trigram

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

trigram	frequency
of the earth	415
motion of the	258
the motion of	252
of the water	243
in the same	205
according to the	195
that it is	184
the centre of	183
of the sun	175
centre of the	164
of the same	161
the quantity of	159
that of the	158
of the said	144
the water of	142
part of the	136
ought to be	134
to the earth	134
of the moon	127
it would be	124
the velocity through	120
parts of the	118
the velocity of	117
the terrestrial globe	117
the time of	117
to the velocity	116
of the waters	106
the fixed stars	106
quantity of the	105
by reason of	105
of the world	105
as to the	105
it is not	102
the annual motion	102
it is necessary	101
is to be	100
to that which	98
velocity of the	95
of the lake	93
and of the	92
so that the	92
that in the	90
on the contrary	89
of the river	87
the waters of	87
quantity of water	86
and the other	84
that the earth	83
water of the	80
there is no	79
it may be	78
into the sea	78
the parts of	77
reason of the	75
in the time	75
in the first	74
that which is	74
the measure of	74
i do not	73
and in the	72
of all the	71
in the centre	70
out of the	70
to be made	70
of the star	69
of fiume morto	69
not to be	68
hath been said	67
of the universe	67
be able to	66
the diurnal motion	65
it will be	64
the circumference of	64
of the first	63
equal to the	63
of running waters	63
to the sea	63
the water that	63
that the same	63
the height of	63
the mouth of	63
it to be	62
ebbing and flowing	62
to make the	62
made by the	62
as it is	61
the rest of	61
of the velocity	61
the space of	60
that i have	60
cause of the	60
and the same	59
the same time	59
height of the	59
in respect of	59
the earth is	59
in regard that	58
one of the	58
of the terrestrial	58
which passeth through	58
the course of	58
the grand orb	58
the cause of	57
if it be	57
in the moon	57
that it would	57
a right line	57
to the line	57
from the earth	57
than that of	57
so much as	57
the po of	56
and to the	55
the water in	55
to the sun	55
by means of	55
the distance of	55
in equal times	54
the same manner	54
the said act	54
when it is	54
that the water	54
from the centre	53
as hath been	53
the superficies of	52
superficies of the	52
to the centre	52
distance from the	52
the motions of	52
course of the	52
distance of the	51
motions of the	51
with the same	51
that the said	51
and it is	50
of the whole	50
to the same	50
measure of the	50
the lake of	49
the starry sphere	49
of water in	49
to be the	49
if it were	49
placed in the	48
the earth to	48
to the section	48
proportion of the	48
are to be	48
is to the	48
of the grand	48
it shall be	48
the coelestial bodies	48
that all the	48
contrary to the	48
water in the	47
the water which	47
that they are	47
those that are	47
the ebbing and	47
one and the	46
of that which	46
towards the east	46
it is to	46
of the other	46
into the lake	46
the proportion of	46
to the end	45
of the fixed	45
which i have	45
as much as	45
as it were	45
to be in	44
about the sun	44
hath to the	44
rest of the	44
that it was	44
the beginning of	44
at the same	43
i know not	43
and that the	43
in the said	43
at the time	43
i believe that	43
of the earths	43
in it self	43
not in the	42
of the great	42
in comparison of	42
that there is	42
the same proportion	42
it is manifest	42
to the height	42
taken from the	42
made in the	42
the quick height	41
means of the	41
and therefore the	41
is necessary to	41
the sun and	41
of a river	41
that if the	41
to have been	41
what hath been	40
time of the	40
towards the centre	40
diameter of the	40
of an hour	40
by the said	40
the earth and	40
of it self	40
of the air	40
for that the	40
of the sea	40
which is the	40
that which i	40
annual motion of	40
in this manner	40
lake of venice	40
of the motion	40
as the velocity	39
as that it	39
so as that	39
in the space	39
that the motion	39
the opinion of	39
in the next	39
must of necessity	38
in case the	38
be necessary to	38
and this is	38
all the rest	38
that the velocity	38
is in the	38
that which passeth	38
altitude of the	37
shall be the	37
come to the	37
in the beginning	37
in the air	37
ebbings and flowings	37
as if it	37
said to be	37
the diameter of	37
to that of	37
of water which	36
would be necessary	36
to the motion	36
have the same	36
and in this	36
how much the	36
the section b	36
in like manner	36
it is a	36
and that which	36
circumference of the	36
in the second	36
it in the	36
according as the	36
degree of velocity	36
the next place	36
of the ecliptick	35
the earths motion	35
passeth through the	35
it is impossible	35
proportion to the	35
in the world	35
by the same	35
that is to	35
in favour of	35
that it may	35
its own centre	35
compounded of the	35
respect of the	35
is necessary that	35
bigger than the	35
of the planets	35
be in the	35
it ought to	35
the circular motion	35
must needs be	35
the plane of	35
for that it	34
water in equal	34
early english books	34
in the river	34
plane of the	34
point of the	34
as i have	34
and for the	34
the chanel of	34
of the two	34
about its own	34
and another while	34
water which passeth	34
surface of the	34
the earth in	34
of the ship	34
in the lake	34
that the sun	34
in such a	33
to make a	33
if we should	33
twenty four hours	33
of the second	33
of the solar	33
but if the	33
the surface of	33
the proportions of	33
