quadgram

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

quadgram	frequency
the sine of the	636
to the sine of	401
the complement of the	370
the cosine of the	293
the tangent of the	265
the versed sine of	202
to the tangent of	201
on the line of	198
the center of the	188
is the sine of	184
the line of numbers	181
so is the sine	174
the length of the	164
the difference of the	160
the line of sines	153
as the sine of	145
versed sine of the	141
the end of the	139
by the line of	128
the thread to the	128
the same way from	126
the sum of the	126
sine of the suns	125
the distance of the	122
sine of the latitude	120
the secant of the	119
the inclination of meridians	116
of the line of	113
as the cosine of	110
the distance between the	108
in the line of	105
of the suns declination	104
complement of the latitude	103
sine of the hour	102
the thred to the	99
of the sines of	97
the meridian of the	96
sine of the angle	96
the sines of the	96
the time of the	95
of the hour from	93
the sine of d	92
the line of lines	92
to the other foot	91
the nearest distance from	91
lay the thread to	90
of the suns altitude	89
lay the thred to	89
the elevation of the	89
take the nearest distance	88
the square of the	88
to the cosine of	86
the height of the	85
p m p m	85
cosine of the latitude	82
reach the same way	81
the side of the	81
to find the suns	80
to the versed sine	80
the use of the	79
be found to be	79
the nearest distance to	79
shall reach the same	78
is equal to the	78
m p m p	75
elevation of the pole	74
is the tangent of	74
sine of the azimuth	71
the shadow of the	70
tangent of the latitude	70
the latitude of the	70
greater then a quadrant	69
the versed sines of	68
will be found to	67
the declination of the	66
the beginning of the	65
the tangent of d	65
is to the sine	65
the superficies of the	65
s s s s	63
from the sine of	63
the altitude of the	63
so is the tangent	62
difference of the versed	62
sine of the declination	62
of the versed sines	61
latitude of the place	61
less then a quadrant	61
so is the radius	60
side of the square	59
of the angle sought	59
the hour of the	58
the hour and azimuth	57
the day of the	57
declination of the sun	56
the east or west	56
early english books online	56
the hour from noon	55
the cotangent of the	55
to the secant of	55
the azimuth from the	54
when the sun hath	54
take the distance between	53
laying the thread to	53
suns distance from the	52
the suns distance from	52
versed sines of the	52
of the complement of	51
the radius of the	51
to the difference of	50
in the center of	50
the place of the	50
to the square of	50
thread to the other	50
superficies of the dyal	50
cosine of the declination	49
is the cosine of	49
hour of the day	49
to the complement of	49
to find the content	48
of the given angle	48
laying the thred to	48
time of the day	48
of the side sought	48
is the difference of	48
the point of entrance	48
meridian of the place	48
secant of the latitude	47
the rectangle of the	47
the declination in the	47
the extent from to	47
at the end of	47
the foot of the	47
that is to say	47
to finde the suns	47
a rule laid from	46
the distance from the	45
the point of the	45
to find the hour	45
on the other side	44
so is the difference	44
one foot of the	44
altitude of the sun	44
the radius to the	44
nearest distance to it	43
part of the meridian	43
and draw the line	43
of the azimuth from	42
as the tangent of	42
of one of the	42
the pole of the	42
versed sine of d	42
nearest distance from the	41
of your compasses in	41
sine of half the	41
the suns altitude at	41
tangent of the suns	41
a table of the	41
the poles of the	40
and with the other	40
the sine of half	40
to the nearest distance	40
cosine of the altitude	40
the middle of the	40
by help of the	40
the wall or cieling	39
of the given side	39
the thred to nd	39
of the stiles height	39
past in the morning	38
the difference of longitude	38
extent of the compasses	38
of the angle at	38
to sine of the	38
complement of the suns	38
s a a s	38
you shall find the	37
sine of the altitude	37
from the center to	37
a line of chords	37
so is the cosine	37
edge of the quadrant	37
with the other foot	37
the substiles distance from	37
the sun or stars	36
sines of the suns	36
hour of the night	36
difference of the sines	36
the line of hours	36
the suns right ascention	36
the extent of the	36
the angle opposite to	36
from the center of	36
one point in the	36
square of the radius	36
and lay it from	36
substiles distance from the	35
and make it a	35
line of versed sines	35
be equal to the	35
the eleuation of the	35
complement of the angle	35
one and the same	35
in the scale of	35
and the complement of	35
set one foot of	35
so the tangent of	35
extend the compasses from	35
for the latitude of	34
of the sun or	34
according to nearest distance	34
the axis of the	33
to finde the hour	33
day of the month	33
the length in feet	33
from the plains perpendicular	33
of the substile from	33
center of the quadrant	33
time of the suns	33
same way from the	33
as the radius is	33
day of the moneth	33
shall reach to the	33
the radius is to	32
a s s a	32
after the same manner	32
into two equal parts	32
nearest distance to the	32
point of the compasses	32
the suns azimuth from	32
is the radius to	32
from thence to the	32
the content in feet	32
the scale of entrance	32
be less then a	32
the sun is in	32
the quantity of the	32
of the said ark	31
to the same radius	31
of the hours of	31
the thread over the	31
when the sun is	31
azimuth from the south	31
table of the suns	31
set one point in	31
half sum of the	31
line of sines from	31
the intersection of the	31
in the latitude of	31
the line of the	31
the difference between the	31
of the difference of	31
radius is to the	31
to find how much	31
the ark of difference	31
distance from the meridian	30
in the equal limb	30
to the point of	30
of the meridian line	30
sine of the stiles	30
foot of the compasses	30
the scale of altitudes	30
and so is the	30
the tangent of half	30
the coast of declination	30
