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 motion of the	165
the centre of the	159
motion of the earth	99
the quantity of the	99
the velocity of the	89
quantity of the water	72
the water of the	69
centre of the earth	66
to the velocity through	62
the parts of the	62
by reason of the	56
of the water of	54
in the centre of	53
in the same manner	51
of the water that	51
the distance of the	48
the ebbing and flowing	47
the course of the	47
in the time of	47
of the terrestrial globe	44
the measure of the	42
the superficies of the	42
one and the same	42
of the grand orb	41
annual motion of the	40
of the fixed stars	40
the water in the	40
the rest of the	40
by means of the	40
the height of the	39
it is necessary to	39
the cause of the	38
the lake of venice	38
in the space of	38
the annual motion of	37
the time of the	37
in the next place	36
in respect of the	35
that it is not	35
at the time of	35
than that of the	35
to that which passeth	34
the proportion of the	34
as hath been said	34
it would be necessary	34
the motions of the	34
of water in equal	34
the circumference of the	33
of the water which	33
the plane of the	33
it is necessary that	33
the quantity of water	32
the mensuration of running	32
mensuration of running waters	32
water in equal times	32
of the proportions of	32
by reason of its	31
the diameter of the	30
it is to be	30
the surface of the	29
the proportions of the	29
about its own centre	29
the mouth of fiume	28
at the same time	28
that is to say	28
in the first place	28
of the velocity through	28
mouth of fiume morto	28
compounded of the proportions	28
towards the centre of	28
of the waters of	27
the concave of the	27
the same proportion to	27
and of the velocity	27
that which passeth through	27
early english books online	27
quantity of water which	26
the water that runneth	26
of the ebbing and	26
it ought to be	26
to the section b	26
the mobility of the	26
in the same time	26
in twenty four hours	25
to the centre of	25
it will be necessary	25
is not to be	25
of the mensuration of	25
mobility of the earth	24
to the velocity of	24
to that of the	24
in comparison of the	24
of the water in	24
from east to west	24
of the measure of	23
of the motion of	23
and in this manner	23
in the fixed stars	23
the beginning of the	23
the velocity through a	23
parts of the earth	23
the waters of the	23
in a right line	23
as the velocity through	22
which passeth through the	22
the circumference of a	22
proportion compounded of the	22
the body of the	22
the ebbings and flowings	22
the velocity through df	22
that it would be	22
and in a word	22
of the po of	22
centre of the world	22
to the motion of	22
equal quantities of water	22
concave of the moon	21
to be in the	21
which was to be	21
by a right line	21
measure of running waters	21
the mouth of the	21
in the mean time	21
at such time as	21
the waters in the	20
quantity of water in	20
water which passeth through	20
would be necessary to	20
from the centre of	20
of the solar spots	20
have the same proportion	20
that the quantity of	20
is to the velocity	20
as if it were	20
from west to east	20
the earth to be	20
quantities of water in	20
of the same river	20
same proportion to the	19
that the motion of	19
circumference of a circle	19
the measure of running	19
in regard that the	19
in the beginning of	19
and on the contrary	19
in the same place	19
for the most part	19
the velocity through af	18
altitude of the pole	18
the po of ferara	18
be said to be	18
to that which runneth	18
that the earth is	18
the light of the	18
of the velocity of	18
illuminated by the sun	18
the velocity through b	18
that of the earth	18
the water which passeth	18
argument taken from the	18
measure of the water	18
the axis of the	18
that the velocity of	18
by how much the	18
centre of the universe	17
upon the observations of	17
from the top of	17
to the end that	17
was to be demonstrated	17
the top of the	17
of the earth is	17
what hath been said	17
the additions and substractions	17
passeth through the section	16
of the parts of	16
the water which runneth	16
a fixed star of	16
shall have the same	16
the diversion of the	16
altitude of the star	16
shall be to the	16
so let the line	16
