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
in one turn of	55
one turn of the	52
the pinion of report	45
beats in one turn	26
the number of turns	23
turns of the fusy	19
turn of the fusy	18
the motion of the	17
beats in an hour	16
the beats in one	16
too too too too	16
early english books online	16
turn of the great	15
the quotient of the	15
watch watch watch watch	13
the hours of the	12
than the mean day	12
of the pinion of	10
the th of july	10
strokes in one turn	9
the d of october	9
the turns of the	9
quotient of the pinion	9
for the pinion of	9
the wheels and pinions	9
the th of may	9
shorter than the mean	9
the number of strokes	8
of the ballance in	8
to the quotient of	8
longer than the mean	8
the beats in an	8
the center of oscillation	8
represented either as utf	8
turn of the wheel	8
characters represented either as	8
as you see in	7
see in the margin	7
is the number of	7
number of beats in	7
beats of the ballance	7
clocks lose this month	7
number of strokes in	7
month clocks lose this	7
this month clocks lose	7
you see in the	7
are the hours of	7
a table of the	7
notes for div a	7
lose this month clocks	7
so are the hours	7
number of turns of	7
the beats of the	7
the day of the	7
of the unequality of	6
motion of the sun	6
of turns of the	6
are the beats in	6
the parts of a	6
to the th of	6
the strokes in one	6
the arbor of the	6
and you have the	6
for the use of	6
hour of the day	6
the rest of the	5
clocks gain this month	5
the same with the	5
to the number of	5
dayes shorter than the	5
the calculation of the	5
as the number of	5
turn of the first	5
right to the sun	5
you may do it	5
the end of the	5
by the number of	5
driven by the wheel	5
which it was set	5
in the middle of	5
the length of the	5
a watch by the	5
day of the year	5
the unequality of natural	5
to the sun the	5
too big for one	5
the number of the	5
faster or slower than	5
the use of the	5
at the bottom of	5
to the beats in	5
a wheel and pinion	5
the numbers of a	5
the first of february	5
the hour of the	5
dayes longer than the	5
what hath been said	5
is in the margin	5
the number of beats	5
the middle of the	5
watch by the fixed	5
pinion of report is	5
to find out the	5
of beats in one	5
by the fixed stars	5
printed for james knapton	5
accordance with level of	4
according to the last	4
managing of pendulum clocks	4
there are a number	4
the new cambridge bibliography	4
are available at the	4
providing financial support to	4
data within the usual	4
works in english were	4
project have been released	4
is a partnership between	4
unicode or text strings	4
square of the vibrations	4
the usual project restraints	4
the work described above	4
files to tei p	4
and encoded texts based	4
simplify the filling in	4
usual project restraints of	4
image sets were sent	4
assurance was then carried	4
enhanced and or corrected	4
a motion to shew	4
was chosen if there	4
and attribution is given	4
to produce large quantities	4
chiefly for the use	4
on the image sets	4
linked to page images	4
at the text creation	4
each text was proofread	4
to the same dial	4
was proofread for accuracy	4
of every monographic english	4
standards were returned to	4
of a works in	4
of the tei in	4
therefore of any assumptions	4
terms of creative commons	4
guidelines are available at	4
process of creating the	4
support to the early	4
is given to their	4
the sun and moon	4
creation partnership web site	4
of each text was	4
usually the first edition	4
to shew the day	4
of the process of	4
carried out by editorial	4
notches in the crown	4
were encoded as gap	4
first editions of a	4
bibliography of english literature	4
remain and some readable	4
made about the data	4
of works in other	4
will be necessary to	4
on the text encoding	4
transcribed and encoded texts	4
within the usual project	4
did not meet qa	4
and therefore chose to	4
nature of the print	4
or shorter than the	4
all likelihood such instances	4
quality assurance was then	4
been issued variously as	4
all without asking permission	4
quantities of textual data	4
be made about the	4
second or later edition	4
not meet qa standards	4
characters marked as illegible	4
edition of a work	4
of the same number	4
institutions providing financial support	4
selection was intended to	4
where possible up to	4
been released into the	4
extent have been transformed	4
but we respectfully request	4
we respectfully request that	4
never have been looked	4
to range over a	4
will be found to	4
was based on the	4
can be made about	4
and sometimes a second	4
based on the new	4
