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
early english books online	24
the end of the	18
the center of the	17
hence is it that	13
represented either as utf	12
characters represented either as	12
a quarter of an	12
in the same time	12
quarter of an hour	10
the sun or stars	10
motion of the sun	9
and set it from	9
on the th of	9
from the apparent time	9
to the end that	9
at the same time	9
your line of chords	9
the true nature of	8
the nature of the	8
the suns right ascension	8
time of the year	8
at the end of	8
in so much as	8
the time of the	8
a table of the	8
when the sun is	8
the motion of the	8
a line of chords	8
and hence is it	8
the length of the	7
to make it go	7
may be made to	7
is to be added	7
with the same dial	7
that there is not	7
in twenty four hours	7
is not to be	7
of your line of	7
and so by consequence	7
since so it is	7
in oxford and michigan	6
proofread for accuracy and	6
their early english books	6
chose to create diplomatic	6
tcp data is very	6
and therefore chose to	6
been released into the	6
markup guidelines are available	6
there is not any	6
of every monographic english	6
the filling in of	6
length makes in an	6
on the new cambridge	6
of the process of	6
even for commercial purposes	6
selection was intended to	6
and use these texts	6
so as that the	6
sets published by proquest	6
the project have been	6
this phase i text	6
level of the tei	6
or tei g elements	6
and encoded texts based	6
are a number of	6
the universities of michigan	6
simplify the filling in	6
and those which did	6
all likelihood such instances	6
structural encoding based on	6
creation partnership web site	6
transformed into placeholder characters	6
attribution is given to	6
for keying and markup	6
or for an anonymous	6
divided into two phases	6
returned to the keyers	6
of gaps by user	6
a second or later	6
is a partnership between	6
create accurately transcribed and	6
and available in eebo	6
keying companies for transcription	6
michigan and oxford and	6
page images in accordance	6
images in accordance with	6
general aim of eebo	6
later edition of a	6
and markup reviewed and	6
the reason of this	6
by converting tcp files	6
there was a compelling	6
aware of the process	6
each text was proofread	6
characters will be marked	6
based on the new	6
providing financial support to	6
the image sets published	6
notably latin and welsh	6
and attribution is given	6
work was chosen if	6
there are a number	6
compelling reason to do	6
marked as illegible were	6
while the overall quality	6
all without asking permission	6
makes in an hour	6
published between and available	6
was proofread for accuracy	6
with changes to facilitate	6
usual project restraints of	6
by proquest via their	6
financial support to the	6
been transformed into placeholder	6
these processes should make	6
use these texts for	6
converting tcp files to	6
be marked as illegible	6
on the text encoding	6
reason to do so	6
work described above is	6
texts have been issued	6
and markup guidelines are	6
such instances will never	6
works in english were	6
texts were encoded and	6
of time and funding	6
data within the usual	6
on the image sets	6
the terms of creative	6
right ascension in time	6
of the project have	6
and sometimes a second	6
large quantities of textual	6
tcp is a partnership	6
encoded texts based on	6
selection was based on	6
new cambridge bibliography of	6
unicode or tei g	6
partnership between the universities	6
in of gaps by	6
accurately transcribed and encoded	6
cambridge bibliography of english	6
tcp is to encode	6
but we respectfully request	6
keying and markup guidelines	6
into the public domain	6
been issued variously as	6
by the help of	6
corrected and characters marked	6
be made about the	6
credit and attribution is	6
edition of the work	6
for an anonymous work	6
text strings within braces	6
works are eligible for	6
of works in other	6
over a wide variety	6
a works in english	6
to range over a	6
characters or elements to	6
looked at by a	6
to a limit of	6
the new cambridge bibliography	6
or corrected and characters	6
the texts have been	6
request that due credit	6
text creation partnership web	6
whichever is the greater	6
image sets published by	6
second or later edition	6
these texts for their	6
linked to page images	6
the texts were encoded	6
to reflect the true	6
teams in oxford and	6
english books online text	6
record of the period	6
text is available for	6
and the publisher proquest	6
a compelling reason to	6
available at the text	6
texts created during phase	6
the sides of the	6
with level of the	6
the print record of	6
published by proquest via	6
image sets were sent	6
created by converting tcp	6
released into the public	6
to page images in	6
markup reviewed and edited	6
have been looked at	6
tcp assigned for keying	6
a b c d	6
elements to simplify the	6
in accordance with level	6
support to the early	6
for their own purposes	6
from proquest page images	6
illegibles were encoded as	6
understanding these processes should	6
editorial teams in oxford	6
changes to facilitate morpho	6
within the usual project	6
tei in libraries guidelines	6
any assumptions that can	6
of each text was	6
to the early english	6
to the center of	6
range over a wide	6
filling in of gaps	6
text with mnemonic sdata	6
by a tcp editor	6
by the institutions providing	6
by editorial teams in	6
the text creation partnership	6
between the universities of	6
respectfully request that due	6
to simplify the filling	6
tcp aimed to produce	6
opposed to critical editions	6
the seruice of god	6
and or corrected and	6
texts for their own	6
can now take and	6
where possible up to	6
oxford and the publisher	6
of the texts have	6
for the latitude of	6
accordance with level of	6
we respectfully request that	6
editions of a works	6
assigned for keying and	6
should be aware of	6
the general aim of	6
will be marked as	6
coded from proquest page	6
according to the terms	6
elements of known extent	6
this keyboarded and encoded	6
mainly structural encoding based	6
unicode or text strings	6
was a compelling reason	6
so much too fast	6
be aware of the	6
ascii text with mnemonic	6
encoding was enhanced and	6
is given to their	6
or later edition of	6
remain and some readable	6
into placeholder characters or	6
nature of the print	6
print record of the	6
that can be made	6
and some readable characters	6
known extent have been	6
aimed to produce large	6
possible up to a	6
of the tei in	6
the back of the	6
textual data within the	6
been looked at by	6
is to encode one	6
external keying companies for	6
placeholder characters or elements	6
the tei in libraries	6
some readable characters will	6
between and available in	6
number of works in	6
those which did not	6
as opposed to critical	6
edition of a work	6
of any assumptions that	6
were sent to external	6
data is very good	6
limit of instances per	6
with mnemonic sdata character	6
the process of creating	6
the sun in the	6
and oxford and the	6
were encoded as gap	6
