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 quadrant of altitude	211
the number of degrees	99
the elevation of the	88
p m p m	85
the place of the	85
the superficies of the	80
the meridian of the	77
the degree of the	77
the length of the	76
the center of the	75
m p m p	75
the hour of the	68
one and the same	68
elevation of the pole	65
s s s s	63
the complement of the	60
of the quadrant of	58
place of the sun	55
hour of the day	53
the distance of the	52
the shadow of the	51
the index of the	51
superficies of the dyal	50
the sine of the	50
index of the hour	50
the day of the	49
the end of the	48
the axis of the	47
the height of the	47
the measure of the	46
the poles of the	45
the point of the	44
the declination of the	44
the middle of the	43
degree of the ecliptick	43
day of the moneth	42
early english books online	42
number of degrees of	41
to the tangent of	41
quadrant of altitude to	41
of the poles elevation	40
the arch of the	39
axis of the world	39
with the other foot	39
the motion of the	39
the altitude of the	38
on the other side	38
meridian of the place	37
the tangent of the	37
the line of contingence	36
the number thought upon	36
altitude of the sun	35
degrees of the equator	34
the top of the	33
the sun is in	33
on the quadrant of	33
the edge of the	32
in the middle of	32
to the point of	32
the degrees of the	32
of the hour circle	32
the pole of the	31
the foot of the	31
of the hours of	31
of altitude to the	31
is the number of	31
the difference of longitude	31
parallel to the horizon	30
from the center a	30
in one and the	29
declination of the sun	29
the points of the	29
the number of the	29
the plain of the	29
at the end of	29
pass through the meridian	28
in respect of the	28
the horizon of the	27
houre of the day	27
in the lower figure	27
the diameter of the	27
the same number of	27
the latitude of the	27
in the superficies of	27
the rest of the	27
the point of shadow	26
of the higher figure	26
the globe till the	26
the axeltree of the	26
foot of your compasses	26
the circle of the	26
of degrees of the	25
one of the feet	25
of one of the	25
proper meridian of the	25
to the sine of	25
the a clock line	25
from the center of	25
meridian of the plane	25
and with this space	24
the centre of the	24
about the globe till	24
the proper meridian of	24
the intersection of the	24
the a clock hour	24
one foot of your	24
a clock hour line	24
on the north side	24
of the axeltree rod	23
one of the hours	23
of degrees and minutes	23
which is in the	23
the side of the	23
the semidiameter of the	23
one foot of the	22
the parts of the	22
screw the quadrant of	22
draw a straight line	22
to the point b	22
the lower end of	22
end of the quadrant	22
hour of the night	22
meridian of the plain	22
axeltree of the dyal	22
set one of the	22
number of degrees and	22
point of the horizon	22
turn about the globe	22
the feet of the	21
the circle of position	21
degree of the equator	21
the east side the	21
and the index of	21
find the hour of	21
in the circle of	21
the north or south	21
set one foot of	21
of the lower figure	21
for the latitude of	21
foot of the compasse	21
the cusp of the	20
the east or west	20
degrees above the horizon	20
of the elevation of	20
foot of the index	20
the globe and quadrant	20
poles of the world	20
the heigth of the	20
of the figure above	20
the time of the	20
the same with the	20
one to the other	20
into two equal parts	19
and the number of	19
of the second book	19
to find the hour	19
east side the horizon	19
the north side the	19
line parallel to the	19
the distances of the	19
to the degree of	19
in a straight line	19
of the equator pass	19
that number of degrees	19
in the same manner	19
one of the points	19
when the sun is	18
which is all one	18
between the pole and	18
all sorts of people	18
and quadrant of altitude	18
the houre of the	18
characters represented either as	18
the west side the	18
so much the more	18
by the side of	18
the lines of the	18
the equator pass through	18
meridian line on the	18
of the feet of	18
in the line of	18
is equall to the	18
drawn from the center	18
represented either as utf	18
so many degrees as	18
complement of the poles	18
equator pass through the	18
the poles elevation above	18
same number of degrees	18
how to make a	18
the north and south	18
height of the sun	18
globe and quadrant of	17
point of the compass	17
at the same time	17
right angles with the	17
it is to be	17
as you see in	17
lower end of the	17
from the meridian of	17
the sun in the	17
to the east side	17
plain of the horizon	17
measure of the angle	17
poles elevation above the	17
the beginning of the	17
by reason of the	17
by help of a	17
that is to say	17
after the french way	17
degrees of the equinoctial	17
the east and west	16
what degree of the	16
and the brasen meridian	16
of the meridian of	16
parallel to the axis	16
is the tangent of	16
from the meridian line	16
degrees and minutes of	16
the globe of the	16
the latitude of london	16
the longitude and latitude	16
the distance between the	16
parallel to the index	16
be the number of	16
to the axis of	16
first meridian and the	16
the hour circle to	16
the angle at the	16
to find the rest	16
every one of the	16
to the latitude of	16
to all sorts of	16
the first meridian and	16
centre of the earth	16
by the help of	16
come back to the	15
is distant from the	15
elevation above the plain	15
a clock in the	15
is in the zenith	15
globe of the earth	15
to the figure below	15
from the point b	15
between the first meridian	15
to the meridian of	15
sine of the poles	15
heigth of the pole	15
the points of shadow	15
you see in the	15
east point of the	15
be the same with	15
the position of the	15
of the sun or	15
the fiduciall edge of	15
comprehended between the first	15
point of the pin	15
i turn the globe	15
the use of the	15
the line a b	15
angles at the pole	14
place one foot of	14
of the sun in	14
as you may see	14
by the globes the	14
a star of the	14
of the fixt stars	14
the globe to the	14
shewing by the globes	14
the pole is elevated	14
the colure cut the	14
the east point of	14
of the pin ab	14
latitude of the place	14
be made to move	14
on the west side	14
many degrees as the	14
north point of the	14
the hour lines of	14
and minutes of the	14
the globes the solution	14
the horizon and the	14
the other side the	14
at right angles with	14
to the straight line	14
the points b and	14
globes the solution of	14
and with the other	14
the body of the	14
and extend the other	14
point of one of	14
place of the dyal	14