based on the image	4
number of works in	4
aimed to produce large	4
in all likelihood such	4
right to the same	4
general aim of eebo	4
and some readable characters	4
chose to create diplomatic	4
once in an hour	4
the true nature of	4
possible up to a	4
michigan and oxford and	4
into the public domain	4
illegibles were encoded as	4
texts have been issued	4
some readable characters will	4
editorial teams in oxford	4
and oxford and the	4
the keyers to be	4
the universities of michigan	4
created by converting tcp	4
the text can be	4
returned to the keyers	4
the project have been	4
and turns of the	4
been transformed into placeholder	4
partnership between the universities	4
i text is available	4
errors will remain and	4
the first day of	4
selection was based on	4
works in other languages	4
text creation partnership web	4
encoding based on the	4
in of gaps by	4
and right managing of	4
encoded as gap s	4
the terms of creative	4
tei p using tcp	4
upon the number of	4
the tei in libraries	4
work described above is	4
the general aim of	4
given by the sun	4
and encoded edition of	4
or tei g elements	4
markup reviewed and edited	4
range over a wide	4
if you would have	4
the early english books	4
are eligible for inclusion	4
the text creation partnership	4
their early english books	4
to a limit of	4
proofread for accuracy and	4
ascii text with mnemonic	4
while the overall quality	4
is on the meridian	4
have been looked at	4
owned by the institutions	4
to their original source	4
processes should make clear	4
qa standards were returned	4
in oxford and michigan	4
converting tcp files to	4
likelihood such instances will	4
in accordance with level	4
request that due credit	4
on the new cambridge	4
of michigan and oxford	4
compelling reason to do	4
assumptions that can be	4
books online text creation	4
looked at by a	4
reproduction of original in	4
via their early english	4
opposed to critical editions	4
was divided into two	4
of textual data within	4
work was chosen if	4
month clocks gain this	4
you have the number	4
financial support to the	4
use these texts for	4
released into the public	4
keyed and coded from	4
have been issued variously	4
with level of the	4
the texts have been	4
or corrected and characters	4
was then carried out	4
online text creation partnership	4
have been released into	4
title published between and	4
overall quality of tcp	4
were encoded and linked	4
to be broken into	4
or for an anonymous	4
print record of the	4
readable characters will be	4
were returned to the	4
attribution is given to	4
limit of instances per	4
respectfully request that due	4
tcp is a partnership	4
gain this month clocks	4
and linked to page	4
phase i text is	4
were corrected where possible	4
corrected where possible up	4
come right to the	4
shew minutes and seconds	4
of creating the tcp	4
been looked at by	4
variety of subject areas	4
between the universities of	4
was a compelling reason	4
to create diplomatic transcriptions	4
motion to shew the	4
new cambridge bibliography of	4
there was a compelling	4
be found to be	4
the institutions providing financial	4
project restraints of time	4
project was divided into	4
was enhanced and or	4
a partnership between the	4
proquest via their early	4
the image sets published	4
p using tcp tei	4
the print record of	4
of a work was	4
characters will be marked	4
textual data within the	4
find the number of	4
this month clocks gain	4
this phase i text	4
the square of the	4
coded from proquest page	4
of the project have	4
as near as can	4
the bottom of every	4
will be marked as	4
therefore chose to create	4
wide variety of subject	4
gap elements of known	4
images in accordance with	4
and therefore of any	4
is available for reuse	4
images scanned from microfilm	4
should make clear that	4
will never have been	4
texts created during phase	4
based on the text	4
the logarithm of the	4
for an anonymous work	4
large quantities of textual	4
too too too watch	4
and use these texts	4
motions of the sun	4
assigned for keying and	4
the process of creating	4
of the equation of	4
public domain as of	4
natural dayes longer than	4
the filling in of	4
a compelling reason to	4
keying and markup guidelines	4
edition of the work	4
as opposed to critical	4
tcp project was divided	4
are a number of	4
of the sun and	4
text was proofread for	4
to create accurately transcribed	4
between and available in	4
markup guidelines are available	4
that due credit and	4
users should bear in	4
the text encoding initiative	4
quality of tcp data	4
be aware of the	4
