trigram

This is a table of type trigram and their frequencies. Use it to search & browse the list to learn more about your study carrel.

trigram	frequency
of the sun	807
the sine of	777
to find the	654
of the earth	607
according to the	553
sine of the	515
of the world	464
part of the	459
motion of the	441
so is the	414
the tangent of	376
of the moon	368
the complement of	356
the center of	355
the time of	349
the motion of	338
of the same	337
center of the	318
place of the	315
one of the	305
the cosine of	294
the difference of	292
to the sine	286
of the suns	286
the line of	280
is in the	277
complement of the	274
the place of	267
distance from the	265
in the year	265
is to be	264
the sun is	263
the quadrant of	259
of the horizon	258
of the day	256
from the center	251
quadrant of altitude	251
and in the	246
in the same	245
the weight of	243
out of the	242
of the air	237
of the ecliptick	237
time of the	236
when the sun	235
of the planets	234
cosine of the	231
of the stars	229
and of the	228
of the said	228
of the latitude	228
the beginning of	226
it may be	226
of the sunne	226
is to the	223
the number of	219
to be the	219
the end of	218
difference of the	212
parts of the	207
equal to the	207
the length of	207
of the angle	206
to the meridian	203
if it be	203
of the other	203
the distance of	202
to the other	202
in the morning	198
of the quadrant	191
which is the	191
weight of the	188
from the meridian	187
degree of the	186
side of the	181
point of the	181
in the first	181
of the first	180
by reason of	178
of the water	178
end of the	177
above the horizon	177
of the heavens	175
the versed sine	175
distance of the	174
that it is	174
and the other	173
versed sine of	173
the latitude of	173
of the hour	171
from the earth	170
sine of d	170
tangent of the	168
the fixed stars	166
length of the	166
of the globe	164
of the moone	163
number of degrees	163
day of the	162
of the pole	160
the pressure of	159
the top of	156
there is a	153
the point of	152
as the radius	151
there is no	150
to the tangent	149
sines of the	149
of all the	149
be in the	148
pressure of the	148
from the sun	148
line of sines	148
sum of the	148
degrees of the	146
the height of	145
the poles of	145
the sun and	144
the distance between	144
a table of	144
as in the	143
in respect of	142
the earth is	141
poles of the	141
of the meridian	141
that of the	140
then a quadrant	140
distant from the	138
is the sine	138
of the sphere	135
the other foot	135
as well as	134
shall be the	133
that the earth	133
the sum of	132
of the fixed	132
the right ascension	131
it to be	131
height of the	130
the hour of	130
that which is	130
top of the	129
it is not	128
of the equator	128
the middle of	127
of the declination	126
as it is	126
on the globe	123
the degree of	122
hour of the	122
of the given	122
in the limb	122
the use of	121
the suns declination	121
that is to	121
arch of the	121
the secant of	121
the square of	120
the thread to	120
of the altitude	120
may be found	119
to be in	119
the angle of	119
as the sine	118
found to be	117
come to the	116
reason of the	116
secant of the	116
of the sines	116
and by the	115
pole of the	115
the angle sought	115
is called the	114
as for the	113
the suns altitude	113
as it were	113
that there is	112
and from the	112
the sines of	112
as to the	112
to have been	112
to finde the	111
the inhabitants of	111
of the equinoctial	111
you will find	110
it will be	110
the name of	110
to the same	110
of the two	109
so that the	109
distance between the	109
the same with	108
in the midst	107
because it is	107
early english books	107
the nature of	107
that the sun	107
lay the thread	107
the day of	105
is to say	105
in the meridian	104
a line of	103
the altitude of	103
the nearest distance	103
in the center	102
the arch of	102
parallel to the	102
not to be	102
in the heavens	102
the reason of	102
right ascension of	101
will be found	101
the hour from	101
the help of	100
of the line	100
the parts of	100
in the second	100
found in the	100
the pole of	100
to be a	100
the given angle	99
the same time	99
beginning of the	99
the surface of	99
opposite to the	98
the elevation of	98
of the second	98
of the place	98
the opinion of	98
ascension of the	97
if it were	97
the meridian of	97
at the same	97
of the side	97
thread to the	97
east or west	97
will be the	97
the quantity of	97
is equal to	97
of the night	96
the head of	96
of the zodiack	96
altitude of the	96
the midst of	96
latitude of the	95
in which the	94
and therefore the	94
the measure of	94
added to the	93
the versed sines	93
in the horizon	93
are to be	93
one foot of	93
in this case	92
at right angles	92
that in the	92
the body of	91
the a clock	91
in like manner	91
in the middle	91
sun is in	91
the rest of	91
body of the	91
the other side	91
tangent of d	90
the angle at	90
use of the	90
to the cosine	90
the sun in	90
the reason is	89
one of them	89
the suns place	89
the scale of	89
declination of the	89
of the whole	89
to the side	89
of the moneth	89
of a circle	88
