long; in Avoirdupois pounds.
Inches Weijht in
Diain.
J -394
1-897
2-478
3-137
3-873
4-686
5-577
6-545
7-591
8-714
9-915
11193
12-548
13-981
WeifflU in
Inches
lbs.
Diam.
15-492
4i
17080
4$
18-745
5
20-488
5i
22-308
24-206
5i
26-181
6
28-234
6i
30-364
32-572
64:
34-857
7
37 219
n
39-660
n
44-771
n
Weight in
Inches
lUs.
Diam.
50-193
8
55-926
8i
61-968
9
68-319
9^
74-981
10
81-925
lOi
89-234
11
96-825
Hi
104-726
12
112-936
13
121-457
14
130-287
15
139-428
16
148-878
Weight in
lbs.
158-638
179-087
200-774
223-704
247-872
273-278
299-925
327-811
356-935
418-903
485-830
557-712
634-552
Note. — Cubic inches of cast iron X "263 = lbs. avoirdupois
Circular inches of cast iron X "2065 = lbs. avoirdupois
TABLE,
SHOWING THE CAPACITY AND WEIGHT
Of Cast Iron and Lead Balls, from 1 inch to 8A diameter.
) Inches
Capacity in
Cast Iron.
Lead.
Inches
Capacity in
Cast Iron.
Lead. (
) ^'^'"'•
cubic inches.
lbs.
lbs.
Diam.
cubic inches.
lbs.
lbs. /
} 1
•523
•136
•215
5
65-450
17-063
26-843 (
/ ■»*
1-767
•461
-725
5i
87-114
22-721
35-729 (
( 2
1-189
1-092
1-718
6
113-097
29-484
46-385 (
) 2i
8-181
2-133
3-355
6i
143-793
37-453
58-976 (
3
14-137
3-685
5-798
7
179-594
46-820
73-659 (
/ -^
22-449
5-852
9-207
''k
220-893
57-587
90-598 (
) 4
33-510
8-736
13-744
8
268-082
69-889
109.552 (
I H
47-713
12-439
19-569
8i
321-555
83-840
131-883 (
TABLE,
SHOWING THE NUMMR OF NAILS AND SPIKES TO THE POUND
OF VARIOUS SIZES,
As manufactured at the Troy Iron and JVail Factory, JV. Y.
I si^Trf'"^
Number
Boat
Diameter
No. Spikes
Ship
Diameter
No. Spikes )
; Nails.
to the lb.
Spikes.
of Rod.
to the lb.
Spikes.
of Rod.
to the lb. (
( 3 penny
600
No. 4
i
13
No. 4
1%
8 !
) 4 u
360
" 5
h
8
" 5
6 S
( 6 "
200
" 6
i
5
" 6
1
5 )
iS ::
110
» 7
f
4
" 7
i
3i )
88
" 8
f
3
is ::
68
" 9
i
2 )
40
^^^^^_^,^
" 10
^M - .
..:JiJ
TABLE
PRACTICAL FORMULA,
By which to determine the Amount of Weight a Column of given dimensions
will support in lbs.
For a rectangular column of cast iron, . . W =
For a rectangular column of malleable iron, W =
For a rectangular column of oak, ... VV =
For a solid cylinder of cast iron, . . . , W =
For a solid cylinder of malleable iron, . . W =
For a solid cylinder of oak, W =
15300 I &3
4 62-1- -18 /2-
17800 I »3
4 62 + -16 /2'
3960 I b^
4 62+-5 12'
9562 rf4
4d2-|--18/3*
11125 </4
4 d2^-16 12'
2470 d4
Ad2 +-5 12'
Note — W=the weight the column will support, in lbs.
b =:the breadth in inches.
/ = the length in feet.
d =: the diameter in inches.
Example 1. — A rectangular column of ook, 6 inches on the side, and 12 feet in
length. — What weight will it support 1
3960 X 12 X 63 _ 102C4320
4X62 + -5X122 "" ^sTe" — ^"^*^ '^'''
Example 2. — What weight will a cast iron cylinder support, whose diameter is
4 inches, and length 10 feet 1
9562 X S-* .5976250
= 50646 lbs.
4X52+18X102
118
TABLE,
TO SHOW THE WEIGHT OR PRESSURE
^i Column of Cast Iron will sustain with safety.
Len°rth or Height
ill leet.
2^ inches,
3 —
8
10
13
Wei-ht
Wei-ht
Weight
in cwts.
in cwls.
in cwts.
91
77
65
145
128
111
214
191
172
288
2(56
242
379
354
327
479
452
427
573
550
525
989
959
924
1289
1259
1224
1672
1640
1603
2077
2045
2007
2520
2490
2450
3020
2970
2930
TABLE
OF
THE WEIGHT OF LEAD PIPE PER YARD,
From ^ to 4^ inches Diameter.
DIAMETER. WEIGHT.
lbs, oz.
^ inch medium . . . ' • 3
" strong 4
^ inch light 3
" medium 4
" strong 5
" extra strong ... 64
I inch light 5
" medium 6 8
" strong 7 8
" extra strong ... 8 4
I inch extra light .... 5
" light 6 4
*' medium ....
" strong 9 12
" extra strong .... 10 8
1 inch extra light ....
" light
" medium 10 5
" strong 12 4
1^ inch extra light .... 8 5
" ligiit 9 12
" medium 11
" strong 12
" extra strong ... 14 10
lAMETER.
WEIGHT.
lbs. oz.
1^ mch extra light . .
9
" light ....
. . 13
" medium . . .
. 15 8
" strong . . .
. . 19
1% inch medium . . .
. 16
" strong . . .
. . 20
2 inch light . , . .
. 16 12
" medium . . .
. . 20
" strong . , . .
. 23
2i inch light ....
. . 25
" medium . . .
. 30
" strong . . .
. . 35
3 inch light , . . .
. 30
" medium . .
. . 35
" strong . . .
. 44
34 inch medium . . .
. . 45
" strong . . .
. 54
" extra strong
. . 70
4 inch waste, light .
" " medium
. . 21
" " strong
. 26
4^ inch " light
" " medium
. 24
" " strong .
. . 29
DIAMETER. WEIGHT.
lbs. oz
% inch 3 6
1 " 5 8
U " 6 14
TABLE,
SHOWING THE WEIGHT
Of Copper Pipes 12 inches in length, and from § inch to 3 inches in diameter,
and ^ of an inch in thickness.
Weight.
lbs.
DiHiueter
Weig-ht.
Diameter
of Bore.
lbs.
of Bore.
IN.
IN.
U
2-08
H
It
2-23
2
14
2-42
2|-
If
2-67
24:
i|
2-87
i2|
Weight
lbs.
