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	2777
of the sun	2352
one of the	1525
of the moon	1464
part of the	1228
that of the	1185
from the sun	982
of the stars	948
the solar system	926
in the same	901
of the solar	827
of the heavens	781
the earth is	756
the centre of	708
of the planet	706
as well as	669
the surface of	661
some of the	626
there is a	623
the fact that	612
the sun is	610
of the most	602
at the same	602
of the planets	601
it may be	599
side of the	596
it is not	591
surface of the	583
miles in diameter	580
that it is	573
the milky way	559
of the great	555
it would be	552
to have been	551
the time of	550
the sun and	543
of the same	542
of the universe	541
in which the	541
distance from the	538
to the sun	534
it will be	528
there is no	524
the distance of	524
from the earth	521
it is a	519
that the earth	518
as to the	509
centre of the	509
in order to	504
on the earth	501
so far as	495
it has been	491
of all the	490
motion of the	484
on the other	484
the case of	482
the earth and	472
in the case	467
the same time	461
on the th	452
the course of	452
in the heavens	440
to the earth	440
and it is	439
and a half	436
the naked eye	435
of the world	428
parts of the	423
the end of	421
the orbit of	414
the number of	413
the existence of	412
the position of	411
distance of the	406
end of the	399
the discovery of	398
the moon is	393
the motion of	390
that it was	385
the th of	382
of the two	381
a number of	380
the form of	375
at the time	371
portion of the	370
and in the	370
so that the	368
must have been	364
as we have	362
and that the	359
position of the	358
around the sun	355
but it is	355
so as to	355
of the first	354
would have been	349
the direction of	349
by means of	346
according to the	343
of the telescope	342
than that of	342
to be a	341
more or less	339
the nature of	338
to be the	338
it is the	337
due to the	334
out of the	329
the heavenly bodies	329
round the sun	327
on the s	326
that there is	326
of the sky	326
and of the	323
in the course	323
that the sun	322
the history of	322
on the n	321
to that of	316
it must be	313
account of the	313
the mass of	307
the law of	307
the other hand	307
as it is	303
the sun in	302
the plane of	301
the appearance of	300
the united states	300
of the observatory	300
on account of	291
in the sky	287
which we have	287
the length of	283
is one of	283
with regard to	283
and it was	282
it was not	282
is to be	280
of the milky	280
the fixed stars	277
the light of	276
regard to the	274
could not be	272
we have seen	272
a period of	271
motions of the	270
the work of	270
the beginning of	269
in the first	267
of which the	267
on the subject	265
the whole of	264
of the whole	263
the amount of	263
of the year	263
the result of	262
the name of	262
is not a	262
those of the	262
and the other	260
fact that the	257
of the royal	257
mass of the	257
diameter of the	256
in the solar	256
that they are	256
light and heat	256
knowledge of the	255
of the other	255
the earth in	255
the attraction of	255
seems to have	254
on the moon	251
to the naked	251
in the year	251
as far as	249
direction of the	246
stars of the	246
be able to	245
found to be	244
the theory of	244
the use of	243
of the ring	243
many of the	242
of the heavenly	242
the study of	242
rotation of the	241
the diameter of	241
on its axis	240
one of these	239
study of the	237
that is to	237
a series of	237
the density of	237
the motions of	237
view of the	235
of the star	235
plane of the	235
in the direction	234
length of the	234
the laws of	233
is to say	232
in this way	231
more than a	229
in other words	228
known as the	227
and the sun	226
stars in the	226
the royal society	226
which it is	225
i do not	225
that he had	225
as in the	224
up to the	223
to the same	222
in the form	222
of the ecliptic	219
the presence of	219
the size of	219
owing to the	218
supposed to be	218
to account for	217
the origin of	217
nature of the	217
two or three	217
the orbits of	216
of the system	216
we do not	215
on the surface	215
seen in the	214
that the moon	214
in the constellation	213
on the e	210
the middle of	210
edge of the	210
the earth to	210
this is the	209
on the w	209
the spectrum of	209
appears to be	209
eclipse of the	208
the force of	208
discovery of the	208
shown in fig	207
and on the	206
at that time	206
found in the	205
feet above the	205
would not be	205
in consequence of	205
of the comet	204
the effect of	204
star in the	203
away from the	203
the same as	203
the subject of	203
the velocity of	202
of such a	202
the movements of	202
and the earth	201
the comet of	201
the rate of	201
we have already	200
that he was	200
size of the	200
seems to be	200
of a star	199
observations of the	199
compared with the	199
we know that	199
of the new	199
there was a	198
half of the	198
the line of	198
account for the	198
that of a	198
a distance of	197
by no means	197
star of the	197
at a distance	195
as the earth	194
theory of the	194
connected with the	193
be regarded as	193
millions of miles	193
that there are	193
pole of the	193
members of the	192
the rotation of	192
the head of	191
density of the	191
attraction of the	191
when the sun	190
light of the	190
that in the	190
it does not	189
of the united	189
the stars are	189
the place of	189
with respect to	188
the earth was	188
case of the	187
in the centre	187
the field of	187
the action of	186
time of the	186
one hundred and	186
on the same	185
of a comet	185