to create diplomatic transcriptions	6
should bear in mind	6
above a quarter of	6
a number of works	6
of a works in	6
any remaining illegibles were	6
then their works are	6
is available for reuse	6
phase of the project	6
that in all likelihood	6
and coded from proquest	6
publisher proquest to create	6
to the keyers to	6
the early english books	6
a work was chosen	6
was enhanced and or	6
guidelines are available at	6
encoded and linked to	6
have been issued variously	6
of the print record	6
issued variously as sgml	6
was based on the	6
in all likelihood such	6
books online text creation	6
to external keying companies	6
in the time of	6
keyed and coded from	6
reflect the true nature	6
files to tei p	6
corrected where possible up	6
encoded as gap s	6
that it may be	6
are available at the	6
of known extent have	6
were returned to the	6
of a work was	6
the usual project restraints	6
users should bear in	6
produce large quantities of	6
at by a tcp	6
can be made about	6
quality of tcp data	6
will remain and some	6
processed by university of	6
assurance was then carried	6
never have been looked	6
will never have been	6
characters marked as illegible	6
and therefore of any	6
and by consequence the	6
that due credit and	6
at the text creation	6
processes should make clear	6
the text can be	6
to create accurately transcribed	6
to their original source	6
likelihood such instances will	6
of michigan and oxford	6
to encode one copy	6
standards were returned to	6
illegible were corrected where	6
of instances per text	6
usually the first edition	6
companies for transcription and	6
text and markup reviewed	6
proquest via their early	6
transcribed and encoded texts	6
keyers to be redone	6
meet qa standards were	6
blows in an hour	6
the overall quality of	6
bibliography of english literature	6
in mind that in	6
described above is co	6
did not meet qa	6
copies of the texts	6
text was proofread for	6
have been transformed into	6
overall quality of tcp	6
or elements to simplify	6
which did not meet	6
was then carried out	6
sets were sent to	6
of the work described	6
accuracy and those which	6
users should be aware	6
process of creating the	6
enhanced and or corrected	6
title published between and	6
the time by the	6
day of the year	6
mind that in all	6
p using tcp tei	6
were corrected where possible	6
encoded edition of the	6
sent to external keying	6
therefore chose to create	6
take and use these	6
was divided into two	6
to the terms of	6
therefore of any assumptions	6
of creating the tcp	6
created during phase of	6
up to a limit	6
institutions providing financial support	6
domain as of january	6
quality assurance was then	6
texts based on the	6
true nature of the	6
a wide variety of	6
for transcription and basic	6
restraints of time and	6
should make clear that	6
keyboarded and encoded edition	6
remaining illegibles were encoded	6
intended to range over	6
and linked to page	6
based on the image	6
text can be copied	6
encoded text transcribed from	6
and encoded edition of	6
works in other languages	6
are eligible for inclusion	6
quantities of textual data	6
have been released into	6
the sun is in	6
tcp files to tei	6
extent have been transformed	6
assumptions that can be	6
the publisher proquest to	6
of textual data within	6
for accuracy and those	6
included and sometimes a	6
is equal to the	6
tei p using tcp	6
of tcp data is	6
errors will remain and	6
anyone can now take	6
to produce large quantities	6
phase i text is	6
sometimes a second or	6
to tei p using	6
owned by the institutions	6
i text is available	6
the public domain as	6
if there was a	6
their works are eligible	6
during phase of the	6
public domain as of	6
language title published between	6
transcription and basic encoding	6
by university of nebraska	6
was intended to range	6
chosen if there was	6
project was divided into	6
online text creation partnership	6
tcp project was divided	6
the encoding was enhanced	6
via their early english	6
terms of creative commons	6
variety of subject areas	6
were encoded and linked	6
wide variety of subject	6
readable characters will be	6
project restraints of time	6
text selection was based	6
creating the tcp texts	6
then carried out by	6
mnemonic sdata character entities	6
gap elements of known	6
made about the data	6
gaps by user contributors	6
universities of michigan and	6
a limit of instances	6
the keyers to be	6
carried out by editorial	6
in english were prioritized	6
now take and use	6
was chosen if there	6
the institutions providing financial	6
or text strings within	6
although there are a	6
project have been released	6
first editions of a	6
bear in mind that	6
and characters marked as	6
not meet qa standards	6
the work described above	6
instances will never have	6
given to their original	6
as illegible were corrected	6
images scanned from microfilm	6
proquest to create accurately	6
qa standards were returned	6
the text encoding initiative	6
encoding based on the	6
out by editorial teams	6
some errors will remain	6
based on the text	6
due credit and attribution	6
a partnership between the	6
finding a meridian line	5
the motion of a	5
as if he should	5
the right ascensions of	5
difference in time between	5
too fast or too	5
the same day twelve	5
it from m to	5
so much as the	5
to the apparent time	5
they are to be	5
those things that are	5
in time between the	5
the nature of time	5
for so much as	5
the design of the	5
is a sign of	5
the pointing of the	5
iv tiff page images	5
motion of the earth	5
the right or left	5
and right managing of	5
estc r ocm this	5
of the equation of	5
come under the pole	5
the aequation of time	5
the face of the	5
be equal to the	5
agree with the same	5
reproduction of original in	5
parts of the year	5
r ocm this keyboarded	5
the a clock line	5
of the sun in	5
the day of the	5
hour of the night	5
in the first place	5
true to the sun	5
set it from m	5
right ascension of the	5
motion to shew the	5
the centre of the	5
the wheels and pinions	5
the right ascension of	5
is as much as	5
the ransome of time	5
for the most part	5
a motion to shew	5
of the sun from	5
ransome of time being	5
and if so that	5
pointing of the needle	5
when the clock is	5
the true time of	5
in the same vertical	5
it will not be	5
to the right or	5
the inequality of time	5
the time given by	5
by means of the	5
be made to go	5
the difference between the	5
ocm this keyboarded and	5
time given by the	5
one of the most	5
number of a motion	4
the observation of the	4
by the sun or	4
a new contrivance of	4
so much is the	4
of time by day	4
watch ought to be	4
observing the moment of	4
in reference to clocks	4
as is the aequation	4
the number of the	4
and in like manner	4
aequation is to be	4
is the aequation of	4
an horizontal dial for	4
contrivance of adapting a	4
temper of the air	4
to be added to	4
as much as to	4
the apparent time shewn	4
the figures are red	4
the whole course of	4
in the seruice of	4
to one turn of	4
given by the sun	4
the best rules for	4
