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 earth1048
one of the990
part of the973
in the same821
at the same622
the surface of616
as well as615
surface of the609
of the same606
it is not579
of the air547
that of the542
end of the533
there is a524
parts of the523
there is no490
according to the489
by means of488
a piece of486
the same time477
that it is472
so as to469
the nature of468
in order to451
of the sun448
the end of444
of an inch440
so that the439
the action of434
on the other427
it may be425
of the water422
it will be411
some of the402
the case of394
in which the393
the direction of392
in the air384
and in the371
action of the361
out of the357
is to be355
in the case354
in the first351
the fact that346
motion of the343
due to the341
and it is337
more or less325
it would be322
as in the320
of the two312
it is a311
of the atmosphere310
the form of310
the motion of307
direction of the306
side of the305
portion of the302
the centre of300
the number of297
as to the295
it has been292
nature of the288
it is the286
the amount of285
the effect of283
and the other281
of the current278
as it is277
the middle of275
the temperature of273
the particles of270
and of the267
but it is267
temperature of the264
to be the263
of the most261
that there is261
the use of260
and that the256
the velocity of252
the cause of251
of the first251
the other hand250
and the same249
to have been244
the electric current243
lines of force239
in the middle238
of the other236
be able to236
to the other233
the power of229
connected with the229
the parts of229
the top of228
which it is228
of all the227
this is the222
the course of222
to be a221
of the electric219
as soon as219
the quantity of218
a number of217
the length of217
that in the216
that it was214
the united states213
of the glass213
the influence of212
i do not211
to make the210
the lines of207
with regard to207
when it is207
as far as206
of the body205
on account of204
those of the204
in the direction204
of the world202
the phenomena of202
the same way200
it does not200
the theory of199
to each other198
so far as198
in such a198
the bottom of197
to that of197
the laws of196
the time of194
in this way194
at a distance194
which is the194
in the form192
it must be192
the force of192
at the time191
in this case190
the same as189
of the light188
the size of186
the height of185
seems to be185
as it were184
the point of183
pole of the182
that they are181
to the same180
the royal society180
in contact with180
middle of the179
the earth is179
than that of179
top of the179
the weight of179
of the needle179
there was a177
power of the177
of the royal177
of the spectrum176
the whole of176
to the earth176
the rays of175
so that it171
the poles of171
from the sun171
centre of the170
from the sky170
would have been170
of the tube169
in connection with169
the royal institution169
the principle of169
the study of169
an inch in169
the same direction168
as we have168
the air is168
and at the168
could not be168
of the surface167
contact with the167
that is to167
the production of167
at the end166
a series of166
the result of164
one of these164
which i have164
the presence of163
with respect to163
of the magnet163
equal to the163
one and the162
because of the162
which may be162
of the whole162
the ends of161
the earth and161
is not the161
is to say160
of the wire160
of a body160
length of the159
the rest of159
the attraction of159
for the purpose159
ends of the159
to the bottom159
most of the159
the distance of158
piece of iron157
position of the157
the existence of157
the light of157
distance from the156
between the two156
means of a156
is the same155
the place of155
the position of155
as i have155
to the eye154
yes yes yes154
of the wind154
of the storm153
on the surface153
in the other152
what is the152
by reason of152
two or three152
is in the151
by which the151
the purpose of151
ought to be151
bottom of the150
influence of the149
the sun is149
at right angles149
to study the149
is called the149
produced by the148
if it were148
account of the148
with the same148
it is to147
the resistance of147
on the contrary147
of the rays147
as much as147
of which the147
a part of146
of the great146
of such a145
is not a145
in the following145
force of the145
that he had144
in relation to144
said to be144
the history of142
to be in142
not to be141
k k k141
the passage of140
the first place140
current of electricity140
from the earth139
of the latter139
one of them139
the idea of138
edge of the138
we have seen137
the other side137
seem to be136
a and b136
away from the136
and a half136
to one another135
the colours of134
effect of the134
it should be134
the plane of134
the formation of134
the law of134
of the weather133
of the universe133
by the same133
it is evident133
of the eye133
it was not133
character of the133
as in fig133
poles of the132
to the north132
to which the132
from each other132
light of the132
the strength of132
one end of131
the rate of131
of the stone131
to say that131
and on the130