the side sought as	30
the half sum of	29
find the content in	29
the arch of a	29
the sun hath d	29
is to the cosine	29
then take out the	29
to the radius of	29
then the complement of	29
to find an angle	29
the thread laid over	29
a line of sines	29
the difference of latitude	29
the line of latitudes	29
so the sine of	29
the right sine of	29
of the compasses from	29
cotangent of the latitude	29
azimuth of the sun	29
of a line of	29
poles of the world	28
the suns greatest declination	28
the side opposite to	28
take the distance from	28
is to the radius	28
your compasses in the	28
taken out of the	28
of the pole above	28
center of the dial	28
the scale and the	28
to the content in	28
given to find the	28
sine of the side	28
angle opposite to the	28
the suns meridian altitude	28
is the complement of	28
the line of tangents	28
of the ark of	28
in the lower figure	27
sines from the center	27
the other to the	27
foot of your compasses	27
ark of difference between	27
to find the time	27
of half the angle	27
the degrees on the	27
but if it be	27
the latitude of london	27
sine of the difference	27
parallel to the horizon	27
at the same time	27
in the sine of	27
the altitude in the	27
but just touch the	27
arch of a circle	27
be greater then a	27
the top of the	27
find the suns altitude	27
of the stile from	27
the particular scale of	27
the measure from the	27
be the sine of	27
between the scale and	27
the angle at b	26
from the east or	26
side opposite to the	26
scale and the thread	26
of the higher figure	26
beginning of the line	26
of the sine of	26
sum of the sines	26
the semidiameter of the	26
the axeltree of the	26
one foot of your	26
to the cotangent of	26
in the superficies of	26
the distance on the	26
the true time of	26
from east or west	26
line of equal parts	26
of the angle opposite	26
the point of shadow	26
make it a in	26
the azimuth of the	26
the description of the	26
find the time of	26
suns azimuth from the	26
true time of the	26
line on the plain	26
of sines from the	26
to secant of the	25
of the inclination of	25
rectangle of the sines	25
the logarithm of the	25
to the distance between	25
on the right edge	25
the pole above the	25
one of the feet	25
half the difference of	25
tangent of the angle	25
which is all one	25
make it a parallel	25
complement of the poles	25
then lay the thread	25
the stile from the	25
of the latitude to	25
the cosecant of the	25
on the left edge	25
from the end of	25
to draw the hour	25
to the line of	25
the angle of the	25
if it be a	25
and that shall be	25
of the plains declination	25
the diameter of the	25
one foot in the	25
pole of the plain	24
thread laid over the	24
the suns present altitude	24
to the coast of	24
in feet and parts	24
length of the day	24
one point of the	24
in the versed sine	24
the measure of the	24
the points of the	24
sum of the two	24
the parallel sine of	24
that shall be the	24
foot of the compassis	24
a ruler laid from	24
and the opposite side	24
is to the tangent	24
find it to be	24
so is the co	24
and from the point	24
of the latitude and	24
tangent of half the	24
at the sine of	24
setting one point in	24
complement of the altitude	24
use of the line	24
past in the afternoon	24
meridian of the plane	24
and with this space	24
as in the figure	24
the natural sine of	24
of the axeltree rod	23
distance to the thread	23
of difference between the	23
same way from to	23
distance from the plains	23
one of the hours	23
of the compasses in	23
opposite to the other	23
be found in the	23
other foot of the	23
take out the sine	23
azimuth from the north	23
found to be d	23
side sought as the	23
height of the stile	23
s s a a	23
the plain of the	23
the compasses from the	23
the north pole is	23
tangent of the declination	23
lay the thread over	23
line of natural sines	23
thred to the nearest	22
distance from the pole	22
and setting one point	22
complement of the declination	22
of the suns greatest	22
a a s s	22
the right edge of	22
and lay the thred	22
represented either as utf	22
the rule of three	22
set one of the	22
to the number of	22
the bead to the	22
the sine of deg	22
a foot of timber	22
end of the line	22
find the suns azimuth	22
side of the quadrant	22
center of the glasse	22
the edge of the	22
is a line of	22
the east and west	22
from the right edge	22
of the half sum	22
characters represented either as	22
the circle of the	22
right edge of the	22
axeltree of the dyal	22
the parallels of the	22
and of the ark	21
set one foot in	21
of the lower figure	21
the lines of the	21
thred to the other	21
as in the table	21
the latitude and declination	21
you must place one	21
particular scale of altitudes	21
equal to the sine	21
it a parallel in	21
out the sine of	21
upon the line of	21
pole of the world	21
and on the degrees	21
the remainder is the	21
sine of the course	21
laid to the other	21
the compasses from to	21
of the suns azimuth	21
from the elevated pole	21
the angle at c	21
and take the nearest	21
the center to the	21
must place one foot	21
the lines on the	21
the uses of the	21
north part of the	21
the extent from the	21
is no other then	21
the two including sides	21
north pole is elevated	21
distance of the stile	21
to the point b	21
and lay the thread	21
line of sines on	20
so when the sun	20
so is the length	20
from the point b	20
place one foot of	20
in a foot long	20
that part of the	20
is the same with	20
right sine of the	20
end of the horizontal	20
distance of the substile	20
of the figure above	20
from the point of	20
the sum and difference	20
by help of a	20
meridian of the plain	20
axis of the world	20
part of the horizon	20
to the thread laid	20
of the third side	20
foot of the compasse	20
find the hour of	20
the line of contingence	20
the tropick of cancer	20
is the time of	20
the hour from the	20
from the beginning of	20
sine of the said	20
the other side of	20
of the sum of	20
to the length of	20
the suns right ascension	20
issuing from the center	20
point of your compasses	20
then draw the line	20