the other planets	185
the period of	185
would be the	184
the question of	184
of the lunar	184
sun and moon	183
the same direction	183
will be seen	183
is in the	183
may have been	183
by which the	182
a matter of	182
said to have	182
the aid of	182
about miles in	181
for the purpose	181
earth and the	180
it was the	180
history of the	180
it was a	180
of this kind	180
at the present	180
to show that	179
that they were	179
to be seen	178
of our own	178
from the centre	178
between the two	177
of the atmosphere	177
as that of	177
among the stars	177
in such a	177
which had been	177
above the horizon	176
any of the	175
at the end	175
a part of	175
there was no	175
close to the	175
in connection with	174
some of them	174
of the celestial	174
this is a	174
upon the earth	174
down to the	174
which he had	174
the idea of	173
sir john herschel	173
that it would	173
movements of the	173
place in the	173
the power of	173
the influence of	172
of the equator	172
earth is not	171
the royal observatory	171
found that the	171
it is true	171
miles a second	171
of the nebula	171
that the stars	171
of the distance	170
it is only	170
it to be	170
to believe that	169
on the sun	169
of one of	169
by the sun	169
most of the	168
the conclusion that	168
the construction of	168
visible to the	167
the present time	167
in the sun	167
more and more	167
the constellation of	167
determination of the	166
miles per second	166
the face of	166
of which we	166
with that of	166
to see the	165
to be found	165
a state of	164
origin of the	164
explanation of the	164
revolution of the	163
with which the	163
is said to	163
the purpose of	162
movement of the	162
the cause of	162
the transit of	162
of the light	161
was the first	161
which we are	161
to make the	161
of the surface	161
the results of	161
which i have	160
reference to the	160
consequence of the	160
it had been	160
in regard to	160
in which he	160
to say that	160
the university of	160
all the planets	160
is not the	159
when it is	159
the center of	159
all the stars	158
there can be	158
law of gravitation	158
at the centre	158
the formation of	158
it would seem	158
power of the	158
is a very	157
which has been	157
to suppose that	157
have been made	157
the square of	156
the sun was	156
distances of the	156
if it were	155
it is now	155
with the sun	155
of the day	155
would be a	155
to each other	155
if the earth	154
at this time	154
and the moon	153
not to be	153
transit of venus	153
from each other	152
the southern hemisphere	152
the great bear	152
it is to	152
is called the	151
portions of the	151
appearance of the	151
that we have	151
the sun at	151
the temperature of	151
of its orbit	151
as the sun	150
that there was	150
of the second	150
idea of the	150
be found in	149
there would be	149
axis of the	149
are to be	149
in the southern	149
of a planet	149
of the planetary	149
the satellites of	148
of a second	148
of which is	148
produced by the	148
of the work	148
which have been	148
the stars in	148
of his life	148
the axis of	148
the phenomena of	148
of the air	148
to the other	147
the board of	147
that all the	147
of his own	147
which is the	147
positions of the	146
we find that	146
well as the	146
will be found	146
we have to	146
it can be	146
as to be	146
one of them	145
appear to be	145
the present day	145
to which the	145
sun and the	145
of the fixed	145
to be in	145
respect to the	145
the part of	145
as soon as	145
the progress of	145
was to be	145
the system of	145
our solar system	144
of our system	144
region of the	144
the means of	144
change in the	144
form of the	143
can be seen	143
times that of	143
it was found	143
each of the	143
far as the	143
regions of the	143
of the time	142
temperature of the	142
but it was	142
and to the	142
around the earth	142
body of the	142
middle of the	142
force of gravity	142
to make a	142
time to time	141
he did not	141
the point of	141
to the present	141
the other side	141
a straight line	141
the sun to	141
of the orbit	141
from time to	141
place of the	141
the planet is	141
seem to be	141
the same way	141
at the surface	140
is that the	140
the development of	140
of the corona	140
in the northern	140
been able to	140
the stars of	140
in the most	140
the region of	139
face of the	139
the most important	139
the astronomer royal	139
was one of	139
the distances of	139
the earth as	138
in the universe	137
is due to	137
have been the	137
member of the	137
far from the	137
of light and	137
and so on	137
that if the	137
of the present	137
the moon and	137
orbit of the	137
field of view	137
whole of the	137
seen from the	136
form of a	136
the pole star	136
sir william herschel	136
to determine the	136
to the centre	136
as great as	135
in the middle	135
it might be	135
in this case	135
as it was	134
ought to be	134
in the following	134
the sun as	134
the top of	133
was in the	133
the rest of	133
the first of	133
and that it	133
of the globe	133
the first magnitude	133
at the rate	133
point of view	133
the edge of	132
in the great	132
connection with the	132
number of stars	132
it should be	132
in addition to	132
when the moon	132
be the case	132
about the same	132
far as we	131
some of these	131
it is said	131
it would have	131
it is impossible	131
with reference to	131
we have been	130
of the spectrum	130
of the mare	130
to the moon	130
equal to the	130
which the earth	130
the delegate of	130
have to be	129
but in the	129
as they are	129
nearer to the	129