up to the130
must have been130
as long as129
is one of129
that which is129
rays of light129
of the ether128
of which is128
and from the128
in other words128
pressure of the128
sides of the127
which has been127
case of the127
height of the127
there was no127
the difference of126
be considered as126
well as the126
is that the126
a state of126
in the course125
which had been125
that he was125
said to have124
a portion of124
the same manner124
point of the124
in the water124
in the opposite124
as they are124
of the particles124
they are not123
state of the123
some of them123
the axis of123
it to the122
it is said122
appears to be122
the effects of122
means of the122
and if the122
theory of relativity122
the center of121
oxygen and hydrogen121
many of the121
on the earth121
will be found121
fact that the121
that there are121
found to be120
of the moon120
supposed to be120
the sun and120
but if the120
quantity of electricity120
energy of the120
it can be120
of the magnetic120
when they are119
rest of the119
of the loadstone119
the value of119
of the second119
parallel to the119
cause of the119
velocity of the119
but in the119
more and more119
is due to119
that i have119
the pressure of118
the beginning of118
the properties of118
it is in118
made by the118
the edge of118
any of the118
the state of118
if it be117
use of the117
to the surface117
that of a117
portions of the117
in proportion to117
he did not117
found in the117
a straight line116
would not be116
movement of the116
be made to116
particles of the116
which we have115
and to the115
perpendicular to the115
of the system115
to make a115
it is only114
the refraction of114
the line of114
as to be114
the thickness of114
relation to the114
a long time114
will be the114
they do not114
reference to the113
owing to the113
consequence of the113
in which it113
proportional to the113
i have been113
an electric current113
a mass of113
velocity of light113
of the year112
that we have112
was in the112
form of the111
and this is111
end of a111
and all the111
of the nature111
the discovery of111
the mass of111
found that the111
which they are111
the difference between111
in the world111
the results of110
and by the110
of this kind110
the other end110
regard to the110
that if the110
strength of the109
the colour of109
to the ground109
in consequence of109
this is a109
the opposite direction109
inch in diameter109
in spite of109
be in the109
but this is108
is said to108
a current of108
to show that108
size of the108
change in the108
there would be108
a matter of108
and so on108
condition of the108
made in the108
on the ground107
refraction of the107
part of a107
we do not107
image of the106
which have been106
it was a106
back to the106
there is an106
a kind of105
the body of105
in terms of105
half of the105
may have been105
of the barometer105
several sorts of105
of the globe105
the university of105
in which he105
because it is104
of the instrument104
the degree of104
proportion to the104
be found in104
attraction of the104
that the earth104
of the wave103
axis of the103
it is true103
it in the103
the work of103
dilute sulphuric acid103
attached to the103
by no means103
weight of the103
that part of102
the proportion of102
struck by lightning102
and it was102
that when the102
properties of the102
member of the102
more than a101
it is necessary101
there may be101
and when the101
in front of101
will not be101
of the ocean101
the intensity of101
thickness of the100
seems to have100
that it would100
place of the100
such as the100
gravity of the100
for it is100
as that of100
on the same100
the energy of100
of the solar100
form of a99
explanation of the99
for a long99
resistance of the99
the same kind99
on one side99
appear to be99
they may be98
the part of98
of the day98
in the second98
of one of98
distance of the98
the name of98
than in the98
there is nothing97
respect to the97
diameter of the97
at the bottom97
in one direction97
long as the96
as for example96
in all the96
in the atmosphere96
the subject of96
it seems to96
there are many96
positive and negative96
course of the96
that all the96
in the tube96
of the mercury96
the character of95
each of the95
exactly the same95
of the liquid95
the same thing95
miles an hour95
north and south95
is to the95
at the moment95
for this purpose95
in the sky94
instead of the94
will be seen94
point of view94
as to make94
idea of the94
not at all94
difference between the94
the fall of94
and therefore the93
it to be93
difference in the93
is necessary to93
a distance of93
by the action93
part of it93
the magnetic field93
connection with the93
place in the93
and then the92
the weather bureau92
a mixture of92
in like manner92
it was found92
part of this92
so long as92
through which the92
the most important91
and the like91
to account for91
if it is91
be regarded as91
if there were91
at the top91
of a second91
as a whole90
that there was90
you will see90
mass of the90
of the coil90
in the morning90
a solution of90
the heat of90
the diameter of90