from the line of	20
is found to be	20
distance from the elevated	19
the same with the	19
shall be the sine	19
right angles with the	19
the latitude to the	19
from the point d	19
by a line of	19
distance from the sine	19
the diameter of a	19
cosine of the given	19
of the suns distance	19
is the secant of	19
to find the angle	19
equal to the complement	19
the thread in the	19
and laying the thread	19
hour from the meridian	19
and the line of	19
be the tangent of	19
a line of versed	19
complement of the other	19
time of the night	19
if the hipotenusal be	19
is the line of	19
at the beginning of	19
thread laid to the	19
to make a foot	19
to its opposite side	19
end of the rule	19
one of the sides	19
shall be the true	19
the houre of the	19
cosine of the angle	19
to be sold at	19
the thread laid to	19
of the feet of	19
and the sine of	19
sine of the ark	19
as the secant of	19
distance from the center	19
it from the center	19
the angle between the	19
from the meridian line	19
sun is in the	19
the substile from the	19
laying the thread over	19
on the wall or	18
come to the meridian	18
of the three sides	18
of half the difference	18
the line of natural	18
the angle at a	18
from the particular scale	18
the sector at that	18
set one point of	18
to find the azimuth	18
keeping the sector at	18
sines of the third	18
from the center downwards	18
so the cosine of	18
rule laid from q	18
line of the suns	18
as the rectangle of	18
the thread and the	18
it shall reach to	18
the feet of the	18
to the common radius	18
sum of the three	18
if the sun be	18
houre of the day	18
the suns declination is	18
length of the shadow	18
and the remainder is	18
in the use of	18
the hour from six	18
opposite to one of	18
is less then the	18
finding the hour and	18
the hours of and	18
the true hour of	18
if the given angle	18
the suns altitude in	18
in the same manner	18
the north part of	18
the sine of an	18
it were required to	18
one point of your	18
of the said thread	17
true hour of the	17
and you shall find	17
in the versed sines	17
to one of them	17
of the scale of	17
and the other to	17
a line of tangents	17
are to be sold	17
just touch the thred	17
would be found to	17
and setting one foot	17
measure from the center	17
radius to the sine	17
of the latitude is	17
turned twice the same	17
the points b and	17
be greater then the	17
will but just touch	17
and there keep it	17
to the side sought	17
and it shall reach	17
the right ascension of	17
and the thread laid	17
to work proportions in	17
eleuation of the meridian	17
to find the side	17
the first of march	17
all sorts of people	17
to tangent of the	17
twice the same way	17
sine of the given	17
that end of the	17
half the angle sought	17
it is to be	17
drawn into the center	17
of the suns right	17
and in the line	17
complement of the reclination	17
the declination of a	17
secant of the declination	17
to find the distance	17
after the french way	17
a point in the	17
so is sine of	17
the other end of	17
then from the point	17
sector at that gage	17
as you see in	17
is greater than the	17
to the end of	16
over the secant of	16
square of the sine	16
other side of the	16
tangent of the reclination	16
the left edge of	16
at the hour of	16
of the meridian of	16
end of the said	16
one of the middle	16
tangent of the complement	16
sine of the sum	16
azimuth from the meridian	16
the center on the	16
the suns going off	16
height of the sun	16
on the degrees it	16
pole above the plaine	16
as the cotangent of	16
time of the year	16
on the th of	16
the tangent of an	16
of the containing sides	16
other end of the	16
the length and breadth	16
and are to be	16
of sines on the	16
from the meridian of	16
is greater then the	16
out of the line	16
as thus for example	16
where it intersects the	16
product shall be the	16
of the length of	16
left edge of the	16
of the fixed piece	16
to the height of	16
of the trianguler quadrant	16
every one of the	16
to the winter ecliptick	16
take the sine of	16
the given angle be	16
to find the latitude	16
the converse of the	16
sun hath d of	16
it a in the	16
the line of versed	16
the pole to the	16
the other foot of	16
the product shall be	16
with the meridian line	16
in a straight line	16
open the other to	16
the azimuth from south	16
take out the parallel	16
enter one foot of	16
the rest of the	16
one of the points	16
of the th ark	16
end of the meridian	16
is the versed sine	16
you see in the	16
to all sorts of	16
it shall shew the	16
according to the terms	15
by the institutions providing	15
to cosine of the	15
and the nearest distance	15
the angle at the	15
lay it from the	15
of the center of	15
laid from q to	15
the thred on the	15
all without asking permission	15
to the latitude of	15
line of the plain	15
english books online text	15
secant of the given	15
the work described above	15
it be required to	15
keyboarded and encoded edition	15
images scanned from microfilm	15
enter the former extent	15
the compasses on the	15
the early english books	15
providing financial support to	15
as before is shewed	15
come back to the	15
and take out the	15
and encoded edition of	15
and markup reviewed and	15
coded from proquest page	15
sum and difference of	15
for finding the hour	15
the institutions providing financial	15
is to the distance	15
this phase i text	15
assigned for keying and	15
one foot of this	15
encoded edition of the	15
for keying and markup	15
to the terms of	15
as the difference of	15
work described above is	15
eleuation of the stile	15
as the radius to	15
your line of chords	15
of the night by	15
the placing of the	15
on the fixed piece	15
to the early english	15
the content of the	15
phase i text is	15
is to the secant	15
terms of creative commons	15
the sum is the	15
the difference in longitude	15
the sine of any	15
support to the early	15
encoded text transcribed from	15
then the nearest distance	15
and coded from proquest	15
markup reviewed and edited	15
is parallel to the	15
foot on the right	15
the lines of sines	15