to set it up	4
for observing the moment	4
times in a minute	4
equal to the angle	4
so much as that	4
apparent time shewn by	4
if it go too	4
design of the table	4
the longitude of the	4
exact moment of time	4
from one place to	4
faster or slower than	4
time of this life	4
out of your line	4
clock in the morning	4
a clock in the	4
time shewn by the	4
altitude of the sun	4
that if it be	4
by day or night	4
furnish you with good	4
substracted from the apparent	4
silver and spirit weather	4
time by day or	4
both of the quick	4
you would have it	4
the moment of time	4
be substracted from the	4
same day twelve month	4
the exact moment of	4
that make use of	4
right managing of clocks	4
the days of the	4
the time of this	4
one place to another	4
of the sun or	4
much as to say	4
center of the orbit	4
into the nature of	4
quarter of an inch	4
ordering and use both	4
if it be set	4
is one of the	4
to adjust a clock	4
first row of figures	4
let it go till	4
be added to the	4
perpendicular to the horizon	4
the first row of	4
for the ordering and	4
new contrivance of adapting	4
tables of the suns	4
the same with the	4
the edge of the	4
by a pinion of	4
till you find it	4
the number of a	4
any length makes in	4
the altitude of the	4
of time being captive	4
the mercury in the	4
you with good work	4
the same number of	4
that part of the	4
by the altitude of	4
length of a pendulum	4
turn to your table	4
by the pointing of	4
the sun from the	4
longitude of the sun	4
near the true time	4
of the suns right	4
the surface of the	4
watches and other time	4
diurnal motion of the	4
the object seem to	4
side of the ruler	4
any of these stars	4
of adapting a telescope	4
best rules for the	4
rules for the ordering	4
to be observed in	4
the apparent and mean	4
the side of the	4
for that it is	4
use both of the	4
to be substracted from	4
the ordering and use	4
and use both of	4
it go till the	4
and for so much	4
will be apt to	4
so that by the	4
the tables of the	4
seconds in a day	4
adapting a telescope to	4
the number of vibrations	4
moment of time by	4
fast or too slow	4
to be the cause	3
leading a wheel of	3
when the air is	3
the cause of this	3
wherein is declared how	3
pendulum watch ought to	3
in the same plain	3
to which it was	3
most sorts of useful	3
the length of a	3
the rest of the	3
on the horizontal plain	3
added to the apparent	3
suns rising or setting	3
if the glass be	3
if he should say	3
time of the sun	3
making two sorts of	3
be observed in all	3
to keep true time	3
have it ring at	3
all that make use	3
from the center of	3
and in what manner	3
wheel b fix concentrick	3
the equation of days	3
according to the course	3
when the sun comes	3
described upon most sorts	3
with proper tables requisite	3
clock be set right	3
necessary for all that	3
any part of the	3
a table of pendulums	3
ought to be so	3
you find it to	3
slower than a true	3
b fix concentrick a	3
the true length of	3
two sorts of spot	3
in the serpents tail	3
they may be made	3
printed for jonathan edwin	3
the hour of the	3
that time twelve month	3
shewn by the sun	3
and that i may	3
a sign of rain	3
in all astronomical observations	3
by the sun so	3
table of the equation	3
the wheel b fix	3
printed for richard cumberland	3
shall carry about a	3
than the natural day	3
to the most excellent	3
the beats that any	3
of these kind of	3
in the booke of	3
too slow by the	3
and see what numbers	3
how a man may	3
they may shew the	3
quantity of their error	3
shall express the motion	3
for all that make	3
the arch of the	3
if the figures are	3
is the cause of	3
to differ from the	3
to an horizontal dial	3
that of the hour	3
the th of october	3
the pole and pole	3
the beginning of the	3
these kind of movements	3
really good and substantial	3
part of a quarter	3
from e to f	3
of a quarter of	3
of clocks and watches	3
of a motion shewing	3
to the course of	3
the complement of the	3
for regulating and adjusting	3
shewing the beats that	3
a second in a	3
chime clocks weight pendulum	3
to the exposition of	3
according to the time	3
in clocks and watches	3
and adjusting curious pendulum	3
at the time of	3
without sensible difference for	3
upon most sorts of	3
horary distance from the	3
whole being a work	3
twenty four hours long	3
is declared how precious	3
and in one day	3
it has gone too	3
designed to stand in	3
global keyed and coded	3
proper tables requisite thereto	3
regulating and adjusting curious	3
the teeth of the	3
and thus you may	3
a well adjusted clock	3
an account of the	3
to which is added	3
it may not be	3
age of the moon	3
that the day will	3
thereby precisely to adjust	3
alike twenty four hours	3
the top of the	3
are the beats that	3
newer and better rules	3
they ought to be	3
some brief directions for	3
case it has gone	3
according to his duety	3
hour of full tide	3
being a work very	3
very necessary for all	3
three quarters of an	3
use of these kind	3
in one day b	3
but will serve without	3
kinds now in use	3
time between the pole	3
time it has gone	3
reasons why all days	3
a minute in time	3
minutes of a degree	3
horological disquisitions concerning the	3
of the crown wheel	3
that are really good	3
sorts of useful dials	3
will serve without sensible	3
and the reasons why	3
as the royal pendulum	3
blebs of wind that	3
ten times as much	3
being always kept exactly	3
draw the line a	3
that we may not	3
work very necessary for	3
for making two sorts	3
method for calculating of	3
that the stile must	3
the line of sight	3
in any part of	3
may quickly and exactly	3
the whole being a	3
to rise on the	3
perceives the point k	3
shewing how much a	3
motion of the pendulum	3
minutes for an horizontal	3
be observed in setting	3
brief directions for making	3
the shadow of the	3
much he looseth that	3
of a line of	3
the day will be	3
the bottom of the	3
the time of day	3
day will be fair	3
the clock in the	3
that any length makes	3
the time it has	3
projected in the aequator	3
and minutes for an	3
from day to day	3
is not a rectifying	3
a clock by the	3
and come right again	3
be faster or slower	3
much as is the	3
the angel in s	3
lines may quickly and	3
a true meridian line	3
and for regulating and	3
managing of clocks and	3
the price of time	3
there is no time	3
which appears the impossibility	3
of hours and minutes	3
so by consequence every	3
for most parts of	3
or slower than a	3
the impossibility of a	3
be too slow by	3
the latitude of oxford	3
an hour from the	3
according to the exposition	3
difference for most parts	3
at any certain hour	3
by the number of	3
that space of time	3
one turn of the	3
so as to shew	3
looseth that looseth it	3
longer or shorter than	3
our lord knoweth the	3
that the dayes are	3
sun is in the	3
for an horizontal dial	3
is not the same	3
is to be substracted	3
sounds of bells spread	3
the whole year round	3
when the sun shines	3
as if you would	3
of an hour from	3
to adjust royal pendulums	3
early in the morning	3
face of the board	3
what has been said	3