points of shadow cdf	14
pole of the globe	14
a line parallel to	14
shall be the hour	14
beams of the sun	14
is parallel to the	14
of the hour lines	14
and the quadrant of	14
the first point of	14
the meridian line on	14
what point of the	14
so have you the	14
on the top of	14
till the index of	14
measure of the side	14
of the gnomonical semi	13
of the compasse to	13
straight ruler to the	13
measure the distance of	13
the placing of the	13
is the same with	13
on the east side	13
the latitude of your	13
i make a prick	13
edge of the index	13
it is in the	13
the point in the	13
the index points to	13
by help of the	13
number of degrees that	13
but if it be	13
on the south side	13
compasse to the point	13
the east side of	13
the other foot to	13
degree of the horizon	13
fiduciall edge of the	13
a b c d	13
the making of a	13
one from the other	13
clock in the morning	13
meridian comprehended between the	13
to the complement of	13
of the pin b	13
the sun or star	13
to the figure above	13
colure to the meridian	13
from the foot of	13
so is the tangent	13
lines from the center	13
the north point of	13
latitude of your place	12
from the point of	12
if your plane be	12
of the pole above	12
the sine of gr	12
other foot of the	12
you must turn the	12
passes through the meridian	12
line on the ceeling	12
the radius of the	12
and set it from	12
pole of the world	12
of the sun to	12
in the center of	12
horizon of the place	12
go to the figure	12
is elevated above the	12
in the meridian line	12
point in the horizon	12
and screw the quadrant	12
use of the globes	12
be the hour lines	12
foot of the compass	12
the gnomonical semi circle	12
to the elevation of	12
on the right hand	12
at right angles to	12
i elevate the pole	12
the line of the	12
and there make a	12
count the number of	12
the sun and moon	12
in the figure below	12
the difference of the	12
of the first meridian	12
superficies of the dyall	12
of the latitude of	12
side of the quadrant	12
which shall be the	12
by how much the	12
your line of chords	12
for the making of	12
of the half circle	12
the point of one	12
to finde out the	12
the point b of	12
lines drawn from the	12
the compasse to the	12
poles of the ecliptick	12
is the distance of	12
the houres of the	12
east side of the	12
elevated above the horizon	12
globe till the index	12
are the distances of	12
a line of sines	12
and the degree of	12
images scanned from microfilm	11
edge of the quadrant	11
zenith line of the	11
line of the plain	11
to the line of	11
find the colure cut	11
the center of your	11
keyboarded and encoded edition	11
even for commercial purposes	11
till the index points	11
placing of the axeltree	11
sine of the latitude	11
of degrees that the	11
that it may be	11
draw a line parallel	11
support to the early	11
this keyboarded and encoded	11
encoded edition of the	11
upon the horizontall plain	11
to the end of	11
from proquest page images	11
the work described above	11
the beams of the	11
degrees of the quadrant	11
in a right line	11
the pole above the	11
the motions of the	11
of the suns declination	11
the early english books	11
english books online text	11
sun is in the	11
markup reviewed and edited	11
this phase i text	11
therefore i elevate the	11
the equinoctial and the	11
be parallel to the	11
the cursor of the	11
point i of the	11
text is available for	11
of the equinoctiall circle	11
on the terrestrial globe	11
is available for reuse	11
into the equinoctiall circle	11
in the middle rule	11
terms of creative commons	11
the pole and the	11
set off that distance	11
keyed and coded from	11
upon the hour of	11
is the measure of	11
all without asking permission	11
height of the style	11
it is easie to	11
phase i text is	11
according to the terms	11
complement of the elevation	11
the text can be	11
and setting of the	11
the institutions providing financial	11
the right ascension of	11
side of the plane	11
of the work described	11
institutions providing financial support	11
to one of the	11
of the number of	11
tcp assigned for keying	11
by the institutions providing	11
financial support to the	11
then i turn the	11
houre points of the	11
comprehended between the pole	11
in the place of	11
with this space come	11
to the early english	11
it ought to be	11
these are the distances	11
longitude and latitude of	11
the terms of creative	11
which in this example	11
parallel to the line	11
of the ecliptick is	11
what place of the	11
a table of the	11
point b of the	11
of the equator at	11
degrees of the horizon	11
encoded text transcribed from	11
providing financial support to	11
is a great circle	11
of the parts of	11
coded from proquest page	11
the secant of the	11
if it be a	11
to the terms of	11
assigned for keying and	11
described above is co	11
i text is available	11
of the compasse upon	11
ruler to the center	11
text can be copied	11
for keying and markup	11
books online text creation	11
line at right angles	11
and coded from proquest	11
work described above is	11
from the point d	11
from the proper meridian	11
space come back to	11
owned by the institutions	11
the meridian line of	11
proper to the plain	11
and the same point	11
text and markup reviewed	11
as in the figure	11
length of the day	11
points to a clock	11
to the height of	11
online text creation partnership	11
the tangent of gr	11
in the point of	11
the longitude of the	11
a straight ruler to	11
and markup reviewed and	11
place of the earth	11
edition of the work	11
meridian and the brasen	11
the meridian altitude of	11
erect direct south dyal	11
for example in the	11
and encoded edition of	11
perpendicular to the plain	11
be the measure of	11
and set off that	11
by the coelestial globe	10
the surface of the	10
distances of the hour	10
in the air i	10
the equator at the	10
bring the place of	10
you have drawn about	10
by the shadow of	10
at the top of	10
a dyal upon a	10
to make an erect	10
a pair of compasses	10
and from the point	10
the side a c	10
points of the equinoctiall	10
be made about the	10
and use of the	10
degrees contained between the	10
that you have drawn	10
rectifie the globe to	10
line on the floor	10
and from the center	10
by so much the	10
is the sine of	10
in the latitude of	10
is the elevation of	10
of the superficies of	10
made on the globe	10
draw lines from the	10
is to be noted	10
comes to the meridian	10
a line of chords	10
on both sides the	10
of altitude comprehended between	10
day of the month	10
altitude comprehended between the	10
the beames of the	10