books online text creation	15
be less then the	15
the compasses in the	15
this keyboarded and encoded	15
of the suns going	15
from proquest page images	15
is to the square	15
tangent of the given	15
is available for reuse	15
and the given angle	15
text can be copied	15
in the middle of	15
the complements of the	15
just touch the thread	15
to a fourth sine	15
i text is available	15
text and markup reviewed	15
use of the trianguler	15
to the figure below	15
edition of the work	15
the first to the	15
in feet and inches	15
of the elevation of	15
from the pole to	15
owned by the institutions	15
how much is in	15
and open the other	15
from the substilar line	15
sum of the sides	15
measured from the center	15
point of the pin	15
foot of this extent	15
the text can be	15
the line of equal	15
of the cosine of	15
iv tiff page images	15
of the suns place	15
the points of shadow	15
keyed and coded from	15
described above is co	15
or which is all	15
the terms of creative	15
day of the week	15
financial support to the	15
even for commercial purposes	15
foot of that extent	15
tcp assigned for keying	15
one foot of that	15
half the sum of	15
is represented by the	15
of the work described	15
institutions providing financial support	15
the sides of the	15
secant of the altitude	15
online text creation partnership	15
the side of a	15
is in a foot	15
text is available for	15
to be divided into	15
from the foot of	15
the sum or difference	15
the dial a upon	14
a s a a	14
the sine of a	14
it shall be the	14
cuts the limb at	14
the scale of hours	14
some uses of the	14
the parallels of declination	14
of the horizontal line	14
the use of this	14
the tropick of capricorn	14
you shall have the	14
set the bead to	14
the first day of	14
thred to the nd	14
minutes past in the	14
a a s a	14
height of the style	14
is the distance of	14
if it were required	14
altitudes on all hours	14
in the lesser sines	14
you must lay the	14
will be less then	14
the tangent of a	14
be taken out of	14
points of shadow cdf	14
when the declination is	14
at the point of	14
to the day of	14
in the equal limbe	14
description and use of	14
a parallel in the	14
of a great circle	14
tangent of the hour	14
of the declination in	14
to cosecant of the	14
the breadth in inches	14
it will intersect the	14
the latitude in the	14
the south pole is	14
to find the altitude	14
to the distance run	14
to find out the	14
in the meridian line	14
of the pin ab	14
the sun being in	14
the superficial content of	14
the sun will be	14
shall reach from the	14
of the lines of	14
when the altitude is	14
third part of the	14
to the straight line	14
sum or difference of	14
a clock in the	14
the night by the	14
of this extent at	14
the north and south	14
right ascension of the	14
the other foot according	14
and at the same	14
other foot according to	14
is to be found	14
setting one point of	14
is greater then a	14
foot of the stile	14
between the thread and	14
to the meridian of	14
place of the sun	14
stile from the substilar	14
sine of the th	14
and the tangent of	14
hour and azimuth in	14
the answer to the	14
place of the dyal	14
secant of the angle	14
length of the shaddow	14
finde the suns azimuth	14
the breadth of the	14
half an hour past	14
for finding the azimuth	14
of the middle tearms	14
of the latitude of	14
and you have the	14
south part of the	14
may be found by	14
much is in a	14
shadow of the thred	14
the declination from the	14
which shall be the	14
for the inclination of	13
the sine of one	13
measure it on the	13
all the uses of	13
finde the hour of	13
the angle of position	13
of the pin b	13
of the side opposite	13
and to the other	13
the latitude is to	13
being turned twice the	13
required to find the	13
the index and square	13
the content of a	13
to find the third	13
former extent between the	13
the suns altitude on	13
suns altitude in the	13
the description and use	13
down the line of	13
the ark of the	13
declination of the plain	13
between the eye and	13
the half of the	13
sine of one of	13
foot of the compass	13
to the breadth in	13
azimuth from the vertical	13
out of the greater	13
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without the help of	13
contrary to the coast	13
compasse to the point	13
by the trianguler quadrant	13
altitude or depression at	13
between it and the	13
or pole of the	13
of the suns meridian	13
of the meridian altitude	13
that extent at the	13
the finding of the	13
sides with the angle	13
two sides with the	13
distance between the two	13
distance from thence to	13
of that arks complement	13
it shall give the	13
one third part of	13
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from the half sum	13
take out the tangent	13
if you would have	13
after the manner of	13
upon the center a	13
an east or west	13
of the compasse to	13
of the new latitude	13
and it shall be	13
time of sun rising	13
the first leg to	13
the horizontal line of	13
pole to the plain	13
dial a upon the	13
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south pole is elevated	13
axis of the horizon	13
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distance of the meridian	13
the place where the	13
term is to the	13
be found by the	13
out the tangent of	13
to the figure above	13
they shall be the	13
find how much is	13
the line a b	13
the making of a	13
secant of the complement	13
with the angle comprehended	13
the angle at d	13
the length in inches	13
finde the suns altitude	13
on the sine of	13
applied the same way	13
of the hipotenusal as	13
the hour will be	13
and the meridian of	13
draw a line to	13
out of the center	13
arks on the plain	13
and the foot of	13
extent between the scale	13
in one and the	13
laid over the secant	13
find the length of	13
sine of an ark	13
you shall find it	13
the angle of and	13
lay the dial a	13
from the point i	13
be added to the	13
natural sine of the	13
the difference in latitude	13
so tangent of the	13
that th to the	13
the two first tearms	13
parallel sine of the	13
from the next equinoctial	13