of the annual motion	16
of water which passeth	16
on the other side	16
is as much as	15
in the midst of	15
the reflection of the	15
the order of the	15
which ought to be	15
not so much as	15
course of the water	15
the quick height of	15
fixed star of the	15
it must needs be	15
that there is no	15
the distance from the	15
which passeth by the	14
of the motions of	14
top of the tower	14
height of the water	14
be to the line	14
cause of the ebbing	14
be made in the	14
the earth and moon	14
to make use of	14
with the same velocity	14
the part of the	14
into the po of	14
will be necessary to	14
that which i have	14
to the quantity of	14
a great part of	14
of the quantity of	14
a proportion compounded of	14
the substance of the	14
the first of which	14
the stability of the	14
is to that which	14
equal quantity of water	14
the water of reno	14
of the main po	14
the revolution of the	14
that the water of	14
the earths annual motion	14
the answer to the	14
to be made in	14
the difference of the	14
hath to the velocity	14
proportion to that which	14
the end of the	14
water of the lake	14
notes for div a	14
discharge equal quantities of	14
all the rest of	14
the breadth of the	14
the sun and moon	13
it is impossible that	13
body of the sun	13
the earth to move	13
and as to the	13
the beginning of this	13
of the sun and	13
that the terrestrial globe	13
of the sixth magnitude	13
ascribed to the earth	13
the motion of heaven	13
belong to the earth	13
light of the sun	13
distance from the centre	13
of a fixed star	13
the semidiameter of the	13
the space of an	13
stability of the earth	13
the motion of descent	13
ebbing and flowing of	13
of the lake of	13
is necessary that the	13
of the waters in	13
by the said act	13
by the motion of	13
at the beginning of	13
the same manner as	13
paire of doores to	13
there is no doubt	13
distance of the star	13
by the diversion of	12
of the height of	12
the truth of the	12
which passeth through b	12
the rising of the	12
to the proportion of	12
six or seven braces	12
more swift than the	12
according to the proportion	12
water which runneth through	12
space of an hour	12
therefore the quantity of	12
velocity of the water	12
the moon to be	12
should be able to	12
the same with the	12
that which runneth through	12
as i have said	12
plane of the ecliptick	12
hath the same proportion	12
the state of rest	12
the bottome of the	12
in a proportion compounded	12
water of the river	12
of the ebbings and	12
of the diurnal motion	12
with that of the	12
for the space of	12
and flowing of the	12
in a time given	12
i know not whether	12
i do not think	12
the proportion that the	12
light of the moon	12
and that of the	12
to belong to the	12
sections of the same	12
minute of an hour	12
it was in the	12
make use of the	12
the earth in the	12
if it be true	12
into the chanel of	12
to the terrestrial globe	12
in favour of the	12
the water that passeth	12
so much the more	12
to the height ab	12
must of necessity be	12
in the time that	12
from the concave of	11
revolution of the earth	11
of the body of	11
to be observed in	11
in case the earth	11
for that it is	11
of the waters that	11
in the motion of	11
quick height of the	11
the apparent diameter of	11
the greater part of	11
i know not how	11
that the parts of	11
parts of the world	11
i know very well	11
all the parts of	11
the element of water	11
at the end of	11
of the earth would	11
that it is a	11
to the knowledge of	11
the state of the	11
the sun it self	11
star of the sixth	11
the consideration of the	11
the bottom of the	11
the whole terrestrial globe	11
of the earth in	11
that which passeth by	11
so much as one	11
between the earth and	11
such time as the	11
from time to time	11
it is most certain	11
the time of its	11
the space of a	11
in the motions of	11
not in the least	11
first of which is	11
the face of the	11
of that which is	11
by reason of their	11
against the earths motion	11
is one of the	11
they are to be	11
the rayes of the	11
that are in the	11
in the starry sphere	11
the immobility of the	11
the knowledge of the	11
superficies of the earth	11
as much as the	10
be ascribed to the	10
that in case the	10
through the section b	10
of the late parliament	10