have been made90
heat of the90
is a very90
to be of90
of the machine89
pass through the89
would be the89
should not be89
is evident that89
in the year89
there will be89
in accordance with89
through the air89
with that of89
knowledge of the89
of the sea89
a sheet of89
shown by the89
which can be89
one or two89
of the sphere89
to make it89
the first of89
that they were89
for the same88
to pass through88
soon as the88
to the sun88
passing through the88
which he had88
the sine of88
from one another88
it was the88
what is meant87
the appearance of87
intensity of the87
applied to the87
right angles to87
the distance between87
far as the87
consists of a87
from the point87
the process of86
energy of position86
of the gas86
of the iron86
center of the86
study of the86
is said that86
it is impossible86
i have not86
the straight line86
we have a86
it is possible86
or any other86
for the first86
with reference to86
into the air86
it is very86
of the compass86
on the subject85
movements of the85
the square of85
plane of the85
it will not85
show that the85
proportion of the85
that it may85
half an inch85
placed in the85
would be a85
fallen from the84
in order that84
at that time84
changes in the84
the construction of84
of the energy84
passage of the84
to the south84
as it was84
whole of the84
reason of the84
at which the84
are to be83
of the plate83
it had been83
of its own83
is not so83
time and space83
ray of light83
are in the83
at the other83
this is not83
a plate of83
those which are83
on which the83
of the metal83
a great deal82
to do with82
be the same82
in the latter82
body of the82
of the voltaic82
the condition of82
to produce the82
in the former82
of his life82
we have already82
had to be82
is equal to82
the source of82
caused by the82
but there is81
is meant by81
manner in which81
in the ether81
the absence of81
in the last81
under the influence81
of the former81
which is a81
and as the81
seen in the81
to be noted81
he had been81
and that it81
and with the80
he could not80
not in the80
for the most80
so that they80
space and time80
was to be80
of the phenomena80
the conclusion that80
which will be80
been able to80
may be made80
the pole of80
in any way80
from the centre80
the sum of80
as shown in80
which it was80
a sort of80
of light and80
of the ice79
it is easy79
in all directions79
the interior of79
a drop of79
of a magnet79
not only the79
front of the79
in the earth79
of the new79
of the british79
of the parts79
may not be79
the image of79
the spirit of78
of the line78
the th of78
of this book78
in which they78
of the material78
the light which78
up in the78
in the present78
the science of78
corresponding to the78
there can be78
a quarter of78
the upper part78
at the surface78
to the air78
is that of78
the extent of78
a change of78
of the various77
variation of the77
to produce a77
the path of77
the same in77
which is not77
appears to have77
to have a77
the most part77
the motions of77
which we are76
it might be76
the magnetic needle76
of the solid76
one side of76
to explain the76
the aid of76
a ray of76
the sides of76
the manner of76
parts of a76
and that of76
but when the76
as if it76
of the electricity76
in the united76
motions of the76
say that the76
to which it76
there are no76
part of an76
current in the76
the causes of75
from which the75
case of a75
the movement of75
the progress of75
colours of the75
the solution of75
the current of75
compared with the75
at the royal75
in one of75
the truth of75
quantity of water75
where it is75
the order of74
of the general74
of the electrical74
some of these74
of the waves74
in the upper74
or of the74
has not been74
there are two74
or at least74
for a moment74
in this respect74
the atoms of74
is easy to74
to the fact74
the water is74
of the crystal73
description of the73
at the point73
rotation of the73
the focus of73
it in a73
of the lines73
we shall have73
the first time73
one of his73
to give a73
see that the73
it would have73
the head of73
of the time73
account for the73
it is now73
as one of73
and in a73
the ether is73
in the next73
what is called73
to the first72
the side of72
the vibrations of72
of the greatest72
given to the72
attention to the72
the breadth of72
the current is72
colour of the72
i think that72
depends upon the72
in the northern72
to the mass72
a human creature72
centre of gravity72
of the colours72
than the other72
i could not72
of the united72
to the east72
of an electric72
you will find72
of those who72
the method of71
in a state71
may be considered71
much of the71
distant from the71
the angle of71
depend upon the71
shown in fig71
and the earth71
in some cases71
result of the71
of the battery71
with the other71
so to speak71
be due to71
value of the71
of his own70
the latter is70
with which the70
a very small70
it would not70
the belt of70
in a very70
de la rive70
of the elements70
at the poles70
into the water70
on the top70
can be made70
on to the70
when the sun70
the northern hemisphere70
there must be69
the rays which69
like that of69