part of the meridian	10
upon the plain of	10
the double of the	10
perpendicular to the straight	10
quadrant of altitude in	10
arch of the quadrant	10
one of the ends	10
motion of the sun	10
of the sun for	10
find the heigth of	10
how to make an	10
index or zenith line	10
to the place of	10
turn the globe till	10
to find by the	10
distance of the meridian	10
equall to the angle	10
the bottome of the	10
as you were taught	10
to the west side	10
is to the radius	10
the point where the	10
a paire of compasses	10
the reclination of the	10
to the center of	10
to the right hand	10
according to the quantity	10
how to make the	10
of the points of	10
how is it that	10
of the sun and	10
of the plains latitude	10
side of the horizon	10
go back again to	10
may be made to	10
make an erect direct	10
west side the horizon	10
of the difference of	10
quadrant of altitude comprehended	10
in such sort that	10
to the day of	10
to find the heigth	10
reclination of the index	10
one of the sides	10
upon the terrestrial globe	10
point in the air	10
i would know the	10
draw the line a	10
it may be done	10
height of the pole	10
line shall be the	10
three points of shadow	10
with a paire of	10
the sun to the	10
draw with the other	10
have drawn about the	10
back to the figure	10
example in the point	10
drawn about the point	10
back again to the	10
this space come back	10
an arch of the	10
between the equinoctial and	10
the point of concourse	10
to the horizon of	10
based on the new	9
and these are the	9
the zenith and the	9
must meet with it	9
upon the superficies of	9
aware of the process	9
of the side a	9
index points to a	9
filling in of gaps	9
encoded texts based on	9
or tei g elements	9
feet of the compasse	9
created by converting tcp	9
was divided into two	9
in english were prioritized	9
perpendicular to the horizon	9
from the east point	9
in oxford and michigan	9
text with mnemonic sdata	9
the tei in libraries	9
creation partnership web site	9
it to be the	9
likelihood such instances will	9
or corrected and characters	9
of the suns course	9
with mnemonic sdata character	9
notably latin and welsh	9
teams in oxford and	9
to the east point	9
a clock at night	9
the text encoding initiative	9
restraints of time and	9
corrected and characters marked	9
changes to facilitate morpho	9
assumptions that can be	9
on the new cambridge	9
and there i make	9
a works in english	9
should bear in mind	9
sine of your latitude	9
work was chosen if	9
texts based on the	9
is to encode one	9
was intended to range	9
out by editorial teams	9
based on the text	9
released into the public	9
selection was based on	9
ecliptick the sun is	9
while the overall quality	9
with level of the	9
at the text creation	9
extent have been transformed	9
all likelihood such instances	9
point of the needle	9
respectfully request that due	9
project have been released	9
in the straight line	9
been looked at by	9
transcription and basic encoding	9
of any assumptions that	9
as opposed to critical	9
bear in mind that	9
to range over a	9
of your compasses in	9
copies of the texts	9
have been transformed into	9
elements of known extent	9
now take and use	9
of tcp data is	9
as illegible were corrected	9
so much as the	9
meet qa standards were	9
limit of instances per	9
and some readable characters	9
transformed into placeholder characters	9
given to their original	9
the universities of michigan	9
of the project have	9
sent to external keying	9
or which is all	9
during phase of the	9
general aim of eebo	9
the overall quality of	9
a compelling reason to	9
and characters marked as	9
the notches of the	9
to produce large quantities	9
but the number of	9
of the ecliptick the	9
with changes to facilitate	9
for an anonymous work	9
the text creation partnership	9
sets were sent to	9
publisher proquest to create	9
of known extent have	9
tcp is to encode	9
the process of creating	9
public domain as of	9
and are to be	9
a clock it is	9
whichever is the greater	9
is represented by the	9
therefore chose to create	9
companies for transcription and	9
of the texts have	9
is the length of	9
for their own purposes	9
into placeholder characters or	9
can now take and	9
but we respectfully request	9
those which did not	9
have been looked at	9
on the image sets	9
proquest to create accurately	9
to the length of	9
known extent have been	9
text strings within braces	9
of creating the tcp	9
project restraints of time	9
for transcription and basic	9
external keying companies for	9
be marked as illegible	9
and encoded texts based	9
circle of the horizon	9
sets published by proquest	9
lines shall be the	9
text selection was based	9
tcp data is very	9
to their original source	9
at the hour of	9
were corrected where possible	9
works are eligible for	9
to the keyers to	9
texts have been issued	9
the project have been	9
characters will be marked	9
compelling reason to do	9
was chosen if there	9
to simplify the filling	9
edition of a work	9
in the first place	9
nature of the print	9
keying companies for transcription	9
never have been looked	9
on the left hand	9
errors will remain and	9
creating the tcp texts	9
some errors will remain	9
that point of the	9
elements to simplify the	9
their early english books	9
accurately transcribed and encoded	9
tei in libraries guidelines	9
the usual project restraints	9
the suns declination is	9
line of the place	9
up into the equinoctiall	9
editorial teams in oxford	9
published by proquest via	9
of degrees from the	9
therefore of any assumptions	9
editions of a works	9
not meet qa standards	9
been released into the	9
to page images in	9
bring the lower end	9
was proofread for accuracy	9
the suns declination and	9
will remain and some	9
number of degrees contained	9
tcp is a partnership	9
credit and attribution is	9
are eligible for inclusion	9
divided into two phases	9
was placed in heaven	9
linked to page images	9
a limit of instances	9
should make clear that	9
the print record of	9
right ascensions and declinations	9
page images in accordance	9
the keyers to be	9
north and south line	9
vnto every pound of	9
the halfe of it	9
second or later edition	9
range over a wide	9
mind that in all	9
elevation of the index	9
accordance with level of	9
of the print record	9
the index or zenith	9
and the arch of	9
structural encoding based on	9
a wide variety of	9
phase of the project	9
was then carried out	9
produce large quantities of	9
unicode or text strings	9
the texts have been	9
and use these texts	9
encoded as gap s	9
any remaining illegibles were	9