and coded from proquest	4
either gain or lose	4
for accuracy and those	4
or elements to simplify	4
the last of january	4
structural encoding based on	4
keyers to be redone	4
filling in of gaps	4
the same dial with	4
by a tcp editor	4
by editorial teams in	4
sometimes a second or	4
take and use these	4
text and markup reviewed	4
creating the tcp texts	4
illegible were corrected where	4
for their own purposes	4
true nature of the	4
texts were encoded and	4
of any assumptions that	4
the same number of	4
encoding was enhanced and	4
then carried out by	4
gaps by user contributors	4
ocm this keyboarded and	4
of known extent have	4
have been transformed into	4
into placeholder characters or	4
for transcription and basic	4
sent to external keying	4
mind that in all	4
to page images in	4
of the work described	4
day of the month	4
intended to range over	4
notably latin and welsh	4
for the sake of	4
and markup reviewed and	4
issued variously as sgml	4
that in all likelihood	4
credit and attribution is	4
then their works are	4
to external keying companies	4
by proquest via their	4
the number of striking	4
can now take and	4
was intended to range	4
sets were sent to	4
turns of the dial	4
to encode one copy	4
out by editorial teams	4
will remain and some	4
a limit of instances	4
the true number of	4
hath in one turn	4
or text strings within	4
changes to facilitate morpho	4
the first that ever	4
placeholder characters or elements	4
corrected and characters marked	4
in mind that in	4
works are eligible for	4
restraints of time and	4
tei in libraries guidelines	4
too slow on the	4
transformed into placeholder characters	4
reason to do so	4
the texts were encoded	4
marked as illegible were	4
that can be made	4
external keying companies for	4
at the end of	4
a work was chosen	4
bear in mind that	4
in english were prioritized	4
a wide variety of	4
is to encode one	4
right managing of pendulum	4
and markup guidelines are	4
reflect the true nature	4
divided into two phases	4
tcp data is very	4
meet qa standards were	4
r ocm this keyboarded	4
language title published between	4
characters or elements to	4
whichever is the greater	4
and available in eebo	4
from proquest page images	4
such instances will never	4
published by proquest via	4
unequality of natural time	4
encoded text transcribed from	4
of the texts have	4
included and sometimes a	4
on the th of	4
and or corrected and	4
known extent have been	4
as illegible were corrected	4
a number of works	4
record of the period	4
teams in oxford and	4
text can be copied	4
chosen if there was	4
to the terms of	4
with mnemonic sdata character	4
of the print record	4
elements of known extent	4
keying companies for transcription	4
keyboarded and encoded edition	4
later edition of a	4
remaining illegibles were encoded	4
text is available for	4
instances will never have	4
created during phase of	4
texts based on the	4
editions of a works	4
tcp assigned for keying	4
understanding these processes should	4
english books online text	4
which did not meet	4
hours of the face	4
the ballance in one	4
given to their original	4
encoded texts based on	4
their works are eligible	4
create accurately transcribed and	4
mnemonic sdata character entities	4
tcp aimed to produce	4
oxford and the publisher	4
by the institutions providing	4
and the publisher proquest	4
up and down the	4
to reflect the true	4
level of the tei	4
and characters marked as	4
to the keyers to	4
of time and funding	4
unicode or tei g	4
copies of the texts	4
cambridge bibliography of english	4
aware of the process	4
for keying and markup	4
encoded edition of the	4
produce large quantities of	4
over a wide variety	4
by university of nebraska	4
of tcp data is	4
text selection was based	4
this keyboarded and encoded	4
the encoding was enhanced	4
described above is co	4
phase of the project	4
text strings within braces	4
texts for their own	4
should bear in mind	4
should be aware of	4
image sets published by	4
tcp files to tei	4
any assumptions that can	4
transcription and basic encoding	4
those which did not	4
of gaps by user	4
proquest to create accurately	4
the overall quality of	4
data is very good	4
a second or later	4
if you would know	4
during phase of the	4
these texts for their	4
up to a limit	4
published between and available	4
to tei p using	4
some errors will remain	4
either longer or shorter	4
a works in english	4
at by a tcp	4
encoded and linked to	4
even for commercial purposes	4
tcp is to encode	4
although there are a	4
available at the text	4
of instances per text	4