303
3-21
3-39
3-58
3-78
Dii
of Bore.
3-97
412
4-34
4-56
4-78
21'
STRENGTH OF MATERIALS
TABLE OF THE COHESIVE FORCE OF METALS, &c.
Weight or Force necessary to tear asunder 1 Square Inch, in Avoirdupois Pounds.
lbs.
Copper, cast 22-500
wire .
Iron, cast : gray,
" English .
" French
" " soft
" German
Iron, wrousfht
'• Swedish
" German .
fusion
61-200
30-680
52-000
70000
63-600
68-300
60000
7-2000
69000
lbs.
Iron, wire 85-700-113-
" medium bar 60000
" inferior bar 30000
Lead, cast -880
" milled 3-320
Silver wire 38257
Steel, soft 120-000
" fine 135-000
" razor, tempered .... 150000
lbs.
Ash, white, seasoned 14 000
" red, seasoned 17800
Birch 15()00
Bay 14-500
Beech 11500
Box 20000
Cedor 11-400
Chestnut, sweet 10.500
Elm 13400
Fir. strongest 12 000
" American 8 800
Locust 20-500
Mahogany 21800
" " Spanish 12000
Maple 10-500
Onk, American, white .... 11500
" English 10000
" seasoned 13 COO
Pine, pitch 12000
" Norway 13 000
Sycamore 13 000
Walnut 17-800
Willow 13000
ON THE RESISTANCE TO CRUSHING WOOD.
According to the experiments of Rondelet, made on a hydrostatic press, on cubes of
an inch in length, it required from 5000 to 6000 pounds per square inch to crush oak
and under this pressure its length was diminished more than ^. To crush fir, it
required from 6000 to 7000 pounds per square inch, and the length was reduced i.
Mr. Rennes' trials, which are considered the most precise on this subject, afforded
results considerably lower than those of Rondelet. The following are the results of his
experiments:
Base 1 inch square, hei
ght 1 inch.
Elm was crushed by
1284 lbs
White deal.
1928 "
American pine "
1606 "
English oak "
3860 "
African teak "
8480 "
5147 "
" oak
60480 "
" " " length 4 inches,
" 3 inches square, length 6 to 9,
The load a piece of timber will bear, when pressed in the direction of its length,
without risk of being crushed, may be found by the following rule, when the pressure
is exactly in the axis of the piece:
jliile. — Multiply the area of the piece in inches by the weight that has been found
capable of crushing a square inch of the same kind of wood. {See the preceding
experiments.) Then one-fourth of the product will give the greatest load in pounds
that the piece would bear with safety.
HINTS
ABOUT LAYING OUT CURVES.
Tn laying out curves, the following method has the advantages of great accuracy and
expedition over that of angles taken by an instrument. The stations are supposed to
be 100 feet apart.
In the cut, the chord ^3 C is divided into four equal parts: the middle ordinate, y, is
expressed by 2X 2 = 4, and z and z are expressed by 1x3 = 3.
Measure at the intersection the angle, ji B, in the above figure, of the two straight
lines to be joined, by observing the quantity of deflection in 100 feet; that is, tke
length of the arc, as of a circle comprehended between the angular lines, the radius of
the arc being 100 feet. When the angle is small, the length of the chord is sufficiently
accurate. Divide this quantity by the number of stations you propose to give the
curve. The quotient is D hereafter mentioned. l.^M," is R, radius of the curve, or
reciprocally, -— - is D deflection. Produce the tangent, 100 feet beyond the com-
mencement of the curve, and set ofl^ so as to form an isosceles triangle ^. You have
then obtained the first station on the curve. Produce the first chord 100 feet beyond
this station, and set off" £>. Proceed in like manner, setting oflf D at each station.
Having completed the curve, produce the last chord 100 feet, and set oflf E. The point
thus obtained, and the end of the curve, form the line of the tangent,
Havi'Hg completed a curve as above, if yon do not arrive at the destined point,
measure the variation, v, and divide it among the stations in proportion to the square
of the distance from the point of commencement.
To find what difference of direction will be obtained for the tangent by making the
offset of the above-mentioned variation, v, divide twice the variation by the number of
stations. Ti>e quotient ^, is the difference of direction for one station.
In running a curve for laying of track upon a finished grading, if, both ends being
adjusted, the curve varies at intermediate points from the grading, measure the variation
V, at the point g, where it is greatest, or assume some quantity v, that shall be a judi
cious average of variations. In making the change, it will not be proper to occupy
less than 4 stations on each side of the pointy, making 8 stations in all. If 8 stations
are occupied, set off" on each side of ^, at the 3d station therefrom, -^ v ; then, proceed-
ing towards^, set off" successively at the stations, ^. ^, |, v. If 12 stations are to be
occupied, set oft" at 5 stations from g, j^ v ; then successively toward g, y^, ^ f, y^.
T?i T? ^" These fractions can always be obtained as follows: Decide upon some
even number of stations to be used on each side of g. The denominator is -q the
square of the number Ji, of stations on one side of^, and the numerators are found by
348 LAYING OUT CURVES.
deducting from the denominators successively the square numbers 1, 4, 9, 16, 25, &c.,
lill the remainder is a perfect square, which will be one-half the denominators, and
consequently the square of ^ 7t. It will also be arrived at in J n from g. Thus, if 14 be
decided upon as the number of stations on each side g, 98 will be the denominator, and
I lie numerators will be, successively, 98, 97, 94, 89, 82, 73, 62, 49. This last number is
' the denominator, and 7 stations from g. It is likewise 7-. The remaining numera-
tors are, inversely, the succession of square numbers previously deducted from the num-
rutors. Thus, continuing the above example from 49, we have 36, 25, 16, 9, 4, 1.
if necessary, the numerator may be preserved equal to the denominator on either side
i»f o-, for an indefinite period iiefore diminishing.
For distances not exceeding 20° in length on curves, the offsets from a tangent are
(sufficiently near for practice) in proportion to the squares of the distances from the
commencement.
It is proper in laying out a curve by this rule to measure the distances, both on the
curve and on the tangent. For approximation in the field, this rule is valuable for a
distance of 40°; after which it is rather unsafe, and for 90° absolutely useless. It will
he found serviceable for calculating vertical curves in a profile of grades, measuring the
angle of the two i)lane3, as of the lines in horizontal curves. The calculation by this
rule always exceeds the true offset. The excess for 20^ on a 1° curve (radius 5730), is
I- 14 feet; for SO^, 586 feet; for 60°, 94 feet; and for 90°, 490 feet. For lO^*, the
nariation is scarcely perceptible.