of the year	87
it in the	87
to the earth	87
in the triangle	87
it is called	86
in the beginning	86
are in the	86
to know the	86
of the ark	86
when it is	86
of the sea	86
square of the	85
english books online	85
as the cosine	85
the diameter of	85
by help of	85
it is the	85
the north pole	85
is said to	84
axis of the	84
the side sought	84
the most part	84
of the third	83
in the air	83
the circle of	83
in the other	83
that there are	83
sun and moon	83
measure of the	83
and that the	83
azimuth from the	82
said to be	82
the space of	82
the declination of	81
the sun or	81
the cause of	81
that it was	81
elevation of the	81
circle of position	81
angled spherical triangle	81
anni post christum	81
it is a	81
the primum mobile	80
edge of the	80
table of the	79
which may be	79
by the arabs	79
in the evening	79
to the horizon	79
foot of the	79
of half the	78
rising and setting	78
be found to	78
difference between the	77
it is in	77
the axis of	77
at this day	77
right angled spherical	77
as they are	77
the earth to	76
the parallel of	76
by the globe	76
of the circle	76
it must be	76
from the south	76
found by the	75
any of the	75
and the angle	75
to make a	75
you may see	75
of the versed	75
the sun hath	75
so shall the	75
rest of the	74
and so the	74
for the most	74
the tropick of	74
from the zenith	74
less then a	74
help of the	74
that part of	73
on the north	73
the golden number	73
of the most	73
greater then a	73
seen in the	72
some of the	72
in the line	72
and you will	72
professor of mathematicks	72
middle of the	72
of the earths	72
the doctrine of	71
and the same	71
description of the	71
to the versed	71
of the former	71
in the afternoon	70
the centre of	70
a clock hour	70
in the said	70
points of the	70
on the other	70
of a star	69
the first meridian	69
the first of	69
from the north	69
them to be	69
nearest distance to	69
the shade of	69
a clock line	68
take the nearest	68
and on the	68
which it is	68
laying the thread	68
in the time	68
be able to	68
sides of the	68
from the east	68
according to their	68
by the help	67
the sides of	67
the given side	67
it to the	67
that they are	67
then in the	67
motions of the	67
of the several	66
is the same	66
the son of	66
versed sines of	66
the meridian line	66
the sun to	66
the longest day	66
past in the	66
between the two	65
for finding the	65
on the quadrant	65
the difference between	65
is the difference	65
of the aequator	65
the area of	65
the ark of	64
to the sun	64
together with the	64
inches of mercury	64
to the radius	64
degrees and minutes	64
point in the	63
nature of the	63
is the angle	63
the right edge	63
either of the	63
to be found	63
and the thread	63
by the greeks	63
said the marquiese	62
the cotangent of	62
the description of	62
by the same	62
in the former	62
in the moone	62
on the south	62
because they are	62
in the moon	62
will find the	62
in the world	61
of the primum	61
the intersection of	61
of the poles	61
but in the	61
are said to	61
take the distance	61
from the pole	61
intersection of the	61
to the east	61
text creation partnership	60
be found in	60
the foot of	60
the meridian altitude	60
the degrees of	60
half of the	60
semidiameter of the	60
of the radius	60
of the sides	60
angle of the	60
greater then the	60
of the celestial	59
said to have	59
in the zodiack	59
the index of	59
that is the	59
the earth and	59
places of the	59
circle of the	59
the same manner	58
a piece of	58
all the rest	58
the earth in	58
declination in the	58
theory of the	58
the hour circle	58
towards the north	58
if you would	58
of a fluid	58
diameter of the	58
place in the	58
in this manner	58
foot of water	58
and to the	58
that if the	57
is that which	57
from the beginning	57
the moon is	57
comprehended between the	57
to the first	57
based on the	57
those of the	57
made by the	57
a pillar of	57
the sunne is	57
that he was	57
it cannot be	57
must needs be	57
the university of	57
on the east	57
the oblique ascension	57
the other planets	56
in the aire	56
put forth a	56
index of the	56
centre of the	56
of the great	56
is not so	56
the pillar of	56
respect of the	56
some part of	56
or any other	56
on the west	56
the motions of	55
the said thread	55
placed in the	55
the poles elevation	55
a mountain of	55
being added to	55
as much as	55
the course of	55
it is to	55
in reference to	55
one and the	55
pillar of water	55
so great a	54
drawn from the	54
that when the	54
when he is	54
under the horizon	54
find the angle	54
the distance from	54
in the right	54
will cut the	54
the half sum	54
the hour and	54
parallel of the	54
so much as	54
being in the	54
the azimuth from	53
from the other	53
the angle a	53
region of the	53
to the difference	53
in the university	53
surface of the	53
which is in	53
day and night	53
the light of	53
the south pole	53
star in the	53
that it may	53
course of the	53
the figure of	52
of the azimuth	52
from the point	52
this is the	52
is not the	52
of the vvater	52
be equal to	52
the table of	52
the semidiameter of	52
but if the	52