to the a clock	3
for the loue of	3
to be so much	3
find it not to	3
at right angles with	3
true time of the	3
for there is no	3
the stars at night	3
to make use of	3
make it go slower	3
much a good pendulum	3
sensible difference for most	3
that the line of	3
angles with the plane	3
ought to be faster	3
time by the sun	3
of the horizontal ruler	3
the reasons why all	3
an appendix containing mr	3
between the pole and	3
for euer and euer	3
when any of these	3
this is the manner	3
are regulated by a	3
telescope to an horizontal	3
disquisitions concerning the nature	3
but if it go	3
most common kinds now	3
directly opposite to the	3
to the sum of	3
for finding a meridian	3
in the next place	3
vertical with the pole	3
centre of the earth	3
nature of the pendulum	3
would have it ring	3
common kinds now in	3
useful in all astronomical	3
how thereby precisely to	3
the aequation is to	3
for adjusting a clock	3
th part of a	3
again by a pinion	3
between the hours of	3
are not alike twenty	3
of the inequality of	3
not alike twenty four	3
go till the th	3
the stile must stand	3
suspension to the center	3
be set to a	3
be set to the	3
a telescope to an	3
how much a good	3
which again by a	3
of the suns rising	3
be set right the	3
to those that consider	3
exactly true to the	3
the day of doome	3
spi global keyed and	3
observe whether the mensurator	3
too fast for the	3
dial for observing the	3
as i said before	3
precisely to adjust royal	3
right angles with the	3
from noon to noon	3
in case it has	3
stand at right angles	3
till the th of	3
father andreas de soto	3
as long as the	3
shew the hour of	3
of two or three	3
the sun so much	3
in the center of	3
be described upon most	3
with some brief directions	3
horizontal dial for observing	3
with tables of equation	3
on both sides the	3
beats that any length	3
in which appears the	3
with an appendix containing	3
bells of the same	3
being one of the	3
of time arising from	3
the sum of the	3
he looseth that looseth	3
to find out the	3
concerning the nature of	3
a clock to be	3
adjusting a clock by	3
in such sort that	3
it perceives the point	3
calculation of hours and	3
quickly and exactly be	3
the root of the	3
end of the horizontal	3
the day on which	3
pendulum is subject to	3
of the exact moment	3
make it go faster	3
the sun comes to	3
it may be redeemed	3
rules for adjusting a	3
a motion shewing the	3
good pendulum watch ought	3
to the edge of	3
a good pendulum watch	3
of the telescopick sights	3
the most excellent infanta	3
is under the pole	3
appears the impossibility of	3
the chief use of	3
those that consider the	3
fix concentrick a pinion	3
by the same rule	3
center of the sun	3
the course of nature	3
quarters of an hour	3
by the motion of	3
back of the case	3
that time which is	3
the earth has performed	3
much too fast as	3
like arch projected in	3
exactly be described upon	3
swift and slow motion	3
to employ it well	3
and a line of	3
if so that thou	3
if you would have	3
of adjusting a clock	3
much is the aequation	3
as the squares of	3
than a true sun	3
are really good and	3
by which means the	3
most excellent infanta clara	3
that it is not	3
serve without sensible difference	3
in one of his	3
time of his life	3
and exactly be described	3
i have thought fit	3
let the clock be	3
differ from the apparent	3
and newer and better	3
by the fixed stars	3
to shew the hour	3
either clock or watch	3
have thought fit to	3
when the tube is	3
how it may be	3
this difference in time	3
in the concavity of	3
calculated for the latitude	3
the hour of full	3
in the midst of	3
parallel to the horizon	3
the first of these	3
it is that the	3
at the angel in	3
made in the same	3
and that there is	3
a work very necessary	3
the pinion of the	3
segment of a circle	3
make use of these	3
kept exactly true to	3
the same vertical with	3
than they are in	3
clock by the fixed	3
by the stars at	3
directions for making two	3
give the true hour	3
always kept exactly true	3
fast for the sun	3
for calculating of numbers	3
the suns rising or	3
the th of june	3
the clock be set	3
center of the bob	3
come now to shew	3
rise on the mensurator	3
how much he looseth	3
to the seruice of	3
second in a day	3
the intersection of the	3
trium in cervice leonis	3
hours and minutes for	3
that a royal pendulum	3
the apparent time to	3
same vertical with the	3
the cause of the	3
inches and a half	3
most parts of england	3
to be faster or	3
tables calculated for the	3
observation of the exact	3
confessor to the most	3
arch projected in the	3
would have been of	3
and you shall find	3
the age of the	3
with a table of	3
the help of which	3
distance from the meridian	3
to your table of	3
end of the gage	2
it is to be	2
self with a good	2
lower end of the	2
pin in the center	2
reason of their several	2
at what weather will	2
which it was set	2
being less than the	2
line of the page	2
so much time as	2
i have been as	2
go too slow you	2
the day or night	2
the hour line of	2
it be taken for	2
if the eye fall	2
with several conclusions drawn	2
what numbers stand against	2
a radius of the	2
bestowed it on vs	2
continue in motion at	2
minutes in a day	2
that placide estate of	2
about a ring of	2
holes for the screws	2
the pendulum may be	2
the most common kinds	2
the plane of the	2
the eye fall from	2
ill employed and lost	2
from to and from	2
go on till a	2
mean diurnal motion of	2
in a day more	2
and in such manner	2
serve very well for	2
paper on the back	2
the hour by the	2
there are two things	2
glass a b c	2
finding the declination of	2
hours appropriated to the	2
in motion at once	2
dialogves in three parts	2
the draught of the	2
it is lawfull also	2
and pastime to recreate	2
both able and honest	2
the earths place at	2
and slow motion of	2
the name of a	2
appoint to receive the	2
too slow you must	2
subject to be altered	2
as also rules to	2
with the method of	2
are drawn in reference	2
a line and plummet	2
ought to employ it	2
of finding their several	2
that it is in	2
in its true position	2
part of the ecliptick	2
end to the other	2
fast to the place	2
the three roses in	2
a pinion moveth not	2
that the right ascensions	2
and first for the	2
right the same day	2
may be raised or	2
meanes to redeeme time	2
as given on a	2
in that placide estate	2
inequality of time in	2
the body of the	2
in case of the	2
from one end to	2
to the signs between	2
by what has been	2
the rising and falling	2
the signe of coline	2
much in the distance	2
of time in respect	2
days are truly hours	2
himself with either clocks	2
to and from to	2
the help of a	2
when you set it	2
god bestowed it on	2
you the beats made	2
if the eye rise	2
pendulum ought to be	2
on the pin g	2
vnder the title of	2
parts of the ecliptick	2
of life and many	2
fourth part of a	2
any time of the	2
it so much too	2
of spot dials by	2
collimation lk parallel to	2
your clock is at	2
is great want thereof	2
to a true time	2
some entertainements of mirth	2
not be able to	2
minutes of the suns	2