To obtain ordinates from a chord, observe the tliree following rules:
J. The deflection D for chords is in proportion to the square of their lengths.
2. The ordinate at the middle of a chord is always g
3. .Vll the ordinatos of a chord are in proportion to the rectangle of the tsvo parts
into which they divide the chord. Thus, divide the chord into 10 parts, equal ; the
middle ordinate will be expressed by 5x5 = 25; and the others will be successively
expressed by
4X6=5M; 3X7 = 21; 2X8=16; and 1x9 = 9-
Where R is 5000, and the chord 100, D is 2, or '^^— *>, and the middle ordinate is
25 : the ptliers are 24, 21, 16, and -09, on each side the centre.
In the cut, the chord .■? C is divided into four equal parts: the middle ordinate, y, is
expressed by 2 X 2 = 4, and x and z are expressed by 1 X3 = 3; and x z are therefore
pftch J of y.
The 1st and 2d of these rules will be found uaeM for springing rails of any length,
or any radius of curvature. Thus, for 100 feet chord, the middle ordinate is -25; for
an 18 feet rail, the middle ordinate: 25 as 18x1 8 = -324; 100x100=10000; or
.H:}04 -0324 X 25 = -0081 feet ; or -0972 inch, or for practice jq inch.
The difference in length, between the inner and the outer rail, may be determined
rt.v follows: Where R is radius, C the length of the inner rail, and fV the width of
(lie track, the difference is ^1' Where 5 feet is the width, ll? is the difference for 100
loet, and -^^ is the length required to gain 3 inches. This formula will be found
convenient for distributing overlength iron for curves.
TABLE
FOR
ASCERTAINING THE SUPERFICIAL QUANTITY OF LAND
For Railroads and Canals.
250
AMOUNT OF WAGES
EXEMPLIFICATION OF THE TABLE
For ascertaining the quantity of Land necessary for the formation of a
Railway, Canal, or Road.
Jlule, — Add together any two adjacent heights or depths of cuttings ; multip'y the
same by the ratios of the slopes in the cuttings or embankments ; add to this product
the width of the cutting at bottom or embanitment at top, and look for the sum in the
side columns in the table; take out the corresponding tabular number, which number,
multiplied by the length in feet, between the heights, will give the acres and decimal
parts of an acre tliat will be required for the given cutting.
Example. — Required the superficial quantity of land for a railroad of the following
dimensions :
Hei<rhls. Ratio of Slope. Base. Lenjrth.
20+30 2.J ttj 1 30 400 feet
20+30x2-5+30=155.
Tabular number corresponding to 155 r= -0035583
Length 400
Acres and decimals 1-4233200
or, 1 acre, 1 rood, and 19 perches.
Note.— ShouUi the sum of any iwo heisrhts or deptha of cutting exceed any ffiven number in tlie table,
take out the tabukr number for 200, and ailil to it aiiernately as many times 229 and 230 as the number
exceeds 200, llie sura will be the number souj'ht.
Thus, if the two adjacent heights be 33 and 50; then as before:
30 + 50 X 2-5 + 30 = 2-20
Tabular number for 200 = -0045914
Then 10 times 229
and 10 times 230
4590
-0050504, the true number.
TABLE.
SHOWING THE AMOUNT OF WAGES
Per Week and Year, at a given sum per Hour, Day, ^c
Per
Per Day
Hour.
of 10 hours.
cts. mills.
«cts.
2-5
0-25
31
0-31i
3-7
0-374
0-43i
4-4
50
0-50
5-6
6-2
0-62i
6-9
0-68i
7-5
075
S-1
0-81i
8-7
0-87i
9-4
0-93*
100
100
11-2
l-12i
12-5
1-25
13-7
r37i
15-0
1-.50
175
]-75
20-0
200
TABLE,
SHOWING THE DIFFERENCE OF LEVEL.
; Distance. Dif. of Level.
yards.
100
200
300
400
500
600
700
800
900
inches.
026
0103
0231
411
0643
0925
1-200
1645
2 081
Distance. Dif. of Level.
yards.
1000
1100
1200
1300
1400
1500
1600
1700
inches.
2570
3110
3701
4344
5038
5-784
6580
7425
Dist'nce. Dif. of Level,
fi. m.
0^
2"
U
8'
2 8
6
10 7
10 7
23 11
Disl'ce.
Dif. of Level.
(
miles.
ft. in. '
7
32 6
8
42 6
9
53 9
10
66 4
11
80 3
12
95 7
13
112 2
"
130 1
Use of the above Table.— First. To find the height of the apparent level above
the true.
Second. To find the extent of the visible horizon, or how far can be seen from any
given height, on a horizontal plane, as at sea, &c. Suppose the eye of an observer
on the top of a ship's mast, at sea, is at the height of 130 feet above the water,
he will then see about 14 miles all around.
Third. Suppose a spring to be on one side of a hill, and a house on the oppo-
site hill, with a valley between them, and that the spring, seen from the house, ;
appears, by a leveling instrument, to be on a level with the foundation of the house, (,
which, suppose, is at a mile distance from it — then is the spring eight inches ^
above the true level of the house ; and this difference would be barely sufficient for (J
the water to be brought in pipes from the spring to the house; the pipes being laid
all the way in the ground.
Lastly If the height or distance exceed the limits of the table, then first, (if the
distance be given,) divide it by 2 or by 3, or by 4, &c., till the quotient comes within '
the distances in the table ; then take the height answering to the quotient, and mul-
tiply it by the square of the divisor, that is, by 4 or 9, or 16 for the height required. (
TABLE,
OF
THE CURVATURE OF THE EARTH.
EARTHWOKK IN CANALS.
The following methods are those generally used in calculating the quantity of earth-
work in canals
FIRST METHOD.
Rule. — ^To the bottom breadth add the two heights, that sum, multiplied by the sum
of the heights, and from the product deduct the rectangle of the two heights ; the differ-
ence, multiplied by half the length, will give the true content of the section.
SECOND METHOD.
R^e. — Add the greater depth and bottom breadth together, multiply this sum by the
sum of the two heights, and to the product add the square of the lesser height ; this sum,
multiplied by half the length, gives the content of the section.
The difference between taking a mean or middle dimension in any piece of cutting or
irregular solid and the true method, is, the square of the difference of the two heights,
multiplied by ^ of the length of the section.
THIRD METHOD.
CASE I.
In any even cutting, where the cross section is the same.
Rule. — Multiply the perpendicular depth of the section by the ratio of the slopes; to
this product add the bottom width of the canal ; multiply this sum again by the depth
of the section, and this last product will be the area of the section, in the same dimen-
sions as the measures were taken.
The ratio of the slopes is the length of the horizontal set-off, answering to one in the
perpendicular.
CASE II.
fVhen any two sections are of unequal depths, and the ground between them has a
regular descent or ascent.