what i have69
of the subject69
the air and69
action of a69
the earth to69
down to the69
or in the69
to be found69
three or four69
seems to me69
the manner in69
the field of69
way in which69
the matter of69
of the motion69
history of the68
the earth in68
of the heat68
upon the paper68
in the two68
the variation of68
we know that68
it is also68
for the sake68
to be made68
to the west68
beam of light68
the sake of68
level of the68
in addition to68
of the planets68
the gravity of68
in the dark68
the development of68
that the same68
instead of being68
with which it68
that it will68
of a large68
the first to68
the mercury in68
to the action68
the british association68
discovery of the68
of the vessel68
view of the68
from the same67
such a way67
of the present67
some sorts of67
and there is67
is the cause67
upon the surface67
but it was67
to the royal67
amount of heat67
the change of67
is supposed to67
a pair of67
in virtue of67
this is to67
rays of the67
of the three67
the ratio of67
a system of67
and in this67
we shall see67
the transmission of67
and i have66
to form a66
when it was66
it appears that66
that we are66
the operation of66
to the nature66
north of the66
the speed of66
of the sky66
a quantity of66
to this earth66
surface of a66
that had been66
to the end66
one part of66
sorts of creatures66
the shape of66
the help of66
all sorts of66
for the time66
there is not66
the application of65
at this time65
it is this65
is the most65
what has been65
any part of65
must not be65
it is clear65
of the country65
in the universe65
every part of65
for some time65
a source of65
at the equator65
at the distance65
of the distance65
as for the64
close to the64
they are in64
the level of64
in any other64
which in the64
and for the64
an account of64
that may be64
we find that64
in a few64
if there be64
have the same64
of which i64
mercury in the64
time of the64
of the apparatus64
of some of64
do not know64
years of age63
water in the63
square of the63
described in the63
of the power63
to keep the63
the water in63
relation of the63
if there is63
up and down63
of which we63
of the work63
as has been63
the limits of63
of the paper63
the greater the63
the same place63
phenomena of the63
to those of63
is well known63
to the conclusion63
the relation of63
for a time63
as if the62
of their own62
to one of62
of light in62
theory of the62
in all cases62
the midst of62
upper part of62
at a certain62
and the whole62
is not only62
when he was62
from the surface62
we have to62
was the first62
be the case62
the fixed stars62
may be said62
the waves of61
in regard to61
that this is61
by the late61
principle of the61
and some of61
the mixture of61
if they are61
shown in the61
that it has61
is called a61
seem to have61
it is of61
the surfaces of61
sir humphry davy61
is of the61
inches in diameter61
to be able61
in the evening61
to the right61
great number of61
it is well61
we are not61
the north pole61
form of energy61
the air in61
only in the61
the story of61
that have been61
a magnetic field60
the elements of60
in the way60
to have fallen60
beginning of the60
points of the60
all the phenomena60
the origin of60
south of the60
from the north60
between the poles60
each of them60
it is that60
of a current60
about the same60
of which it60
belt of rains60
the evolution of60
on the th60
might have been60
more than the60
it was in60
one of those60
in my opinion59
the hands of59
of the several59
be of the59
other parts of59
they could not59
to a certain59
electricity and magnetism59
as those of59
the capacity of59
at the anode59
the wind is59
as a matter59
at blue hill59
greater than that59
used in the59
in place of59
the basis of59
is the case59
of the one59
kinds and sorts59
with each other59
relative to the59
this may be59
that is not59
law of gravitation59
we have the58
of the last58
that can be58
breadth of the58
outside of the58
said that the58
but as the58
a period of58
the movements of58
of a human58
of the zinc58
of any other58
virtue of the58
by the rev58
that the sun58
or the other58
at one end58
the electricity of58
of a loadstone58
in the midst58
may be seen58
a little more58
of the object58
to the general58
but they are58
so much as58
large number of58
to the top58
is not to58
it cannot be58
i found that58
in opposite directions58
that has been58
just as the58
less than the58
attracted by the58
of the clouds58
in the southern58
amount of energy58
i think it58
from that of57
the coast of57
of the stars57
the idea that57
of my mind57
the voltaic battery57
the atmosphere is57
the special theory57
have to be57
academy of sciences57
in a similar57
upon the screen57
of the room57
it is so57
look at the57
at the present57
in the centre57
of the best57
the lower part57
because they are57
by the electric57
it is an57
at the positive57
of electricity in57
associated with the57
but i have57
pole of a57
specific inductive capacity57
hole in the57
the decomposition of57
would be no57
it is probable57
is at the57
of the theory57
a great number57