in the east	52
be less then	52
to make the	52
circles of the	52
angle opposite to	51
to the square	51
could not be	51
we have given	51
the radius of	51
in the centre	51
the knowledge of	51
be the same	51
from the first	51
the holy ghost	51
early works to	51
and then the	51
on the said	51
nothing else but	51
inhabitants of the	51
but when the	51
and the earth	51
in the equal	51
pillar of air	51
in the scale	50
of the moones	50
and this is	50
in the limbe	50
hour and azimuth	50
to the secant	50
quantity of the	50
at the end	50
difference of longitude	50
meridian of the	50
seems to be	50
cotangent of the	50
the ascensional difference	50
ought to be	50
at any time	50
in the ecliptick	50
the side of	50
degrees from the	50
a great circle	50
the authority of	50
that are in	50
cosecant of the	49
midst of the	49
north and south	49
part of a	49
be found by	49
and if you	49
to the common	49
of the difference	49
rectangle of the	49
and the reason	49
to a semicircle	49
the rectangle of	49
wall or cieling	49
the distances of	49
the suns greatest	49
through the meridian	49
the true time	48
in the night	48
cut by the	48
by which the	48
north or south	48
and for the	48
the left edge	48
that the moon	48
the first and	48
in the next	48
the third side	48
with the sun	48
how to find	48
point of entrance	48
the longitude of	48
to the thread	48
the suns azimuth	48
number of the	48
of the eccentrick	48
they may be	48
the first tearm	48
the hour lines	48
or in the	47
of any star	47
to be understood	47
so many degrees	47
the title of	47
at that time	47
the angle opposite	47
star of the	47
is able to	47
of the moons	47
and a half	47
for if the	47
if there be	47
find the suns	47
doctrine of the	47
the angle b	47
upon the same	47
of this opinion	47
the side a	47
of which the	46
the year of	46
to be of	46
of the compass	46
of the scale	46
of the plane	46
as far as	46
the order of	46
light of the	46
be greater then	46
you have the	46
which is called	46
the first is	46
the moons mean	46
at the beginning	46
to the end	46
if there were	46
in the last	46
position of the	45
of the nature	45
of versed sines	45
rising or setting	45
in the table	45
the force of	45
in the versed	45
of the motion	45
turn the globe	45
to which the	45
of the greatest	45
from the equinoctial	45
is nothing else	45
longitude and latitude	45
not in the	45
of the diameter	45
be added to	45
at the first	45
east and west	45
the right angled	45
to be added	45
the east or	45
they are not	45
clock in the	45
in the west	45
there is not	45
of the surface	45
of altitude to	44
because of the	44
if the earth	44
for the latitude	44
upon the globe	44
at the time	44
of the comet	44
of the sphaere	44
setting of the	44
will not be	44
for div a	44
and the distance	44
a part of	44
draw the line	44
sun in the	44
counted from the	44
there may be	44
it would be	44
the terrestrial globe	44
and all the	44
of north declination	44
well as the	44
the reason why	44
notes for div	44
to be d	44
order of the	44
the thread over	44
to the said	44
find the hour	44
of the rest	44
the th of	44
and it will	44
as if the	44
given to find	44
of the compasses	43
pass through the	43
of these two	43
tropick of cancer	43
in the zenith	43
in which he	43
the declination in	43
for it is	43
not so much	43
semidiameters of the	43
to the top	43
the brasen meridian	43
a kind of	43
a right line	43
if the sun	43
with the same	43
an arch of	43
distance to it	43
that the heavens	43
latitude of london	43
in the following	43
altitude in the	43
globe of the	43
side opposite to	43
of the month	43
there must be	43
reason of this	43
and consequently the	43
the dial a	43
the potentia of	42
in the earth	42
in an oblique	42
suns greatest declination	42
is all one	42
which being added	42
line of the	42
is a great	42
let us suppose	42
into two equal	42
and so is	42
the pondus of	42
the death of	42
of the universe	42
to one of	42
of the hipotenusal	42
it will not	42
may be made	42
the east side	42
in such a	42
minutes of the	42
in the north	42
the air is	42
under the earth	42
divided into two	42
line of chords	42
shade of the	42
may be done	42
as the other	42
taken out of	42
of the lesser	42
on the meridian	42
as may be	42
some of them	42
the dragons head	42
comes to the	41
the same weight	41
space of time	41
of one of	41
if a man	41
of the clock	41
so that if	41
keying and markup	41
yet it is	41
is from the	41
is the tangent	41
the matter of	41
it from the	41
the thread laid	41
radius of the	41
the bottom of	41
upon the earth	41
all the other	41
of the heaven	41
of the sunnes	41
from the right	41
to this purpose	40
the elevated pole	40
in his book	40
here at london	40
upon the surface	40
that all the	40
the mouth of	40
all the world	40
though it be	40
the true motion	40
of mathematicks at	40
the stars hour	40
in the point	40
of the sine	40
motion of latitude	40
the shadow of	40
opinion of the	40
the face of	40
true time of	40
he wrote likewise	40
oblique angled spherical	40
the art of	40
be of the	40