your pinion of report	4
you would have your	4
half the number of	4
the spindle of the	4
companies for transcription and	4
to the early english	4
these processes should make	4
processed by university of	4
longer or shorter than	4
shew the day of	4
domain as of january	4
text with mnemonic sdata	4
from the th of	4
and those which did	4
with changes to facilitate	4
the revolution of the	4
estc r ocm this	4
accuracy and those which	4
of the first wheel	4
now take and use	4
sets published by proquest	4
the public domain as	4
page images in accordance	4
elements to simplify the	4
watch ought to be	4
accurately transcribed and encoded	4
to simplify the filling	4
due credit and attribution	4
to the center of	4
users should be aware	4
by converting tcp files	4
as the beats in	4
to find how many	4
tenths of an inch	4
or later edition of	4
as in the margin	4
according to the terms	4
publisher proquest to create	4
the publisher proquest to	4
anyone can now take	4
the numbers of the	4
mainly structural encoding based	4
if there was a	4
were sent to external	4
universities of michigan and	4
be marked as illegible	4
any remaining illegibles were	4
to find the longitude	3
by the pinion of	3
to their more true	3
it will be necessary	3
a wheel of drives	3
on the spindle of	3
length of a pend	3
have the number of	3
a piece of days	3
that which the spring	3
calculate the numbers of	3
supplement to the treatise	3
stand as you see	3
of the invention of	3
shall amount to minutes	3
the sun on the	3
fix it upon the	3
the whole year about	3
may be the two	3
as hath been said	3
to represent the motion	3
are the turns of	3
have the same numbers	3
much it shall be	3
shewing how much a	3
shall add but one	3
the sphere of archimedes	3
of july it shall	3
the parts of time	3
you may find the	3
the point of suspension	3
up chiefly for the	3
divided by the pins	3
the two last numbers	3
the sun the first	3
so much it shall	3
and tenths of an	3
the rapidity of the	3
the unequality of time	3
with turns of the	3
will stand as in	3
movements is explained to	3
the seconds in a	3
what number of turns	3
which are the beats	3
as the whole sum	3
adjusted to a mean	3
as is directed in	3
which is to be	3
of the wheels and	3
explained to the capacity	3
a pendulum of inches	3
capacity of the unlearned	3
at the crown in	3
so of the rest	3
is the pinion of	3
to make a telescope	3
in order to their	3
the hour and minute	3
let go the whole	3
a piece of watch	3
to make it go	3
of the terms of	3
the treatise of watch	3
a well adjusted clock	3
use of the gentry	3
time of the year	3
the lower part of	3
round once in an	3
years before our saviours	3
if you divide by	3
table of the true	3
it may be of	3
the whole sum of	3
the strokes in the	3
or slower than a	3
which are half the	3
i shall add but	3
natural dayes shorter than	3
near as can be	3
which carrieth round the	3
be of good use	3
calculation of the eclipses	3
their more true adjusting	3
turns times in one	3
the scheme of the	3
drawn up chiefly for	3
a treatise of watch	3
much a good pendulum	3
the two first of	3
the history of clock	3
already in the movement	3
time given by the	3
the time of the	3
is explained to the	3
the centre of the	3
as in the last	3
in the last example	3
are the strokes in	3
and so find the	3
same dial with which	3
last numbers of saturn	3
of the rest of	3
in the motion of	3
and so much it	3
with a table of	3
star is on the	3
the age of the	3
natural day is either	3
of a watch and	3
in an day piece	3
of movements is explained	3
wherein the art of	3
same number of daies	3
the quotient will be	3
good pendulum watch ought	3
the capacity of the	3
be the two first	3
whole sum of equations	3
the terms of art	3
may have the same	3
turn of the dial	3
is the quotient of	3
the right ascensions of	3
down at the bottom	3
be faster or slower	3
than a true sun	3
with its reason and	3
strokes of the ballance	3
lower part of the	3
for most sorts of	3
to the quantity of	3
the art of calculation	3
comes to the meridian	3
any time of the	3
with other useful matters	3
out the number of	3
i think my self	3
variations of the hour	3
order to their more	3
slower than a true	3
being too big for	3
pendulum watch ought to	3
is to be broken	3
to be faster or	3
on the arbor of	3
iv tiff page images	3
a watch and clock	3
concerning the calculation of	3
ought to be faster	3
when jupiter is on	3
calculating numbers for most	3
th of july it	3
of the old work	3
numbers for most sorts	3
is done in the	3
for the most part	3
the days of the	3