Rule. — Add together the perpendicular depths of the two sections, and square the
sum; from this square subtract the product of the two depths, multiplied by each other :
multiply the remainder by one-third the ratio of the slopes, and reserve the product.
Again multiply the sum of the two depths by half the bottom width of the canal, and
to this product add the product before reserved. This sum will be the mean area
between the two sections ; the same as before with regard to the dimensions.
EARTHWORK IN CANALS,
253
CASE III
In any piece of cutting, where the ground-surface at one end is exactly the bottom-
level of the canal.
Rule. — Multiply the square of the perpendicular depth of the section ; at the other
end by i of the ratio of the slopes. To this product add the depth of the section, mul-
tiplied by half the bottom width of the canal ; the sum will be the mean area, as before.
In any of these cases, the mean area multiplied by the length of the piece gives the
solid contents without any benching. The content of the benching may be thus found.
Rule. — From the perpendicular depth of each section, subtract the depth of the canal
to fop bank level ; add the two remainders together, and multiply half their sum by the
whole width of the benchings on both sides, for a mean area; which, multiplied by the
length of the piece, gives the content of the benching.
Embankments are only an inversion of cutting, and therefore the above rules hold
good, with this difference, viz: the top width of the canal, including both its banks,
must be substituted here instead of the bottom width of the canal in the above.
FOURTH METHOD.
Problem. — To find the area of any transverse section, taken at right angles across the
line of canal.
CASE I.
Is when the depths dd of the section, from the ground surface S S to the bottom level
b of the canal, are every where the same.
Fig. 1.
Theorem. — {rd -\- b) X d = the area.
Rule. — Multiply the common depth of the section by the ratio of the inside slopes of
the canal, and to the product add the canal's bottom width; multiply this sum by the
aforesaid depth, and the product will be the area.
Example. — Let us suppose the bottom width to be 16 feet, and the recedence or ratio
of the slopes to be as 1'5 horizontally to 1 perpendicular, and let the depth of the
section be 8 feet.
Here, r = 1-5
rf = 8
rd 12-0
b = 160
d= 8
224, the area in feet as required.
22
254
ARTHWORK IN CANALS,
Is when the depth dd of the section from tlie ground surface S S to the bottom
level d of the canal are unequal.
Fig. 2.
Theorem.— rdd + ^±^ X * = area.
Rule. — To the rectangle of the depths, multiplied by the ratio of the slopes, add
half the sum of the depths, multiplied by the bottom width of the canal, and tlie
sum will be the area.
Kzaviple. — Let the least depth be 6 feet; the greatest 8 feet; and let every thin;'
else remain as before.
Here,
r= 1-5 Again, d=: 6
d— 6
rd= 90
d= 8
rd^= 72
112
184= area.
CASE
III.
d= 8
2)14
n^= 7
-6=16
X b:
Is when the surface of the ground (SS) (Fig. 3) intersects the bottom (ft) of the
canal. In this case d is the depth which the surface of the ground is below the bottom
level of the canal at the point whence the produced inside slope of the embanked side
meets the said surface.
Fig. 3.
Theorem.— jj^ X D§ = the area.
jitile. — Multiply that depth which is under the bottom level by the ratio of the inside
slopes, and subtract the product from half the bottom width of the canal ; divide this
EARTHWORK IN CANALS 255
difference by the sum of the depths, and multiply the quotient by the square of the
depth, which is above the bottom level, the product will be the area.
Example. — Let the depth which the bottom level of the canal is below the surface of
the ground be 8 feet, and the depth on the other side which the ground's surface is
below the bottom level of the canal be 2 feet, and let every thing else remain as before.
Here,
4-5 ^h — rd
U = S D= 8 = -45 = 5:
rd=3-5 d= 2 10 d+D
— -45 X D- = 64 X 45 = 28-80, the area.
ib — rd = 4-5 d + D := 10
Problem. — The area of any irregular section being known, to find a mean depth
which a regular section must have to be of the same area.
Tkearem. — ^/ a . 6| I _-- nz the mean depth, where a = the area of the
regular section.
Ride. — Divide the bottom width of the canal by twice the ratio of the inside slopes ;
reserve the quotient. To the area of the section, divided by the said ratios, add the
square of the quotient reserved ; extract the square root of the sum, and from this root
subtract the quotient reserved: the remainder will be the mean depth required.
Example. — Take the area of Fig^. 2 for case the second.
Here,
1-.5) 184-0 (12-26 = — + — I
15 +28-09 r 2r
3)16 6
= — 34 6-3 — 5-3:
5-3 2r 30
5-3 —
40
1.59 30
aA^IF
,=3
2rl
613 100
90
2rl _
ANGLES OF SLOPES IN CUTTINGS OR EMBANKMENTS.
Slopes. Angles.
A to 1 630 28'
J to 1 530 8'
1 to 1 450 0'
li to 1 38° 40'
1| to I . , . . . 330 42'
2 to 1 260 34'
3 to 1 I80 26'
DIAGRAMS.
To cut off a given Jlrca, having the angles at A and B, and the line A B given.
Fig. 1.
Fig. 2.
_,. + i 1 n/2C a+62
Thtis : X-.
.V27
c+(e)^^c=
C=:o — o' wliere 0= Natural Tangent. C = o + o' where o = Nutural Tangent,
a = area 9 = area.
To calculate the Jirea A BCD, having w ab and the Slopes given.
Fig. 3.
B C
<S +Wn
ra-\-b^
Thus: (^i^yb + w(^-:p-'^ = m
where m = area, s and v the ratio of slopes.
To cut off a given .^rea, having the Sides s d and w given.
Fig. 4.
Thus.
>S\'2 wS
d
where a = area.
• ""- -r^\~dr) T
INCLINED PLANE!
257
Having the angle at A, the side A B, and the side B D, given, to pass a curve
through the point at D, and tangent to A H and A E.
Find the lines G C, B C, and DC. Then ^ G C X DC = EC, and EC + BC +
A B=r Tangent A E, from which Radius O A may readily be obtained.
TABLE
INCLINED PLANES,
Showing the Ascent or Descent per yard, and the corresponding Ascent or
Descent per chain, per mile ; and also the Ratio.
\ Per yard.
Pr. ch'n.
Pr. mile.
Ratio.
Per yard.
Per chain.
Per mile.
Ra. <
> In parts of
In decls.
In pans of
Id decls.
One)
( an inch.
of an ill.
Inches.
Feet.
One in
an inch.
of an in.
Inches.