line of a clock	13
scale of equal parts	13
the sine of degrees	13
the time of sun	13
the former extent between	13
the south part of	12
found to be deg	12
equal to the latitude	12
of the tangent of	12
be to find the	12
of the sun from	12
of the substiles distance	12
then take the nearest	12
and the distance of	12
draw a straight line	12
till you see the	12
let it be required	12
the sector stands at	12
compasses in the point	12
to the sum of	12
cosecant of the side	12
to prick off the	12
and keeping the sector	12
side of the loose	12
and measure it on	12
in the figure below	12
by the lines of	12
of the half circle	12
superficies of the dyall	12
the suns height at	12
so sine of the	12
from toward the end	12
at the cosine of	12
in like manner may	12
the second term is	12
a pair of compasses	12
the cuspis of the	12
on the opposite side	12
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the figure of the	12
the sine of that	12
shall be the tangent	12
if the sun have	12
sine of an arch	12
it on the line	12
so cosine of the	12
the point b of	12
first to the second	12
on the other leg	12
for example in the	12
declination of a plain	12
equal to the radius	12
first leg to the	12
laid from p to	12
and you will find	12
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the tangents of the	12
the meridian between the	12
rule laid from p	12
cosine of the suns	12
is the length in	12
and take the distance	12
as in the former	12
thread in the limb	12
fourth part of the	12
right angled sphoerical triangles	12
foot on the left	12
in a right line	12
artificial sines and tangents	12
go to the figure	12
side of the meridian	12
to the distance of	12
and difference of the	12
end of the head	12
the help of the	12
suns altitude on all	12
and where it intersects	12
the declination to the	12
the reclination of the	12
cosecant of the given	12
take with your compasses	12
or in the afternoon	12
side greater then a	12
to draw the dial	12
the differences of the	12
of the sun being	12
is the measure of	12
by reason of the	12
to be in the	12
an hour past in	12
of the sun in	12
foot according to nearest	12
the compasse to the	12
as much as the	12
be the cosine of	12
shall shew the true	12
the logarithms of the	12
times the same way	12
a quarter of a	12
the azimuth in the	12
from the point a	12
cosine of the side	12
the number of feet	12
superficial content of the	12
hour past in the	12
where the end of	12
the affection of the	12
the degrees of the	12
make a foot of	12
the ark or angle	12
to the length in	12
of the suns present	12
to the given side	12
being one of the	12
to finde the azimuth	12
the solid content of	12
is the sum of	12
difference between the two	12
point of one of	12
of the poles elevation	12
the secant of d	12
and azimuth in the	12
one degree of longitude	12
a second or later	11
the texts were encoded	11
reason to do so	11
equal to the distance	11
and characters marked as	11
remain and some readable	11
assurance was then carried	11
a limit of instances	11
bibliography of english literature	11
by university of nebraska	11
all likelihood such instances	11
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the opposite side greater	11
divided into two phases	11
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the divisions of the	11
that in all likelihood	11
take and use these	11
a line of equal	11
are given to find	11
or for an anonymous	11
was then carried out	11
will be marked as	11
were corrected where possible	11
such proportion to the	11
to produce large quantities	11
known extent have been	11
the suns azimuth at	11
or tei g elements	11
issued variously as sgml	11
texts based on the	11
as illegible were corrected	11
possible up to a	11
of the tei in	11
of any assumptions that	11
been issued variously as	11
were encoded and linked	11
a work was chosen	11
sets published by proquest	11
elements of known extent	11
the filling in of	11
these texts for their	11
been released into the	11
intended to range over	11
to the cosecant of	11
the eye and the	11
their works are eligible	11
being set to the	11
between and available in	11
keyers to be redone	11
editions of a works	11
the two middle tearms	11
placeholder characters or elements	11
on the new cambridge	11
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the print record of	11
encoded texts based on	11
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due credit and attribution	11
to tei p using	11
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to one of the	11
of right angled sphoerical	11
work was chosen if	11
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large quantities of textual	11
was proofread for accuracy	11
we respectfully request that	11
laid the same way	11
in the upper quadrant	11
be marked as illegible	11
there was a compelling	11
between the two including	11
the radius of your	11
the usual project restraints	11
opposed to critical editions	11
accordance with level of	11
the stile is to	11
unicode or tei g	11
creation partnership web site	11
keying companies for transcription	11
proofread for accuracy and	11
looked at by a	11
copies of the texts	11
illegible were corrected where	11
text selection was based	11
available at the text	11
to external keying companies	11
text strings within braces	11
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the point of one	11
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a south plain declining	11
tei p using tcp	11
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true nature of the	11
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each text was proofread	11
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image sets published by	11
then the extent from	11
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corrected and characters marked	11
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whichever is the greater	11
and linked to page	11
transcribed and encoded texts	11
texts created during phase	11
the sun from the	11