is requisite to make	2
farre forth that i	2
this aequation of time	2
be it neuer so	2
the table for dividing	2
root of the stile	2
movements you speak of	2
performed its mean motion	2
manner it should be	2
a plain and simple	2
lawfully secular people may	2
columes belong to the	2
with degrees of chords	2
rising in any part	2
for years to come	2
a pendulum that strikes	2
then look through the	2
and vvhen so that	2
by which it is	2
sun in the ecliptick	2
set right to the	2
god almighty doth shorten	2
and set the pendulum	2
what is the chief	2
necks of the screws	2
is read in the	2
of day or night	2
will not be safe	2
of this aequation of	2
or go too slow	2
much too fast or	2
the wearing to which	2
as near as possible	2
a pendulum of that	2
some few rules how	2
and stars temporary right	2
appropriated to the signs	2
intelligence of its divisions	2
the vvords of the	2
end of a tobacco	2
necessary to be known	2
declination of a wall	2
the first and third	2
people may vse some	2
then bring it back	2
set it at a	2
to be added or	2
the hour in any	2
draw an obscure segment	2
proved by reason and	2
there is no man	2
side ab is brought	2
star is to be	2
east and west dials	2
i set my watch	2
that is one turn	2
a way by which	2
always in the same	2
the difference is minutes	2
day of the month	2
see what numbers stand	2
beats blows in an	2
sides of the ruler	2
what hath been here	2
the time of a	2
left wing of virgo	2
stars temporary right ascensions	2
the theory of this	2
object seem to fall	2
in the same place	2
and so much as	2
the trebbleness or baseness	2
rest of the work	2
what end god bestowed	2
on the left side	2
fixing them in the	2
the signs between the	2
rule to know when	2
the necks of the	2
of the case a	2
from the beginning of	2
cannot tell where the	2
of the ordinary sort	2
aequation of time arising	2
lengths of natural days	2
the locking detent is	2
no care thereof when	2
of the pendulum may	2
long vibrates in a	2
to the true hour	2
in the world for	2
a estc r ocm	2
lines move to the	2
of the second table	2
rising and falling of	2
the method of finding	2
plain to those that	2
the substance of the	2
if the air be	2
same distance of time	2
the same piece with	2
the same point of	2
in such a manner	2
how precious a thing	2
line of the dial	2
so that if a	2
bore of the tube	2
horizontal ruler cut the	2
is the same in	2
time it may be	2
of the clock in	2
inequality of time and	2
the appearance of the	2
the pendulum beat equally	2
be amiss in the	2
any two points in	2
at noon the day	2
length of the pendulum	2
set when the sun	2
in some parts of	2
the declination of a	2
of movements by j	2
vibrations in the same	2
also rules to be	2
to be had in	2
the seconds of time	2
and of what value	2
of the same piece	2
hang on the weights	2
every quarter of an	2
and other parts are	2
the fabrick of the	2
of the several conclusions	2
of the sun is	2
same number of degrees	2
whose right ascensions are	2
the line ef to	2
give intelligence of its	2
on the account of	2
the care of the	2
is the number of	2
one day b goes	2
nut of a pendulum	2
will be found to	2
and when the sun	2
be taken for the	2
a like arch projected	2
the inclination of the	2
hath reserved to himself	2
the fourth of may	2
employ themselues in good	2
already in the movement	2
equal in time to	2
is designed for the	2
makes with the meridian	2
and parts of a	2
in the left hand	2
an exact meridian line	2
shall appoint to receive	2
considerable time of going	2
contained in twenty four	2
you shall find that	2
molyneux in his sciothericum	2
and when they are	2
a man may furnish	2
in raising the eye	2
that some part of	2
sun so much as	2
whence several conclusions are	2
for a pinion moveth	2
wearing to which those	2
much is that day	2
the place where the	2
that we ought to	2
be occasion to make	2
is it that for	2
of the most common	2
it is not yet	2
in the same pendulum	2
in the same plane	2
rise from e to	2
in respect of artificial	2
be at the pains	2
err a minute in	2
being captive wherein is	2
here you are to	2
to the draught of	2
all the time which	2
for the same use	2
last but two in	2
in the beginning of	2
in eductione caudae capricorni	2
the side ab is	2
may furnish himself with	2
for ever and ever	2
to the end they	2
so near the truth	2
a little too slow	2
in the length of	2
or lose the difference	2
be found to differ	2
parts of an hour	2
crook and samuel helsham	2
of a good and	2
that is not a	2
error in the tables	2
ascension of the star	2
half an hour too	2
be according to the	2
at a quarter past	2
according as is requisite	2
it shews you the	2
occasion to make use	2
the earth by its	2
give a good price	2
rules to be observed	2
of the sun and	2
is in either of	2
perpetually in the same	2
t is impossible for	2
end of the hand	2
when so that thou	2
between the coming of	2
that if a clock	2
product of all the	2
table of royal pendulums	2
time is not the	2
is much the same	2
not a rectifying day	2
higher in altitude then	2
its mean motion above	2
the middest of my	2
time is that which	2
in the whales tail	2
that for a good	2
and on the th	2
to do but to	2
as possible to the	2
signs of the zodiack	2
the beats made in	2
pendulum that shall vibrate	2
too slow when they	2
apparent and mean time	2
way and manner of	2
one side of your	2
all clocks naturally perform	2
according to those wordes	2
method of calculating all	2
this time is not	2
for the same angles	2
i take to be	2
will be bestowed on	2
will lose it and	2
of packing up and	2
which the stile makes	2
with those of the	2
threds or turns of	2
that the first colume	2
will go always too	2
the unequal length of	2
b perpendicular to the	2
take the said numbers	2
true proportion and uniform	2
observed in setting them	2
the reason of which	2
in three parts shewing	2
the distance of the	2
that the shadow of	2
to the product of	2
all instruments for the	2
at any time of	2
is the aequation on	2
that the day of	2
on the same point	2
set a year before	2
captive wherein is declared	2
column in our table	2
number of days in	2
twelve signs of the	2
several parts of the	2
the mathematicks are made	2
to propose a way	2
the th of may	2
the first point of	2
one of these divisions	2
for so much is	2
as to shew the	2
time in respect of	2
the mensurator is too	2
and the next morning	2
the pendulum day is	2
there set down in	2
that in the cestern	2
are to be sold	2
more time to be	2
set to the sun	2
to the motion of	2
the table for that	2
but that we may	2
a plate of brass	2
right with the same	2
the first creation of	2
to take paines with	2
to the surface of	2
they continue in motion	2
into english by j	2
be contained in the	2
the dial be in	2
respect of artificial motions	2
making the holes for	2
by frequent repetitions and	2
as much as the	2
the red figures shew	2
center of your dial	2
keep so equal a	2
time when there is	2
takes the suns altitude	2
are to be redeemed	2
slow when they are	2
the mean diurnal motion	2
less time than the	2
goodness of a clock	2