Feet.
in )
82
{ l-64th
•0156
•344
2-29
2304
7 16ths
-4375
9-625
64-17
l-48th
•0208
•458
3-06
1728
5-lOths
-5
11
73-33
72
l-32d
•0312
•687
4-58
1152
9-16ths
•5625
12-375
82-5
64
\ ]-24th
•0417
•917
6-11
864
7-12ths
•5833
12-833
85-56
62
i l-16th
•0625
1-375
9-17
576
3-5ths
•6
13-2
88
60
, ]-12th
•0833
1833
12-22
432
5-8ths
•625
13-75
91-67
58
1-lOth
•1
2-2
14-67
360
2-3d3
•6667
14-667
97-78
54
l-8th
•125
2-75
18-33
288
ll-16ths
•6875
15125
100-83
.52
, l-6th
•1667
3-667
24-44
216
7-lOths
•7
15-4
102-67
51
H-ieths
•1875
4125
27^50
192
3-4ths
•75
16-5
110
48
loth
•2
4-4
2933
180
4-5ths
•8
17-6
117-33
45
l-4th
•25
5-5
36-67
144
13-16ths
•8125
17-875
119-17
44
' ."J-lOths
) .vieths
l-3d
) .3-8ths
•3
6-6
44
120
5-6ths
•8333
18-333
122-22
43 )
•3125
6-875
45-83
115
7-8ths
•875
19-25
128-33
41 )
•3333
7-333
48-89
108
9-lOths
•9
19-8
132
40 )
•375
8-25
55
96
ll-12ths
•9167
20-167
134-44
39
) 2-5ths
•4
8-8
58-67
20
15-16ths
-9375
20-625
137-5
38 )
') .'>-12ths
•4167
9-167
61-11
86
1 inch.
1 in.
22
146-67
36}
22*
258
LONGITUDE IN TIME.
(~
Seconds gained
Adilitional lengflh
Seconds gained
bv a clock
Additional lengfh
( Latitude.
bv a clock
required to correct
Latitude.
required to correc
/
per day.
the error in inches.
•per day.
134-0
the error in inches
50
1-7
00016
50^
01212
10
6-9
00002
55
150-2
oi:«6
( 20
26-7
00246
60
ni-2
01549
:w
571
00516
75
2130
0-1927
45
1141
01033
90
':28--i
0-2065
A pendulum, keeping mean time at the eqnntor, will so faster as the degrees of
latitude increase, as exhibited in the above toble. See Table, page 23.
TABLE
EXHIBITING THE EXPERIMENTAL STRENGTH
Of various species of Timber opposed to a transverse strain.
Kinds of Wood,
Oak, English, young tree
Do. old ship timber . .
Do. from old tree . .
Do. medium quality . .
Do. green
Do. do
Beech, medium quality
Alder
Plane tree
Sycamore
Chestnut tree ....
Ash, fnmi young tree
Do. medium quality
Ash
Elm, common ....
Do. wych, green . . .
Acacia, green ....
Mahogany, Spanish, dry
Do. Honduras, seasoned
Walnut, green ... .
Teak
Willow
Birch
Cedar of Libanus, dry .
Riga fir
Memel fir
Norway fir fm. Longsound
Mar forest fir ....
Scotch fir, Eng. growth
Do. do
Christiana white deal .
American white spruce .
Spruce fir, British growth
American pine, Weymouth
Larch, choice specimen
Do. medium quality . .
Do. very young wood .
English "oak
Canadian, do
Dflntzic, do
Adriatic, do
Ash
Beech
Pitch pine ....
Red pine ....
New England fir . .
863
872
62.5
748
763
063
690
555
648
590
875
811
190
53
544
63
820
852
256
925
744
405
720
586
480
553
639
715
529
460
512
465
555
460
040
622
396
934
872
756
993
60
2-
2-5
2-
2-5
2-0
11-75
2.5
2-5
2-5
2-5
25
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
2-5
1-87
1-5
1-
3-2
2-38
482
264
218
284
219
24812
271
212
243
214
180
324
254
314
216
192
249
170
255
195
4-00
820
3-
146
207
2-75
165
1-3
212
1-15
218
1-125
396
5-5
360
1-75
233
157
•937
343
1-362
285
186
1-125
329
3-0
253
223
1-78
129
8-1
637
6-0
673
4-86
560
5-73
526
8-92
772
5-73
593
6-00
622
5-83
51l!
4-66
420'
2892
1980
Tredgold.
do.
130?
do.
2130
Ebbels.
1741
do.
1785
Buffon.
2031
Ebbels.
1590
do.
1821
do.
1605
do.
1350
do.
2430
1905
Tredgold.
Ebbels.
2355
1620
Tredgold.
Ebbels.
1440
do.
1866
do.
1275
1911
Tredgold.
do.
1461
Ebbels.
2151
Barlow.
1095
Tredgold.
1551
Ebbels.
1236
Tredgold.
1590
do.
1635
do.
2376
do.
945
► Barlow.
1746
1176
Tredgold.
Ebbels.
2058
1710
Tredgold.
do.
1395
Ebbels.
1974
1896
Tredgold.
do.
1671
do.
966 1
do.
1672 i
Barlow.
1766'
do.
14.57
do.
1383
do.
2026
do.
15.16
do.
1032
do.
1341
do.
1102
do.
TABLE
OF
THE RELATIVE WEIGHT AND STRENGTH OF ROPES AND CHAINS.
I
^
o
^
) ^3
3
=■
) "§3
-1
) _ ^
s.
?
( =5
2r
?■
( "
E.
\ a
=
=
=
lbs.
inches.
lb8.
•M
IF
a^
i}
f
8
) ^
5}
A
10^
) 55
<
i
14
( 6.V
95
9
T6
18
\l
m
i
22
i.i
u
27
) n
19
i
32
'>^K
21
}?■
37
1
S
2
"A
5'
o
•§1
= i'
• 1
I
1
5
-■
G
i
tons. cwis.
inches.
lbs.
iiiclies.
lbs.
1 5i
10
23
i
43
I m
lOi
28
u
49
2 10
Hi
30i
1
56
3 5i
m
36
ItV
63
4 3i
13
39
H
71
5 2
135
45
h\
79
6 4i
141
48i
H
87
7 7
15i
56
ifV
96
8 13i
IG
60
11
106
tons. cwts.
TABLE
EXPERIMENTS ON THE STIFFNESS OF DIFFERENT WOODS.
s
f
^
r
'!
1
1
nl
}J
I Kinds of Wood.
3
=■
H'
=■
2 = =i
1?
Authorities. \
1
S-
f
=•
g.
=!
^
0:?
f
)
•
r
•~
'"^
n Z.
. <^3
(
) .Ash, yoiin-r tree, white,
^ Do. old tree, red, .
f Do. medium quality,
) Ash,
) Beech
) Teak
) Elm, j
•811
25
1
1
05
141
•009
Tredgold. )
•753
2-5
1
1
0-5
113
•0113
do. )
•690
2-5
1
1
0^5
78-5
•0163
Ebbels. )
•7(k)
.7
2
2
1-27
225
•0105
Barlow. /
•688
•7
2
2
1025
1.50
•01277
do. )
•744
•7
2
2
1-276
300
•0076
do.