the mensuration of	33
we are to	33
for the present	33
in a word	32
the diversion of	32
a very great	32
and i have	32
mensuration of running	32
of the proportions	32
a fixed star	32
make use of	32
of the chanel	32
and in a	32
but that the	32
of those parts	32
the section a	32
in this case	32
to the first	31
as in the	31
of which the	31
to the most	31
by the sun	31
to the other	31
the truth of	31
reason of its	31
by way of	31
remote from the	31
on the other	31
i have said	31
light of the	31
the solar spots	31
the end of	30
abundance of water	30
the state of	30
be to the	30
i will not	30
so great a	30
seen in the	30
at that time	30
quantities of water	30
the moon is	30
of the stars	30
ascribed to the	30
towards the west	30
as for example	30
proportions of the	30
the body of	30
the same place	30
degrees of velocity	30
of a circle	30
and because the	30
the knowledge of	30
of the diurnal	30
in the other	30
it should be	30
that the moon	29
and on the	29
the first place	29
is to say	29
side of the	29
from the same	29
by how much	29
of the pole	29
mobility of the	29
than that which	29
is not to	29
of the most	29
in the end	29
that i may	29
such time as	29
the top of	29
one of those	29
in a right	28
the new star	28
water that runneth	28
and the earth	28
the mobility of	28
which runneth through	28
but it is	28
to the said	28
which it is	28
of which we	28
mouth of fiume	28
shall have the	28
all the water	28
to be a	28
that which the	28
is the same	28
the same with	28
if it should	28
to be understood	28
fall into the	28
the same river	28
concave of the	28
if the earth	28
in my judgment	27
waters of the	27
ought not to	27
from the point	27
same proportion to	27
for that i	27
it self to	27
the first of	27
of the ebbing	27
to all the	27
the point of	27
more than the	27
as far as	27
place of the	27
english books online	27
the concave of	27
beginning of the	27
of the parts	27
if you will	27
in such sort	27
to be so	27
that it might	27
in my opinion	27
in the midst	27
those of the	27
answer to the	26
the self same	26
it must be	26
in twenty four	26
together with the	26
it is very	26
the same in	26
it might be	26
to one another	26
that may be	26
the right line	26
let it be	26
so that it	26
body of the	26
the matter of	26
it is requisite	26
belong to the	26
than in the	26
of its own	26
and that of	26
as that they	26
necessary that the	26
in which the	26
of the spots	26
the observations of	26
towards the sea	26
end of the	26
by help of	26
from the sun	26
as for instance	26
into the same	26
than the other	26
shillings the rod	25
all the other	25
comparison of the	25
of the vessel	25
the difference of	25
you shall see	25
in the least	25
the most serene	25
to prove the	25
the same velocity	25
by which the	25
will be necessary	25
to make it	25
so long as	25
to the moon	25
from the sea	25
to the ground	25
that i am	25
that we may	25
be made in	25
the waters in	25
stability of the	25
of the mensuration	25
far from the	25
from east to	25
distant from the	24
be said to	24
in the earth	24
use of the	24
so that if	24
are in the	24
not so much	24
of the height	24
upon the same	24
you your self	24
top of the	24
but in the	24
it would not	24
of the motions	24
the measures of	24
east to west	24
be the same	24
that they have	24
parallel to the	24
and if it	24
that it should	24
argument taken from	24
and that it	23
by a right	23
times bigger than	23
at such time	23
observed in the	23
the light of	23
of the measure	23
shall be to	23
it was in	23
the same water	23
the right motion	23
it hath been	23
the doctrine of	23
and not the	23
to be done	23
measure of running	23
the breadth of	23
of the piece	23
of grave bodies	23
which passeth by	23
of which i	23
is that which	23
supposed to be	23
the said river	23
say that the	23
come to be	23
in the fixed	23
or at least	23
the waters that	23
is it not	23
velocity through a	23
in a time	23
in the point	23
circumference of a	22
because it is	22
of the heavens	22
for it is	22
equal quantities of	22
i verily believe	22
of the po	22
of sacred scripture	22
which was to	22
a piece of	22
in the mean	22
the point a	22
that they may	22
additions and substractions	22
in relation to	22
therefore it is	22
the time that	22
different from the	22
falling from the	22
proportion compounded of	22
mouth of the	22
water which runneth	22
one of them	22
of the mouth	22
it to the	22
separated from the	22
would not be	22
equal to that	22
velocity through df	22
of the main	22
of the vulgar	22
the ebbings and	22
the other side	22
and to make	22
the moon to	22
that i had	22
of the stone	22
the level of	22
state of rest	22
the copernican hypothesis	22
the way to	22
to move with	22
it is in	22
so that in	22
caused by the	22
that are in	22
that in case	21
in the middle	21
the consideration of	21
there may be	21
of the thread	21
would have been	21
by the perpendicular	21
to be observed	21
and from the	21
of those that	21
the reflection of	21
the substance of	21
shall not be	21
to be very	21
illuminated by the	21
the sense of	21
on the earth	21
at the beginning	21
what i have	21
i pray you	21
more and more	21
was to be	21
such as are	21
of the line	21
in a certain	21
that we are	21
this is the	21
and all the	21
no other than	21
to be demonstrated	21
of the tower	21
that there are	21
the authority of	21
do you think	21
axis of the	21