to be sold by	2
time being captive wherein	2
the one is the	2
the degree of the	2
the head of the	2
is that of time	2
for dividing the nut	2
then set it anew	2
of finding a meridian	2
may conclude that the	2
is the chief use	2
in all clocks generally	2
that spirituall men vse	2
to the same purpose	2
the clock has gone	2
set it up in	2
aequation of time in	2
so equal a time	2
the manner how all	2
right ascensions of the	2
by the words of	2
more to the right	2
to the first of	2
work at a low	2
gain the mean time	2
the wind and the	2
hundreds of a vibration	2
how iustly the sluggish	2
what your clock is	2
surface of the mercury	2
be known by those	2
the horary distance of	2
of the ring g	2
is the reason of	2
what manner it should	2
arch of the aequator	2
things of this nature	2
a day more than	2
the other side of	2
move to the spot	2
be of an equal	2
of it into the	2
the clock is made	2
a second of time	2
upper part of the	2
conclusions that have been	2
is lawfull also yea	2
glasses in the frame	2
mensurator may be raised	2
the vibrations of pendulums	2
the equation of the	2
in use among us	2
that a pendulum of	2
the holes for the	2
it shews that the	2
ascension of the mid	2
of a clock consists	2
the twenty first of	2
that are regulated by	2
from one hour to	2
added the best rules	2
drawn in reference to	2
so much is that	2
in the mean time	2
are made by john	2
cleanse it from air	2
cumberland at the angel	2
than those that are	2
because the figures are	2
as far as my	2
the same tone as	2
is the time that	2
shew the true azimuth	2
the air will be	2
vibrates in a minute	2
in all its parts	2
hang on the weight	2
minute in time about	2
the th of march	2
or the time of	2
wherein is contained a	2
in the ring g	2
john prujean in oxon	2
a clock to the	2
then let it go	2
which is added the	2
left shoulder of hercules	2
number of vibrations which	2
exactly upright in the	2
wherein the altitudes are	2
stars right ascension in	2
work after the same	2
the diurnal motion of	2
stars whose right ascensions	2
as not to be	2
but if they are	2
you were taught in	2
the glass a b	2
in a day faster	2
conclusions drawn from it	2
exact distance from the	2
from whence several conclusions	2
are truly hours long	2
the day of iudgement	2
is there set down	2
places they are designed	2
our lord shall come	2
ought to be made	2
draught of a spring	2
th of draco is	2
the second contains the	2
that it should be	2
nine minutes of a	2
the stile makes with	2
the tail of capricorn	2
the end that the	2
the horizontal ruler cut	2
the bore of the	2
left hand of serpentarius	2
certain cases to be	2
degrees of the equinoctial	2
when they are almost	2
shew the age of	2
the philosophy of the	2
in the back of	2
several conclusions that have	2
a pendulum that shall	2
to make a watch	2
near the equinoctial points	2
all the hast possible	2
be added or substracted	2
and the other is	2
for richard cumberland at	2
fall from e to	2
and the quantity of	2
lost in a day	2
the nut of a	2
appendix wherein is contained	2
as it stands in	2
if he should speake	2
in his sciothericum telescopicum	2
they are first wound	2
more to do but	2
i come now to	2
to the end of	2
wheels shall express the	2
to the nature of	2
the losse of any	2
manner how all clocks	2
the meridian must be	2
you find it not	2
method of finding their	2
object seem to rise	2
to make it gain	2
right to the sun	2
in setting them up	2
to get the mean	2
rules how a man	2
the very last part	2
it will be too	2
the upper side into	2
near as possible to	2
the length of natural	2
and manner of packing	2
when the pendulum is	2
manifest to those that	2
made to go hours	2
by the side of	2
a table for the	2
find out the length	2
the table of equations	2
line ef to the	2
or shorter than hours	2
forward from the place	2
the days are so	2
which way to perform	2
teeth of the wheels	2
thereof according to his	2
a second table of	2
how to alter it	2
to the true time	2
this semicircle of anomoly	2
if it be well	2
and of what condition	2
quadrants of the zodiack	2
assume any two points	2
the use of these	2
as well in the	2
when she hath degrees	2
the kingdome of heauen	2
is it that our	2
of what value it	2
that time in which	2
so farre forth that	2
parts shewing the nature	2
table for dividing the	2
few rules how a	2
bell of any weight	2
vse thereof according to	2
distance from the object	2
make in the same	2
the numbers of the	2
if it do so	2
being converted into time	2
there is great want	2
to make an observation	2
supposed to be adjusted	2
the product of all	2
slow for the sun	2
of the star s	2
fill the tube with	2
to those of the	2
of the day or	2
if you have a	2
on the upper side	2
from the place where	2
of the same number	2
out of the cestern	2
i shall not be	2
on the d of	2
you are to note	2
which is passed in	2
the lower end of	2
may be occasion to	2
by the same steps	2
of some of the	2
note also that the	2
have gone too slow	2
for want of the	2
coming under the pole	2
which each star is	2
when you have thus	2
well adjusted clock will	2
the first thing required	2
the work of adjusting	2
if it be taken	2
of these stars come	2
the twelve signs of	2
the meridian on the	2
the arch of its	2
is the cause that	2
the center of your	2
the temper of the	2
last part of its	2
the line of collimation	2
i feare my lord	2
time with the sun	2
furnish himself with either	2
colume contains the days	2
and thereby exalteth it	2
place at noon the	2
telling the time by	2
the remainder gives the	2
there is a screw	2
to gain the mean	2
pendulum that strikes seconds	2
out the length of	2
the wind be south	2
several conclusions are drawn	2
are moved by them	2
equal to the true	2
down to the surface	2
stand against each hour	2
length of natural days	2
time it concerneth vs	2
fifty nine minutes of	2
either more or less	2
resting on the pin	2
east and west dial	2
twenty first of october	2
will gain as much	2
it be set right	2
the kingly prophet dauid	2
with the meridian must	2
that there shall be	2
that to morrovv you	2
and the wind be	2
richard cumberland at the	2
sufficient to express the	2
you have already brought	2
arising from this cause	2
less than the next	2
i shall only add	2
second table of equations	2
work of adjusting a	2
in the middest of	2
if it have lost	2
throughout this semicircle of	2
it falls in the	2
of the top of	2
conveying all manner of	2
numbers stand against each	2
it into the cestern	2
sun is in either	2
to shew the age	2
go always too fast	2
too fast as the	2
there may be some	2
for that i haue	2
the left wing of	2
by john prujean in	2
the reward of heauen	2
the pains of calculating	2
the method of calculating	2
and that vvhich thou	2
to those that are	2
hours long in which	2
if the glass rise	2
that the angle which	2
your table of requisites	2
long as the other	2
tend for an intermission	2
might seeme that the	2
thou oughtest to haue	2
which the earth is	2
of vibrations which a	2
to the true nature	2
and that all the	2
the number of days	2