•.WO
•2-5
2
2
1-42
125
•0212
do. )
•544
2-5
0-5
99^5
•01-28
Ebbels. )
( Cedar of Eehanon, . .
•480
25
0-5
36
•0355
Tredgold. >
S Maple, common . .
•625
2-5
0-5
65
•0197
do.
< Abele
•511
2-5
0-5
84
•0152
do. )
Willow
•405
2-5
9"5
41
•031
do. )
) Horse chestnut, . . .
•48:?
2-5
(J-5
79
•0162
do. )
^ Lime tree, ....
•483
2-5
0-5
84
•01.52
do. )
* Walnut, green . . .
•9-20
25
05
62
•020
Ebbels. )
' Chestnut, Spanish . .
•895
2-5
0^5
68-5
•0187
do., )
' Acacia,
•820
2-5
0-5
125
•0102
do. ;
( Plane, dry, ....
•648
25
0-5
99-5
•0128
do. )
< Alder, do
•555
2-5
0-5
80-5
•0159
do. )
( Birch, do
•720
25
0-5
90^5
•0141
do. )
( AVych elm, ?reen, . .
•763
2-5
0-5
92
•014
do. )
( Lombardy poplar, dry.
•374
2" 5
0-5
56-5
•0-224
do. )
( Maho<rnny, Hoiidtirns,
-.500
2^5
05
118
•0109
Tredcrold. )
( Do. ' Spanish, .
•853
2-5
05
93
•0137
do.
( Sycamore,
•590
25
0-5
76
•0168
Ebbels. >
( Pear, },'reen, . . .
( Cherry, do
•792
2-5
0-5
59^5
•0215
do. )
•690
25
0-5
92-5
•0138
do.
( Beech, dry, ....
•696
2-5
0-5
975
•0131
_1- _J
TABLE
THE WEIGHT, TN LBS.
Of a foot in length of Cast Iron.
Sicieoflhe
square or Square. Hex'on. Oct'g-on. Circle,
iliarnei
inches.
h
!
ll
2
2i
24
2i
3
3i
3|
4
^
?
61
•781
•675
•650
•612
1-756
1-528
1-471
1-387
3125
2-702
2-603
2-454
4-881
4-225
4-065
3-854
7-031
6-085
5-856
5-521
9-568
8-281
7-971
7-515
12-520
10-815
10-412
9-815
15-818
13-99C
13-168
12^425
19-531
16-900
16-258
15-337
23-631
20-450
19-671
18-559
28-125
24-340
23-412
22-087
33-009
28-565
27-475
25-921
38-281
33-131
31-818
30-065
43-943
38-031
36-581
31-512
50-000
43-271
41-621
39-268
56-443
48-353
46-990
44-331
63-281
54-768
.52-681
49-700
70-506
61021
58-696
55375
78-125
67-515
65-040
61-359
86-131
74-549
81-815
71-701
67-709
94-531
78-696
74-243
103-318
89-421
86-015
81-126
112-500
97-368
93-656
88-354
122-058
105-640
101-621
95-871
Side of the,
square or Square, j Hex'on. Oct'gon. Circle.
diameter.
n
8
8i
»k
Si
9
9i
94
n
10
lOi
hU
10|
11
Hi
111
Hi
12
il32-03l!ll4-271
: 142-381 i 123-231
ai>3-125jl32-528
il6]-256!l42-162
j 175-781 152-037
1187-693
200-000
212-693
'22.5-781
1239-2.50
253-125
266-781
282-031
296-968
312-500
328-318
344.531
351-131
378-125
393-216
410-281
429023
450-000
162-449
173-099
184-087
195-412
207-078
219078
231-418
244-100
257105
70-471
284-159
298-193
312-559
327-268
342-315
357-693
373-325
475
109-948
118-.5.34
127-478
136-743
146-3.37
156-259
166-503
177-071
187-365
199-127
210-721
222-600
234-793
247-315
260-163
273-341
286-828
300-646
314-796
329-268
344-06?
359-187
374-631
063 324
103-696
111-825
120-372
128-986
138-056
147-415
157-078
167-049
177-328
187-912
199-203
210-800
221-506
233-318
245-437
257-8.59
270-593
283-633
296-978
310-631 /
587 )
338-856 )
353-428 ;
TABLE
OF
THE WEIGHT OF A CUBIC FOOT OF VARIOUS SUBSTANCES,
In common use for Building:
lbs.
Sand (solid) 112-5
" (loose) 95
Enrth 93-75
Common soil 124
Strong soil 127
Clay 120 to
Clay and stone 158
Brick 119
Granite 169
Marble J66to
Sand, 1 cnbic yard 3037
Common soil, 1 cubic vard, 3429
135 I
SCANTLING AND TIMBER
ACCURATELY REDUCED TO INCH BOARD MEASURE.
> "3 by 9.
) 4 1 2-3
3 by
10.
3 by
11.
3 by 13.
4 by 4. 1
4b75r^
^ 1
2-6
^•1
2-9
JS 1
3-
£l
1-4
£l
1-8
( "=2
4-6
^2
5-
W|i>
5-6
MiO
6-
^,■2
2-8
|2
3-4
(^■i
6-9
^3
7-6
J3
8-3
J3
9-
^3
4-
^3
5-
( 4
9-
4
10-
4
11-
4
12-
4
5-4
4
6-8
( •>
11-3
5
12-6
5
13-9
5
15-
5
6-8
5
8-4
«
136
6
lo-
6
16-6
6
18-
6
8-
10-
7
15-9
7
ne
7
19-3
7
21-
7
9-4
7
11-8
8
18-
8
20-
8
22-
8
24-
8
10-8
8
134
) 9
20-3
9
22'6
9
24-9
9
27-
9
12-
9
15-
10
22-6
10
25-
10
27-6
10
30-
10
13-4
10
10-8
) 11
24-9
11-
27-6
11
303
11
33-
11
14-8
11
18-4
) 12
27-
12
30-
12
33-
12
36-
12
16-
12
20-
> 13
29-3
13
32-6
13
35-9
13
39-
13
17-4
13
21-8
> 14
31-6
14
35-
14
38-6
14
42-
14
18-8
14
23-4
) 15
33-9
15
37-6
15
41-3
15
45-
15
20-
15
25-
) Ifi
36-
16
40-
16
44-
16
48-
16
21-4
16
20-8
) 17
38-3
17
42-6
17
46-9
17
51-
17
22-8
17
28-4
18
40-G
18
45-
18
49-6
18
54-
18
24-
18
30-
19
42-9
19
47-6
19
52-3
19
57'
19
25-4
19
31-8
20
45-
20
50-
20
55-
20
GO-
20
26-8
20
33-4
21
47-3
21
52-6
21
57-9
21
OS-
21
28-
21
35-
22
496
22
55-
22
606
22
66-
22
29-4
22
36-8 )
23
51-9
23
57-6
23
63-3
23
69-
23
30-8
23
38-4 )
24
54-
24
60-
24
66-
24
72-
24
32-
24
40- )
23
56-3
25
62-6
25
68-9
25
75-
25
33-4
25
41-8 )
26
58-(j
26
65-
26
710
26
78-
26
34-8
20
43-4 )
27
60-9
27
67-6
27
74-3
27
81-
27
36-
27
45- )
28
63-
28
70-
28
77-
28
84-
28
37-4
28
40-8 )
29
G5-3
29
72-6
29
79-9
29
87-
29
38-8
29
48-4 )
30
67 (i
30
75-
30
82-6
30
90-
30
40-
30
so-
4 by 6.