size of a56
is made to56
of the upper56
oil of turpentine56
pieces of iron56
the same effect56
in the glass56
it would seem56
by the sun56
of the winds56
of the prism56
the constitution of56
i have said56
were to be56
of the fluid56
to me to56
a beam of56
in which a56
there is another56
in reference to56
the world of56
they have been56
to show the56
all the parts56
earth and the56
of the experiments56
the possibility of56
of a single56
than the water56
the doctrine of56
to determine the56
in this manner56
not so much56
the body is56
the instrument is55
effect on the55
a body is55
will be a55
waves of light55
which he was55
motion of a55
in the figure55
in a straight55
even in the55
out of a55
have been the55
the way of55
is produced by55
the man who55
was found to55
the life of55
only a few55
of the lightning55
to give the55
and it will55
it from the55
angles to the55
of the human55
and that in55
have been a55
the distribution of55
is composed of55
are of the55
evolved at the55
of the four55
of heat and55
any one of55
was able to55
experiments on the55
due to a55
the sense of55
is only a55
the shadow of55
air in the55
of the planet55
i have already54
and that is54
on this subject54
to the pole54
produced in the54
the solar system54
has been made54
number of the54
the positive pole54
on the retina54
is the reason54
fall upon the54
the region of54
of a very54
by a loadstone54
the neighbourhood of54
of the poles54
to be very54
the first and54
atoms of matter54
in the afternoon54
or from the54
that the whole54
in some of54
as if they54
of the kind54
and if it54
monthly weather review54
up by the54
at the cathode54
the same proportion54
which would be54
of a few54
you can see54
can only be54
in the third54
and the sun54
particles of matter54
and you will53
the climate of53
parts of my53
a fall of53
to see the53
to be an53
find that the53
extent of the53
the mind of53
to find the53
to find out53
them in the53
similar to that53
of the primary53
in the sun53
and the water53
the excess of53
and is not53
the same is53
the importance of53
there were no53
the outside of53
according to their53
a few years53
each of these53
the case with53
in the neighbourhood53
the moment of53
affected by the53
not more than53
i am not53
none of the53
with which they53
independent of the53
it did not53
edges of the53
sulphate of soda53
at a time53
the difference in53
by which it53
and the two53
that is the53
in the open53
conditions of the53
so that a53
in the preceding53
of the north53
members of the52
exposed to the52
electricity in the52
acted upon by52
the principles of52
density of the52
the reason that52
in the west52
to believe that52
in a certain52
the tube is52
a large number52
in the history52
by this means52
i have seen52
upon this earth52
at the negative52
regions of the52
to measure the52
with the earth52
of the experiment52
matter of fact52
more than one52
for an instant52
a height of52
that the light52
the place where52
placed in a52
the voltaic pile52
of the wires52
the inhabitants of52
path of the52
there are several52
to a great52
from the south52
the southern hemisphere52
of which are52
to those who52
of one and52
than those of52
of the dielectric52
seemed to be52
a short time52
it by the52
that such a52
and by consequence52
far as i52
passed through the52
altitude of the52
in the center52
greater than the51
depends on the51
point in the51
in the summer51
in the heavens51
state of things51
the electrical fire51
it and the51
it is called51
of the matter51
the negative pole51
of the red51
to make them51
the discharge of51
elevation of the51
is no longer51
he found that51
it follows that51
arrange as in51
the introduction of51
if they were51
made up of51
not only in51
a philosophical transactions51
can be used51
great deal of51
for a few51
were in the51
direction in which51
increase in the51
with which we51
of the substance51
led to the51
can be no51
in the manner51
of a man51
is true of51
precisely the same51
of the th51
appear to have51
of the terrella51
are able to51
has to be51
part of his51
an angle of51
the direction in51
it could not51
to and fro51
of the third51
that the rays51
come from the51
the edges of51
but that the50
of oxygen and50
of a certain50
as there are50
the density of50
it is found50
a way that50
to be seen50
in the line50
there are some50
passes through the50
theory of light50
of the plates50
electricity of the50
pairs of plates50
to the ether50
at the rate50
we are told50
to which we50
of a small50
are due to50
by way of50
surfaces of the50
and they are50
have not been50
that in a50
in the north50
of the mass50
to be used50
is in a50
on the one50
this was the50
indicated by the50
give rise to50
all of them50
i did not50
positions of the50
journal of science50
there is one50
that of light50
known as the50
the rotation of50
a tendency to50
the propagation of50
quarter of an49
lines of magnetic49
of sulphate of49
two or more49
go to the49
energy of motion49
of the image49
of the house49