that the whole	21
so much the	21
of the body	21
of the circle	21
there is a	21
about the earth	21
the other is	21
a great part	21
which we see	21
the mean time	21
the part of	20
regard that the	20
able to make	20
and not to	20
that hath been	20
way of measuring	20
earth to be	20
would be no	20
found to be	20
come to know	20
nothing at all	20
west to east	20
more swift than	20
to the quantity	20
the axis of	20
to measure the	20
and let us	20
necessary to make	20
through the section	20
that the quantity	20
po of ferara	20
the main po	20
which ought to	20
that for the	20
if a river	20
of their own	20
that fiume morto	20
it is answered	20
diversion of the	20
the benefit of	20
with the earth	20
them to be	20
no more than	20
of which is	20
to the right	20
star of the	20
from west to	20
waters in the	20
should not be	20
greater than the	20
greater than that	20
the additions and	20
to the second	20
the order of	20
the earths mobility	20
it must needs	20
the most part	20
of those who	20
that he had	20
of the lunar	20
in regard the	19
assigned to the	19
of the annual	19
that it will	19
and if the	19
it cannot be	19
in those parts	19
the diurnal conversion	19
in the circumference	19
the revolution of	19
and i am	19
opinion of the	19
and for that	19
for the most	19
i have not	19
and so much	19
of such a	19
order of the	19
was in the	19
level of the	19
and the sun	19
the inclination of	19
i am very	19
the length of	19
at first sight	19
is not the	19
upon the observations	19
of the new	19
which may be	19
and by the	19
consideration of the	19
length of the	19
the velocity by	19
that if it	19
i think that	19
it is the	19
of the rivers	19
if there be	19
or any other	19
the banks of	19
that can be	19
the addition of	19
the sun in	19
this is a	19
to do with	19
may be done	19
from the top	19
and consequently the	19
a thousand times	19
of necessity be	19
and that in	19
i have thought	19
it is that	18
to make use	18
that they do	18
to be taken	18
the rising of	18
for want of	18
the motion by	18
will not be	18
to be seen	18
paire of doores	18
by the earth	18
would be a	18
the answer to	18
according to aristotle	18
the bottom of	18
to the common	18
no more but	18
i have been	18
ought to have	18
onely in the	18
let us suppose	18
velocity through af	18
for if it	18
neer to the	18
to the whole	18
in the parts	18
the other planets	18
to each other	18
is the cause	18
that if we	18
much as the	18
in a year	18
as the line	18
my self to	18
reflection of the	18
that the mouth	18
in the firmament	18
seemeth to me	18
onely of the	18
which shall be	18
part of that	18
elevation of the	18
the element of	18
part of it	18
but that it	18
for if the	18
at this time	18
velocity through b	18
and as to	18
that is the	18
that the parts	18
generation and corruption	18
that when the	18
of the greater	18
motion of descent	18
of the moveable	18
the same thing	18
that they were	18
there would be	18
by the tangent	18
if they were	18
when they are	18
that which runneth	18
to which the	18
and therefore i	18
of the additions	18
think that it	18
the said level	18
account of the	17
the greater part	17
which is in	17
the number of	17
we ought to	17
passeth by the	17
the earth should	17
along with it	17
on either side	17
to be true	17
as the earth	17
of reno in	17
if i may	17
believe that it	17
revolution of the	17
is as much	17
the round top	17
may be said	17
by the motion	17
so let the	17
that i shall	17
speak of the	17
the end that	17
may be made	17
upon the earth	17
for that they	17
whether it be	17
quick height of	17
not at all	17
the truth is	17
from the said	17
about the centre	17
towards the north	17
of the late	17
of the year	17
the upper part	17
at the first	17
is one of	17
it is so	17
made of the	17
i have a	17
of its parts	17
it be true	17
would not have	17
that the air	17
that this is	17
that the river	17
be so much	17
as for the	17
of the holy	17
they are to	17
and if you	17
whilst it is	17
those things which	17
to be placed	17
and as it	17
which is not	17
of the telescope	17
if any one	16
go about to	16
and all this	16
in our case	16
the bottome of	16
more or lesse	16
the earth being	16
made upon the	16
equal quantity of	16
systeme of the	16
such a certain	16
i am not	16
the said po	16
to be had	16
the causes of	16
the distance from	16
that which hath	16
which i will	16
of the truth	16
that it hath	16
runneth thorow the	16
to move in	16
towards the circumference	16
the star to	16
and because that	16
do not think	16
as i believe	16
be made of	16
the stability of	16
the river is	16
the copernican systeme	16
magnitude of the	16
the force of	16
at right angles	16
in all the	16
but yet i	16
treatise of the	16
that is in	16
knowledge of the	16
breadth of the	16
but that they	16
it had been	16
the right hand	16
in case that	16
the midst of	16
you may see	16
the reason of	16
motion by the	16
if it had	16
two or three	16
which we have	16
the degrees of	16
i say therefore	16
as to say	16
but let us	16
fixed star of	16
to the measure	16
i would not	16
greater or lesser	16
fall from the	16
the square of	16
what it is	16
into the po	16
to the horizon	16
of water that	16
a reason of	16
of the length	16
of an hundred	16
let the line	16
believe that the	16
they do not	16
sense of the	16
lesse than the	16
being able to	16
and let the	16
to be of	16
hence it is	16