that it may be	10
the point of the	10
is necessary to make	10
the waters of aqueducts	10
part of the earth	10
stability of the sun	10
to be let into	10
as to the first	10
diameter of the grand	10
and let it be	10
waters of fiume morto	10
of doores to keepe	10
the pole altitude of	10
that the diurnal motion	10
pole altitude of the	10
be necessary to make	10
the banks of the	10
of measuring running waters	10
be supposed to be	10
be found in the	10
let fall from the	10
equal to the section	10
as if it never	10
measure of the same	10
substractions of the diurnal	10
i believe that it	10
may be said to	10
surface of the earth	10
and if it be	10
to what hath been	10
of the pole altitude	10
carried about by the	10
of the said act	10
equal to that which	10
sun and fixed stars	10
flowing of the sea	10
the inclination of the	10
so as that the	10
the measures of the	10
my treatise of the	10
by help of the	10
to the most serene	10
follow the motion of	10
and upon the observations	10
to make a brick	10
of reno in po	10
the length of the	10
of fiume morto into	10
that the level of	10
a reason of the	10
to the plane of	10
ought not to be	10
so as that it	10
be equal to the	10
is found to be	10
to the measure of	10
out of the piece	10
as if they were	10
the level of the	10
in such a manner	10
the sun and fixed	10
the doctrine of aristotle	10
amongst the fixed stars	10
late earle of bedford	10
there would be no	10
of the section a	10
in the circumference of	10
the po of argenta	10
distribution of the waters	10
for it is not	10
the waters of fiume	10
on either side of	10
the magnitude of the	10
of the chanel of	10
treatise of the mensuration	10
grand duke of tuscany	10
rivers that fall into	10
the gravity of the	10
of the moon to	10
greater than that of	10
the midst of the	10
that the mouth of	10
the time that the	10
be made of the	10
the star from the	9
in respect of us	9
hath nothing to do	9
not be able to	9
be observed in the	9
the common way of	9
in relation to the	9
if i may so	9
additions and substractions of	9
the greatness of the	9
be able to make	9
and in the end	9
know not how to	9
that which hath been	9
of those that are	9
belongs to the earth	9
to the opinion of	9
the velocity by the	9
of the lunar orb	9
it must of necessity	9
ten shillings the rod	9
than now it is	9
the place of the	9
rayes of the sun	9
and this is the	9
the same quantity of	9
that if the earth	9
of the earth and	9
of the earths motion	9
by the addition of	9
of the starry sphere	9
of the mobility of	9
that all the water	9
being placed in the	9
parts of the universe	9
fiume morto into serchio	9
that the earth doth	9
i believe that the	9
according to what hath	9
the authority of sacred	9
there is no need	9
and substractions of the	9
all the degrees of	9
motion of grave bodies	9
and stability of the	9
that in the same	9
the upper superficies of	9
of the diurnal conversion	9
the elevation of the	9
if it shall be	9
like to that which	9
to the consideration of	9
or a thousand times	9
if it be not	9
to do with the	9
and not according to	9
do not think that	9
systeme of the world	9
that the measure of	9
in one sole point	9
of the earth to	9
if it never were	9
is greater than the	9
the upper part of	9
the phaenomena of the	9
state of the lake	9
of the diameter of	9
and at the same	9
of the earths mobility	9
from the motion of	9
part of the said	9
to the terms of	9
which i have said	9
that in the time	9
that it should be	9
much bigger than the	9
i know not what	9
of bologna and ferrara	9
of its own nature	9
that it might be	9
that of the moon	9
same quantity of water	9
of the truth of	9
the territories of bologna	9
velocity equal to the	9
the argument taken from	9
is the same with	9
velocity of the motion	9
part of the air	9
be more swift than	9
of the first magnitude	9
is available for reuse	8
keyed and coded from	8
far from the sea	8
support to the early	8
the terms of creative	8
not being able to	8
is to the height	8
water that passeth through	8
shall be more swift	8
english books online text	8
and not the earth	8
encoded edition of the	8
the earth standeth still	8
carried round by the	8
the proportion compounded of	8
motion by a right	8