the continuance of the	3
sorts of movements is	3
art of calculating numbers	3
most sorts of movements	3
for the number of	3
the eclipses of the	3
clock right to the	3
to be cut in	3
bridle the rapidity of	3
the art of calculating	3
both ancient and modern	3
a supplement to the	3
but if you would	3
its reason and cavses	3
go the whole year	3
times in one turn	3
so much as the	3
called the artificial clock	3
to shew the hour	3
which being too big	3
be equal to the	3
may be broken into	3
set right to the	3
how much a good	3
tooth of the crown	3
number of daies near	3
which are the strokes	3
about the middle of	3
to shew minutes and	3
the usual numbers of	3
till the same day	3
watch watch watch i	3
a good pendulum watch	3
age of the moon	3
that are made by	3
the crown in st	3
represent the motion of	3
till the first of	3
arbor of the great	3
to find a meridian	3
set right the first	3
table of the equation	3
them to lesser numbers	3
right the first of	3
the time given by	3
of calculating numbers for	3
the half beats in	3
in the length of	3
the equation of days	3
of the eclipses of	3
on the right hand	3
divided by the pinion	3
the sun in the	3
two last numbers of	3
quotient for the pinion	3
to the last of	3
to the treatise of	3
to the capacity of	3
it shall be too	3
add in the margin	3
treatise of watch clock	3
from the point of	3
motion of the planets	3
together with a table	3
well adjusted to a	3
if you fix it	3
with particular maps and	2
if you add one	2
the clock may have	2
telescope to keep a	2
covantage keyed and coded	2
the mean or equal	2
which is the pin	2
to which it is	2
let down the ball	2
logarithm of the length	2
you must divide your	2
which is that which	2
by the th of	2
find how many strokes	2
same with the last	2
may do it by	2
that it was a	2
to the apparent time	2
have offended the more	2
go true with the	2
this will give you	2
the most usual way	2
time shall amount to	2
do then begin to	2
from the first of	2
but one thing more	2
to the time given	2
long and curious pendulums	2
the same pitch of	2
watch too too too	2
letting the bob down	2
be made to screw	2
substracting the lesser from	2
but one example more	2
would keep your watch	2
on the upper side	2
a convenient number of	2
from whence to the	2
times of the year	2
ballance in an hour	2
the way to calculate	2
according to what the	2
just so much time	2
part of the world	2
or let down the	2
be of great use	2
watches by john smith	2
the strokes of the	2
the half number of	2
described in the book	2
centre of the earth	2
till the last of	2
the summ of time	2
reduced to a more	2
wing d estc r	2
be adjusted to the	2
particular maps and draughts	2
carrieth round the first	2
be broken into these	2
to find the strokes	2
from noon to noon	2
a table of equations	2
the example in the	2
the teeth of the	2
in which the lower	2
lost so much as	2
of what hath been	2
on the same arbor	2
a small alteration of	2
distant from one another	2
so find the number	2
or you may do	2
your barrel from end	2
so is to a	2
of perpetual use in	2
the rule of three	2
to which the clock	2
divided on the upper	2
it was before too	2
of the fixed stars	2
this number of turns	2
find the turns of	2
those long and curious	2
pinion of report on	2
huber sampled and proofread	2
day in the year	2
the process whereof is	2
are to find out	2
vary them to lesser	2
to the hours of	2
sun the th of	2
if you multiply by	2
or such a one	2
the wheel is the	2
you will find the	2
fixed upon the arbor	2
to calculate the numbers	2
a description of this	2
according to mr flamsteed	2
a table to set	2
too too too i	2
the other side of	2
to a fourth number	2
longer than those of	2
which is the number	2
voyage round the world	2
and watches by john	2
be reduced to a	2
but if it have	2
and a table composed	2
lesser from the greater	2
quotient of the hour	2
by consequence it shall	2
with the same pitch	2
make a telescope to	2
end of the last	2
encrease the number of	2
place in the ecliptick	2
is the same with	2
the difference of meridians	2
of these two ways	2
be cut in small	2
on which it was	2
eclipses of the sun	2
number arising in the	2
slow the whole year	2
is to the semidiameter	2
it shall still be	2
of a piece of	2
a two month piece	2
and the number arising	2
find the beats of	2
sun on the lines	2
the day it self	2
same pitch of motion	2
proportioning the parts of	2
which is as near	2
must its motion be	2
it will be found	2
but once in two	2
to a mean time	2
upper part of the	2
true to the sun	2
satellite makes revolutions to	2
suppose you have a	2