to the angle	40
the air within	40
towards the south	40
the names of	40
the wall or	40
a b c	40
after this manner	40
the circles of	40
is the cosine	40
from the equator	40
about the sun	40
of the three	40
to the latitude	40
the testimony of	40
the globe of	40
face of the	39
then you must	39
the rising of	39
let it be	39
how much the	39
and if the	39
which is a	39
the horizon of	39
the zenith and	39
contrary to the	39
there will be	39
by joseph moxon	39
of the new	39
is not to	39
and because the	39
of the one	39
of the mercury	39
moon from the	39
parts of a	39
the theory of	39
as hath been	39
placed in heaven	39
to the west	39
supposed to be	39
the globe till	39
of the signs	39
and the meridian	39
of degrees of	39
after the same	39
the truth of	39
to be so	39
in regard of	39
to draw the	39
altitude to the	39
the other end	39
of the horizontal	39
they are called	39
the azimuth of	39
all the stars	39
to the former	38
in the sun	38
marked as illegible	38
the first place	38
hour from noon	38
the heavens are	38
the points of	38
in the head	38
characters represented either	38
sub sub sub	38
the stars are	38
as is the	38
to the distance	38
on the contrary	38
true motion of	38
if they were	38
therefore i say	38
of the tub	38
but if it	38
area of the	38
by the motion	38
the second book	38
of the greater	38
as the sun	38
may be seen	38
represented either as	38
angled spherical triangles	38
laid over the	38
any part of	38
there should be	38
either as utf	38
which will be	38
with the horizon	38
and it is	38
side the horizon	38
so it is	38
on the left	38
of the complement	38
bottom of the	38
the moon from	38
part of it	38
the world is	38
and at the	37
will give you	37
set on fire	37
arch of a	37
distance to the	37
of the aire	37
in the south	37
by the former	37
of a great	37
less then the	37
not far from	37
the common radius	37
of the equinoctiall	37
of the tower	37
to shew the	37
if this be	37
tables of the	37
as you may	37
the words of	37
of it is	37
in a right	37
of the fourth	37
so much the	37
to the tang	37
one of these	37
mathematicks in the	37
when they are	37
the sun being	37
those that are	37
the places of	37
the feast of	37
it is more	37
is the radius	37
for this reason	36
the opposite side	36
and as for	36
that may be	36
the east point	36
plane of the	36
m e h	36
to the motion	36
i shall not	36
of mathematicks in	36
the one is	36
and the said	36
of equal parts	36
to the right	36
according to this	36
to which he	36
to that of	36
of the middle	36
to be considered	36
the plane of	36
that in all	36
feast of easter	36
the moone is	36
it shews the	36
to make an	36
the polar circles	36
of the ship	36
things that are	36
surface of water	36
to a fourth	36
which is all	36
the whole world	36
give you the	36
to be made	36
on the right	35
and in this	35
in the third	35
of our earth	35
the altitude sought	35
the solution of	35
a clock in	35
not at all	35
observations of the	35
from the top	35
the meridian at	35
the three sides	35
because there is	35
is the arch	35
help of a	35
the left hand	35
the sunne and	35
on the line	35
in the equinoctial	35
that by the	35
two equal parts	35
make use of	35
the side m	35
the summe of	35
the form of	35
and the side	35
i would know	35
a treatise of	35
the equal limb	35
find the time	35
of your compasses	35
of an hour	35
the edge of	35
the inches of	35
heat of the	35
the half of	35
to the complement	35
force of the	35
will have it	35
eclipse of the	35
the orbe of	35
by this means	35
half sum of	35
head of the	34
days from her	34
on each side	34
of the zodiacke	34
her cardinal point	34
from her cardinal	34
the sphere of	34
is by the	34
is the distance	34
as the tangent	34
world in the	34
from the place	34
from the authority	34
if you multiply	34
of his own	34
are of the	34
east to west	34
for the same	34
a right angle	34
same with the	34
and setting of	34
and the sun	34
not able to	34
so the sine	34
at which time	34
set to the	34
to nearest distance	34
and for this	34
and to be	34
true place of	34
of the limb	34
the west with	34
sought as the	34
to the moon	34
in the whole	34
in the circle	34
the manner of	34
by the name	34
is divided into	34
according to nearest	34
and the like	34
by the way	34
distances of the	34
there was a	34
the circumference of	34
by the sun	34
the middle motion	34
till the index	34
as if it	34
of right angled	34
scale of entrance	34
be divided into	34
to the cotangent	34
and the point	34
from the said	33
and therefore it	33
the angle m	33
you would know	33
bounded on the	33
west to east	33
the globe to	33
the two first	33
for as the	33
the north side	33
of oblique ascensions	33
on both sides	33
the principles of	33
the same number	33
from east to	33
of the antients	33
third part of	33
is bounded on	33
the horizon and	33
table of oblique	33
of the sum	33
be seen in	33
of the triangle	33
the side opposite	33
taken from the	33
oblique ascension of	33
in the day	33
either in the	33
the same place	33
of the star	33
much of the	33
from the same	33