if so be	16
depending on the	16
against the earths	16
which is to	16
but on the	16
and that they	16
than the moon	16
by the first	16
like to that	16
with so much	16
the rayes of	15
is most certain	15
that have been	15
and yet it	15
not that the	15
near to the	15
all the way	15
it doth not	15
also in the	15
in the present	15
but that i	15
it cometh to	15
it is more	15
to be found	15
which i am	15
we will say	15
as they are	15
it would have	15
nothing to do	15
acquired in the	15
and the distance	15
or to the	15
the experiment of	15
with the sun	15
and here i	15
shall be more	15
being in the	15
that you have	15
a simple body	15
in that manner	15
is that of	15
of the argument	15
that i know	15
of the sixth	15
the contrary way	15
the mouth a	15
the diversity of	15
and therefore if	15
found in the	15
of the time	15
it is true	15
it is most	15
seems to me	15
that to be	15
element of water	15
the judgment of	15
act of parliament	15
of the ball	15
which hath been	15
for my part	15
motion of heaven	15
that in this	15
and not in	15
they shall be	15
a part of	15
that the terrestrial	15
top of a	15
miles in length	15
substance of the	15
to the terrestrial	15
of the zodiack	15
than by the	15
impossible to be	15
the territories of	15
so that i	15
be reduced to	15
they ought to	15
of the coelestial	15
half of the	15
which the water	15
i beseech you	15
of the rest	15
and in particular	15
that which you	15
the right honourable	15
times greater than	15
difference of the	15
think that the	15
as that the	15
motion in the	15
but that which	15
respect to the	15
more or less	15
the same to	15
which are not	15
in a proportion	15
points of the	15
the businesse of	15
great part of	15
the altitude of	14
they may be	14
to our purpose	14
be supposed to	14
in the year	14
that it shall	14
text creation partnership	14
half a brace	14
for div a	14
that the ball	14
that that which	14
of the mast	14
be found in	14
generable and corruptible	14
as also the	14
that that same	14
more than one	14
of the section	14
would not suffice	14
notes for div	14
earths annual motion	14
to examine the	14
i should think	14
the height db	14
aristotle and ptolomy	14
water of a	14
of the eye	14
discharge equal quantities	14
water that passeth	14
that so it	14
easie to be	14
the moon and	14
demonstrated in the	14
to know the	14
first of which	14
is equal to	14
relation to the	14
according to their	14
to the circumference	14
depend on the	14
the sun to	14
of the regulator	14
swift than the	14
the earth would	14
commissioners of sewers	14
that in a	14
more water than	14
that of a	14
and thus the	14
by the second	14
face of the	14
towards the same	14
the sun is	14
he would have	14
with that of	14
of the light	14
proportion to that	14
and fixed stars	14
the sea floods	14
into the said	14
the making of	14
be equal to	14
of so many	14
the line f	14
me in the	14
it with the	14
the semidiameter of	14
which they are	14
therefore the quantity	14
water of reno	14
now it is	14
of the quantity	14
move with a	14
passeth through b	14
how much water	14
a proportion compounded	14
i see that	14
and according to	14
to my self	14
the sacred scriptures	14
is to that	14
to belong to	14
measures of the	14
if you would	14
the grand duke	14
if he had	14
as may be	14
of one of	14
be observed in	14
and let it	14
to the great	14
that which we	14
rising of the	14
of the emissary	14
as the section	14
of the sacred	14
the reason why	14
there can be	14
is not so	14
the late parliament	14
time that the	14
not onely the	14
and at the	14
at the end	14
in this place	14
truth of the	14
much the more	14
earth and moon	14
of the common	14
nor can i	14
the proportion that	14
proportion that the	14
and upon the	14
that i do	14
to it self	14
the greatnesse of	14
a right motion	14
so much more	14
for in the	14
in an hour	14
proceed to the	14
of the work	14
the line r	14
times of the	14
the earths annual	14
come to passe	14
the velocity in	14
from the circumference	14
the earth doth	14
that from the	14
the first book	14
of measuring running	14
of running water	14
to the eye	14
is a great	14
that the brent	14
of the suns	13
the earth be	13
as if they	13
from the annual	13
let us hear	13
for the common	13
the name of	13
they should be	13
to say better	13
is called the	13
that the stone	13
the velocity is	13
of the firmament	13
in such manner	13
in the motions	13
in which they	13
in the motion	13
is impossible that	13
for the same	13
of the centre	13
of a ship	13
with a motion	13
space of an	13
coelestial bodies are	13
the phaenomena of	13
and therefore it	13
but if we	13
as it was	13
of which it	13
of doores to	13
but by the	13
earle of bedford	13
as the said	13
the lunar orb	13
to be most	13
earth to move	13
yet it is	13
to the grand	13
earth in the	13
rayes of the	13
by this means	13
answers to the	13
from the upper	13
to take away	13
and when the	13
motion of grave	13
for this time	13
any thing of	13
it was not	13
which let be	13
so that they	13
semidiameters of the	13
sun and moon	13
more remote from	13
seem to be	13
there is not	13
the new stars	13
to the water	13
not how to	13
each of them	13
that he would	13
know very well	13
if this be	13
from the concave	13
which would be	13
by the addition	13
like as the	13
and that this	13
you think that	13
should be made	13
semidiameter of the	13
help of the	13