of the first section	8
the chanel of ferrara	8
tcp assigned for keying	8
to the line r	8
to the early english	8
the diurnal motion belongs	8
the velocity through g	8
and not in the	8
and coded from proquest	8
to the section af	8
the waters of fountains	8
to the height of	8
water which passeth by	8
revolve in it self	8
thread before the hole	8
that by reason of	8
shall have the proportion	8
the draining of the	8
of that which i	8
encoded text transcribed from	8
phase i text is	8
more remote from the	8
it self to the	8
level of fiume morto	8
hath the proportion compounded	8
owned by the institutions	8
the greatnesse of the	8
of velocity acquired in	8
the second part of	8
so long as the	8
know how much water	8
the water of brent	8
in one and the	8
of a river in	8
as that it may	8
coded from proquest page	8
move in a right	8
the motion by the	8
and encoded edition of	8
the round top of	8
the waters that move	8
contrary to one another	8
of the star from	8
all without asking permission	8
the courses of the	8
of which we speak	8
parallel to the horizon	8
rising of the water	8
that there is a	8
velocity of the first	8
of the work described	8
of the new star	8
the sections of the	8
the top of a	8
it would be a	8
is as if it	8
as the section a	8
to the height de	8
that it is very	8
according to the terms	8
in the row of	8
terms of creative commons	8
do you believe that	8
motion made by the	8
secondary light of the	8
hundred or a thousand	8
on the right hand	8
a minute of an	8
the same in the	8
the po of primaro	8
by the golden rule	8
diameter of a fixed	8
and as it were	8
to be made of	8
text is available for	8
text and markup reviewed	8
be placed in the	8
and markup reviewed and	8
with the water of	8
the institutions providing financial	8
nothing to do with	8
parts of the terrestrial	8
it is impossible to	8
water of reno in	8
for if it be	8
way of measuring running	8
that a fixed star	8
for keying and markup	8
which passeth through a	8
i text is available	8
upon the draining of	8
courses of the spots	8
the high land waters	8
plane of the grand	8
by the centre of	8
the sine of the	8
financial support to the	8
parts of the moon	8
all the three dimensions	8
height of the river	8
i am very certain	8
which is as much	8
from the point of	8
emissary of the lake	8
if i mistake not	8
to the velocity by	8
described above is co	8
placed in the ecliptick	8
the opinion of the	8
keyboarded and encoded edition	8
images scanned from microfilm	8
to be made by	8
the addition of a	8
nor can it be	8
of the coelestial bodies	8
institutions providing financial support	8
the same running water	8
online text creation partnership	8
assigned for keying and	8
in such a case	8
the thread before the	8
make a brick sasse	8
the early english books	8
and of the height	8
edition of the work	8
the thicknesse of the	8
the secondary light of	8
of the earths annual	8
po of ferara being	8
that runneth thorow the	8
two paire of doores	8
the experiment of a	8
the diurnal motion of	8
the altitude of the	8
parts of the said	8
the earth should move	8
the quantity which passeth	8
motion of the sun	8
the work described above	8
mouth into the sea	8
level of the water	8
that passeth through the	8
the same water of	8
course of the waters	8
according to the order	8
it is not possible	8
through the section a	8
to the sense of	8
the true quantity of	8
and therefore it is	8
of the first book	8
the text can be	8
quantity which passeth through	8
of the mouth of	8
the points of the	8
as much as to	8
and the distance of	8
greater part of the	8
parts of the thread	8
much as to say	8
to the order of	8
measure the quantity of	8
the earth it self	8
work described above is	8
that as to the	8
water that runneth thorow	8
distance from the pole	8
the sea by the	8
motion of the air	8
addition of a second	8
motion belongs to the	8
which passeth through g	8
this keyboarded and encoded	8
which runneth through ln	8
and yet it is	8
markup reviewed and edited	8
the section of the	8
this phase i text	8
that the motion by	8
by the institutions providing	8
to measure the time	8
bottome of the river	8
is to be noted	8
you shall see the	8
even for commercial purposes	8
it seems to me	8
quantity of the body	8