difference of the49
of a circle49
of the ray49
investigation of the49
all the other49
in straight lines49
more of the49
that the two49
to the direction49
of a wire49
the general theory49
likely to be49
the reason why49
and sorts of49
the reason of49
the observations of49
the meaning of49
which are the49
one hundred and49
be equal to49
that we can49
with those of49
the undulatory theory49
is true that49
in no way49
operation of the49
the effect is49
around the sun49
put into the49
to the left49
in both cases49
the volume of49
the face of48
but if you48
is made of48
i have found48
different kinds of48
to that which48
the lower end48
in which we48
drawn from the48
be of a48
takes place in48
expansion of the48
in the matter48
with which he48
have been found48
is impossible to48
in a small48
of time and48
this case the48
at the beginning48
to the present48
to be considered48
be said to48
that the air48
of the bottle48
all the colours48
in the circuit48
and those of48
is not in48
is on the48
each other in48
as it does48
by the use48
to be more48
have fallen from48
the same sort48
all parts of48
to a focus48
when the air48
when the current48
from the other48
has been said48
and if you48
is found to48
the splash of48
of what is48
the sun to48
to find whether48
in this country48
in many cases48
distance between the48
upon the earth48
vibrations of the48
may be a48
interior of the48
the explanation of48
the west indies48
of the pendulum48
may be used48
evident that the48
other side of48
of the cloud48
them to be48
and may be47
of the thermometer47
of the counter47
it is quite47
from one to47
together with the47
to the quantity47
on either side47
it with the47
distances from the47
of the medium47
that he could47
either of the47
as may be47
the working of47
than any other47
of magnetic force47
all kinds of47
and let the47
he was not47
in the laboratory47
feet above the47
discussion of the47
has already been47
and the air47
which are not47
of these two47
to prove that47
and there are47
to the whole47
for this reason47
splash of a47
the first part47
origin of the47
the act of47
quantity of the47
focus of the47
out by the47
accordance with the47
in the spectrum47
that it can47
in the most47
may be the47
of the action47
of the fact47
we see that47
the composition of47
the molecules of47
in the whole47
of the original47
of the horizon47
is shown in47
it is made47
of light is47
miles per hour47
shape of the46
was struck by46
different parts of46
when there is46
a great many46
put into a46
illustration of the46
these are the46
in a manner46
at any time46
the back of46
there have been46
connected to the46
the cost of46
is from the46
those that are46
of the different46
is shown by46
we have been46
in some way46
that the current46
the earth itself46
meeting of the46
on its axis46
greater part of46
the opinion of46
of water in46
as we shall46
oyl of vitriol46
the same for46
is able to46
as a rule46
as to form46
the works of46
mass of water46
and the more46
connected with a46
of the lands46
results of the46
after the manner46
conception of the46
the nineteenth century46
and does not46
a good deal46
the sun in46
the property of46
length of time46
of a storm46
same direction as46
same as that46
from the first46
effects of the46
whether it be46
of each other46
light in the46
to a very46
a flash of46
to have the46
let there be46
of the sensitive46
the sensitive parts46
come to the46
the greater part46
that they may46
the loss of46
the author of46
suppose that the45
which is in45
i have no45
of soft iron45
no doubt that45
subject to the45
arising from the45
must be a45
the close of45
the investigation of45
are of a45
that some of45
the naked eye45
shows that the45
of the pole45
to the water45
of the circuit45
of the trade45
be produced by45
of the scale45
that i could45
the growth of45
figurative motions of45
the necessity of45
east of the45
and that which45
some of his45
in every case45
he was a45
we have no45
variations in the45
to me that45
the earth or45
which we call45
to suppose that45
matter of the45
but there are45
toward the north45
those who have45
to the eastward45
on the floor45
sum of the45
to use the45
do with the45
as they were45
the air to45
is clear that45
is difficult to45
are the same45
appearance of the45
in the absence45
one of which45
and that he45
the earth has45
we have not45
comes from the44
the same amount44
one of its44
base of the44
of the atlantic44
derived from the44
of the galvanometer44
in favour of44
the latitude of44
the positive electrode44
the names of44
the unit of44
could not have44
of the colour44
upon the water44
to the poles44
formed by the44
of a new44
in this book44
made use of44
it consists of44
drop of water44
of the said44
to a distance44
the attention of44
evidence of the44
and yet the44
let it be44
that on the44
in a given44
by its own44
be applied to44
on each side44
the opposite side44
out of it44
on the outside44
the altitude of44
of which he44
is placed in44
the air at44
in such cases44