the other two	13
in a very	13
with that which	13
i have seen	13
is no doubt	13
so that there	13
is greater than	13
not think that	13
from the motion	13
to prove that	13
the current of	13
it is said	13
the thickness of	13
of those things	13
in the sun	13
and with the	13
you believe that	13
to the proportion	13
the nature of	13
like to the	13
the water is	13
texts of scripture	13
it be not	13
the use of	13
exposed to the	13
gravity of the	13
that which was	13
can it be	13
motion about the	13
the face of	13
therefore tell me	13
same manner as	13
as we have	13
beginning of this	13
is found to	13
greater part of	13
of the things	13
that are made	13
worthy to be	13
the work of	13
if i have	13
to make two	13
as the moon	13
to the knowledge	13
to follow the	13
do you not	13
the star from	13
of a very	13
and if i	13
i know that	13
to those that	13
of the author	13
as to what	13
which in the	13
it by the	13
all the parts	13
on which the	13
diameter of a	13
velocity to the	13
an hundred times	13
fiume morto into	13
the sixth magnitude	13
would be very	13
much bigger than	13
the example of	13
the whole terrestrial	13
of a fixed	13
the times of	13
to be moved	13
and you shall	13
of the angle	13
and flowing of	13
nor is it	13
that the diurnal	13
some of them	13
all that which	12
a and b	12
be let into	12
i have demonstrated	12
of the old	12
it will not	12
much as to	12
a river in	12
should be able	12
the variation of	12
or a thousand	12
to the breadth	12
is said to	12
of the projicient	12
that by the	12
about the same	12
hath the same	12
so that to	12
same with the	12
of my own	12
in the concave	12
some of the	12
but one sole	12
in the perpendicular	12
under the bridge	12
so as to	12
nor can it	12
that he who	12
six or seven	12
for the space	12
as is the	12
of the ebbings	12
motion and rest	12
the primum mobile	12
of the fire	12
any of the	12
whether the earth	12
the holy ghost	12
whole terrestrial globe	12
being placed in	12
the followers of	12
the polar altitude	12
of the right	12
the sun it	12
the height ab	12
from the pole	12
double to the	12
waters of fiume	12
if it shall	12
by the diversion	12
now let us	12
the errour of	12
the line e	12
them to the	12
the lake would	12
if there were	12
one of its	12
time of its	12
described by the	12
in the third	12
to such as	12
the three dimensions	12
of a brace	12
it will cost	12
the terms of	12
to be no	12
bottome of the	12
i very well	12
one by one	12
the holy church	12
to be more	12
a time given	12
those things that	12
not onely in	12
the parallax of	12
much greater than	12
according to what	12
i think i	12
so far as	12
of the heights	12
from whence the	12
of the vniverse	12
into the chanel	12
flowing of the	12
would be of	12
through the second	12
it is no	12
the line s	12
the strength of	12
in the universe	12
quantity of sand	12
from whence it	12
a thing which	12
to be considered	12
upon which the	12
in which it	12
to know how	12
to be equal	12
that we have	12
we see that	12
the points of	12
between the earth	12
by that means	12
part of its	12
it seems to	12
we have the	12
that when it	12
in the meridian	12
of those which	12
cometh to be	12
happen in the	12
the magnitude of	12
of the ports	12
of the elements	12
reno in po	12
and the rest	12
to whom i	12
that the lake	12
immobility of the	12
farther from the	12
i see not	12
do not you	12
the first section	12
with the other	12
the immobility of	12
the thicknesse of	12
in this particular	12
be greater than	12
but when the	12
see that the	12
the great chanel	12
know not how	12
or in the	12
of the words	12
save onely in	12
sections of the	12
be made by	12
and if we	12
in the ecliptick	12
know not whether	12
of motion is	12
the correction of	12
distribution of the	12
favour of the	12
that the distance	12
a long time	12
the high land	12
that part of	12
po of argenta	12
that fall into	12
minute of an	12
the direction of	12
whilst it was	12
inclination of the	12
perpendicular to the	12
the suns light	12
not according to	12
the observation of	12
businesse of the	12
sun it self	12
to what hath	12
that they would	12
the quantity which	12
moon to be	12
in the very	12
suppose that the	12
drawn from the	12
or seven braces	12
the sacred scripture	12
of the like	12
of the celestial	12
we shall finde	12
hath been demonstrated	12
runneth through the	12
than to the	11
bottom of the	11
for as to	11
time to time	11
if i should	11
a brick sasse	11
to come to	11
the apparent diameter	11
dependeth on the	11
not a little	11
agreeth with the	11
of the subject	11
much as one	11
to be one	11
such a manner	11
neerer to the	11
according as it	11
to and again	11
that in all	11
there be any	11
from the moon	11
substractions of the	11
is like to	11
section of the	11
which is that	11
falleth into the	11
in the place	11
you see then	11
it is likewise	11
and under the	11
there will be	11
the first and	11
that whilst the	11
difficult to be	11
to the sense	11
space of a	11
a ball of	11
in that which	11
in the plane	11
the said star	11
not to the	11
that it were	11
and that by	11
the elevation of	11
to the rest	11
they are not	11
in the sacred	11
to make an	11
self to be	11
which is as	11
any thing that	11
i know very	11
with so great	11
in confirmation of	11
things that are	11
so that all	11
in the fourth	11
the effect of	11
that the waters	11
for that in	11