the stars right ascension	2
notches of the crown	2
from its center of	2
for the dayes are	2
the end of every	2
by reason of its	2
the difference of the	2
to employ it vvell	2
for east and west	2
be at any time	2
half the year on	2
the declination of the	2
and that we ought	2
dividing the nut of	2
think it will not	2
signs of rain and	2
motion of a clock	2
so that you may	2
place the dial so	2
sorts of spot dials	2
in our latitude of	2
strike on one bell	2
up into the head	2
so farre forth as	2
in any place of	2
suns right ascension in	2
fabrick of the ring	2
and falling of the	2
all the year round	2
and a north or	2
keep the same time	2
to give a good	2
in less time than	2
part of a year	2
of this life is	2
requisite thereto by william	2
to a certain year	2
in depressing the eye	2
time contained in twenty	2
and the right line	2
horological dialogves in three	2
that is both able	2
of their several distinctions	2
reason of which is	2
is both able and	2
dial be in an	2
trium in collo ceti	2
the difference in time	2
as is requisite to	2
there may be occasion	2
no human art can	2
that i might redeeme	2
of the number of	2
lose it and come	2
the hours of in	2
this kind of philosophy	2
of the last hour	2
is longer or shorter	2
from one conjunction to	2
conclusions are drawn in	2
the d of august	2
because the number of	2
till you have brought	2
in so short a	2
must stand at right	2
the left hand of	2
it to vibrate equally	2
angle which the stile	2
apparent time to get	2
equal to the sum	2
night useful in all	2
of the meanes to	2
in a great measure	2
the uses of the	2
to the quantity of	2
times as much as	2
him again to rights	2
before they come under	2
and fixing them in	2
for my part i	2
numbers for the wheels	2
upon the wheel b	2
a thing is time	2
repeating clocks weight pendulum	2
the whole year about	2
to employ themselues in	2
stile makes with the	2
same dial twice in	2
to be performed in	2
to justen it so	2
as you were taught	2
taken by large and	2
no being at all	2
them in the places	2
which is the cause	2
the several conclusions that	2
are designed to stand	2
is not any bodie	2
of which we haue	2
to serve in the	2
packing up and conveying	2
time that they are	2
and from u to	2
pretious iewell time is	2
circle a b c	2
the second row are	2
the seruice of our	2
and then the clock	2
of the suns place	2
the hour lines of	2
apply my self to	2
in passing from one	2
any of the other	2
for jonathan edwin at	2
course of the sun	2
from aries to libra	2
along the face of	2
ascension in time of	2
same tone as a	2
will be of no	2
of a clock chiefly	2
sooner than a like	2
to be known by	2
by the sound of	2
the sum of equations	2
much as that they	2
he should speake more	2
or come under the	2
you say right vvell	2
is directly opposite to	2
reason of this is	2
if in raising the	2
kind of movements by	2
giving the suns right	2
arch vibrated but times	2
that carries the cross	2
they are almost down	2
take paines with feruency	2
of this is plain	2
by the tables of	2
our latitude of dublin	2
printed by andrew crook	2
made by john prujean	2
any other time of	2
instruments for the mathematicks	2
that they are to	2
on the buttock of	2
the cause of its	2
not yet apparent noon	2
pendulum in the same	2
pendulum of that length	2
the quantity of air	2
the like number of	2
the way and manner	2
as if so that	2
jonas moore in his	2
shewing the time of	2
the distance between the	2
we may find the	2
may vse some entertainements	2
seruice of our lord	2
of full tide in	2
motion at once winding	2
made to shew the	2
as is seen in	2
of the tables of	2
was set a year	2
distance between the two	2
that we are lords	2
coming to the south	2
in serpentarius right shoulder	2
in things of this	2
half an hour after	2
up quite to the	2
any place of the	2
to change them into	2
of no competent distance	2
with a good clock	2
of the needle to	2
there a well adjusted	2
the sun or star	2
or in depressing the	2
under the open end	2
dial twice in the	2
may find the angle	2
express the number of	2
the plain of the	2
the rule before given	2
and in the night	2
s estc r ocm	2
the definition of clocks	2
is not any thing	2
are lords of time	2
in his exposition on	2
its motion by the	2
by reason and experience	2
the first colume contains	2
of a pendulum screw	2
thereto by william molyneux	2
no more to do	2
then when you have	2
stars horary distance from	2
a thing of nothing	2
as is manifest to	2
by making the holes	2
how all clocks naturally	2
brought to keep true	2
noon the day following	2
before and after noon	2
some enquiries into the	2
divided on the upper	2
gain or lose the	2
at one time of	2
is contained a method	2
be lighter than the	2
to be that of	2
by a royal pendulum	2
is marked with the	2
and sometimes too slow	2
that all the time	2
shorter than the mean	2
so that it may	2
in the places they	2
and this is the	2
i have here added	2
is it that the	2
it and come right	2
in some other part	2
with the clean bowle	2
between the th of	2
then remove the ruler	2
at the pains to	2
exactness of keeping time	2
when set in the	2
be set right to	2
adjust a clock to	2
part of its years	2
it is expedient for	2
than a like arch	2
course of our life	2
long in which appears	2
either clocks or watches	2
shall be sufficient to	2
more than one of	2
gerard pinsone att the	2
as before was taught	2
what hath been delivered	2
nor is there any	2
beats in this table	2
the beats that a	2
of the wheels and	2
are first wound up	2
is to be hung	2
of the pendulum rod	2
vibration of the pendulum	2
that it was giuen	2
end of the tube	2
a minute by the	2
day or night useful	2
if the figures on	2
the same distance of	2
for the use of	2
agree with the sun	2
time you would set	2
and it will be	2
that length makes in	2
as is the distance	2
inches long vibrates in	2
you have occasion to	2
of the earth from	2
is equal in time	2
best way is to	2
throughout the whole course	2
for the mathematicks are	2
the mensurator falls on	2
attempt to adjust a	2
and cutt of the	2
is the same with	2
time arising from this	2
be set so much	2
and for what end	2
that there may be	2
t will gain as	2
in which the sun	2
naturally perform their offices	2
the rapidity of their	2
hour that was strucken	2
which ought to be	2
to receive the same	2
and then he will	2
be found to be	2
or parts of time	2
what is the reason	2
to the design of	2
hours if need be	2
beating of the pendulum	2
thou troublest and hinderest	2
which according to the	2
be done by the	2
or night useful in	2
giveth the hour by	2
it will appear by	2
it be well adjusted	2
that the earth has	2
to the number of	2
by gerard pinsone att	2
to give the true	2
of observing the time	2
shewing the day of	2
nut must be divided	2
slow motion of the	2
expressed in the table	2
enquiries into the nature	2
of the centre of	2
if a clock be	2
same point of the	2
it should be employed	2
of brass or iron	2
time to get the	2
at the open end	2
vse some entertainements of	2
as that they are	2
of those that are	2