the shape of	129
the celestial sphere	129
it in the	129
the height of	129
as seen from	129
west to east	129
it is possible	128
the death of	128
square of the	128
for the first	128
as much as	128
which the sun	127
we can see	127
and at the	127
the solar spectrum	127
in the way	126
that we are	126
north and south	126
the weight of	126
more than one	126
may be said	126
on which the	126
the interior of	126
is that of	125
construction of the	125
as the moon	125
the effects of	125
as it were	125
we have no	125
on one side	125
of a very	125
no less than	125
not a globe	125
which it was	125
one of his	124
it seems to	124
might have been	124
to have a	124
in which it	124
which may be	124
a portion of	123
to the conclusion	123
of the object	123
the pole of	123
in a period	123
work of the	123
course of the	123
from west to	123
and all the	123
in the spectrum	123
of the sea	123
the determination of	122
caused by the	122
the path of	122
at one time	122
in one of	122
to be made	122
director of the	122
the age of	122
of the greatest	122
of the satellites	122
in the history	122
on the contrary	121
a few years	121
the absence of	121
jupiter and saturn	121
suppose that the	121
but there is	121
south of the	121
the first place	120
the distance between	120
the distance from	120
nearly the same	120
we have a	120
can be no	120
millions of years	120
as large as	120
changes in the	120
day and night	120
of the transit	120
three or four	120
is shown in	120
of more than	119
on the whole	119
find that the	119
we have the	119
the earth would	119
the observations of	119
the nebular hypothesis	119
we should have	119
action of the	118
the meridian of	118
character of the	118
a star of	118
the movement of	117
the time when	117
the order of	117
use of the	117
they are not	117
the possibility of	117
towards the sun	117
all the other	117
in its orbit	117
the inhabitants of	117
little more than	117
the north pole	116
the spectra of	116
to the eye	116
said to be	116
a piece of	116
in the world	116
only a few	116
one or two	116
attention to the	116
the sun would	116
the rays of	116
can only be	115
the earth at	115
in accordance with	115
of the pole	115
he had been	114
in the moon	114
had to be	114
to find the	114
of the astronomer	114
is on the	114
orbits of the	114
there must be	114
with the naked	114
of the various	113
about the sun	113
the state of	113
derived from the	113
be said to	113
of some of	113
of the rings	113
structure of the	113
of the latter	113
be in the	113
center of the	113
at right angles	112
miles from the	112
a great deal	112
in which they	112
of the constellations	112
is at the	112
the intensity of	112
which he was	112
than the earth	112
at which the	112
in a state	112
board of visitors	112
we find the	112
the northern hemisphere	111
even in the	111
which would be	111
of these bodies	111
do not know	111
the first time	111
number of the	111
like that of	111
that can be	111
it is very	111
the limits of	111
and the same	110
was able to	110
show that the	110
the positions of	110
of the meridian	110
head of the	109
i went to	109
seen to be	109
it must have	109
of a great	109
that part of	109
the idea that	109
the body of	109
the lick observatory	109
say that the	109
way in which	108
a long time	108
greater than that	108
a few days	108
would have to	108
by the same	108
centre of gravity	108
and that of	108
dimensions of the	108
if we could	108
that we can	108
beginning of the	108
royal astronomical society	107
cape of good	107
of good hope	107
the great nebula	107
of the stellar	107
it is in	107
the royal astronomical	107
so that it	107
as we know	107
of the old	107
it to the	107
which can be	107
the two stars	107
be due to	106
the same manner	106
in the opposite	106
a little more	106
that it has	106
seem to have	106
as i have	106
the range of	106
point of the	106
means of the	106
in comparison with	105
one side of	105
by the fact	105
the first to	105
it would not	105
of the interior	105
and this is	105
great number of	105
in the morning	105
when it was	105
we see the	104
look at the	104
in which we	104
total eclipse of	104
which we can	104
there are many	104
of a few	104
made up of	104
the earth from	104
to the fact	104
the side of	104
in the east	103
the planets and	103
line of sight	103
the opposite side	103
of the human	103
in order that	103
the bottom of	103
a height of	103
it follows that	103
seemed to be	103
of the constellation	103
a good deal	102
in the west	102
reason to believe	102
the moon in	102
the extent of	102
from the surface	102
be seen in	102
different parts of	102
made by the	102
a mass of	102
the most powerful	102
he was a	102
in the other	102
to the royal	102
what is the	102
we are not	101
an eclipse of	101
our knowledge of	101
the revolution of	101
it is evident	101
the most remarkable	101
figure of the	100
they have been	100
for this purpose	100
observation of the	100
there may be	100
eclipses of the	100
has been made	100
system of the	100
with the same	100
a kind of	100
that the whole	100
hundred and fifty	100
they may be	100
has not been	99
the full moon	99
may be seen	99
it was in	99
round the earth	99
has been found	99
of the last	99
of the instrument	99
of the body	99
the zodiacal light	99
from which the	99
the adoption of	99
the nineteenth century	98
constitution of the	98
spectrum of the	98
a total eclipse	98
is the most	98
such as the	98
in the present	98
question of the	98
of the th	98