the middle parts	11
that as to	11
to find out	11
doores to keepe	11
lake of perugia	11
know how much	11
that such a	11
we come to	11
to me a	11
these are the	11
the diurnal revolution	11
thicknesse of the	11
of the starry	11
star from the	11
taken in the	11
a way to	11
i mean of	11
and that for	11
would come to	11
twenty foot broad	11
the line of	11
and many other	11
shall see the	11
the gravity of	11
that are to	11
more than that	11
circle of the	11
do with the	11
reason of their	11
is contrary to	11
the second part	11
not the earth	11
bologna and ferrara	11
of that of	11
time as the	11
appear to be	11
happen to be	11
of the magnet	11
not of the	11
it seemeth to	11
of all those	11
according to its	11
i am of	11
in which we	11
departing from the	11
of your self	11
is impossible to	11
and that therefore	11
shall have a	11
it is but	11
not being able	11
the way of	11
the middle of	11
of the moons	11
to make them	11
the whole businesse	11
by any one	11
that the true	11
is made by	11
lesser and lesser	11
as to this	11
but the earth	11
the said centre	11
the same part	11
to speak of	11
that i might	11
bodies of the	11
in times past	11
i hold it	11
with my self	11
one sole point	11
in regard it	11
carried about by	11
from time to	11
unto us the	11
i may say	11
from the things	11
the draining of	11
that one of	11
the more remote	11
that they might	11
in proportion to	11
that the first	11
to tell you	11
that he should	11
added to the	11
grand duke of	11
part of a	11
know that the	11
for the more	11
of such as	11
the world is	11
discourse of the	11
very different from	11
out of their	11
authority of sacred	11
it must of	11
from each other	11
the more they	11
the one is	11
as to its	11
but for the	11
by thomas salusbury	11
in one point	11
that to make	11
know not what	11
and it being	11
at one time	11
state of the	11
the air is	11
to teach us	11
the same opinion	11
i would say	11
be seen in	11
it shall not	11
the rivers that	11
and in sum	11
keying and markup	11
the water being	11
in a few	11
apparent diameter of	11
that i could	11
and the like	11
which is so	11
the book of	11
be given to	11
it self in	11
in the stars	11
not very well	11
of the day	11
case the earth	11
in the starry	11
be necessary that	11
hypothesis of the	11
shall be equal	11
a spherical figure	11
which is more	11
about by the	11
also to the	11
and an half	11
the greatness of	11
one of which	11
the same quantity	10
into the river	10
as it did	10
chanel of navigation	10
upon its own	10
by the most	10
opened into the	10
i shall have	10
that is between	10
of the glasse	10
of the greatest	10
some of those	10
are not to	10
of the lesser	10
to stand still	10
the distribution of	10
you would have	10
the motion which	10
in the sea	10
height to the	10
you say that	10
the late earle	10
and i do	10
all its parts	10
midst of the	10
to be let	10
doctrine of aristotle	10
of its chanel	10
that i would	10
made use of	10
they have not	10
in one sole	10
as that which	10
above the moon	10
to the mouth	10
the line g	10
most serene prince	10
the reasons of	10
the truth thereof	10
by the inclination	10
and so many	10
a thing that	10
river shall be	10
sun and fixed	10
the same line	10
table of the	10
diurnal motion of	10
can be no	10
according to your	10
not able to	10
if it never	10
are made by	10
in case it	10
its own nature	10
waters that are	10
to its parts	10
of a certain	10
and as the	10
degrees of tardity	10
according to that	10
to any other	10
by the mouth	10
to be at	10
that the moveable	10
but onely to	10
us in the	10
morto into serchio	10
in the day	10
the same running	10
to the opinion	10
let into serchio	10
upon the draining	10
runneth through ln	10
velocity equal to	10
than the whole	10
of the chanellet	10
in that place	10
shall be able	10
same water of	10
what they are	10
let fall from	10
any thing to	10
put in execution	10
hath nothing to	10
hemisphere of the	10
the impediment of	10
to your self	10
that passeth through	10
water in a	10
water into the	10
that we should	10
either side of	10
the proportion compounded	10
of the matter	10
of those measures	10
from the round	10
and towards the	10
of the brent	10
the section af	10
of new water	10
of a spherical	10
if one should	10
or else that	10
duke of tuscany	10
that if any	10
so fall out	10
than the first	10
amongst the fixed	10
rise and fall	10
be well understood	10
they were not	10
and because it	10
move in a	10
and that consequently	10
it self is	10
that it doth	10
one part of	10
than the sun	10
the help of	10
might come to	10
and if there	10
the inclining plane	10
that if there	10
round by the	10
appear to us	10
to the left	10
water that is	10
of the undertakers	10
not be so	10
to the plane	10
in this business	10
passeth through a	10
into the valleys	10
is not in	10
is as if	10
of this author	10
do not understand	10
of the land	10
shall come to	10
the line d	10
the moveable in	10
through the first	10
i think it	10
to be known	10
miles an hour	10
of the church	10
waters that move	10
reciprocal proportion to	10
the greater chanel	10
because in the	10
to remove the	10
which have been	10
tell me what	10
by adding of	10
rivers that fall	10
upon the lake	10
could not be	10
deprived of the	10
you are to	10
waters of aqueducts	10
printed by william	10
that which it	10
above the horizon	10
of this opinion	10