from the annual motion	8
it is requisite to	8
of the height db	8
there can be no	8
providing financial support to	8
and by adding of	8
so much as the	8
opened into the sea	8
the chanel of navigation	8
water of the chanellet	8
that fall into the	8
it is not to	8
the side of the	8
is in the centre	8
that the same water	8
superficies of the water	8
of the same torrent	8
authority of sacred scripture	8
from proquest page images	8
circumference of the grand	8
surface of the lake	8
diurnal motion belongs to	8
the level of fiume	8
books online text creation	8
centre of the terrestrial	8
of the same opinion	8
that the waters of	8
text can be copied	8
that part of the	8
in the point of	8
that the distance of	8
the distribution of the	8
which runneth through df	8
in the distribution of	8
diurnal motion of the	8
in the plane of	7
mathematical collections and translations	7
within the bounds of	7
of the said level	7
to the right hand	7
the degrees of velocity	7
about the sun in	7
am now about to	7
the sun in the	7
motion of the terrestrial	7
which of the two	7
an hundred or a	7
most serene grand duke	7
is to be understood	7
the direction of the	7
it would be better	7
the lake of perugia	7
the diameter of a	7
as far as the	7
of the additions and	7
the line of the	7
if the earth should	7
to the grand duke	7
an explanation of the	7
with the parallax of	7
is manifest by the	7
which may be done	7
for as to the	7
removed from its perpendicularity	7
and i have been	7
greater than that which	7
to the fixed stars	7
in the first case	7
that which shall be	7
that the circular motion	7
with a right motion	7
of reno in reno	7
to come to the	7
just in the same	7
i am now about	7
to the doctrine of	7
according to the said	7
to keepe up the	7
in which we see	7
fall into the same	7
so that if the	7
motion of the parts	7
the waters that are	7
minutes of an hour	7
that it ought to	7
if i be not	7
bodies of the universe	7
in proportion to the	7
not onely in the	7
that happen in the	7
is contrary to the	7
primary cause of the	7
deeper than now it	7
are to be made	7
is said to be	7
the opinion of copernicus	7
star of the first	7
that the superficies of	7
and this it is	7
think that it is	7
ought to be the	7
are not to be	7
in divers parts of	7
stars placed in the	7
sections of a river	7
from the circumference of	7
concerning the lake of	7
degree of velocity acquired	7
according to the common	7
from the point a	7
thousand foure hundred pounds	7
if it had been	7
to the circular motion	7
do you think that	7
all the water of	7
said act of parliament	7
to make great account	7
when the moon is	7
means of the earths	7
orbs of the planets	7
concave of the lunar	7
the said act of	7
to the surface of	7
the same to the	7
the use of the	7
the square of the	7
they ought to be	7
in the same body	7
by the perpendicular cb	7
if there be any	7
that when it is	7
is not enough to	7
the element of fire	7
of the said earth	7
of the territories of	7
so that in the	7
come to know the	7
or to say better	7
between the moon and	7
it would be very	7
upon the plane of	7
motion of the ship	7
assigned to the earth	7
to be the same	7
centre of the zodiack	7
as the velocity of	7
let us return to	7
is the cause of	7
and the other in	7
it in the same	7
from the round top	7
the impediment of the	7
of the two motions	7
the right line ab	7
the time of low	7
therefore it is necessary	7
that it is necessary	7
is equal to the	7
the matter of the	7
shall be able to	7
to be seen in	7
that so it may	7
towards the circumference of	7
the pole of the	7
i am able to	7
in a certain sense	7
proportion to the velocity	7
top of a tower	7
motion of the projicient	7
the three superiour planets	7
which is to be	7
the businesse of the	7
doores to keepe out	7
to the superficies of	7
the orbs of the	7
according to the opinion	7
in the said act	7
in the face of	7
that i may not	7
opposition to the sun	7
is to be believed	7
hundred and twenty pounds	7
such time as it	7
foot deeper than now	7
the fury of the	7
of water in a	7
for the truth is	7
that the coelestial bodies	7
motions of the planets	7
move about the sun	7
represent unto us the	7
i am very confident	7
diameter of the sun	7
believe that it is	7