4 b
y7-
4 b
V 8.
4 by 9. 1
4bv
10.
4 by
il. I
^ I
2-
-d 1
2-4
-1
2-8
^1
3-
^1
3-4
^ 1
3-8
|,o
4-
^2
4-8
wo
5-4
^2
0-
E«2
6-8
|''2
7-4
^3
6-
^3
7-
J3
8-
^3
9-
^3
10-
j3
11-
4
8-
4
9-4
4
10-8
4
12-
4
13-4
4
14-8 )
5
10-
5
11-8
5
13-4
5
15-
5
lG-8
5
18-4 )
6
12-
6
14-
6
10-
6
18-
6
20-
6
22- )
7
14-
7
16-4
7
18-8
7
21-
7
23-4
7
25-8 )
8
16-
8
18-8
8
21-4
8
24-
8
20-8
8
29-4 )
9
18-
9
21-
9
24-
9
27-
9
30-
9
33- )
10
20-
10
23-4
10
26-8
10
30-
10
33-4
10
3G-8 \
11
22-
11
25-8
11
29-4
11
33-
11
36-8
11
40-4 )
12
24-
12
28-
12
32-
12
30-
12
40-
12
44-
13
26-
13
30-4
13
34-8
13
39-
13
43-4
13
47-8 )
14
28-
14
32-8
14
37-4
14
42-
14
46-8
14
51-4
15
30-
15
35-
15
40-
15
45-
15
50-
15
55-
Hi
32-
16
37-4
16
42-8
16
48-
16
53-4
10
58-8
17
34-
17
39-8
17
45-4
17
51-
17
50-8
17
02-4
18
36-
18
42-
18
48-
18
54-
18
60-
18
00'
19
38-
19
44-4
19
50-8
19
57-
19
03-4
19
09-8
20
40-
20
46-8
20
53-4
20
00-
20
60-8
20
73-4 S
21
42-
21
49-
21
56-
21
63-
21
70-
21
77-
22
44-
22
51-4
22
58-8
22
66-
22
73-4
22
80-8
23
46-
23
53-8
23
614
23
69-
23
76-8
23
84-4
24
48-
24
56-
24
64-
24
72-
24
80-
24
88-
2.)
fiO-
25
58-4
25
m-8
25
75-
25
83-4
25
91-8
20
52-
26
60-8
26
69-4
26
78-
26
80-8
26
95-4 )
27
54-
27
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27
72'
27
81-
27
90-
27
99- S
28
56-
28
65-4
28
74-8
28
84-
28
93-4
28
102-8 S
29
58-
29
67-8
29
77-4
29
87-
29
90-8
29
106-4 S
30
60-
30
70-
30
80-
30
90-
30
100-
30
1100 (
SCANTLING AND TIMBER MEASURE.
263
13.
4-
sl^yS-
^^5^by 6.
5 by 7. 1
5 by ST^
5 b
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43
8-9
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11-3
) 4
16-
4
8-4
4
10-
4
11-8
4
13-4
4
15-
5
20-
5
10-5
5
12-6
5
14-7
5
16-8
5
18-9 (
6
24-
6
12-6
6
15-
6
17-6
6
20-
6
22-6
7
28-
7
14-7
7
17-6
7
20-5
7
23-4
7
26-3 (
8
32-
8
16-8
8
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8
23-4
8
26-8
8
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9
36-
9
18-9
9
22-6
9
26-3
9
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9
33-9 (
10
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10
2010
10
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10
29-2
10
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10
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11
44.
11
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11
27-6
11
32-1
11
36-8
11
41-3
12
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12
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12
30-
12
35-
12
40-
12
45-
13
52-
13
271
13
32-6
13
3711
13
43-4
13
48-9
14
56-
14
29-2
14
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14
40-10
14
46-8
14
52-6
15
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15
31-3
15
37-6
15
43-9
15
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15
56-3
16
64-
16
33-4
16
40-
16
46-8
16
53-4
16
60-
17
68-
17
35-5
17
42-6
17
49-7
17
56-8
17
63-9 (
18
72-
18
37-6
18
45-
18
52-6
18
■60-
18,
67-6 (
71-3 /
19
76-
19
39-7
19
47-6
19
55-5
19
63-4
19
20
80-
20
41-8
20
50-
20
58-4
20
66-8
20
75-
21
84-
21
43-9
21
52-6
21
61-3
21
70-
21
78-9
22
88-
22
45- 10
22
55-
22
64-2
22
73-4
22
82-6
23
92-
23
4711
23
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23
67-1
23
76-8
23
86-3 1
24
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24
50-
24
60-
24
70-
24
80-
24
90- (
25
100-
25
52-1
25
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25
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25
83-4
25
93-9 /
26
104-
26
54-2
26
65-
26
75-10
26
86-8
26
97-6 /
27
108-
27
56-3
27
67-6
07
78-9
27
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27
101-3 •
28
112-
28
58-4
28
70-
28
81-8
28
93-4
28
105- '
29
116-
29
60-5
29
72-6
29
84-7
29
96-8
29
108-9 ;
30
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30
62-6
30
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30
87-6
30
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30
112-6
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4
16-8
5
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6
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8
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10
41-8
11
45-10
12
50-
13
54-2
14
58-4
15
62-6
16
66-8
17
70-10
18
75-
19
79-2
20
83-4
21
87-6
22
91-8
23
95-10
24
100-
25
104-2
26
108-4
27
112-6
28
116-8
29
120-10
30
125-
6 by 6.