one of which	98
rest of the	98
the earth were	98
in the telescope	98
crater on the	98
this is not	98
the observation of	98
of the sphere	98
velocity of light	97
because it is	97
east to west	97
of the kind	97
than in the	97
a very small	97
the telescope is	97
proof that the	97
the problem of	97
led to the	97
examination of the	97
to the great	97
know that the	97
the places of	97
as compared with	97
it is also	97
of an inch	97
between the earth	97
was found to	97
could not have	97
the earth has	97
in a few	97
heat of the	97
in the evening	96
made in the	96
thousands of years	96
of the matter	96
of the subject	96
in a very	96
height of the	96
of a large	96
shown in the	96
image of the	96
towards the earth	96
a sort of	96
the midst of	96
it is difficult	96
result of the	96
and there is	96
of a telescope	95
at the observatory	95
in this respect	95
a few of	95
at any rate	95
the stellar universe	95
back to the	95
times as great	95
the application of	95
of double stars	95
would seem to	95
to do so	95
he could not	95
as shown in	95
we shall find	95
the science of	94
it as a	94
of the university	94
with which we	94
from east to	94
on the opposite	94
the new star	94
so long as	94
is of the	94
distance between the	94
the method of	94
in the atmosphere	94
it is easy	93
extent of the	93
part of its	93
not far from	93
it is necessary	93
in front of	93
one of those	93
is necessary to	93
of a new	93
to explain the	93
description of the	93
the basis of	93
the copernican system	93
and by the	92
the invention of	92
of the british	92
the tail of	92
in the last	92
in some cases	92
the dimensions of	92
effect of the	92
a system of	92
will not be	92
there are two	92
every part of	91
in the midst	91
shape of the	91
period of the	91
had not been	91
to think that	91
as a whole	91
to the south	91
at the equator	91
which they are	91
in all directions	91
of the pleiades	91
in the early	91
of the nature	91
a great number	91
interior of the	91
point in the	91
they do not	91
of the water	91
to me that	91
its distance from	91
when the earth	90
sun in the	90
distances from the	90
the nautical almanac	90
the structure of	90
come to the	90
the two bodies	90
to the surface	90
the attention of	90
the doctrine of	90
exactly the same	90
appearance of a	90
the figure of	90
of the highest	90
this was the	90
for a long	90
of these objects	90
as one of	89
direction in which	89
to the east	89
in our own	89
and he was	89
president of the	89
of its own	89
is known as	89
influence of the	89
to which we	89
the greater part	89
the names of	89
sides of the	89
cause of the	89
light from the	89
it could not	89
at the cape	89
it could be	89
the value of	89
the cape of	89
to the stars	89
of the eye	89
believe that the	89
and we have	89
if they were	88
to the north	88
and with the	88
a quarter of	88
not have been	88
the star is	88
on the floor	88
the level of	88
evidence of the	88
there is an	88
the members of	88
with a telescope	88
a knowledge of	88
each of these	88
the passage of	88
see that the	88
may not be	87
of great britain	87
phenomena of the	87
it is at	87
to be of	87
of millions of	87
the matter of	87
in a straight	87
with the earth	87
for the most	87
in the air	87
of the southern	87
of the zodiac	87
proved to be	87
on this subject	87
i did not	87
density of water	87
appears to have	87
up in the	87
in the interior	87
on the st	87
that this is	86
it appears to	86
of the mass	86
foot of the	86
by the earth	86
appear to have	86
towards the centre	86
the atmosphere of	86
bodies of the	86
the quantity of	86
from the fact	86
of the original	86
place on the	86
velocity of the	86
of those who	86
the character of	86
to such a	86
passing through the	86
greater part of	86
of a body	86
of the law	86
the heat of	86
and as the	86
of the discovery	86
of the existence	85
a proof that	85
lines in the	85
be accounted for	85
of the three	85
two hundred and	85
it is found	85
of the elements	85
was found that	85
given to the	85
of the conference	85
we have said	85
is impossible to	85
of the spectroscope	85
of our earth	85
it is an	85
is true that	85
belong to the	85
to the board	85
to the plane	85
the process of	85
of these two	85
no doubt that	85
the longitude of	85
pass through the	85
the elements of	85
is easy to	85
the stars and	84
the eclipse of	84
a group of	84
the image of	84
the st of	84
an account of	84
shown by the	84
top of the	84
applied to the	84
right angles to	84
and if we	84
during the last	84
course of a	84
the date of	84
of the theory	84
of jupiter and	84
have been a	84
the foot of	84
of such an	84
of which are	84
of which he	84
the planets are	84
proportional to the	83
satellites of jupiter	83
will be the	83
the commencement of	83
in one direction	83
associated with the	83
condition of the	83
i could not	83
series of observations	83
should have been	83
places of the	83
presented to the	83
earth to the	83
is not so	83
the same kind	83
for us to	82
the case with	82
for many years	82
we come to	82
there are no	82
have been found	82
rays of light	82
the depths of	82
but this is	82
the most interesting	82
the stars were	82
are in the	82
the sun has	82
the importance of	82
but they are	82
we shall see	82
the second magnitude	82
as if the	82
there is one	82
they would be	82
the moon was	82
them to be	82
the constitution of	82
to the solar	82
addition to the	82
acquainted with the	81
is difficult to	81
features of the	81
north of the	81
are of the	81
for some time	81