characters marked as illegible	11
as opposed to critical	11
external keying companies for	11
texts were encoded and	11
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placing of the axeltree	11
illegibles were encoded as	11
to create diplomatic transcriptions	11
characters or elements to	11
teams in oxford and	11
in all likelihood such	11
the center of a	11
and at the end	11
page images in accordance	11
gaps by user contributors	11
transformed into placeholder characters	11
errors will remain and	11
included and sometimes a	11
to reflect the true	11
users should bear in	11
tcp is a partnership	11
transcription and basic encoding	11
rumb from the meridian	11
text with mnemonic sdata	11
text was proofread for	11
usually the first edition	11
of michigan and oxford	11
into the public domain	11
angles with the horizon	11
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the sector so set	11
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till the other foot	11
for transcription and basic	11
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created during phase of	11
any remaining illegibles were	11
works in other languages	11
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the parallel of declination	11
first day of march	11
will remain and some	11
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of the project have	11
texts for their own	11
creating the tcp texts	11
a works in english	11
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linked to page images	11
difference of the base	11
of a work was	11
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the suns declination in	11
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for an anonymous work	11
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request that due credit	11
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the angle sought as	11
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the first tearm in	11
restraints of time and	11
by converting tcp files	11
the length of a	11
new cambridge bibliography of	11
changes to facilitate morpho	11
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of the print record	11
credit and attribution is	11
keying and markup guidelines	11
notes for div a	11
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ascii text with mnemonic	11
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works are eligible for	11
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the image sets published	11
some readable characters will	11
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lesse then the complement	11
represented by the line	11
tcp files to tei	11
general aim of eebo	11
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the text encoding initiative	11
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of the suns coming	11
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out by editorial teams	11
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the meridian from the	11
based on the new	11
root of a number	11
second or later edition	11
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text creation partnership web	11
of textual data within	11
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their early english books	11
title published between and	11
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cambridge bibliography of english	11
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level of the tei	11
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to a limit of	11
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images in accordance with	11
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processed by university of	11
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out the secant of	11
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to page images in	11
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so is the parallel	11
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limit of instances per	11
the square to the	11
unicode or text strings	11
of tcp data is	11
publisher proquest to create	11
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phase of the project	11
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space come back to	11
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files to tei p	11
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accurately transcribed and encoded	11
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image sets were sent	11
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the line of degrees	11
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the general aim of	11
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p using tcp tei	11
on the image sets	11
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of gaps by user	11
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of every monographic english	11
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language title published between	11
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stile from the meridian	11
with the other draw	11
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encoded and linked to	11
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page the use of	10
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angle sought as the	10
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distance between the versed	9
altitudes of the sun	9
of the day will	9
into three equal parts	9
the angles at the	9
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in the straight line	9
the nature of the	9
to finde the inclination	9
on the under face	9
ark in the limb	9
let the altitude be	9
a polar plains reclination	9
on the middle of	9
the plaine of the	9
the thread on the	9
between the two meridians	9
s s s p	9
the touch of an	9
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on the general scale	9
shewes the time of	9
our latitude of london	9
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so is the distance	9
will be equal to	9