or text strings within	9
should be aware of	9
of a works in	9
of degrees contained between	9
language title published between	9
illegibles were encoded as	9
tcp aimed to produce	9
length of the night	9
was based on the	9
the hour of sun	9
of michigan and oxford	9
as it ought to	9
the encoding was enhanced	9
in this example is	9
it must meet with	9
to external keying companies	9
to make a dyal	9
the publisher proquest to	9
up to a limit	9
remain and some readable	9
the texts were encoded	9
the plains proper meridian	9
mnemonic sdata character entities	9
works in other languages	9
diameter of the earth	9
chose to create diplomatic	9
be aware of the	9
based on the image	9
wide variety of subject	9
cambridge bibliography of english	9
west side of the	9
you may see by	9
then measure the distance	9
index be made to	9
and or corrected and	9
draw with the rule	9
corrected where possible up	9
and therefore chose to	9
s s p m	9
process of creating the	9
between and available in	9
over a wide variety	9
or for an anonymous	9
returned to the keyers	9
that can be made	9
print record of the	9
then carried out by	9
for it must meet	9
in the time of	9
title published between and	9
proquest via their early	9
published between and available	9
keyers to be redone	9
been transformed into placeholder	9
any assumptions that can	9
texts created during phase	9
domain as of january	9
to the points of	9
of every monographic english	9
text was proofread for	9
will be marked as	9
bring the quadrant of	9
the south side the	9
have been issued variously	9
distance from the meridian	9
all the hour lines	9
texts for their own	9
qa standards were returned	9
gap elements of known	9
a work was chosen	9
assurance was then carried	9
transcribed and encoded texts	9
new cambridge bibliography of	9
first editions of a	9
to a limit of	9
were encoded and linked	9
image sets were sent	9
users should bear in	9
as the sine of	9
quality assurance was then	9
characters marked as illegible	9
are a number of	9
mainly structural encoding based	9
instances will never have	9
the art of painting	9
files to tei p	9
is the complement of	9
data is very good	9
was a compelling reason	9
intended to range over	9
we respectfully request that	9
image sets published by	9
possible up to a	9
the new cambridge bibliography	9
to finde how much	9
point of shadow f	9
and in the other	9
a second or later	9
will never have been	9
tei p using tcp	9
these texts for their	9
opposed to critical editions	9
encoding based on the	9
quality of tcp data	9
a number of works	9
attribution is given to	9
reason to do so	9
what a clock it	9
that due credit and	9
data within the usual	9
were sent to external	9
and the publisher proquest	9
tcp files to tei	9
the ecliptick the sun	9
simplify the filling in	9
sometimes a second or	9
the fourth part of	9
in the art of	9
is a partnership between	9
in the same time	9
level of the tei	9
their works are eligible	9
usual project restraints of	9
remaining illegibles were encoded	9
were returned to the	9
did not meet qa	9
or elements to simplify	9
of textual data within	9
these processes should make	9
iv tiff page images	9
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with the meridian line	8
point at the hour	8
the quantity of the	8
to the meridian with	8
through the notches of	8
light of the sun	8
the line bd of	8
if you desire to	8
from the noon line	8
ocm this keyboarded and	8
the mouth of the	8
the sun above the	8
will have it to	8
of the longest day	8
when the shadow of	8
of the ecliptick on	8
from the brasen meridian	8
plane of the horizon	8
hours after the french	8
by little and little	8
the hours after the	8
for which account onely	8
degrees on the quadrant	8
onely but the number	8
the meridian in the	8
the meridian line ns	8
account onely but the	8
of the sun is	8
reproduction of original in	8
from west to east	8
the upper end of	8
you will have the	8
one side or other	8
altitude to the degree	8
the point i of	8
center of the equinoctial	8
shadow of the index	8
the sun comes to	8
with this space go	8
of the world is	8
description and use of	8
by joseph moxon hydrographer	8
in the first meridian	8
at one and the	8
upon what point of	8
parallel to the equator	8
and draw the line	8
shall be the number	8
it will not be	8
to the index or	8
from the center o	8
the parallel of the	8
in the zenith line	8
that the earth is	8
the remainder is the	8
of the equator that	8
the space from the	8
then turn about the	8
estc r ocm this	8
number of the hundreds	8
found by the globe	8
so is the sine	8
set down in the	8
which is proper to	8
circle of the point	8
your compasses in the	8
place to the meridian	8
the nearest to the	8
one of the two	8
center of the quadrant	8
to the hour of	8
point of shadow d	8
sun above the horizon	8
shadow upon the hour	8
in the second figure	8
and the first meridian	8
be equal to the	8
make marks in the	8
you the number thought	8
this space go to	8
upon the equinoctiall plain	8
the degree and minute	8
how to finde the	8
counted from the zenith	8
r ocm this keyboarded	8
angle at the pole	8
the same distance from	8
to the proper meridian	8
the three points of	8
and turn the globe	8
right ascension of the	8
if you would know	8
and let it be	8
as may be seen	8
if you have been	8
the meridian with the	8
or tangent of gr	8
i find the colure	8
to the point o	8
the zenith line of	8
as was said before	8
let fall a perpendicular	8
center of the dyal	8
of the compass upon	8
the parallels of the	8
of the sun above	8
that it may not	8
in which the sun	8
foot of the compasses	8
the manner of the	8
one foot in the	8
till you come to	8
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divided into equal parts	8
points of shadow c	8
at the intersection of	8
to every one of	8
as long as you	8
the ecliptick on the	8
meridian altitude of the	8
of the hundreds viz	8
make a dyal upon	8
on the line of	8
is the declination of	8
so that it may	8
see in the figure	8
from the point o	8
out of the glasse	8
which account onely but	8
line from the point	8
a quarter of an	8
a line from the	8
point of shadow c	8
rising and setting of	8
the north pole is	8
quadrant of altitude and	8
the places of the	8
notches of the horizon	8
middle of the gnomonical	8
of the brasen meridian	8
the index be made	8
elevate the pole of	8
the houre points of	8
m p m horizo	8
the side b c	8
or other of the	8
to the quantity of	8
by this means you	8
shewing the making of	8
is to be made	8
between the horizon and	8
zodiac is to be	7
right angles to the	7