for a few	81
the parallax of	81
in the position	81
and they are	81
state of the	81
the shadow of	81
and for the	81
and the great	80
the belief that	80
is the same	80
and from the	80
meeting of the	80
if there were	80
with the aid	80
as long as	80
path of the	80
because of the	80
accordance with the	80
more than two	80
to represent the	80
the latitude of	80
yet it is	80
and the stars	80
of the motion	80
of the dark	80
less than the	80
at the beginning	80
delegate of the	80
spots on the	80
from that of	79
the supposition that	79
greater than the	79
in the whole	79
with all the	79
of the place	79
of which it	79
to the horizon	79
aspect of the	79
we see that	79
parallel to the	79
to observe the	79
be seen that	79
the distribution of	79
the great pyramid	79
less than that	79
for it is	79
hundred and eighty	79
of them are	79
by the attraction	78
that they have	78
time when the	78
in spite of	78
to do with	78
level of the	78
which is not	78
matter in the	78
name of the	78
it is well	78
three hundred and	78
the opposite direction	78
that of water	78
what we have	78
report of the	78
the house of	78
more than half	78
just as the	78
were to be	78
equal to that	78
is supposed to	78
the difference of	78
of the eclipse	78
than any other	78
down in the	77
on the part	77
period of about	77
we have not	77
relation to the	77
out of a	77
the lines of	77
as if it	77
to the west	77
appeared in the	77
of the third	77
that when the	77
rays of the	77
the principle of	77
of the canals	77
it is quite	77
and in a	77
the radius of	77
in proportion to	77
as we can	77
on the meridian	77
meridian of greenwich	77
the volume of	77
a view of	77
of the outer	77
to the right	77
be said that	77
surrounded by a	77
the life of	77
certain that the	76
to be at	76
it cannot be	76
seen that the	76
the earth on	76
that the comet	76
to the ecliptic	76
to form a	76
instead of being	76
the sun itself	76
many of them	76
visible in the	76
of the american	76
is evident that	76
on either side	76
a pair of	76
on the side	76
attached to the	76
known to be	76
that it may	75
to make it	75
so to speak	75
earth and moon	75
he was not	75
seems to me	75
is the only	75
by far the	75
from the same	75
of the polar	75
the sphere of	75
we may be	75
of stars in	75
all of the	75
was that of	75
the way of	75
it is clear	75
of the tube	75
and if the	75
of a single	75
of the northern	75
it is that	75
weight of the	75
in the university	75
value of the	75
period of revolution	75
that some of	75
map of the	75
of the fact	74
as a matter	74
than those of	74
academy of sciences	74
point on the	74
manner in which	74
part of a	74
to those of	74
as the square	74
great deal of	74
is seen to	74
the direction in	74
be remembered that	74
investigation of the	74
survey of the	74
in the field	74
we shall have	74
and that they	74
solar system is	74
feet in diameter	74
of the science	74
indicated by the	74
to the equator	74
an angle of	74
have not been	74
with each other	74
there will be	73
to one of	73
enable us to	73
to measure the	73
is equal to	73
quarter of a	73
to show the	73
mars and jupiter	73
difference between the	73
intensity of the	73
with the telescope	73
not in the	73
that the planet	73
above the floor	73
the human race	73
they could not	73
miles in length	73
large number of	73
to find out	73
in the second	73
great nebula in	73
part of it	73
he found that	73
have seen that	73
the condition of	73
to which it	73
the moon has	73
the british association	73
the necessity of	72
that such a	72
with which it	72
of the larger	72
that he would	72
could have been	72
our own sun	72
he would have	72
volume of the	72
it has a	72
not at all	72
bottom of the	72
that the great	72
for more than	72
invention of the	72
the sun than	72
was made by	72
than it is	72
the earth itself	72
position in the	72
in the plane	72
to a height	72
the difference between	72
the speed of	72
with which he	72
larger than the	72
for a moment	72
at the distance	72
uranus and neptune	72
much of the	72
of that of	71
development of the	71
the object of	71
to which they	71
of the lines	71
is composed of	71
it did not	71
which i had	71
state of things	71
that have been	71
to have the	71
of the church	71
with the most	71
the hands of	71
a short time	71
a man of	71
on all sides	71
to the observatory	71
of the more	71
but there are	71
on its surface	71
if it is	71
one of its	71
few of the	71
in the latter	71
of the ocean	71
of an atmosphere	70
far beyond the	70
far as i	70
would appear to	70
at the royal	70
the difficulty of	70
the days of	70
the circumference of	70
nearly in the	70
photographs of the	70
existence of the	70
to deal with	70
to a certain	70
in like manner	70
would not have	70
in this year	70
of the observations	70
the same distance	70
as bright as	70
that the planets	70
in any way	70
comparison with the	70
in all probability	70
in the past	69
of the origin	69
the astronomers of	69
the vernal equinox	69
with the greatest	69
is the case	69
that the light	69
the art of	69
that i was	69
was not a	69
not only the	69
the fall of	69
mercury and venus	69
from the equator	69
the planetary system	69
a copy of	69
it is so	69
matter of the	69
that the star	69
not less than	69
formed by the	69
of the floor	69
and one of	69
of the circle	69
the majority of	69
that we should	69
of which was	69
of the equinoxes	69
day of the	69
the most brilliant	69
of our sun	69
more than the	69
to the world	69
of universal gravitation	68