adjusted to go true	2
that space of time	2
you must find out	2
with all possible plainness	2
satellite makes revolutions when	2
continuance of your clock	2
be the same with	2
be sometimes too fast	2
set right the d	2
find out the number	2
to be the first	2
text notes for div	2
ballance in one turn	2
of february to the	2
may be of good	2
wheel once in a	2
at some other times	2
of strokes in hours	2
to the continuance of	2
the day piece before	2
shew the hour and	2
nice way to correct	2
teeth of the wheel	2
one turn of that	2
the lower end of	2
revolutions when jupiter is	2
it was set twelve	2
to drive the revolution	2
on the same spindle	2
dial with which it	2
to correct the motion	2
slow on the d	2
i too too too	2
the product is the	2
either got or lost	2
the quantity of minutes	2
one turn of any	2
was the first that	2
will be the more	2
was about the year	2
is at any time	2
thus in an day	2
you are to observe	2
once in two strokes	2
true with the sun	2
of the last paragraph	2
ways of repeating work	2
your watch goes well	2
the example is in	2
from the same dial	2
turns of the wheels	2
is concentrical with the	2
the more general terms	2
as the hours of	2
much as the whole	2
the train of the	2
into a hour piece	2
the length of a	2
to shew the age	2
i shall speak of	2
original text notes for	2
since therefore there is	2
on the lines of	2
if you would keep	2
you fix it upon	2
leaves of the pinion	2
that cast a shade	2
be very convenient to	2
added to the time	2
and in the middle	2
concentrical with the minute	2
at the same time	2
in proportioning the parts	2
the same proportion to	2
the longitude by them	2
may be the first	2
given by a dial	2
i have taken notice	2
accordingly you must divide	2
is no great matter	2
be attributed to the	2
of the great ball	2
maker a treatise of	2
this number multiplied by	2
about which the chain	2
the whole year round	2
shall still be too	2
of a round ball	2
right the d of	2
is the half of	2
months time shall amount	2
to correct pendulum watches	2
have taken notice of	2
parts of a movement	2
by reason of the	2
the best way is	2
huber text and markup	2
it to any other	2
you are to do	2
of the last chapter	2
trouble the reader with	2
keep your watch to	2
the right ascension of	2
then for the pinion	2
he lived about years	2
hours of the dial	2
with which it was	2
to the strokes in	2
mean or equal day	2
or string is wrapped	2
must divide your barrel	2
number of striking pins	2
after the manner of	2
the rule of proportion	2
the artificial part of	2
a telescope for the	2
every tooth of the	2
work already in the	2
this is the usual	2
contained in the table	2
i have been forced	2
which is the usual	2
at a convenient distance	2
the beats of a	2
fix your pinion of	2
was too slow on	2
work is the same	2
well adjusted to the	2
by seconds than the	2
the work already in	2
the whole number of	2
the duration of the	2
convenient parcel of quotients	2
strokes to every tooth	2
shall then lose seconds	2
that we may be	2
star comes on the	2
shall then be but	2
and vary them to	2
latter end of k	2
i have offended the	2
and to vibrate but	2
example is in the	2
the motion of a	2
star comes to the	2
of the watches going	2
than half a minute	2
wheel divided by the	2
to set it a	2
the invention of repeating	2
when a clock is	2
pinion of report upon	2
set to the hour	2
hath been said in	2
by this following rule	2
then is it well	2
ballance in one hour	2
the reader to his	2
by the sun on	2
so is the train	2
illustrated with particular maps	2
that you may see	2
number of turns in	2
bear the same proportion	2
on the other side	2
eng clock and watch	2
upon the same spindle	2
product of the two	2
part of the rod	2
in the foregoing book	2
and therefore i have	2
the ballance in an	2
and at other times	2
of the planet saturn	2
on the left hand	2
the product of the	2
or slower than the	2
be broken into a	2
at any time of	2
first of february to	2
it shall at the	2
to the turns of	2
i refer him to	2
every day in the	2
on the d of	2
you see is done	2
would know how many	2
find the longitude by	2
to find the length	2
in the right ascensions	2
invention of repeating clocks	2
work is in the	2
be but two minutes	2
said in the beginning	2
it shall then be	2
of clock in the	2
running in one another	2
other contrivances of this	2
the leaves of the	2
those turns of the	2
broken into two quotients	2
the days in the	2
the just time of	2
seasons of the year	2
for the wheels and	2
february to the th	2
any thing going before	2
i shall not trouble	2
by a pinion of	2