the knowledge of44
seen that the44
length of a44
the sines of44
revolution of the44
them to the44
on the opposite44
there had been44
the needle was44
as the sun44
it may have44
laws of nature44
to be observed44
the object of44
from the fact44
of the magnetick44
should have been44
in the past44
nearer to the44
i think i44
in the wire44
to be so44
are not so44
to cause the43
side by side43
is it not43
the rational parts43
it is difficult43
one or more43
of the observer43
does not appear43
the way in43
that the water43
it at the43
the same year43
at other times43
the range of43
believe that the43
it is more43
coil of wire43
had not been43
the notion of43
the hypothesis of43
to the subject43
of the circle43
to bring the43
diameters of the43
in the process43
of the rings43
in the general43
vibration of the43
other end of43
poles of a43
are wont to43
even if the43
spite of the43
it could be43
spirit of wine43
of the northern43
and not only43
from the air43
ratio of the43
work of the43
a great distance43
of the man43
sorts of rays43
of energy of43
annales de chimie43
of the weight43
of this earth43
followed by a43
not seem to43
there should be43
that when a43
is likely to43
such as are43
of the bodies43
contained in the43
a few minutes43
the domain of43
of the lower43
the consideration of43
and with a43
not far from43
many of them43
are produced by43
in the lower43
between it and43
of natural philosophy43
quantity of matter43
that the ether43
all over the43
the barometer is42
at one time42
any more than42
inside of the42
to speak of42
a violent storm42
the addition of42
from the west42
when they were42
lower part of42
variation in the42
seen to be42
the circuit is42
to the plane42
that would be42
out from the42
to think of42
the identity of42
a young man42
of the ball42
and the latter42
be made of42
examination of the42
the cone a42
the first instance42
it is obvious42
flash of lightning42
a temperature of42
with all the42
a man of42
in the magnetic42
part of its42
resistance to the42
the result is42
the electric fluid42
in his own42
all of the42
showed that the42
and one of42
from which it42
to the square42
the expansion of42
the conditions of42
head of the42
the spectrum of42
the open air42
a glass tube42
of water and42
a set of42
the red and42
existence of the42
does not seem42
also in the42
that we may42
in the university42
is the result42
which they were42
on the paper42
is found in42
particles in the42
added to the42
removed from the42
of the little42
was one of42
always the same42
much as the42
the chemical action42
they did not42
of a great42
action at a42
as great as42
influence on the42
there are other42
during the day42
in the ordinary42
is of a41
for if the41
of the rational41
the current passes41
the light is41
light on the41
is a great41
a b c41
use of a41
of the force41
by the refraction41
which is called41
a variety of41
not appear to41
determination of the41
of it is41
of iron and41
be seen in41
was found that41
of the atmospheric41
a current in41
the summer of41
the same reason41
beams of light41
the difficulty of41
fall from the41
they should be41
the n pole41
the approach of41
the needle is41
has been found41
presence of the41
of the acid41
speak of the41
of heat is41
it with a41
is capable of41
to the point41
of the effect41
those who are41
same way as41
of the small41
the same quantity41
and so the41
that they have41
and of a41
of the blue41
according as the41
may be so41
to think that41
held in the41
the measure of41
of the laws41
would have to41
greater or less41
we should have41
is possible to41
the changes of41
in conjunction with41
and we have41
the means of41
to return to41
on the whole41
in high latitudes41
round the sun41
that at the41
is less than41
they had been41
sine of incidence40
from time to40
in these experiments40
the substance of40
time to time40
the base of40
which must be40
but on the40
at times of40
from the ground40
capacity of the40
is proportional to40
a multitude of40
and when it40
a few of40
as shown by40
four or five40
had been made40
because of its40
the sky is40
the same distance40
part in the40
dependent upon the40
enable us to40
other sorts of40
the prime conductor40
in the interior40
which we shall40
of the rest40
coming from the40
of the drop40
communicated to the40
the kind of40
the product of40
principle of relativity40
of the results40
the occurrence of40
no more than40
equall to the40
a lot of40
iodide of potassium40
which could be40
terms of the40
two of the40
like those of40
that it could40
ought not to40
electric and magnetic40
the summit of40
the scientific american40
to take the40
the question of40
the invention of40
little or no40
measure of the40
is not necessary40
to which i40
in the one40
the sensation of40
one to the40
in a direction40
there has been40
whether it is40
of lines of40
on both sides40
may be found40
below the surface40
he does not40
account of its40
the diameters of40
of the university40
the earth as40
are not the40
if it had40
arise from the40