several of the	68
of which i	68
have been in	68
the ratio of	68
came to the	68
them in the	68
must be the	68
limits of the	68
of the disk	68
the stars which	68
return to the	68
surface of mars	68
it is of	68
the publication of	68
with the great	68
of the asteroids	68
here and there	68
the operation of	68
is more than	68
be the same	68
the earth are	68
times as far	68
of mars and	68
they were not	68
in every direction	68
as regards the	68
of the copernican	68
be seen with	68
be no doubt	68
he was able	68
the neighbourhood of	68
to the time	68
occupied by the	68
of the principal	68
the most part	67
near the sun	67
i have been	67
of the phenomena	67
that i had	67
amount of light	67
on the ground	67
of the orbits	67
conception of the	67
earth in the	67
in which a	67
line of the	67
said that the	67
at the age	67
has to be	67
be made to	67
supposed to have	67
which he has	67
there is nothing	67
in all the	67
showed that the	67
appeared to be	67
observations on the	67
may be found	67
it seemed to	67
that i have	67
seen with the	67
formation of the	67
the poles of	66
times as much	66
enough to be	66
only in the	66
precisely the same	66
of these stars	66
to the end	66
at all events	66
revolution around the	66
the observatory of	66
to be visible	66
relating to the	66
of the astronomical	66
a member of	66
a large number	66
the way in	66
for a time	66
a telescope of	66
by the moon	66
it is probable	66
to all the	66
discovery of a	66
in the neighbourhood	66
from the moon	66
by reason of	66
part in the	66
in the next	66
in the matter	66
from the pole	66
that it will	66
of their own	66
poles of the	66
when they are	66
the base of	66
the truth of	65
is found to	65
that he is	65
it will not	65
proof of the	65
likely to be	65
of the case	65
earth is a	65
at a time	65
the north and	65
belonging to the	65
in any other	65
in the south	65
of the best	65
progress of the	65
vs r bm	65
of the four	65
of any other	65
means of a	65
are able to	65
radius of the	65
exist in the	65
if it be	65
inches in diameter	65
as we are	65
of the little	65
delegate of great	65
by the action	65
in favor of	64
distance of a	64
on june th	64
which is a	64
interest in the	64
the aspect of	64
and with a	64
of the field	64
in the future	64
of the different	64
not more than	64
by sir william	64
proportion to the	64
account of its	64
we now know	64
may be the	64
is to the	64
there is another	64
at the moment	64
in the region	64
the same thing	64
perpendicular to the	64
in the earth	64
at any time	64
has been the	64
at first sight	64
i have seen	64
precession of the	64
those who have	64
to be very	64
of determining the	64
great comet of	64
in some of	64
added to the	64
been made to	64
in this country	64
is well known	64
but as the	64
of the ether	64
in favour of	64
to give the	64
regarded as the	63
on the average	63
these are the	63
is less than	63
the story of	63
us that the	63
to the first	63
which they were	63
of the galaxy	63
of their orbits	63
the details of	63
probable that the	63
i have already	63
based on the	63
plurality of worlds	63
of the country	63
any part of	63
at the bottom	63
when he was	63
the view of	63
to me to	63
the whole mass	63
the lunar surface	63
and the whole	63
the middle ages	63
existence of a	63
than the other	63
of the visible	63
which it has	63
the sun will	63
there is not	63
rings of saturn	62
that on the	62
aid of the	62
the south pole	62
of the problem	62
must be a	62
of the inner	62
think that the	62
there could be	62
the minor planets	62
near to the	62
application of the	62
which we see	62
of the entire	62
they would have	62
to a distance	62
is not to	62
the lapse of	62
thousands of miles	62
earth from the	62
placed in the	62
of the axis	62
on may th	62
on the planet	62
that the two	62
on the first	62
much less than	62
the unaided eye	62
all of them	62
the sun from	62
in the milky	62
it would appear	62
this was a	62
has already been	62
that one of	62
of any kind	62
the little bear	62
shown that the	62
objects in the	62
that there were	62
east and west	62
if we were	62
force of the	62
the measurement of	62
views of the	62
proportion of the	62
a visit to	62
two of the	62
as they were	62
a small telescope	61
of it is	61
it is believed	61
moon and the	61
had been made	61
west of the	61
from the planet	61
the fact of	61
much the same	61
has ever been	61
all over the	61
is by no	61
at the top	61
the inclination of	61
to the left	61
a letter to	61
the planet was	61
to be able	61
nearest to the	61
to look for	61
the sun are	61
the author of	61
which seems to	61
with those of	61
doubt that the	61
all parts of	61
the mean distance	61
you will see	61
and it will	61
we have just	61
the source of	61
have been discovered	61
the sea of	61
this may be	61
under the influence	61
of this planet	60
or in the	60
the brightest star	60
as much light	60
by the great	60
would seem that	60
tells us that	60
that it must	60
the moment of	60
subject of the	60
he had not	60
in his own	60
front of the	60
similar to that	60
of the very	60
side by side	60
less than a	60
delegate of france	60
brightness of the	60
the eye of	60
or at least	60
the sun by	60
it on the	60
to the discovery	60
was not the	60
to a great	60
nothing of the	60
history of astronomy	60
have taken place	60
of the tail	60
the place where	60
in some way	60
was that the	60
to the pole	60
the great comet	60
the earth must	60
that could be	60
from the beginning	60
and there are	60