double the number of	2
the number of pins	2
the like of the	2
those of the same	2
you would know how	2
set a watch by	2
slow motion of the	2
parts of the year	2
you are to find	2
for though it gain	2
turn of any wheel	2
convenient distance from the	2
go by the sun	2
if you would correct	2
which is the half	2
was set twelve months	2
use in proportioning the	2
difference in the length	2
as you see is	2
time given by a	2
the invention of pendulum	2
without the trouble of	2
would correct your work	2
or beats in an	2
parts of a watch	2
how many hours the	2
of report on the	2
the lesser from the	2
the governing of watches	2
turn round with it	2
goeth round once in	2
see is done in	2
time of the day	2
as the beats of	2
about years before our	2
apex covantage keyed and	2
a wheel of teeth	2
the sun by day	2
concentrical to the dial	2
numbers of an day	2
for the beats in	2
is too big for	2
that i know of	2
clock and watch making	2
right ascention of the	2
than the mean or	2
many strokes are in	2
right ascension of daies	2
considerable quantity of time	2
number of the turns	2
of the same wideness	2
clock may have the	2
by the scheme of	2
is driven by the	2
sum of equations for	2
to the last paragraph	2
invention of pendulum watches	2
which is driven by	2
to a mean or	2
plate of the frame	2
the more clear understanding	2
then must its motion	2
d estc r ocm	2
correct the motion of	2
to differ from the	2
set twelve months before	2
the first of which	2
the same day on	2
of the celestial motions	2
of saturn may be	2
at the beginning of	2
a clock right to	2
the slow motion of	2
find the beats in	2
so are the turns	2
belongeth to the wheel	2
to go by the	2
that of the same	2
other part of the	2
a nice way to	2
the more learned reader	2
wanting in the first	2
you may make it	2
numbers to represent the	2
two strokes to every	2
as you will find	2
when natural daies are	2
in the preceding book	2
shade of the beads	2
dial is too fast	2
broken into a convenient	2
to set a watch	2
by the beats in	2
if i have offended	2
which it will do	2
way to correct pendulum	2
and that it was	2
or lost by the	2
to which is added	2
in the beginning of	2
the upper part of	2
make the clock strike	2
seconds in a month	2
to every tooth of	2
parts of the table	2
equations contained in the	2
the invention of those	2
from end to end	2
day is either longer	2
just time of hours	2
the half of the	2
then from the th	2
on the second wheel	2
makes revolutions to jupiter	2
was made to repeat	2
seconds of time that	2
if it have not	2
same day on which	2
which may be of	2
have been forced to	2
a telescope to keep	2
the sun the th	2
the sun comes to	2
well adjusted clock shall	2
before our saviours days	2
it is necessary that	2
to the d of	2
length of the pend	2
comes on the meridian	2
round the pinion times	2
example in the margin	2
i shall say no	2
work called the artificial	2
point of the heavens	2
saturn may be the	2
an example will make	2
will stand as you	2
is to a fourth	2
those seconds of time	2
be set right the	2
rules of perpetual use	2
to find the number	2
not fall out exact	2
equal divisions on the	2
go a longer time	2
when the sun comes	2
for wheels and pinions	2
may be of use	2
is half the number	2
writing down their numbers	2
is the usual way	2
one and the same	2
upon the pinion of	2
watch with one ballance	2
so that here you	2
the old work is	2
as a wheel of	2
from what hath been	2
of an day piece	2
clock strike the hour	2
and by consequence it	2
big to be cut	2
of strokes in one	2
of the wheel you	2
makers writing down their	2
beats of the great	2
some other contrivances of	2
too too watch too	2
the anatomy of a	2
the middle of march	2
with the summ of	2
the upper side into	2
add to find how	2
it shall lose minutes	2
turns of the pin	2
to drive the wheel	2
emersion is on jul	2
never before published by	2
when the star cometh	2
the pinion of the	2
in the first edition	2
lived about years before	2
half number of beats	2
a convenient distance from	2
if let go till	2
turns of the great	2
which is now the	2
to go true with	2
eclipse happeneth in any	2
of the other wheels	2
done in the margin	2
which may be broken	2
the st of october	2
the upper plate of	2
the wheel and pinion	2
you set a clock	2
sun the first day	2
such a one as	2
is the number sought	2
the time when the	2
adjusted to the mean	2
then either gain or	2
to find the turns	2
of your clock be	2
i take to be	2
too big to be	2
and the quotient is	2
in the next place	2
the first of january	2
by the help of	2
account of it in	2