is the distance between	2
and from to c	2
of aequation of natural	2
with the rest of	2
after the same manner	2
time is there set	2
in eductione caudae ceti	2
for the wheels and	2
there is no great	2
that i esteeme them	2
as to make it	2
the chief goodness of	2
great want thereof to	2
or for stars on	2
spot dials by t	2
that time vvhich is	2
edge of the stile	2
air in the concavity	2
the equal or mean	2
propose a way by	2
back of the whale	2
which shall be the	2
hath been here delivered	2
in the house of	2
your finger under the	2
of thee that thou	2
ordinary domestick ballance watches	2
makes in an inch	2
may be wrought by	2
most learned and ingenious	2
from e to g	2
haue no being at	2
a good pendulum clock	2
the places they are	2
circle of his yearly	2
be the cause of	2
time than the other	2
little in the night	2
vvhen so that he	2
it was at the	2
of calculating all numbers	2
week or a month	2
end of it into	2
the apostle saint paul	2
as that the pendulum	2
too slow for the	2
not be safe setting	2
other time of the	2
too fast then you	2
line of collimation lk	2
as to the first	2
in the neck of	2
in the upper turn	2
we may conclude that	2
they are in their	2
it has been my	2
in a little time	2
as a bell of	2
that of the winter	2
give motion to the	2
in the unequal length	2
equal to what the	2
vvhat is there more	2
is a great mistake	2
then is the object	2
the daies are bad	2
be always in the	2
and then bring it	2
and mean time are	2
motion shewing the day	2
of the vibrations of	2
be set on the	2
the reason of their	2
things that are fastened	2
and it shews you	2
the horizontal ruler cd	2
be brought to keep	2
the midst of his	2
effecting particular motions required	2
table of the sun	2
of this present day	2
of bells spread themselves	2
as the figures express	2
or baseness of tones	2
there shall be no	2
as much as is	2
one side of the	2
and when it happeneth	2
distance of time between	2
to the foregoing rule	2
between the apparent and	2
or lost in a	2
is not yet apparent	2
sound of a bell	2
of the orbit c	2
let us proceed to	2
exactly north and south	2
the watch and larrum	2
spaces above us are	2
the spaces above us	2
will furnish you with	2
observe the time by	2
for which they were	2
by which each star	2
a quarter past eleven	2
so fall out that	2
to the day of	2
the hand of a	2
storms of rain and	2
the squares of the	2
make it gain or	2
are under the pole	2
mathematicks are made by	2
it out of the	2
how the body doth	2
that the end of	2
lighter than the air	2
in dextra manu serpentarii	2
we find that a	2
but if it be	2
is to be done	2
of the dial be	2
that the air is	2
it true to the	2
hours of in the	2
be sold by w	2
eye fall from e	2
manner of packing up	2
for two or three	2
is one turn of	2
the figures are black	2
all the wearing to	2
period of his life	2
come in the same	2
set to a sun	2
of refractions what it	2
to shew the true	2
make the reason of	2
slow or swift motion	2
are to be accounted	2
you would set it	2
shews you the beats	2
and so it is	2
of the airs being	2
times as long as	2
same time with the	2
contains the stars names	2
an exact table of	2
if so that it	2
then hang on the	2
taketh away time when	2
it go too fast	2
the upper part of	2
of the pendulum will	2
when first wound up	2
wheels and other parts	2
other part of the	2
they are designed to	2
face of the stile	2
of the earths axis	2
is first wound up	2
vvhen so that thou	2
i come next to	2
it was set a	2
continue so to do	2
for finding the declination	2
tone as a bell	2
will be too slow	2
when they are first	2
with a line of	2
if it go with	2
she hath degrees of	2
one conjunction to another	2
the quantity of their	2
the place where it	2
is added the best	2
stands in the cestern	2
the gnomon must be	2
moved but fifty nine	2
a good and well	2
it that our lord	2
from the first point	2
that it is lawfull	2
care ought to be	2
perpendicular to the plane	2
that he might not	2
side of the clock	2
a clock be set	2
first colume contains the	2
now the reason of	2
some parts of the	2
or to be substracted	2
row are the beats	2
whole course of our	2
vvhole course of his	2
free from all other	2
whose square root is	2
time of day or	2
chief goodness of a	2
it is not a	2
is supposed to be	2
time of the suns	2
then twenty four hours	2
we ought to employ	2
i have said before	2
with the effects thereof	2
the first thing requisite	2
but if the mercury	2
is no time to	2
after the same method	2
four hours long in	2
day is longer than	2
sides of the glass	2
moment of time is	2
there is not ought	2
the right ascension in	2
earths place at noon	2
beginning of the world	2
substract the suns right	2
may agree with the	2
thing requisite to the	2
tables requisite thereto by	2
in the first chapter	2
of one of the	2
to be done by	2
then instantly take the	2
vibrations which a pendulum	2
contained a method of	2
pass the meridian before	2
of about for d	2
place where the hand	2
giuing themselues ouer to	2
on the other part	2
put a stop to	2
till you find the	2
between the two glasses	2
great care ought to	2
furnish your self with	2
with the nature thereof	2
wing s estc r	2
the division on the	2
proportion and uniform figure	2
of the pocket watch	2
his exposition on the	2
of collimation lk parallel	2
that it will not	2
we are lords of	2
if it be a	2
lift it out of	2
as i have said	2
the hours appropriated to	2
every day of the	2
to be in the	2
for stars on the	2
a bell of any	2
of in the morning	2
the meanes to redeeme	2
the concavity of the	2
who tooke no care	2
the same time with	2
of ordinary domestick ballance	2
will agree with the	2
two manner of ways	2
time is very short	2
thereby exalteth it selfe	2
for that the world	2
by andrew crook and	2
the same for length	2
one of the ancients	2
shewn by the clock	2
refractions what it is	2
which those parts are	2
cause of its sounding	2
the third shews the	2
hath degrees of altitude	2
tell where the shadow	2
finding their several lengths	2
declared how precious a	2
i will give you	2
the true adjusting of	2
number of vibrations in	2
aptara keyed and coded	2
in altitude then indeed	2
clocks naturally perform their	2
tooke no care thereof	2
set so much too	2
stile must stand at	2
man may furnish himself	2
the day and night	2
but it is not	2
may june july aug	2
is in the meridian	2
to recreate their spirits	2
a tendency to fair	2
heauen is to be	2
jonathan edwin at the	2
the length of days	2
the circle of his	2
be sufficient to make	2
may be of any	2
must be taken from	2
one time of the	2
ab is brought to	2
if the mercury be	2
ought to differ from	2
for what end god	2
will not be improper	2
their use and management	2
sum of the equations	2
side of the quadrant	2
find it to vibrate	2
difference between the suns	2
it be set to	2
first thing requisite to	2
in a true meridian	2
will serve very well	2
in doing of which	2
the th of april	2
is the manner of	2
between the suns true	2
three parts shewing the	2
is to be vnderstood	2
natural day is longer	2