that is in	33
for the sun	33
the true place	33
it must needs	33
may be drawn	33
end of it	33
draw a line	33
of the starres	33
the heat of	33
line of versed	33
and the moon	33
and an half	33
which is not	33
a ruler laid	33
to the time	33
is greater then	33
and by consequence	33
of such a	33
and such like	33
so the tangent	33
and as the	33
ruler laid from	33
to find an	33
the same is	32
the fixed starres	32
the whole earth	32
which the sun	32
of the proportion	32
a right angled	32
the true hour	32
the rising and	32
to all the	32
such as are	32
of the eclipticke	32
both of them	32
the place where	32
but it is	32
which they are	32
half an hour	32
the stars in	32
the content of	32
the water is	32
is supposed to	32
contained between the	32
the power of	32
was the first	32
for the better	32
which by the	32
and the index	32
as also the	32
pondus of the	32
so that it	32
from west to	32
each of them	32
shadow of the	32
it comes to	32
the other angle	32
about the globe	32
subtracted from the	32
to the whole	32
with the other	32
into equal parts	32
all the parts	32
from the sine	32
the moon to	31
they are in	31
and the suns	31
of the angles	31
the east with	31
mouth of the	31
potentia of the	31
to represent the	31
to the second	31
superficies of the	31
when the sunne	31
to be observed	31
sine of half	31
vses of the	31
to the degree	31
the remainer is	31
diameters of the	31
and take the	31
side sought as	31
summe of the	31
out of a	31
of the house	31
in order to	31
the sun from	31
have it to	31
was placed in	31
that the sunne	31
of the compassis	31
caused by the	31
the moon and	31
you may find	31
and difference of	31
more or less	31
the same to	31
by the latines	31
of the epicycle	31
the terms of	31
between the first	31
will shew the	31
extant in the	31
as for example	31
you will have	31
for when the	31
which in this	31
sun to be	31
the measuring of	31
of the coal	31
day in the	31
that the stars	31
as by the	31
from b to	31
of this circle	31
every one of	31
the same degree	30
the right angle	30
by the first	30
the pole above	30
in the water	30
in the space	30
if they be	30
the product is	30
and when the	30
he put forth	30
which in the	30
is one of	30
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of the circles	30
in the sines	30
place one foot	30
the fixt stars	30
let there be	30
to be drawn	30
perpendicular to the	30
the angle c	30
in the southern	30
to find a	30
and that it	30
the west side	30
obliquity of the	30
the globe and	30
of an arch	30
or a clock	30
line on the	30
and let the	30
and draw the	30
that they were	30
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and so consequently	30
being deducted from	30
the logarithm of	30
under the same	30
earth and the	30
there is an	30
or according to	30
a surface of	30
sun or stars	30
weight of it	30
to take the	30
the north with	30
to make it	30
of the object	30
of degrees and	30
cause of this	30
in the end	30
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of the eye	30
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as the earth	30
the pole is	30
the south with	30
he is in	30
there is nothing	30
the scale and	30
island in the	30
whether it be	30
sines and tangents	30
belonging to the	30
as there is	30
this was the	30
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of a degree	30
the uses of	29
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upon the top	29
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tangent of half	29
the horizon at	29
and the opposite	29
how many degrees	29
opposite to one	29
thread laid over	29
also of the	29
line of tangents	29
the stagnant mercury	29
in all the	29
that can be	29
that the pressure	29
represented by the	29
have the same	29
in this example	29
thred to the	29
parallel of declination	29
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shade of extuberancy	29
in his own	29
of the pipe	29
the superficies of	29
figure of the	29
by which it	29
add add add	29
as i said	29
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those in the	29
the center a	29
then lay the	29
the earths motion	29
his distance from	29
you shall finde	29
stars in the	29
were in the	29
that the whole	29
same number of	29
than the other	29
the observation of	29
the sun rises	29
altitude or depression	29
i find the	29
in stead of	29
for then the	29
the stiles height	29
or of the	29
the cusp of	29
of the cone	29
the tangents of	29
to the year	29
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in the place	29
degrees in the	29
sun hath d	29
of the work	29
reason of their	29
of the base	29
from the greater	29
foot of your	29
made of the	28
as high as	28
the same distance	28
reference to the	28
between the scale	28
table shewing the	28
scale and the	28
for in the	28
to the hour	28
the world to	28
one degree of	28
on the earth	28
of the glass	28
of a man	28
on the plane	28
the daughter of	28
as if they	28
these are the	28
the euxine sea	28
and the complement	28
ark of difference	28
the same reason	28