your compasses at the	7
feet of the compasses	7
to move upon the	7
beames of the sunne	7
of the equator passes	7
of the angle c	7
is the point of	7
the suns place in	7
declination of the index	7
number on the quadrant	7
first meridian comprehended between	7
the place where you	7
to the axeltree rod	7
you may find the	7
of the second magnitude	7
in its true position	7
setting of the stars	7
degree and minute of	7
into twelve equal parts	7
an east and west	7
same distance from the	7
and the meridian of	7
find the height of	7
upon the poles of	7
is perpendicular to the	7
if the sun be	7
to the top of	7
quadrant of altitude rectified	7
and the axeltree of	7
on that side the	7
the suns place given	7
to find the right	7
is to the tangent	7
the other foot a	7
setting of the sun	7
the other side of	7
the unformed stars belonging	7
the horizon in the	7
to draw a dyal	7
the number of cards	7
pole and the horizon	7
meridian through the notches	7
even with the space	7
the afternoon hour lines	7
if the index be	7
of the horizon the	7
to the end that	7
opposite to the degree	7
to finde the houre	7
of the angle b	7
the index a b	7
or degree of the	7
of the length of	7
the plain it selfe	7
with a pair of	7
the number of leagues	7
and the rest of	7
then turn the globe	7
the sun moon or	7
which suppose to be	7
ecliptick on the cusp	7
quadrant of altitude the	7
to those which are	7
you have been exact	7
to finde a number	7
long as you can	7
and latitude of the	7
upon the quadrant of	7
the point the sun	7
a shadow upon the	7
to the number of	7
counting them by and	7
azimuth of the sun	7
the difference of right	7
the north part of	7
to be the same	7
of the dyal is	7
arch of a circle	7
hour lines must be	7
of the point b	7
the zodiac must be	7
a part of the	7
meridian line of the	7
as i have said	7
placed in the heaven	7
superficies of the earth	7
for that is the	7
that part of the	7
the diameter of a	7
the longest day is	7
when you would find	7
in forme of a	7
the help of the	7
of the sun given	7
on the first meridian	7
a straight line from	7
to the secant of	7
the line of declination	7
right ascension and declination	7
the equator passes through	7
you may see the	7
have the sun in	7
upon one of the	7
of the dyal plane	7
equator passes through the	7
through which the ellipsis	7
degree of the meridian	7
shall be the measure	7
that are in the	7
of the day given	7
notes for div a	7
the latitudes of the	7
this other foot of	7
upon the foot of	7
star or degree of	7
of the moneth given	7
the variation of the	7
the circles of the	7
the bottom of the	7
bring it to the	7
and so of others	7
all the rest of	7
is it that a	7
upon the point of	7
it will be a	7
minutes of the equinoctial	7
your plane be a	7
with the help of	7
the contents of the	7
back to the lower	7
the quadrant on the	7
the center of this	7
so of the rest	7
of the meridian line	7
the sun being in	7
may go and meet	7
at the beginning of	7
the nature of the	7
of the sun at	7
the vernal colure to	7
is the nearest to	7
of the earth the	7
the figure of the	7
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the verticall of the	7
when the sun shines	7
of the poles of	7
arch of the first	7
towards the right hand	7
of the globe to	7
on the cusp of	7
as a tangent of	7
the points of hour	7
double of the number	7
to find in what	7
point of the globe	7
is the difference of	7
invented and written by	7
that the shadow of	7
part of a circle	7
to the meridian line	7
and put it into	7
to the left hand	7
it to the meridian	7
plains difference of longitude	7
by the third probleme	7
draw a line from	7
and to find the	7
at the foot of	7
arch of the meridian	7
of the day and	7
and its opposite degree	7
of the proper meridian	7
to the edge of	7
and bring it to	7
b of the pin	7
the plains difference of	7
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number of degrees between	7
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north part of the	7
space go to the	7
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the sun or any	7
to the point d	7
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it come to the	7
verticall of the plane	7
the tropick of cancer	7
that degree to the	7
a figure of heaven	7
it is evident that	7
and according to the	7
to find out the	7
sun or any star	7
circle of the equinoctial	7
seasons of the year	7
therefore i say the	7
of the suns altitude	7
so shall the triangle	7
degrees counted from the	7
and one of the	7
of your line of	7
by the motion of	7
therefore it containeth it	7
which is the complement	7
for the most part	7
by substracting the lesser	7
the other in the	7
number of degrees from	7
the suns place to	7
will be the same	7
there i make a	7
cast a shadow upon	7
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feet of the compass	7
i screw the quadrant	7
in the line qop	7
laying a straight ruler	7
parallel to the perpendicular	7
declining from the south	7
is the degree of	7
from the north point	7
and through the point	7
hang in the aire	7
the dyal in the	7
that may go and	7
the description and use	7
and draw a line	7
the angle of the	7
through the center of	7
when you have thus	7
bd of the lower	7
the first meridian comprehended	7
are to be sold	7
from the center through	7
number of degrees the	7
comming from the center	7
in his book of	6
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minutes of the equator	6
the meridian through the	6
a straight line parallel	6
a number thought upon	6
you are to draw	6
the hour lines must	6
by the rule of	6
to the horizontal line	6
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the azimuth of the	6
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the star or degree	6
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the horizon opposite to	6
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the latitude of a	6
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the true place of	6
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the center a through	6
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the zenith of the	6
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the points d and	6
at the signe of	6
the situation of the	6
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of longitude and latitude	6
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of any star given	6
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marks in the line	6
as if it were	6
the side of it	6
in the poles of	6
the top of it	6