^ 1
3
i"2
6
^3
9
4
12
5
15
6
18
7
21-
8
24-
9
27-
10
30-
11
33-
12
36-
13
39-
14
42-
15
45-
16
48-
17
51-
18
54-
19
57-
20
60-
21
63-
22
66-
23
69-
24
72-
25
75-
26
78-
27
81-
28
84-
29
87-
30
90-
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^•1
5^2
J3
4
5
3-6
7-
10-6
14-
17-6
21-
24-6
28-
31-6
35-
38-6
42-
45-6
49-
52-6
56-
59-6
63-
66-6
70-
73-6
77-
80-6
84-
87-6
91-
94-6
98-
101-6
105-
6 by 8. 1
^1
4-
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8-
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12-
4
16-
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20-
6
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7
28-
8
32-
9
36-
10
40-
11
44-
12
48-
13
52-
14
56-
15
60-
16
64-
17
68-
18
7-2-
19
76-
20
80-
21
84-
22
88-
23
92-
24
96-
25
100-
26
104-
27
108-
28
112-
29
116-
30
120-
7 by 7.
^ 1
"2
J3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26 ! 106-2
27 1 110-3
28 ; 114-4
29 1 118-5
30 1 122-6
4-1
8-2
12-3
16-4
20-5
24-6
28-7
32-8
36-9
40-10
44-11
49-
53-1
57-2
61-3
65-4
69-5
73-6
77-7
81-8
85-9
89-10
93-11
98-
102-1
7 i.
y 8. ,
^ 1
4-8 /
^."2
9-4 /
j3
14- ,'
4
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5
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6
28- /
7
32-8 /
8
37-4 ,'
9
42- /
10
46-8 /
11
51-4 ^
12
56- i
13
60-8 ;
65-4 /
14
15
70- ;
16
74-8
17
79-4
18
84- )
19
88-8 )
20
93-4 )
21
98- )
22
102-8 /
2:3
107-4
24
112-
25
116-8
26
121-4
27
126- )
28
130-8 )
29
135-4 )
264
SCANTLING AND TIMBER MEASURE.
7 by 9.
-c-l
t«2
S3
4
5
6
7
5-3
10-6
15-9
21-
26-3
3-1-6
369
42-
47-3
52-6
57-9
63-
68-3
73-6
78-9
84-
89-3
10
11
12
13
14
15
16
17
18 94-6
19 999
20 105-
21 110-3
22 115-6
23 120-9
24 126-
25 131-3
26 136-6
27 141-9
28 :i47-
29 '152-3
30 157-6
8 by 8.
^ 1
^2
^3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
5-4
10-8
16-
21-4
26-8
32-
37-4
42-8
48-
53-4
58-8
64-
69-4
74-8
80-
85-4
90-8
96-
101-4
106-8
112-
117-4
1-22-8
128-
133-4
138-8
144-
149-4
1.^-8
160-
8 by 9.
^ 1
"'2
J3
4
5
12-
18-
24-
30-
36-
42-
48-
54-
60-
66-
72-
78-
84-
90-
90-
102-
108-
114-
120-
126-
132-
138-
144-
150-
156-
162-
168-
174-
180-
8 by 10.
6-8
13-4
20-
26-8
33-4
40-
46-8
53-4
60-
66-8
73-4
80-
86-8
93-4
100-
106-8
113-4
120-
126-8
133-4
HO-
MO'S
1.53-4
160-
166-8
173-4
180-
186-8
193-4
200-
9 by 9.
9b>
10.
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£ 1
7-6
^'2 13-6
Sf2
15-
^3 20-3
^3
22-6
4
27-
4
30-
5
33-9
5
37-6
6
40-6
6
45-
7
47-3
7
52-6
8
54-
8
60-
9
60-9
9
67-6
10
67-6
10
75-
11
74-3
11
82-6
12
81-
12
90-
13
87-9
13
97-6
14 94-6
14
105-
15 101-3
15
112-6
10 108-
16
120-
17
114-9
17
127-6
18
121-6
18
i:i5-
19
128-3
19
142-6
20
135
20
150-
21
141-9
21
157-6
22
148-6
22
165-
23
155-3
23
172-6
24
162-
24
180-
25
168-9
2,5
187-6
26
175-6
26
195-
27
182-3
27
202-6
28
189-
28
210-
29
195-9
29
217-6
30
202-6
30
225-
9 bv 1 1 .
^ 1
^2
^3
4
5
( --51
, 22
} 23
( 24
( 25
( 26
8-3
16-6
24-9
33-
41-3
49-6
57-9
66-
74-3
82-6
90-9
99-
107-3
115-6
123-9
132-
140-3
148-6
156-9
165-
173-3
181-6
18.1-9
198-
2(M>-3
214-6
222-9
231
2l<!'3
24-
10 by 10.
^ 1
&2
^3
4
5
6
7
8
9
10
11
12
8-4
16-8
25-
33-4
41-8
50-
58-4
66-8
75-
83-4
91-8
100-
13 1 108-4
14 116-8
15 125-
16 1133-4
17 1 141-8
150-
ir>8-4
166-8
175-
183-4
191-8
200-
208-4
216-8
225-
233-4
241-8
250-
10 by 1 1.
^ 1 I 9-2
«2 18-4
27-6
45-10
55-
64-2
73-4
82-6
91-8
100-10
110-
119-2
128-4
137-6
146-8
155-10
165-
174-2
183-4
192-6
201-8
21010
2-20-
229-2
•238-4
247-6
256-8
265-10
275-0
10 b
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11 by 11.
^1
10-
^1
10-1
y>2
20-
y2
20-2
.23
30-
,13
20-3
4
40-
4
40-4
5
50-
5
50-5
6
60-
6
60-6
7
70-
7
70-7
8
80-
8
80-8
9
90-
9
90-9
10
100-
10
100-10
11
110-
11
11011
12
120-
12
121-
13
130-
13
131-1
14
140-
14
141-2
15
150-
15
151-3
16
160-
16
161-4
17
170-
17
171-5
18
180-
18
181-6
19
190-
19
191-7
20
200-
20
201-8
21
210-
21
211-9
22
220-
22
221-10
23
2:!0-
23
231-11
24
240-
24
242-
25
250-
25
252-1
26
24)0-
26
262-2
27
270-
27
272-3
28
280-
28
282-4
29
290-
29
292-5
30
3(0
30
302-6
11 b
yia.
4 1
11-
%''2
22-
^3
33-
4
44-
5
55-
6
66-
7
77-
8
88-
9
99-
10
110-
11
121-
12
132-
13
143-
14
154-
15
165-
16
176-
17
187-
18
198-
19
209-
20
220-
21
231-
22
242-
23
253-
24
264-
25
275-
26
286-
27
297-
28
308-
29
319-
30
330-
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UC SOUTHERN REGIONAL LIBRARY FACILITY
B 000 007 931 9