it was too slow	2
to keep a watch	2
of the celestial bodies	2
is to drive the	2
ascention of the pole	2
in dials that cast	2
how many strokes are	2
the reverse of the	2
the variations of the	2
in the margin see	2
the same day twelve	2
when he is on	2
true beats in one	2
in the margin add	2
to bridle the rapidity	2
in practice in the	2
of the two numbers	2
which is no great	2
rest of the wheels	2
and the th of	2
th of july to	2
exact pitch of motion	2
lower end of the	2
and general history of	2
upper plate of the	2
to vibrate but a	2
of the church of	2
time when the pole	2
in the end of	2
that the right ascensions	2
the dragons head and	2
you will have for	2
find what number of	2
general history of watch	2
of the turns of	2
wheel of drives pin	2
the number of your	2
each natural day is	2
makes revolutions when jupiter	2
the center of the	2
arising in the quotient	2
he is on his	2
true number of strokes	2
of beats in an	2
which i have seen	2
quotient of the revolution	2
length of this standard	2
set down at the	2
i have calculated the	2
if you seek the	2
and lock at the	2
in the fourth place	2
be too slow on	2
you will find to	2
with the sun in	2
continuance of the watches	2
hours from the moon	2
scheme of the old	2
of the motion of	2
sooner by seconds than	2
all one as a	2
the time that it	2
and the like of	2
a scheme of the	2
ways of measuring time	2
is the logarithm of	2
it true to the	2
wheel goeth round once	2
time it has gone	2
wheel of inches diameter	2
to see when the	2
to lift up the	2
upon the arbor of	2
is directed in the	2
other side of the	2
first day of any	2
so is the number	2
when the sun is	2
half beats in one	2
if set right the	2
and belongeth to the	2
shew the age of	2
and to find the	2
and so of the	2
arbor of the pin	2
table to set a	2
out the true number	2
fixed on the spindle	2
it to be a	2
will make all plain	2
of a hour watch	2
what quotient is to	2
than those of march	2
by the last rule	2
barrel from end to	2
pinion hath in one	2
which you may do	2
shall be too slow	2
bottom of every column	2
in this part of	2
of july to the	2
and xml conversion a	2
to his own invention	2
true number of beats	2
this instrument is very	2
find out the beats	2
for the reasons in	2
dials that cast a	2
and the rest of	2
to a mean day	2
in which the pevet	2
is that which the	2
less than the mean	2
the work thus altered	2
too watch too too	2
the striking part of	2
for the governing of	2
have an account of	2
will be the same	2
not trouble the reader	2
see when the sun	2
according to the different	2
of the table are	2
from the original text	2
carrieth round the second	2
is as near as	2
is either longer or	2
be the first that	2
of which there are	2
side of the pole	2
offended the more learned	2
work will stand as	2
is the same as	2
which is the same	2
the latter end of	2
dragons head and tail	2
to find the vibrations	2
a wing d estc	2
the musical notes of	2
the weight of the	2
day on which it	2
you would correct your	2
anatomy of a watch	2
a pendulum that swings	2
too slow the whole	2
points in the circle	2
practice in the year	2
be seen in the	2
it has gone in	2
turn of this little	2
before published by w	2
lift up the detents	2
this part of calculation	2
cut in small wheels	2
watch watch watch slow	2
for the more clear	2
the next is the	2
find how many beats	2
the number arising in	2
shall not trouble the	2
may do it thus	2
which is the true	2
and accordingly you must	2
is it well adjusted	2
numbers of saturn may	2
the motion of it	2
or any other way	2
keep a watch by	2
to find the beats	2
i have met with	2
for the quotient of	2
the original text notes	2
thing to be observed	2
amounting to about minutes	2
small alteration of the	2
perpetual use in proportioning	2
every day of the	2
the most exact and	2
divide by the number	2
laid upon the pinion	2
of the sun for	2
a piece of work	2
of quarters and chimes	2
the circumference of the	2
find out the true	2
if a clock be	2
are either longer or	2
each day so much	2
jupiter is on his	2
of the duration of	2
differ from the same	2
july to the d	2
to depend upon the	2
first satellite is second	2
into a convenient parcel	2
the equations belonging to	2
which driveth round the	2
you would keep your	2
the work will stand	2
of original in the	2
printed for joseph watts	2
and divide by it	2
line for the governing	2
refer the reader to	2
the number of seconds	2
stand as in the	2
pendulum that swings seconds	2
the church of england	2
you would have it	2
to the same point	2
to the days of	2
a convenient parcel of	2