fiume morto is	10
consideration upon the	10
would be the	10
speak the truth	10
i am certain	10
the one and	10
that they will	10
the great po	10
to the time	10
you do not	10
of the cave	10
i shall not	10
be one of	10
the greater or	10
if the water	10
let into the	10
would of necessity	10
known to be	10
the systeme of	10
as is manifest	10
follow the motion	10
great abundance of	10
that the level	10
the earth move	10
be requisite to	10
my treatise of	10
be more swift	10
than the earth	10
measuring running waters	10
seem to me	10
but this i	10
we see it	10
are of a	10
the sections of	10
up in the	10
greater and lesser	10
a circular motion	10
not be able	10
be ascribed to	10
with such a	10
banks of the	10
i have already	10
towards the south	10
one of these	10
to understand the	10
before the hole	10
its own chanel	10
to the lake	10
for so much	10
that it ought	10
to see that	10
i have heard	10
i my self	10
not the same	10
as you see	10
circular motion is	10
i come to	10
part of their	10
shall be in	10
i will make	10
late earle of	10
out of a	10
this which you	10
to the contrary	10
are said to	10
the pole altitude	10
it could not	10
from the other	10
will appear to	10
by all the	10
in the times	10
to be effected	10
with the water	10
parts of its	10
and fiume morto	10
any one that	10
so to do	10
with the moon	10
return to our	10
measure the time	10
i will say	10
of this my	10
pole altitude of	10
that we see	10
make a brick	10
to be noted	10
the pontine fens	10
may not be	10
the valleys of	10
phaenomena of the	10
see in the	10
the series of	10
that it did	10
rising and falling	10
early works to	10
how that the	10
by the other	10
the other part	10
diverted from the	10
those that have	10
on the right	10
runneth through df	10
supposing that the	10
represent unto us	10
be pleased to	10
the star in	10
the true and	10
and substractions of	9
by an example	9
there should be	9
it is therefore	9
pole of the	9
that by reason	9
superiour to the	9
nor have i	9
the pole of	9
the whole water	9
the most that	9
belongs to the	9
i would have	9
such a case	9
matter of fact	9
the works of	9
that the world	9
move towards the	9
to the terms	9
but if it	9
motion assigned to	9
these things being	9
is no lesse	9
that one may	9
to be believed	9
the earle of	9
a grave body	9
of the landgrave	9
of which there	9
the diminution of	9
and the reason	9
the moon in	9
and it would	9
and a little	9
the rate of	9
greatness of the	9
as not to	9
in which i	9
upper part of	9
by and by	9
cometh to pass	9
of bologna and	9
of its superficies	9
far as the	9
the side of	9
to maintain the	9
the so many	9
and the more	9
to keepe out	9
with equal velocity	9
to an hair	9
they would have	9
he did not	9
but if you	9
higher than the	9
and without any	9
i am able	9
if we do	9
the squares of	9
and not onely	9
of this our	9
is not enough	9
the first magnitude	9
none of the	9
you see that	9
to see the	9
for a great	9
and necessary demonstrations	9
although it be	9
the whole business	9
little lesse than	9
were in the	9
me a little	9
observation of the	9
be of a	9
have been made	9
the earth cannot	9
the earth it	9
in the planets	9
in english thus	9
and in short	9
territories of bologna	9
as are the	9
might have been	9
the bounds of	9
it s a	9
of a second	9
less than the	9
from the beginning	9
the first part	9
to make such	9
we have said	9
the argument of	9
should seem to	9
to return to	9
and i will	9
and here it	9
the same point	9
at the least	9
it is at	9
and the first	9
by the golden	9
it should seem	9
velocity in the	9
it hath not	9
and this i	9
greatnesse of the	9
which is a	9
to their whole	9
of the diameter	9
in the line	9
from the earths	9
as the sea	9
of the projection	9
that he hath	9
be of the	9
that if i	9
it self a	9
same quantity of	9
quite contrary to	9
and in case	9
of the mobility	9
of the tide	9
a very small	9
and which is	9
the two motions	9
and stability of	9
to no purpose	9
the secondary light	9
than the rest	9
greater and greater	9
to which i	9
the impossibility of	9
seen to be	9
and of this	9
it is seen	9
be done by	9
been able to	9
the argument taken	9
the concourse of	9
to its whole	9
upper superficies of	9
to the last	9
for all that	9
for if you	9
if you had	9
and not according	9
but because the	9
which was the	9
any of them	9
which he hath	9
element of fire	9
contrary to that	9
which at first	9
of the project	9
for it to	9
the raising of	9
mud and sand	9
between the said	9
the same moveable	9
than now it	9
falling into the	9
made for the	9
that at the	9
to make that	9
with the addition	9
hand of the	9
that the business	9
over and above	9
departing from rest	9
the commissioners of	9
here it is	9
the sacred leaves	9
those which are	9
derived from the	9
courses of the	9
when it was	9
after i had	9
not my self	9
the knowledg of	9
the earth moveable	9
i may so	9
so that we	9
and of a	9
the common way	9
that its possible	9
that none of	9
is requisite to	9
when the velocity	9
to the point	9
and by this	9
that it had	9
of velocity acquired	9
full of water	9
ten shillings the	9
that if one	9
of the wall	9
all the while	9
there must be	9
we may with	9
sand into the	9
up by the	9
in respect to	9
at all times	9
in his book	9
reflection of light	9
motion by a	9
force of the	9
it never were	9
of the owners	9
the primary cause	9
to make any	9
in a short	9