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the sides of it	6
till it come to	6
of degrees between the	6
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equator at the meridian	6
the art of navigation	6
global keyed and coded	6
compasse upon the points	6
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by the last probleme	6
are said to be	6
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to the subindicall line	6
of shadow c and	6
for the a clock	6
that distance in the	6
the center of it	6
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the graduated edge of	6
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which the sun is	6
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in respect of your	6
bright star in the	6
to the globe of	6
from the point m	6
the equator on the	6
double line of sines	6
the length of a	6
superficies and the axeltree	6
turn the globe eastwards	6
that there is no	6
on the contrary side	6
number of hour lines	6
a point in the	6
the center of a	6
vernal colure to the	6
and set one foot	6
in the substilar line	6
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of the horizon opposite	6
east and west line	6
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the hole of the	6
at right angles in	6
as far as the	6
towards the east or	6
by how much it	6
upon the point d	6
of leagues you have	6
east and west diall	6
points b and d	6
of the shadow of	6
parts of the world	6
then place one foot	6
of the ecliptick that	6
of the third magnitude	6
side of the meridian	6
the ends of the	6
upon the edge of	6
to take altitudes by	6
from the middle of	6
screwed to the zenith	6
ascension of the sun	6
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that which is in	6
north side of the	6
almicantar of the sun	6
a bright star in	6
there make a prick	6
from east to west	6
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foot of the style	6
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of the place of	6
after the same manner	6
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of the compass to	6
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xii a clock line	6
it comes to the	6
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this is to be	6
magnitude is to the	6
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the space from d	6
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diameter of the circle	6
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parallel of the suns	6
spi global keyed and	6
made for the latitude	6
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of altitude in the	6
every pound of powder	6
straight line parallel to	6
horizon of the world	6
the number of years	6
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the globe westwards till	6
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length of the zodiac	6
take altitudes by the	6
other foot to the	6
sharp at both ends	6
degree of the equinoctial	6
of the index above	6
bring the vernal colure	6
you come to the	6
i rectifie the globe	6
number of leagues you	6
with your compasses the	6
the declination of a	6
of the side b	6
the superficies and the	6
to the zenith line	6
time of the day	6
the rhumb you have	6
to the horizontall line	6
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the dayes and nights	6
south points of the	6
n s in the	6
a double line of	6
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that may meet in	6
altitude to the zenith	6
the sides of the	6
altitude above the horizon	6
and laying a straight	6
and turning this foot	6
finde the secant of	6
to find the height	6
a point through which	6
stars that are in	6
of the fixed stars	6
cursor of the axis	6
intersection of the meridian	6
side of the clinatory	6
index above the plain	6
difference of right ascension	6
the angle d a	6
degree of the suns	6
be the sine of	6
i count from the	6
into the superficies of	6
to finde the declination	6
must be numbred from	6
you may learn to	6
on the hour circle	6
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altitude of any star	6
pound of powder dust	6
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you were directed to	6
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the name of the	6
the shadow of a	6
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parallels of the sun	6
of the houre lines	6
circles parallel to the	6
and you will find	6
that which passeth to	6
of the last book	6
the light of the	6
your compasse upon the	6
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the two points of	6
the degrees and minutes	6
that end of the	6
it is called the	6
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the foot of a	6
a clock hour lines	6
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the pole and zenith	6
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of one side or	6
upwards on the quadrant	6
the zodiac is to	6
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is to be described	6
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in the west must	6
the earth the sun	6
as you were directed	6
that which in the	6
of all the other	6
to the brasen meridian	6
end of the pipe	6
semidiameter of the equator	6
the parallels of declination	6
true place of the	6
the shortest distance between	6
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the shadow of that	6
space from the point	6
pole above the plane	6
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the day and night	6
the form of a	6
an east or west	6
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the plain whereon the	6
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towards the left hand	6
it is supposed that	6
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i turn about the	6
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two points of shadow	6
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sine of the plains	6
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globe to the latitude	6
star on the globe	6
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between the two pricks	5
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of the equinoctial comprehended	5
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as the lower figure	5
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after noon hour lines	5
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any part of the	5
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in the former figure	5