the motion of projects	7
against the annual motion	7
in in in in	7
the motions of animals	7
in the second place	7
that it was not	7
because it is not	7
the same part of	7
the commissioners of sewers	7
as to the other	7
be seen in the	7
the case of the	7
hath been said above	7
the velocity to the	6
of sand into the	6
it would come to	6
separated from the earth	6
water of the great	6
must of necessity have	6
the matter of fact	6
that it will be	6
the circle of the	6
to that which it	6
out of the cave	6
his systeme of the	6
i verily believe that	6
i may so say	6
render a reason of	6
at the time that	6
so that all the	6
in its own chanel	6
abundance of water that	6
proportions of the first	6
from the fixed stars	6
any part of the	6
it will not be	6
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right line to be	5
is no doubt but	5
passe at all times	5
the first part of	5
bodies are generable and	5
that if any one	5
as that it might	4
this which i have	4
as they are neerer	4
any one that hath	4
is demonstrated in the	4
of the second part	4
but i know not	4
have well understood the	4
all that i had	4
it may run in	4
in the hands of	4
a vessel to run	4
lesse abundance of water	4
that are seen in	4
assigned it by copernicus	4
the plain of the	4
the sections being equally	4
the water of that	4
hath been supposed in	4
constitution of the world	4
the moon in a	4
of sir john maynard	4
chanel of the second	4
that agree in kinde	4
arrived at the ground	4
faculty to extrude and	4
there is not any	4
move from east to	4
the terrestrial globe be	4
it being also true	4
with an intent to	4
carry it to the	4
there should not be	4
through a plate of	4
from the diversity of	4
the space of eight	4
most different from the	4
we ought to make	4
may be turned into	4
and as if it	4
but i do not	4
to be ascribed to	4
different from one another	4
it when the velocity	4
i shall ask you	4
in two sections of	4
the lake may be	4
is it not the	4
from the shot of	4
be about the sun	4
and as the height	4
if a river fall	4
know to be very	4
is the greatest of	4
also come to know	4
how much water the	4
let into the sea	4
i would gladly hear	4
placed in the same	4
from the said centre	4
motion of the vessels	4
derived from the annual	4
ruine to the lake	4
in the intermediate space	4
in measuring a body	4
the earth is to	4
the essence of the	4
than the two right	4
in answer to this	4
bed of the po	4
is by a right	4
that it is observed	4
the removal of reno	4
times in which they	4
i am confident that	4
but that it is	4
retrogradation of the planets	4
according to the measure	4
the image of the	4
its own centre in	4
by one and the	4
that letting the reno	4
of the general draines	4
in the second consideration	4
which cometh to be	4
of the said ecliptick	4
to come into the	4
of the earth about	4
to make the river	4
the same manner that	4
one while towards the	4
the rising and setting	4
which the star is	4
end of the thread	4
sir cornelius hath abused	4
under the said bridge	4
the variation of velocity	4
maynard his severall speeches	4
the thread which is	4
the said po of	4
the arches of the	4
the true sense of	4
to reflect the suns	4
the proportion of r	4
of po and reno	4
it shall be of	4
circular motion of the	4
image of the sun	4
from the same doctrine	4
separated from their whole	4
not to be questioned	4
of the five planets	4
i my self have	4
the eye of the	4
in the same proportion	4
water in the intermediate	4
cutting the bank at	4
to the judgment of	4
brent let into the	4
ordinary way of measuring	4
applyed himself to this	4
integral bodies of the	4
the fall of the	4
that is to be	4
move with three motions	4
through the said river	4
immobility of the terrestrial	4
same river or current	4
motions of animals are	4
the most that could	4
rivers are said to	4
which i have thought	4
plainely the true causes	4
measures of those brooks	4
to be about the	4
part of the world	4
for then it would	4
mixt of right and	4
a determinate degree of	4
yet nevertheless i will	4
of the terrestrial superficies	4
if a river discharge	4
that the velocity in	4
how much the lake	4
the masse and weight	4
and the other at	4
that it would not	4
of one of the	4
is not contrary to	4