could be seen	60
through which the	60
that of our	60
by the most	60
is a great	60
distance from us	60
with a velocity	60
the minds of	60
between us and	60
to our own	59
and when the	59
as a result	59
below the horizon	59
inversely as the	59
seen by the	59
than that which	59
are shown in	59
of this work	59
of matter in	59
less than one	59
i think that	59
the foundation of	59
in which case	59
surface of a	59
in the order	59
passage of the	59
is also a	59
the pressure of	59
a degree of	59
that he should	59
should not be	59
out of which	59
the only one	59
they did not	59
conclusion that the	59
that he could	59
doctrine of the	59
regarded as a	59
a few hours	59
the king of	59
much greater than	59
other parts of	59
and a few	59
that this was	59
the changes of	59
half a century	59
would be more	59
it is called	59
the evolution of	59
instead of a	59
is a small	59
instead of the	59
hundred and twenty	58
part of his	58
of the nineteenth	58
other side of	58
none of the	58
shadow of the	58
the times of	58
so great that	58
of the phenomenon	58
so that we	58
men of science	58
would be to	58
a very large	58
he does not	58
nearer to us	58
th i was	58
let us suppose	58
is a little	58
which will be	58
discovery of neptune	58
elements of the	58
referred to the	58
in those days	58
would be very	58
as a rule	58
is a large	58
in the light	58
the brightness of	58
for the same	58
distribution of the	58
but if the	58
if the sun	58
the celestial equator	58
if he had	58
a great circle	58
that is the	58
the sixth magnitude	58
of the past	58
in a letter	58
of the pyramid	58
to ascertain the	57
lines of the	57
have been able	57
shown to be	57
he had a	57
but we have	57
stability of the	57
is probable that	57
example of the	57
he was the	57
well as in	57
as a star	57
the solar surface	57
of the observer	57
five or six	57
to the planet	57
heat and light	57
first of these	57
which the moon	57
and it has	57
is found in	57
that at the	57
some of which	57
if the moon	57
are due to	57
be supposed that	57
as has been	57
matter of fact	57
group of stars	57
of the largest	57
was on the	57
to give a	57
each other in	57
to consider the	57
is only one	57
we may say	57
be necessary to	57
atmosphere of the	57
many of these	57
in the time	57
accounted for by	57
him in the	57
does not seem	57
of the south	57
revolutions of the	56
be seen by	56
there are several	56
in the line	56
angles to the	56
with the exception	56
contrary to the	56
the copernican theory	56
to return to	56
i think it	56
in a circle	56
the sun on	56
of the tides	56
the sun must	56
to some extent	56
be seen at	56
to see that	56
he seems to	56
the same face	56
by which it	56
forms of life	56
is called a	56
the introduction of	56
of the age	56
the hypothesis of	56
it was necessary	56
the largest of	56
the floor of	56
be in a	56
two and a	56
the phases of	56
the close of	56
this part of	56
be found to	56
at the poles	56
may be a	56
what is called	56
the scale of	56
of the compass	56
situated in the	56
could be made	56
of the shadow	56
and of course	56
for all the	56
is at present	56
it appears that	56
the proportion of	56
the rings of	56
has been said	56
from which it	56
will be a	56
in relation to	56
and some of	56
the mind of	56
revolve around the	56
communicated to the	56
the latter is	56
and the two	56
as it would	56
distant from the	56
they are the	55
the meaning of	55
a letter from	55
the prime meridian	55
something of the	55
in a single	55
the point where	55
of the laws	55
of its surface	55
the explanation of	55
to be an	55
no difficulty in	55
and in this	55
that the same	55
of the lick	55
of the spiral	55
as he was	55
has never been	55
to take the	55
of the way	55
in the two	55
of the ancient	55
can be made	55
of the ellipse	55
of the small	55
that the distance	55
quarter of the	55
to prove that	55
i am not	55
the heavens in	55
a multitude of	55
above the interior	55
than the sun	55
connection between the	55
they can be	55
a result of	55
the opinion that	55
the summit of	55
a time when	55
in this manner	55
good deal of	55
very different from	55
i had been	55
of the central	54
have been observed	54
but if we	54
that it had	54
a distance from	54
the air is	54
to be observed	54
if it had	54
the molecules of	54
of the magnetic	54
like the earth	54
it is certain	54
estimate of the	54
the powers of	54
gravity of the	54
the consideration of	54
but he was	54
any one of	54
different from the	54
the production of	54
and there was	54
be expected to	54
thought that the	54
to which i	54
would be seen	54
to be so	54
tables of the	54
in many cases	54
it is as	54
work on the	54
of the formation	54
together with the	54
of what is	54
solution of the	54
as we see	54
the earth by	54
to the study	54
constellation of the	54
transits of venus	54
on this occasion	54
on each side	54
proper motions of	54
a star is	54
they are in	54
the area of	54
of the general	54
to show how	54
in the united	54
believed to be	54
the opinion of	54
object in the	54
and you will	54
the east and	54
but when we	53
to which he	53
the theory that	53
is only a	53
believed that the	53
of a sphere	53
as if they	53
motion of a	53
the evidence of	53
of the question	53
of one hundred	53
it would take	53
the disk of	53
hundred and sixty	53
in the manner	53
would be in	53
to think of	53
out of sight	53
in the north	53
let us now	53
same as that	53
to the best	53
exposed to the	53
the principles of	53
that if we	53
that they had	53