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of the plane and	5
center of the world	5
if it be upon	5
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the meridian and horizon	5
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the fore noon hour	5
the ellipsis it selfe	5
middle of the plane	5
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by which you may	5
the middle of a	5
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line that you have	5
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you have found out	5
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the equinoctial comprehended between	5
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the after noon hour	5
there make a mark	5
according to the proper	5
the opposite degree of	5
other side of the	5
point of a needle	5
of many sorts of	5
of the third figure	5
sides of the clinatory	5
either north or south	5
north side the equator	5
subindicall line r s	5
meridian with the horizon	5
by the quadrant of	5
of hours and minutes	5
to one of them	5
point of the equinoctiall	5
the ellipsis is to	5
on one side the	5
equinoctial line on the	5
and the shadow of	5
according to the former	5
other foot draw from	5
parallel to the subindicall	5
center of the earth	5
from the horizon upwards	5
unformed stars belonging unto	5
as by the second	5
from the south westwards	5
that side the pole	5
for that number of	5
an erect direct west	5
those that are skilled	5
of fire for the	5
shall you have the	5
i would know what	5
that are skilled in	5
in the plain of	5
shall be the meridian	5
against the line of	5
in the other ballance	5
upon the points b	5
a circle divided into	5
the description of the	5
to be sold at	5
tangent of your latitude	5
the sun from the	5
you may by the	5
of the place be	5
an erect direct east	5
is no other then	5
is the double of	5
edge of the horizon	5
the complement of your	5
about the point g	5
close to the stay	5
one of the poles	5
the hour lines from	5
one point in the	5
of the ecliptick which	5
if you will have	5
is an hour longer	5
circle of the suns	5
mark with the other	5
the meridian between the	5
shall the arch of	5
if you turn the	5
to hang in the	5
the other parts of	5
shall shew the length	5
space bi of the	5
and set one of	5
degrees on the meridian	5
quarter of the ecliptick	5
such a position that	5
of degrees on the	5
to the quadrant of	5
the horizon from the	5
perpendicular to the line	5
point in the middle	5
are said to have	5
of the circle a	5
unto the diameter of	5
ascension and declination of	5
all parallel to the	5
workmen of many sorts	5
of the third book	5
be answerable to the	5
in the quadrant on	5
open your compasses to	5
as much as the	5
side of the ruler	5
and hour index rectified	5
foot draw from the	5
to the radius r	5
together in one and	5
above the meridian line	5
north pole is elevated	5
i count in the	5
points of the compass	5
the best way to	5
go back to the	5
which are called the	5
and minute of the	5
cut by the horizon	5
circle that may meet	5
radius or decimall scale	5
tangent of the declination	5
draw an obscure line	5
be a meridian line	5
pole above the plain	5
of degrees of altitude	5
points of the horizon	5
points in the superficies	5
point on the globe	5
to find the longitude	5
in the zenith of	5
the center a of	5
rhumb you have sailed	5
complement of your latitude	5
are parallel to the	5
i elevate the north	5
ellipsis is to be	5
then go to the	5
arch of the horizon	5
or an oyled paper	5
to the angle of	5
the horizon is the	5
it is in your	5
hour lines of the	5
degrees comprehended between the	5
or parallel of the	5
poetical stories of the	5
of the second triangle	5
of the pole in	5
find the measure of	5
other foot go and	5
to the same point	5
by the points b	5
you intend to make	5
which is upon the	5
of the planes declination	5
to prick down the	5
be even with the	5
from the latitude of	5
motion of the index	5
the feet to the	5
may be seen in	5
same number of hour	5
the horizon till the	5
horizon on that side	5
arch of the sun	5
from the top of	5
at the same instant	5
and south points of	5
to finde the centre	5
and through that point	5
in the same longitude	5
the horizon on that	5
is equal to the	5
to shew the houre	5
you may do it	5
therefore it containeth the	5
ounces of cole dust	5
which is the difference	5
after the name of	5
the ancient and modern	5
of the place and	5
it is certaine that	5
was placed in the	5
table of angles at	5
lesser from the greater	5
of a planetary hour	5
of angles at the	5
the time of sun	5
the head of the	5
a pound of water	5
latitude of the index	5
by means of the	5
turning the globe westwards	5
is said to be	5
the other of the	5
in the first triangle	5
it is said to	5
of the motion of	5
your compasses upon the	5
a solid body consisting	5
but if it have	5
from the first point	5
and divided one from	5
length of the shadow	5
an arch of a	5
to the superficies of	5
draw a right line	5
find the place of	5
the extremity of the	5
and the stilar line	5
that comes to the	5
make the sine of	5
by the two points	5
and these lines shall	5
this is done by	5
from the point e	5
are distant from the	5
have been exact in	5
from the point i	5
the second and third	5
with the same space	5
point up into the	5
the definition of the	5
to the point g	5
of the wooden horizon	5
is proper to the	5
triangle be made on	5
the quadrant to the	5
complement of the latitude	5
a right angled spherical	5
two points b and	5
day of the week	5
is a solid body	5
italian or babylonian way	5
represented by the line	5
other of the point	5
so is the triangle	5
erect direct north dyal	5
in the mean time	5
furthest from the point	5
the first of the	5
in the hour circle	5
have the same distance	5
those lines shall be	5
the sun upon the	5
number of degrees is	5
in the first of	5
of the three points	5
that it is the	5
end of the meridian	5
center of the circle	5
after the italian or	5
may be found by	5
and with the same	5
it is also called	5
star of the second	5
north and south points	5
and the remains is	5
upon the middle rule	5
and the points of	5
the meridian with it	5
latitude you departed from	5
for when the sun	5
the stile must stand	5
the pole to the	5
the compasse upon the	5
by reason of its	5
is mention made of	5
north side the equinoctial	5
in the equinoctial line	5
adde the number of	5
as shall be shewed	5
leagues you have sailed	5
and placing one foot	5
to the line ab	5
the horizontall plain of	5
from the intersection of	5
number of degrees on	5
meridian under the horizon	5