into the said chanel	4
in the said work	4
by the annual motion	4
the opening of the	4
i have seen it	4
of the right honourable	4
because that in the	4
after the day of	4
as the line d	4
and therefore they are	4
the waters of serchio	4
the motion made by	4
the first book of	4
but onely of the	4
water of the chanel	4
that fiume morto is	4
a quantity of water	4
to all the water	4
if i were to	4
between valley and valley	4
for such is the	4
it in the time	4
the swellings of po	4
to be the centre	4
contiguous to the body	4
i found that the	4
be brought into a	4
shall be so much	4
being brought into the	4
different from those that	4
thing contrary to the	4
another lesser chanel that	4
the reeds and rushes	4
earth doth not move	4
first section to the	4
but it is also	4
the illusions of the	4
motion of the solar	4
italian by don benedetto	4
fluid element of water	4
it is a most	4
the history of the	4
the starry sphere is	4
all the other planets	4
the circular motion of	4
but that i do	4
the drains of the	4
the rays of the	4
to the right honourable	4
into the same with	4
all the water was	4
which we do not	4
of the earths surface	4
of right and circular	4
rising and setting of	4
df in height and	4
by the will of	4
parts of water that	4
in a very short	4
run to and fro	4
no other than the	4
touching the lake of	4
may cost twelve hundred	4
the act for the	4
the stars of the	4
have the proportion that	4
proportion to the thickness	4
of the regulator in	4
i have set down	4
from lyn to cambridge	4
hath to the height	4
thoughts touching the state	4
who shall have understood	4
these risings and fallings	4
be the centre of	4
at right angles to	4
hence it is that	4
gc shall be double	4
the very walls of	4
motion of the centre	4
the ports of venice	4
that i have a	4
doores to keepe up	4
beginning of the year	4
which passing through a	4
in such sort that	4
towards one and the	4
to make the water	4
quadrant of a circle	4
fury of the south	4
you see that the	4
the space of some	4
such a quantity of	4
it had at first	4
to the end of	4
lower part of the	4
as on the contrary	4
fixed stars of the	4
one and the other	4
river in the time	4
honour and profit of	4
and therefore i was	4
with a circular motion	4
be four times more	4
same inadvertency of not	4
to its natural constitution	4
passeth through the second	4
know the quantity of	4
i am of the	4
three roman feet long	4
it self into two	4
proportion of r to	4
be raised hardly half	4
for that reason this	4
which hath been said	4
but it is necessary	4
to make it move	4
in respect to the	4
of which there are	4
credit is to be	4
possible for it to	4
when the sea is	4
and all this is	4
of the great po	4
opening of the mouth	4
in the severall counties	4
and then let go	4
which runneth thorow the	4
from the same place	4
in those things which	4
in italian by don	4
water into the lake	4
the same river in	4
we may be able	4
know very well that	4
hath to the section	4
way to measure the	4
the solidity of the	4
finding out of the	4
i have resolved to	4
the time of pythagoras	4
i told you before	4
quite contrary to what	4
greater than the velocity	4
that i am able	4
which is that of	4
but not so much	4
than the whole grand	4
it cometh to be	4
as the velocity by	4
i hold to be	4
a faculty to extrude	4
is used in the	4
of the emissary of	4
to the quantity which	4
and not to the	4
of fiume morto is	4
in such a time	4
do not question but	4
of breadth and height	4
the reason of that	4
impossible that it should	4
the other manner of	4
the hypothesis of the	4
of water from the	4
is necessary to say	4
of the sun from	4
the water runs with	4
to the centre are	4
with greater and greater	4
of the lunar globe	4
made according to the	4
to be had to	4
case that the velocity	4
banks of the river	4
the same river discharge	4
to pope vrban viii	4
hundreds and thousands of	4
the fields adjacent to	4
relation discovering plainely the	4
relation to the earth	4
all the odde numbers	4
if i do not	4
an impetus of moving	4
the fluid element of	4
the squares of the	4
as we see it	4
of the sile and	4
and the other rivers	4
into a river at	4
the true and real	4
time of the fall	4
the space of three	4
the most illustrious and	4