to do so39
the piece of39
and not the39
limits of the39
it ought to39
of the lens39
of the n39
the same point39
the point a39
at each end39
the same with39
be seen that39
but if we39
similar to the39
it is at39
the description of39
of the mind39
of the lever39
so great a39
in the plane39
the forces of39
what we call39
though it is39
they would be39
of the following39
two pieces of39
he says that39
repel each other39
the reverse of39
has been a39
given in the39
brought to a39
of the physical39
as it would39
the minds of39
for the production39
of a given39
or to the39
in each case39
that if a39
to test the39
over the surface39
proof of the39
from those of39
to such a39
accompanied by a39
during the night39
i have never39
at the first39
is caused by39
that there were39
of the old39
the north and39
that in this39
been made to39
in the experiments39
waves in the39
of the equator39
be in a39
toward the poles39
the actions of39
the upper air39
determined by the39
to which they39
may be taken39
return to the39
by the fact39
on the part39
of matter and39
are said to39
to the distance39
we are now39
is subject to39
of a piece39
of white paper39
what are the39
in the mind38
the present day38
the month of38
of the science38
filled with water38
there is some38
of the principle38
in proportion as38
in the order38
during the last38
by the help38
as high as38
it would appear38
in the least38
in the sense38
our knowledge of38
it has a38
to the law38
of the heavens38
placed at the38
the storm is38
current through the38
the south pole38
the expense of38
the magnetic poles38
the current from38
of the incident38
through the ether38
the variations of38
must be in38
is the only38
of that which38
than the rest38
will find that38
the air was38
have seen that38
was connected with38
the flame of38
be allowed to38
may be regarded38
who had been38
to prevent the38
side of a38
only by the38
to the height38
of the rod38
different from the38
introduced into the38
face of the38
the other is38
in the early38
about an inch38
which we can38
the moon is38
in the field38
a member of38
but for the38
the reading of38
in advance of38
and do not38
with one another38
of the more38
a voltaic battery38
the period of38
on the right38
to be due38
it is by38
for many years38
is probable that38
same amount of38
of the angle38
as in a38
reflected from the38
upon the same38
and as it38
from the sea38
shadow of the38
observation of the38
at any rate38
in the hand38
the circumference of38
about the size37
of the chemical37
the conservation of37
considered as a37
of heat in37
to get the37
there is in37
which might be37
in every direction37
which does not37
so that when37
limit of the37
could be obtained37
the forecaster answered37
may be of37
to the passage37
of the forces37
the flow of37
it is no37
this does not37
heat and light37
we wish to37
pass through a37
motion in the37
i have had37
the space of37
the same moment37
by the following37
report of the37
is a little37
they seem to37
the current in37
been found in37
in all these37
me to be37
of the highest37
which it has37
a man who37
the other two37
same manner as37
to consider the37
the dimensions of37
to all the37
the same colour37
of the place37
line of the37
what we have37
of the shadow37
as we know37
of a glass37
that one of37
it on the37
in the south37
there could be37
for in the37
i have often37
the positions of37
will see that37
the heavenly bodies37
it is certain37
as regards the37
section of the37
can be seen37
be necessary to37
the depth of37
for want of37
in the light37
was the same37
small piece of37
attached to a37
a line of37
in its place37
that it should37
by the air37
a couple of37
which i shall37
upon which the37
by the other37
the most refrangible37
that the particles37
a form of37
pointed out that37
as that which37
in a single37
it was at37
from the pole37
be brought to37
by the author37
in a great37
of the axis37
of the atom37
two kinds of37
the water and37
the vicinity of37
the elevation of37
effect upon the36
divided into two36
are in a36
the hand of36
i know not36
only of the36
but if it36
all that is36
at some distance36
i shall now36
exist in the36
of the figure36
or some other36
hundred and fifty36
he had seen36
depend on the36
addition to the36
not only to36
of any kind36
which there is36
and which is36
if the wind36
such is the36
to give you36
we shall be36
president of the36
the transformation of36
the most interesting36
of electricity which36
the time that36
they must be36
to represent the36
let us suppose36
if i may36
and what is36
at the expense36
it is manifest36
on the scale36
the same space36
each side of36
in most cases36
a certain degree36
of electricity is36
the inside of36
in which case36
they will be36
through the water36
gravity of a36
the negative electrode36
as they do36
from the poles36
the other to36
consideration of the36
so that there36
other part of36
but it will36
to the axis36
in which there36
relation between the36
flame of a36
must be the36
a result of36