sine complement of the	9
to be equal to	9
complement of the new	9
end is fastened in	9
the line of right	9
the parallels of altitude	9
the parallel of the	9
sine of d is	9
the dayes and nights	9
tangent of the inclination	9
by introducing the radius	9
nearest to the point	9
to the summer ecliptick	9
the second to the	9
comes to the meridian	9
you will find the	9
so is the breadth	9
is the same that	9
the th part of	9
sine of the complement	9
of the altitude in	9
finde the declination of	9
the true content of	9
height of the pole	9
it must meet with	9
the horizon of the	9
if the sum of	9
so is the cotangent	9
and the difference of	9
of the sum or	9
point of shadow f	9
the upper face of	9
of d to the	9
you shall finde the	9
the price of a	9
but if the sun	9
no other then the	9
in the particular scheam	9
is fastened in the	9
in the annexed tangent	9
the suns rising and	9
and it shall give	9
the distance from to	9
whose end is fastened	9
divided into equal parts	9
the thred and plummet	9
of the sun is	9
fastened in the center	9
the sine of his	9
it will be necessary	9
tearm of the proportion	9
the latteral tangent of	9
the stars right ascention	9
extend the threed from	9
the point of intersection	9
be sold at his	9
and the time of	9
the same manner as	9
it may be observed	9
sine to the sine	9
line bd of the	9
compasses in the center	9
distance from b to	9
segment of a circle	9
the hour from towards	9
the other angle be	9
to the suns declination	9
the perpendiculer height of	9
by the answer to	9
then lay the thred	9
one from the other	9
the figure of your	9
dial in the minories	9
the position of the	9
azimuth from the east	9
end of a thread	9
above the upper horizon	9
if the declination be	9
will be greater then	9
to the elevation of	9
in the meridian of	9
in sines and tangents	9
found will be less	9
if one of the	9
with the other make	9
on the scale of	9
the sun shall have	9
by this means you	9
the distance from thence	9
foot and a half	9
the other foot draw	9
some part of the	9
apply the side of	9
radius of the sines	9
thread to the sine	9
foot lay the thread	9
for it must meet	9
from the center o	9
of the sides of	9
then from the center	9
a line from the	9
the north or south	9
general scale of altitudes	9
cosecant of the angle	9
the same time the	9
bears such proportion to	9
the line of azimuths	9
in this case the	9
and in the equal	9
direct east or west	9
whole content of the	9
the third term is	9
of the stiles elevation	9
on the degrees on	9
stiles height above the	9
d in the limb	9
s s p m	9
draw with the rule	9
stile is to be	9
at the declination in	9
and the suns distance	9
and first for the	9
the turning sight to	9
so is the sum	9
lines of the hours	9
by laying the thread	9
so is the square	9
sides are given to	9
example for finding the	9
the declination of any	9
setting one foot of	9
the whole content of	9
method of calculation for	9
the complement of it	9
out the tangents of	9
the line of decimal	9
of one of those	9
the day will be	9
thred to the declination	9
is the same as	9
take out the secant	9
the lines of lines	9
angle at the pole	9
d of north declination	9
and prick them from	9
the line of segments	9
the other part of	9
a line parallel to	9
from the center on	9
hipotenusal be less then	9
or difference of sines	9
sine of the arch	9
the sun in the	9
when the two places	9
when three sides are	9
the meridians distance from	9
about the th of	9
of the complements of	9
for the distance of	9
opposite to the angle	9
the substilar line is	9
is more then the	9
till the other point	9
distance between the hours	9
and the elevated pole	9
of d in the	9
amplitude of the sun	9
the other lay the	9
tangent of an ark	9
the two points of	9
of the day and	9
s p m p	9
converse of the former	9
line perpendicular to the	9
so is to foot	9
for the placing of	9
line parallel to the	9
over the day of	9
may be taken off	9
take the nd from	9
if the other angle	9
time when the sun	9
which is in the	9
the third and fourth	9
substile from the meridian	9
difference of the sides	9
found to be degrees	9
to divide a line	9
were required to find	9
must meet with it	9
so much as the	9
and of the sum	9
the point where the	9
in the substilar line	9
from on the loose	9
but by the line	9
sine of the other	9
take the suns altitude	9
you see that the	9
the end of a	9
and that th to	9
to draw a direct	9
to the lower figure	9
it may be found	9
is the sine to	9
feet of the compasse	9
be the substilar line	9
and the length of	9
being the complement of	9
center of the said	9
shall be the substilar	9
then the sine of	9
leg to the sine	9
angle opposite to one	9
the line of chords	9
compasses on the line	9
make a right angle	9
the other foot lay	9
the cube of the	9
sines and tangents on	8
the head toward the	8
when the given angle	8
turned about may but	8
lines are to be	8
from toward the center	8
the sun or any	8
north end of the	8
to the point o	8
so cosecant of the	8
so is the versed	8
then right against the	8
what altitude the sun	8
of a piece of	8
towards the depressed pole	8
shall stay at the	8
as in this example	8
to the other given	8
you may plainly see	8
to the middle of	8
upon the complement of	8
season of the year	8
cotangent of half the	8
the whole length of	8
difference of any two	8
plain and easie directions	8
a sine in the	8
in the right angled	8
shewing the making of	8
in the particular sine	8
line from the point	8
to the season of	8
out of the scale	8
lines on the quadrant	8
from the point o	8
the number of dayes	8
work proportions in sines	8
which if you add	8
any one of the	8
sine is to the	8
of the quadrant of	8
the tangent of degrees	8
whole length of the	8
be set to the	8
the meridian line be	8
content of the base	8
as i have said	8
to the scale of	8
the line of altitudes	8
with the radius of	8
the inside of the	8
plaine of the meridian	8
of the said glasse	8
a ruler laid to	8
you have the time	8
found to be the	8
thred to the day	8
of these two arks	8
tangent of a fourth	8
if you count from	8