the same kind	28
of the dial	28
desire to know	28
in the hour	28
of the glasse	28
the parallels of	28
the other two	28
which is to	28
is distant from	28
there can be	28
you tell us	28
meridian at midnight	28
is the greater	28
globe till the	28
that we may	28
to the north	28
b a c	28
and the stars	28
not only the	28
tropick of capricorn	28
that the same	28
and the line	28
finding the hour	28
the sun be	28
if you will	28
much as the	28
form of a	28
was in the	28
names of the	28
of the ecliptique	28
what degree of	28
the celestial bodies	28
the third part	28
the vses of	28
and bring the	28
two or three	28
the upper part	28
of the pillar	28
the meridian and	28
by which means	28
in the northern	28
he published likewise	28
in the latitude	28
both in the	28
let the given	27
from the true	27
to the suns	27
sunne and moone	27
the sun comes	27
as you say	27
of its own	27
of the aphelion	27
in the lowest	27
radius to the	27
in the equator	27
to find out	27
and minutes of	27
shewed in the	27
beginning of aries	27
to one another	27
the said ark	27
would have been	27
below the horizon	27
one of those	27
to secant of	27
if i should	27
upon the line	27
the celestial motions	27
is no more	27
with your compasses	27
which if you	27
part of this	27
and the given	27
upon the point	27
the side b	27
by way of	27
it be required	27
the first book	27
upper part of	27
between the zenith	27
be required to	27
it hath been	27
of the arch	27
you would have	27
the suns true	27
upon which the	27
the radius to	27
you come to	27
the sum is	27
half the angle	27
then a semicircle	27
edition of the	27
but if you	27
of the tropicks	27
fourth part of	27
to be at	27
from the aequator	27
to which is	27
cusp of the	27
it was not	27
the point where	27
find it to	27
the hight of	27
from the vertical	27
the new moons	27
so in the	27
open your compasses	27
of a quadrant	27
a book of	27
in going down	27
and the contrary	27
will be a	27
equall to the	27
the revolution of	27
as i have	27
is the cause	27
a cylinder of	27
of which see	27
you are to	27
the product will	27
the first point	27
semicircle of the	27
when a man	27
from whence it	27
the thred to	27
this may be	27
as we have	27
a s a	27
scale of hours	27
from the end	27
the cosecant of	27
b c d	27
the same in	27
of the true	27
of your globe	27
the horizon in	27
together with a	27
and you have	26
a meridian line	26
therefore by the	26
nearest distance from	26
azimuth in the	26
and turn the	26
from the middle	26
the third tearm	26
there are some	26
bring the place	26
and the rest	26
of the right	26
when there is	26
for if it	26
made in the	26
by the earth	26
it be said	26
towards the center	26
on either side	26
line of latitudes	26
of them are	26
sought in the	26
and that in	26
degrees and parts	26
and yet the	26
can be no	26
other parts of	26
an account of	26
in a manner	26
called by the	26
degrees above the	26
those things which	26
the radius is	26
which are the	26
the next place	26
the suns mean	26
in the one	26
would know the	26
one half of	26
will have the	26
that though the	26
as there are	26
suns true place	26
the oblique angled	26
round about the	26
of the yeare	26
the middle region	26
the author of	26
by the second	26
is the number	26
in the oblique	26
with the angle	26
and where the	26
find the side	26
make a prick	26
so the cosine	26
made use of	26
at the hour	26
inches of water	26
how to make	26
of them being	26
and if it	26
the first day	26
and the first	26
a star of	26
clock hour circle	26
but this is	26
year of the	26
therefore in the	26
the plain of	26
answering to the	26
it were required	26
in the lesser	26
d in the	26
of the ancients	26
rectifie the globe	26
from a to	26
for the time	26
as soon as	25
with all the	25
in this place	25
turn about the	25
the first magnitude	25
the sun was	25
so when the	25
which must be	25
out of it	25
the former extent	25
by the third	25
the tables of	25
most of the	25
the most eminent	25
to be seen	25
earth to be	25
up to the	25
may be taken	25
is of a	25
point where the	25
put the case	25
to be as	25
from the sunne	25
the other the	25
in the reflected	25
the lesser sines	25
of the christian	25
to the given	25
product will be	25
that it cannot	25
sine of a	25
to the bottom	25
horizon of the	25
from the horizon	25
plurality of worlds	25
in relation to	25
on the th	25
you must place	25
it should be	25
of the table	25
in the th	25
account of the	25
air within the	25
the first star	25
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the lower end	25
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by the table	25
diameter of a	25
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from the poles	25
then the earth	25
of the center	25
to the several	25
up into heaven	25
this circle is	25
of the projection	25
to the opinion	25
is called by	25
of the opposite	25
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in the heaven	25
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were required to	25