the transit circle	53
on the question	53
to assume that	53
by the aid	53
in the summer	53
from the time	53
of the future	53
amount of heat	53
the proper motions	53
they seem to	53
the centrifugal force	53
is clear that	53
have had a	53
does not appear	53
th of november	53
or any other	53
stars have been	53
limb of the	53
out from the	53
we are able	53
commencement of the	53
of the north	53
is known to	52
the same size	52
order of the	52
to look at	52
astronomers of the	52
between mars and	52
a double star	52
to the ground	52
to find that	52
on to the	52
was discovered by	52
the most striking	52
a few minutes	52
the moon as	52
from the first	52
or of the	52
have been formed	52
to a very	52
more than three	52
the moon to	52
to point out	52
astronomer royal to	52
problem of the	52
at the other	52
orbit of neptune	52
to the general	52
with a view	52
when she is	52
looking at the	52
at such a	52
in a direction	52
division of the	52
large as the	52
would be no	52
a new star	52
the walls of	52
out in the	52
up by the	52
of gravity of	52
that we know	52
inclined to the	52
be of the	52
the moon are	52
the breadth of	52
case of a	52
upon the sun	52
we are now	52
of the sixth	52
the forms of	52
on the morning	52
the comet was	52
laws of nature	52
have been seen	52
to the meridian	52
to pass through	52
aid of a	52
what it is	52
the focus of	52
it is obvious	52
was due to	52
seen on the	52
the light from	52
as to their	52
results of the	52
as on the	52
the interval between	51
on which we	51
it is more	51
the whole earth	51
in a way	51
the heavens are	51
moment of momentum	51
to be more	51
is possible that	51
or the other	51
a source of	51
published in the	51
of the finest	51
four or five	51
sphere of the	51
known to us	51
the precession of	51
the exception of	51
of finding the	51
be less than	51
the most distant	51
nearest to us	51
as that which	51
as those of	51
was a very	51
the greater the	51
we see in	51
in all its	51
it is by	51
of the motions	51
a study of	51
the sun with	51
depends upon the	51
the time it	51
the moon from	51
for the present	51
there has been	51
the work was	51
a velocity of	51
perhaps the most	51
the mare imbrium	51
paper on the	51
be considered as	51
powers of the	51
those who are	51
in a year	51
the eccentricity of	51
all the time	51
approach to the	51
times greater than	51
of the terrestrial	51
has not yet	51
three and a	51
given in the	51
it was at	51
from the other	51
the planet in	51
and in some	50
sir isaac newton	50
that it could	50
able to see	50
of the city	50
the sun of	50
of thousands of	50
large enough to	50
in advance of	50
it was only	50
the masses of	50
a few months	50
either side of	50
in the beginning	50
the discoveries of	50
with an opera	50
body in the	50
as we shall	50
the sun the	50
they appear to	50
began to be	50
extension of the	50
of miles in	50
the transit instrument	50
secretary of the	50
the same plane	50
is surrounded by	50
the moon would	50
inhabitants of the	50
that i should	50
corresponding to the	50
see in the	50
the neighborhood of	50
that we may	50
the same rate	50
what may be	50
apparent size of	50
most powerful telescopes	50
and that this	50
we have now	50
in each case	50
them to the	50
under a low	50
is no doubt	50
according to this	50
so far from	50
but that the	50
it is still	50
and to be	50
of the smaller	50
may be regarded	50
we know the	50
and then the	50
known to the	50
as to whether	50
effects of the	50
royal to the	50
found to have	50
have been so	50
was seen in	50
the paris observatory	50
the sun or	50
the growth of	50
of heat and	50
of the zodiacal	50
are found to	50
be seen from	50
turned towards the	50
there are some	50
though it is	50
substance of the	50
to the very	50
from a photograph	50
there might be	49
the sun were	49
the establishment of	49
laws of motion	49
what has been	49
which we may	49
sent to the	49
more than feet	49
signs of the	49
in view of	49
that the surface	49
earth would be	49
a hundred and	49
of the spots	49
earth in its	49
was necessary to	49
looked upon as	49
to the whole	49
the time that	49
with the other	49
a heavenly body	49
to the most	49
can hardly be	49
magnitudes six and	49
adoption of the	49
much more than	49
be at the	49
the change of	49
passes through the	49
they must have	49
the first and	49
the duke of	49
was supposed to	49
could be no	49
was at the	49
me that the	49
an explanation of	49
increase in the	49
that of jupiter	49
we have shown	49
of a circle	49
a catalogue of	49
at least one	49
to go to	49
various parts of	49
if we suppose	49
in an orbit	49
we see it	49
to and fro	49
only by the	49
and many other	49
supposed that the	49
that he has	49
charge of the	49
because they are	49
consideration of the	49
times the distance	49
discussion of the	49
be seen to	49
there are other	49
measurement of the	49
shall find that	49
miles an hour	49
of stars which	49
with a very	49
photograph of the	49
opposite side of	49
the heavens and	49
the loss of	49
and we shall	49
greater or less	48
and we may	48
the night of	48
of our solar	48
of the night	48
of what we	48
the greatest of	48
circuit of the	48
in the dark	48
and it would	48
it was first	48
used in the	48
far as it	48
of the board	48
as far from	48
bodies in the	48
we could not	48
hundred and forty	48
on the one	48
of our atmosphere	48
th of august	48
to us to	48
the birth of	48
near the centre	48
the stability of	48
to be regarded	48
they must be	48
it with the	48