greater then the complement	8
from the first to	8
it is in the	8
of the stile is	8
you shall finde it	8
on the right side	8
with the plaine of	8
of the leggs from	8
to the second term	8
at foot in length	8
is the declination from	8
before in the morning	8
and there will be	8
of the fitted scale	8
the line of houres	8
is to be graduated	8
half the tangent of	8
a piece of timber	8
to the line ab	8
the point i of	8
from the center is	8
the answer in the	8
as in the second	8
find the content of	8
and note the place	8
passing through the center	8
the space from the	8
points of the horizon	8
to the use of	8
with this space go	8
as the cosecant of	8
it in the line	8
to which if you	8
east and west incliners	8
this space go to	8
quantity of the angle	8
is to be drawn	8
of the dyal is	8
be less than the	8
in the tangent of	8
the number of inches	8
depression under the horizon	8
the given angle is	8
it will cut the	8
of the angle adjacent	8
to finde the angle	8
tangent of the lesser	8
cosine of half the	8
or other of the	8
sine of the substile	8
the distance between and	8
of the other to	8
point of shadow c	8
greater or less then	8
the season of the	8
so that if you	8
equal to the sum	8
the stiles height above	8
we may find the	8
product of the two	8
differences of the leggs	8
is distant from the	8
it shews the azimuth	8
draw the hour lines	8
and they shall be	8
the legs of the	8
of the horizontal dial	8
the suns altitude or	8
the body of the	8
sine of the rumb	8
will be found in	8
the diameter in inches	8
the summer half year	8
from the first term	8
declining from the south	8
reproduction of original in	8
of the suns ascension	8
and turn the other	8
above that end of	8
the beams of the	8
may be called the	8
on the left is	8
the place where you	8
the sines and tangents	8
the three points of	8
the other given side	8
east reclining d lat	8
the thread being laid	8
the th term required	8
azimuth in the equal	8
is made equal to	8
one side of the	8
of a fourth ark	8
same extent applied the	8
hour from towards noon	8
much in length makes	8
to find his declination	8
from the point e	8
distance from d to	8
d from the south	8
side opposite to one	8
in the table of	8
you have in the	8
and tenth parts of	8
the sine is to	8
the suns altitude is	8
thread fixed in the	8
find the suns declination	8
the residue is the	8
to be added to	8
touch the wall or	8
and just against it	8
angle found will be	8
on each side the	8
of the sun above	8
then carry the compasses	8
draw the circle bcde	8
rectangle or product of	8
the sun or star	8
the motion of the	8
side of the instrument	8
the right angled triangle	8
the given angle acute	8
poles of the zodiack	8
difference of versed sines	8
either in the morning	8
see in the figure	8
then you must lay	8
its complement to d	8
the thread lying over	8
about may but just	8
one leg to the	8
the side a b	8
and the length in	8
which is to be	8
point of shadow d	8
points of the compasse	8
in the general scheam	8
in summer is the	8
the angle found will	8
center of the dyal	8
remain is the declination	8
with your compasses the	8
term is greater than	8
the compassis in the	8
out the parallel sine	8
of the reclination of	8
azimuth will be found	8
the rectangle or product	8
so is the third	8
if you have a	8
which is called the	8
azimuth from east or	8
help of the limb	8
which is equal to	8
enter it at the	8
and the sum of	8
the parts of the	8
the first and second	8
ledge of the fixed	8
or the complement of	8
and azimuth of the	8
arks at the pole	8
greatest declination of the	8
is the logarithm of	8
it from c to	8
on the meridian from	8
to find the true	8
required to be found	8
the latitude and altitude	8
the true time sought	8
of the bulls eye	8
finde it to be	8
cotangent of the given	8
clock in the morning	8
thread to the complement	8
draw lines into the	8
of the same radius	8
the suns declination being	8
in the end of	8
and use of the	8
the moons true place	8
leggs from the half	8
and enter one foot	8
so is to a	8
of the superficies of	8
a side opposite to	8
and the azimuth of	8
on the same line	8
you must turn the	8
to find the hipotenusal	8
of the carpenters rule	8
the degrees it shall	8
content in feet and	8
m p m horizo	8
zenith and the elevated	8
declination out of the	8
circle of the point	8
a thread and plummet	8
from the point g	8
to prick down the	8
with the line of	8
perpendicular to the meridian	8
is the declination of	8
shall shew on the	8
c as a center	8
is the square of	8
the sine complement of	8
the reclination of a	8
is equall to the	8
point of the compasse	8
altitude of the segment	8
the bead amongst the	8
the suns altitude for	8
parts cut by the	8
sine of the greatest	8
d east reclining d	8
and lay off the	8
to the points of	8
on the limb from	8
in the second figure	8
or feet and inches	8
down from the center	8
to every one of	8
of the compassis in	8
latteral tangent of the	8
given angle be obtuse	8
then the nd from	8
of the tangent required	8
at the other end	8
the cosine of an	8
of the first figure	8
height above the substile	8
the north end of	8
the point in the	8
of the first ship	8
thread to the tangent	8
and the bead amongst	8
in the vertical circle	8
upon the lines of	8
to find the quantity	8
may be found the	8
in the center a	8
secant of the hipotenusal	8
a line drawn into	8
so in summer is	8
by the index and	8
with the center of	8
to the horizontal line	8
the hours after the	8
and the declination in	8
less then a semicircle	8
page to find the	8
angle between the two	8
east and west recliners	8
if you have been	8
line drawn into the	8
the line bd of	8
lines into the center	8
as the sine is	8
the answer will be	8
to find the point	8
on the loose piece	8
south plaine declin d	8
the table of the	8
of the tower above	8
draw a right line	8
content of the whole	8
interpose between the eye	8
finde the inclination of	8
the artificial sines and	8
the nearest to the	8
the complement thereof to	8
a south plaine declin	8
and the sum is	8
brick and a half	8
on the left hand	8