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for if you	25
of the body	25
of right ascensions	25
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the point a	25
as cited by	25
to find his	25
of it self	25
a long time	25
the thread and	25
at other times	25
of all things	25
it had been	25
and of his	25
full of water	25
the inclination of	25
and therefore in	25
azimuth of the	25
towards the east	25
the altitude in	25
is less then	25
content of the	25
so that in	25
the right hand	25
i do not	25
is evident from	25
when you say	25
place to the	25
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the proportion of	25
it will follow	25
of the roman	25
of the last	25
the suns rising	25
an island in	25
able to sustain	25
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may be a	24
through the sights	24
of difference between	24
which you may	24
the houre of	24
days and nights	24
to the axis	24
a table shewing	24
of an ark	24
if the given	24
the pole and	24
as by prob	24
in the very	24
translated into heaven	24
more then the	24
the sight of	24
less than the	24
it is so	24
are called the	24
its complement to	24
of the dragons	24
rests upon the	24
one end of	24
about the earth	24
degree in the	24
the same point	24
in the most	24
plain of the	24
lines from the	24
laid to the	24
the unformed stars	24
that he might	24
of the clouds	24
and may be	24
that i have	24
a number of	24
of latitude at	24
to the third	24
level of the	24
the suns distance	24
of the houre	24
is more then	24
meridian and the	24
may thus be	24
the christian aera	24
the life of	24
of the leggs	24
and so forward	24
meridian of london	24
can be made	24
to the pole	24
case of right	24
the first part	24
for the hour	24
he treats of	24
proper to the	24
of any other	24
there are two	24
no less than	24
sines from the	24
rectified to the	24
the second and	24
of the stile	24
may find the	24
of in the	24
of an houre	24
with the meridian	24
one foot on	24
of the north	24
the yeare of	24
therefore it is	24
as the rectangle	24
suns distance from	24
the mean anomaly	24
clear from the	24
hence to find	24
is of the	24
part of his	24
when she is	24
one in the	24
of the half	24
will give the	24
him to be	24
be done by	24
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equally distant from	24
the hours of	24
there is in	24
is clear from	24
and the degree	24
a catalogue of	24
be the center	24
to the diameter	24
of that star	24
at the sine	24
it is no	24
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in the summer	24
in the upper	24
doctor of physick	24
seasons of the	24
would be found	24
is caused by	24
of the vessel	24
the meaning of	24
which being deducted	24
and so of	24
m b h	24
of the week	24
is the true	24
the earth as	24
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of a line	24
the ends of	23
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string from the	23
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which i have	23
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zenith and the	23
nearer to the	23
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proportion to the	23
the bright star	23
within the pipe	23
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the meridian with	23
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on which the	23
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that if you	23
the same day	23
must be the	23
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much is the	23
angle of inclination	23
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place where the	23
the suns amplitude	23
where there is	23
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the difference is	23
of this constellation	23
first point of	23
by how much	23
the constellation of	23
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the same sence	23
it by the	23
them to the	23
out of which	23
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able to support	23
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his book de	23
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the day and	23
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the bensil of	23
the time when	23
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the north and	23
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treatise of the	23
is above the	23
there is but	23
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the point c	23
other part of	23
that rests upon	23
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the hipotenusal be	23
motion in the	23
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one part of	23
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hath been shewed	23
of that which	23
to do so	23
of the eclipse	23
relation to the	23
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being multiplied by	23
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the bead to	23
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i doubt not	23
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the equal limbe	23