which cannot be	9
of the circumference	9
of these two	9
in divers parts	9
appear in the	9
to be about	9
it were a	9
the ball in	9
the flight of	9
velocity by the	9
taken out of	9
we speak of	9
lower than the	9
to the consideration	9
and to be	9
draining of the	9
the poles of	9
but because that	9
so far from	9
two right angles	9
the testimony of	9
being of a	9
that he might	9
which it had	9
of the mathematicks	9
line of the	9
do you believe	9
if in the	9
according to our	9
respect of us	9
is no need	9
of the rope	9
to be able	9
that might be	9
the upper superficies	9
common way of	9
but i will	9
this our globe	9
in the copernican	9
the courses of	9
said to move	9
is manifest by	9
is but one	9
that it cannot	9
is lesse than	9
the place of	9
in that it	9
that the coelestial	9
and after that	9
in the face	9
in opposition to	9
the two right	9
the contrariety of	9
causes of the	9
that the measure	9
used in the	9
than any other	9
that is not	9
the place where	9
which at present	9
this is that	9
contrary to what	9
from the east	9
we do not	9
doth not move	9
than it was	9
to take the	9
be towards the	9
in need of	9
found that the	9
that you would	9
at other times	9
to be carried	9
based on the	9
all the degrees	9
the manner of	9
that of those	9
for this reason	9
the tenth part	9
that shall be	9
the power of	9
three hundred and	9
the great levell	9
and from thence	9
being equal to	9
to rise and	9
to the superficies	9
and if any	9
sir william killagrew	9
the whole diameter	9
of very great	9
motion made by	9
this or that	9
of a great	9
velocities of the	9
where it is	9
nor do i	9
shall be a	9
that you may	9
to be discovered	9
by it self	9
from one another	9
continue to move	9
proof of the	9
than those of	9
a necessity of	9
as being a	9
by the centre	9
to reduce the	9
water by the	9
of this book	9
of the true	9
that there would	9
do not see	9
a quantity of	9
its own axis	9
from on high	9
no such thing	9
long as the	9
the hands of	9
the essence of	9
in many places	9
to think that	9
to give the	9
different from those	9
under the same	9
of the breadth	9
to the holy	9
so soon as	9
in as much	9
the said globe	9
reno in reno	9
therefore let us	9
self to the	9
i desire that	9
coming to the	9
of the measures	8
ports of venice	8
opposition to the	8
we should find	8
are seen to	8
all without asking	8
move in the	8
some part of	8
time as it	8
in the water	8
motions of animals	8
the celestial bodies	8
greater or lesse	8
arch of the	8
the charge of	8
how they are	8
whether they be	8
earth standeth still	8
motion to be	8
at any time	8
the definition of	8
those who are	8
your self to	8
the early english	8
me to be	8
which is made	8
and encoded edition	8
to the particular	8
a few hours	8
hath the proportion	8
level of fiume	8
of a fountain	8
this phase i	8
in answer to	8
keyboarded and encoded	8
and by that	8
hath been written	8
but one onely	8
is seen in	8
operation of the	8
that it never	8
and in what	8
in one of	8
be made to	8
necessary for the	8
let the two	8
the second hole	8
that the height	8
doth it not	8
may be that	8
is there any	8
to those who	8
sine of the	8
to reflect the	8
in the bottom	8
of the fall	8
the velocities of	8
of the countrey	8
keyed and coded	8
motion towards the	8
hanging at a	8
of the fens	8
providing financial support	8
one may see	8
available for reuse	8
because they are	8
to be supposed	8
sand in the	8
the degree of	8
conversion of the	8
to turn round	8
one third of	8
by the institutions	8
po of primaro	8
and those of	8
emissary of the	8
of the sphere	8
to go about	8
in the distribution	8
great levell of	8
as it would	8
the motion in	8
orbs of the	8
the other in	8
all the earth	8
the centre is	8
that as the	8
the section g	8
of his own	8
all those that	8
by the author	8
in order to	8
without the least	8
addition of a	8
much as is	8
any part of	8
would be an	8
of some other	8
longer than the	8
of the scripture	8
let us see	8
of the running	8
the section of	8
have the proportion	8
as you shall	8
it to move	8
all the three	8
of reno into	8
the very same	8
this to be	8
the water by	8
others of the	8
let there be	8
occasioned by the	8
and i believe	8
waters of fountains	8
the sphere of	8
feet of water	8
tcp assigned for	8
it is also	8
by making the	8
can be said	8
partake of the	8
of a thousand	8
the first proposition	8
as the water	8
the rule of	8
of the reasons	8
the line i	8
which is manifest	8
so it may	8
i speak of	8
adjacent to the	8
the perpendicular cb	8
it came to	8
but if i	8
that the measures	8
the left hand	8
of the ordinary	8
be brought to	8
double to that	8
that of serchio	8
we may not	8
i shall be	8
of any thing	8
my self that	8
as much water	8
argument against the	8
they are very	8
is as the	8
to us by	8
online text creation	8
the orbs of	8
can be copied	8
passe to the	8
the said earth	8
of the torrent	8
terms of creative	8
of the mediterrane	8
which fall into	8
no bigger than	8
nearer to the	8
altitudes of the	8
the which is	8
i will declare	8
stars of the	8
not for the	8
yet neverthelesse the	8
within the bounds	8
in some places	8
the outfall of	8
than when it	8
the discovery of	8
velocity through g	8
all this is	8
in any other	8
in that i	8
but that if	8
the high lands	8
of the five	8
insomuch that the	8
verily believe that	8
as if we	8
is upon the	8
all the planets	8
be placed in	8