in or parallel to	5
the triangle be made	5
and if it be	5
the latitude of any	5
be the tangent of	5
from the point c	5
hour circle points to	5
and if you have	5
quadrant of altitude upwards	5
to find the difference	5
which is to be	5
by the name of	5
it from m to	5
the distance from the	5
fixed star of the	5
how to find the	5
to the parts of	5
in the number of	5
the houres after the	5
is the latitude of	5
to make an horizontall	5
in the last probleme	5
to a fourth quantity	5
that they may be	5
hour lines of an	5
finde which of them	5
the point of a	5
every degree of the	5
of the most eminent	5
all one with the	5
they are to be	5
stars belonging unto this	5
so shall you have	5
the course of the	5
the same may be	5
as in the second	5
of the sun from	5
of the horizon i	5
take the altitude of	5
the index from the	5
with the quadrant of	5
from the first meridian	5
through the meridian in	5
the plane of the	5
houre from the meridian	5
of a fixed star	5
of that which is	5
and by means of	5
the degree in the	5
in the point b	5
which is called the	5
the practical use of	5
to the line bd	5
the lesser from the	5
rockets of or ounces	5
as it must be	5
cut by the meridian	5
of the principal places	5
erect direct east dyal	5
the latitude you departed	5
with the compasse the	5
meridian of the index	5
over the substilar line	5
be the point of	5
finde a number thought	5
lines parallel to the	5
the greatnesse of the	5
course of the sun	5
be found in the	5
in the triangle of	5
a hole in the	5
are contained between the	5
the equinoctial between the	5
of the center of	5
foot of a mountaine	5
to his own respectively	5
every houre of the	5
of the increase of	5
make an horizontall diall	5
the drawing of the	5
the stars in heaven	5
the heighth of the	5
in an oblique sphear	5
westwards till the index	5
will give you leave	5
so as it may	5
as in the former	5
from the line of	5
of degrees is the	5
complement of the plains	5
and bring the lower	5
opposite degree of the	5
plain and easie directions	5
the place from the	5
of the place from	5
this kinde of diall	5
off that distance in	5
the signe of the	5
straight lines drawn from	5
ascensions and declinations of	5
solid body consisting of	5
degree of the planes	5
you must have a	5
the scituation of the	5
the horizon it is	5
line drawn from the	5
be seen in a	5
to erect a figure	5
the signes in the	5
of the horizon of	5
the space betwixt the	5
upon the points d	5
point of in the	5
i of the axeltree	5
the rule by the	5
the lower figure shews	5
must be in the	5
divided one from the	5
of the meridian and	5
the italian or babylonian	5
and easie directions for	5
twilight in the morning	5
you shall finde the	5
how much it is	5
degrees that the sun	5
shadow of the style	5
the north point in	5
make right angles with	5
meet in the point	5
i make another prick	5
of the compasses in	5
the day an hour	5
poles of the globe	5
of the moneth in	5
one side of the	5
to the workmen of	5
to be in the	5
the triangle of prob	5
so shall the arch	5
day is an hour	5
is to be drawn	5
such sort that the	5
which is the nearest	5
the use of it	5
places of the fixt	5
be done by the	5
the latitude you are	5
in degrees and minutes	5
the xii a clock	5
foot in the center	5
equinoctial comprehended between the	5
to be described upon	5
in a direct line	5
in the following figure	5
of it to the	5
as was shewed in	5
say that it is	5
length of the longest	5
then turning the globe	5
side the pole is	5
difference of right ascensions	5
with the diameter of	5
the end of it	5
set it from m	5
the vi a clock	5
you shall find the	5
all the afternoon hour	5
complement of the angle	5
the sight of the	5
if the eye be	5
many sorts of arts	5
and mark with the	5
the other foot go	5
the rising of the	5
from the beginning of	5
the axeltree rod of	5
the sun for that	5
between the equator and	5
of the point d	5
you may see that	5
radius or tangent of	5
the work will be	5
the true places of	5
upon the proper horizon	5
body of the moon	5
observe the altitude of	5
is to be understood	5
horizon opposite to the	5
any one of the	5
the subindicall line r	5
altitude of the pole	5
is made by the	5
circle parallel to the	5
center of the plane	5
place of the world	5
of a vessell which	5
from the axeltree rod	5
to the distance of	5
of them to his	5
take with the compasse	5
to the centre of	5
equal to the three	5
pots of fire for	5
and set it upon	5
the pin b to	5
decline from the south	5
lie parallel to the	5
of the sun by	5
and keeping the globe	5
them to his own	5
to the meridian and	5
of the plane de	5
of the other of	5
slope edges of the	5
of altitude and the	5
the principal places in	5
at the sign of	5
pole of the ecliptick	5
the workmen of many	5
the first meridian be	5
of the declination of	5
there is mention made	5
the th part of	5
at the other end	5
reclination of the plane	5
find the length of	5
every one to his	5
to be found in	5
through the middle of	5
equal with the space	5
from one of the	5
from e to f	5
place on the globe	5
are skilled in geometry	5
the dayes of the	5
is the height of	5
it is said that	5
it that a man	4
segment of a circle	4
will shew the houre	4
of the primary ellipsis	4
zenith line a b	4
of the pole be	4
many of them as	4
equall to the tangent	4
discourse of the antiquity	4
styles height above the	4
minute in the ecliptick	4
of degrees counted from	4
distance in the equinoctial	4
any place of the	4
for rockets of or	4
motion of the shaddow	4
places given in the	4
of the points b	4
of the clock it	4
sun being in the	4
point the sun rises	4
you see that the	4
that the plumbet may	4
hour lines from the	4
the generall horologicall ring	4
no other then a	4
is best to be	4
of the upright index	4
of the houre distance	4
the ende of the	4
be the center of	4
sine of the angle	4
to the meridian altitude	4
of altitude shall be	4
or a clock line	4
on the meridian the	4
it must be noted	4
in what number of	4
of the night and	4
one of the three	4
above the horizon at	4
shall be the several	4
that may meet with	4
of the aequinoctiall distance	4
of the body of	4
the knowledge of the	4
is on the north	4
or any star is	4
according to the time	4
you were taught in	4
the distance which is	4
which you are to	4
from the middle rule	4
latitude of the plain	4
elevate the pole to	4
for the help of	4
equinoctial and the quadrant	4
how the zodiac is	4
from the north or	4
each side of the	4
the arches of the	4
you have been very	4
the variation is eastwards	4
the ecliptick is elevated	4
forms are pictured on	4