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venus and mercury	23
setting one foot	23
them in the	23
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find the azimuth	23
foot of vvater	23
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this keyboarded and	22
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owned by the	22
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the work described	22
to press up	22
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kb of xml	22
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the differences of	21
remainer is the	21
the second way	21
of this dial	21
in the library	21
i say then	21
in the sphere	21
in the calendar	21
the finding of	21
or at least	21
as we said	21
issuing from the	21
the horizon is	21
it is of	21
of the shadow	21
the time given	21
is the most	21
and with the	21
for the suns	21
the right line	21
clock at night	21
as long as	21
it could not	21
in a word	21
a whole circle	21
the whole weight	21
there are many	21
to touch the	21
of the theory	21
influence of the	21
and therefore they	21
you desire to	21
of the natural	21
to cosine of	21
both of the	21
cylinder of water	21
there is another	21
finding of the	21
moons mean motions	20
the very same	20
he writ likewise	20
the dial b	20
the equinoctial colure	20
are not to	20
and the potentia	20
speaking of the	20
the situation of	20
with the weight	20
of the greeks	20
first day of	20
for understanding this	20
in all likelihood	20
which did not	20
measured in the	20
where they are	20
there would be	20
is found by	20
clock hour line	20
in which they	20
and therefore of	20
the earth the	20
because the sun	20
the sunne to	20
second and third	20
to the altitude	20
never have been	20
finding out the	20
the gnomonical semi	20
globe and quadrant	20
the other part	20
before or after	20
in a ship	20
the whole circle	20
complement to a	20
it be in	20
bensil of the	20
which are in	20
in his time	20
and the foot	20
the east and	20
of the gods	20
th of april	20
a circle of	20
even in the	20
the king of	20
passes through the	20
the meridian in	20
say that it	20
is but a	20
the horizontal dial	20
of any two	20
east side the	20
the said arch	20
between the said	20
heigth of the	20
for this cause	20
the remainder is	20
of the parts	20
of the semi	20
that this is	20
in all other	20
agree with the	20
deducted from the	20
to the south	20
at the meridian	20
the planets are	20
because the water	20
compasses in the	20
it at the	20
is the reason	20
made about the	20
wrote a book	20
which there is	20
an erect direct	20
works in other	20
as well in	20
angles in the	20
as was said	20
side a b	20
and when it	20
to which they	20
of them is	20
their works are	20
it is also	20
the works of	20
and the publisher	20
bright star in	20
book of the	20
day or night	20
be aware of	20
in the yeare	20
parallax of the	20
in the fourth	20
be reduced to	20
with the said	20
the causes of	20
circles of position	20
air of the	20
the converse of	20
the complement thereof	20
in the use	20
the heigth of	20
therefore it containeth	20
the setting of	20
this is evident	20
the said reflected	20
this is a	20
motion of a	20
the proportion will	20
if the declination	20
by the air	20
in the two	20
that it might	20
the second is	20
with the former	20
a pair of	20
the earth did	20
an hour past	20
mentioned in the	20
of the time	20
in the quadrant	20
to the stars	20
be said to	20
pillar of mercury	20
out of their	20
divided into degrees	20
the line sol	20
proceed from the	20
have to be	20
to be taken	20
out of its	20
of that circle	20
the seven planets	20
given in the	20
till you come	20
being multiplyed by	20
he could not	20
the suns right	20
a small treatise	20
the world over	20
middle region of	20
of the texts	20
fitted to the	20
edition of a	20
of the man	20
to prove the	20
the obliquity of	20
in form of	20
most part of	20
declination under the	20
then is the	20
in which there	20
a view of	20
you shall find	20
which he hath	20
according to ptolomy	20
it be not	20
the equation of	20
is the place	20
cycle of the	20
the other parts	20
of your place	20
and find the	20
according to which	20
to the number	20
the first edition	20
other of the	20
difference in the	20
true nature of	20
in any other	20
as the water	20
between and available	19
in that place	19
elements to simplify	19
title published between	19
tei g elements	19
where the sun	19
and use these	19
those which did	19
is very good	19
were encoded as	19
may be so	19
users should be	19
images in accordance	19
and therefore chose	19
or elements to	19
in libraries guidelines	19
and available in	19
the element of	19
of the sector	19
of some other	19
creation partnership web	19
textual data within	19
second or later	19
how to describe	19
via their early	19
of the print	19
instances will never	19
long as the	19
a little before	19
the print record	19
have been looked	19
illegible were corrected	19
the milky way	19
the substiles distance	19