divers parts of its	4
in one determinate time	4
the velocity of its	4
of sand in the	4
the points a and	4
quantity which runneth through	4
is discharged through df	4
yet do i not	4
may be derived from	4
and that of serchio	4
of an hour the	4
are of the same	4
one ought to take	4
turning round upon its	4
have beene lately made	4
unequal quantities of water	4
not onely of the	4
that the main po	4
water of the vessel	4
the chanel of po	4
to be held for	4
so is the line	4
moveable departing from rest	4
which you speak of	4
passeth through the first	4
that if a river	4
or because they fear	4
the earth towards the	4
let into the lake	4
and this is as	4
of that of the	4
to be opened into	4
a star of the	4
of the velocity to	4
the said sir cornelius	4
spi global keyed and	4
at the committee for	4
an act of parliament	4
by the inclination ca	4
by the square of	4
if a river increase	4
case of the lady	4
observed in the motions	4
of the chanel be	4
motion assigned to the	4
and motion of the	4
in the aforesaid vessels	4
in the annual motion	4
we shall also come	4
the tangent of the	4
hath a faculty to	4
carry equal quantity of	4
the mouth of masi	4
into tiber at the	4
near to the sea	4
in the first consideration	4
circumference of an infinite	4
ever be able to	4
the river in the	4
be distant from the	4
the vulgar measures of	4
the chanel being derived	4
of isleham in the	4
they do not understand	4
of which before it	4
written in italian by	4
that it could not	4
of the primum mobile	4
the mathematicks in the	4
proportions of unequal sections	4
englished from the third	4
the great expansion of	4
as to this particular	4
a consideration upon the	4
the bottom of a	4
untill it come to	4
by means of a	4
will make out to	4
principal pipe dischargeth in	4
sand into the mouth	4
the most serene great	4
the current of these	4
with the measure of	4
the taps be equal	4
the earle of lindsey	4
it would rise to	4
by the current of	4
there is in the	4
that quantity of water	4
and the motion of	4
which is made by	4
remote from the sea	4
water gc shall be	4
and it is manifest	4
greater than the two	4
that when a river	4
centre of the same	4
question to be made	4
may be done in	4
it remaineth now to	4
water is to be	4
may cost three hundred	4
should so fall out	4
to the rest of	4
that runneth through the	4
keepe out the sea	4
separated from the projicient	4
fixed stars placed in	4
runneth through the said	4
motions of the simple	4
which we see that	4
the whole length of	4
passeth thorow the said	4
regard that the water	4
the cocks of the	4
and for the present	4
to disgrosse and subtillize	4
that of which we	4
is to be measured	4
let it be in	4
either by reason of	4
section to the second	4
in time to come	4
we see that the	4
is bought and sold	4
that they may be	4
fourth part of the	4
bigger than that of	4
the kings maiestie in	4
the star to have	4
that point of the	4
letting the reno into	4
to measure the quantity	4
whether you believe that	4
to a printed paper	4
said sir cornelius hath	4
is equal to that	4
far as to the	4
the invariable elevation of	4
same part of the	4
in the sea it	4
not question but that	4
circular motion about the	4
of the old fenne	4
i made upon the	4
moon to the centre	4
in that state of	4
those that are between	4
the brent let into	4
must needs be that	4
the impetus of the	4
the so many other	4
raising of the lake	4
we must of necessity	4
that as often as	4
that by means of	4
you shall see it	4
therefore if a river	4
we come to the	4
space of eight hours	4
several parts of the	4
the bed of the	4
that we are not	4
came into my minde	4
the mud and sand	4
height by the addition	4
the testimony of some	4
po into the chanel	4
the same square measure	4
proportion of the height	4
the defect of the	4
an excellent piece written	4
placed in the bottom	4
an hundred times greater	4
the principle of motion	4
that the earth being	4
velocity of the second	4
that nothing can be	4
river at divers times	4
and consequently shall be	4
the vvaters of fountains	4
shall we say of	4
proportion that the water	4
the stoppage of the	4
from the velocity of	4
in such case the	4
to the line i	4
the ranges of great	4
the valleys of bologna	4