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
one of the	1115
end of the	754
by means of	664
shown in fig	611
the united states	497
part of the	474
it will be	467
so as to	465
of the line	458
the end of	437
side of the	433
the number of	419
as well as	392
the use of	382
in order to	377
at the same	351
so that the	351
there is a	345
and the other	344
the fact that	334
a number of	330
in which the	323
of the current	320
it is not	315
in the same	315
the same time	308
in connection with	305
as shown in	304
out of the	301
some of the	291
on the other	289
is shown in	280
it may be	277
in new york	271
of the cable	270
of the telephone	261
the resistance of	260
connected to the	255
it is a	249
a piece of	248
and it is	247
that of the	244
of the telegraph	241
in the case	240
all of the	240
of the atlantic	238
there is no	237
of the battery	236
the case of	235
the amount of	230
resistance of the	229
the other end	229
as it is	228
that it is	223
the operation of	223
of the armature	220
and in the	218
that it was	218
as soon as	214
it was a	212
ends of the	212
the great eastern	211
is to be	210
be able to	209
to the other	207
portion of the	207
it has been	205
the atlantic telegraph	204
of the same	204
connection with the	204
connected with the	202
means of a	200
at the time	199
of the wire	198
of the first	197
one end of	195
circuit of the	195
as shown at	195
it would be	194
it is the	193
a series of	192
to make a	192
for the purpose	191
one of these	187
the new york	187
of the great	186
you want to	185
as in the	185
in a letter	185
the other hand	185
as to the	184
so that it	184
a vacuum tube	184
of the united	184
shown in the	184
the ends of	183
due to the	183
between the two	181
to make the	181
on the th	180
parts of the	179
the action of	178
in this case	177
use of the	177
the form of	177
a current of	176
at the end	174
contact with the	173
and it was	172
the purpose of	172
at that time	171
in the united	171
of the world	171
of the electric	169
means of the	169
of all the	169
the bottom of	168
this is the	167
in series with	167
of new york	166
the name of	165
a pair of	165
terminal of the	164
but it is	164
of the most	164
it was not	164
current in the	163
the same as	162
up to the	160
there was a	160
the central office	159
consists of a	157
of the coil	156
to be a	155
post of the	154
in such a	154
the length of	152
the th of	151
bottom of the	151
of the two	149
when it is	149
this is a	148
the secondary coil	148
i have been	148
the electric current	147
action of the	146
of the other	146
of the new	146
of which is	145
the rate of	144
which it is	143
and at the	143
that he had	142
the circuit of	141
the speed of	141
will be seen	140
the western union	140
it was the	138
the strength of	136
that he was	135
in the first	135
the top of	135
of the magnet	135
an electric current	135
to have been	135
so far as	134
there was no	134
the current in	134
a letter to	133
on account of	133
vacuum tube detector	133
according to the	133
in a few	132
to be the	132
the size of	132
of the circuit	132
it to the	131
the direction of	131
the cable was	130
operation of the	129
other end of	129
is connected to	129
the primary coil	129
of an inch	128
in front of	127
of such a	127
in the circuit	127
length of the	126
used as a	125
as long as	125
the vacuum tube	124
the current is	123
back to the	123
in the form	123
on board the	122
on the subject	122
top of the	121
as in fig	121
the middle of	121
in the world	121
can be used	120
and that the	120
each of the	120
a list of	120
at the other	119
used in the	119
known as the	119
the part of	119
on the same	119
the value of	119
the development of	118
it must be	118
it can be	118
more or less	118
the construction of	117
any of the	117
most of the	117
lines of force	116
set up in	116
at this time	116
two or three	116
of the machine	115
the subject of	115
was the first	115
would have been	114
had to be	114
the tuning coil	114
to one of	114
at the rate	114
the effect of	114
account of the	113
was to be	113
owing to the	113
and this is	113
be made to	112
of one of	112
the plate circuit	112
pole of the	111
it should be	111
in this way	111
case of the	111
one of them	111
an alternating current	111
fact that the	111
that there is	111
the terminals of	111
terminals of the	111
the work of	110
it is necessary	110
but it was	110
in other words	110
away from the	110
as to be	110
in regard to	110
the cost of	109
the same way	109
the result of	109
a in fig	108
as it was	108
current from the	108
attached to the	108
the other side	107
of the sea	107
more than a	107
and on the	107
number of turns	107
the state of	107
in addition to	107
of the bell	107
a few days	107
to new york	107
coil of the	107
the nature of	107
strength of the	107
new york city	106
which had been	106
and of the	106
which may be	106
up in the	106
and a half	106
many of the	106
the rest of	106
will not be	105
more than one	105
the western electric	105
of the secondary	105
series with the	104
is made to	104
of the day	104
i do not	104
of the primary	104
president of the	104
large number of	104
front of the	104
of the condenser	103
in the plate	103
of the ship	103
a matter of	103
which is the	103
will be found	103
could not be	102
in this country	101
with respect to	101
the success of	101
is that the	101
the time of	101
at the bottom	100
is in the	100
the primary circuit	100
of the company	100
the flow of	100
of the latter	100
the induction coil	100
to be used	100
in the other	99
of the calling	99
and hit enter	98
what is the	98
not to be	98
on the part	98
to keep the	98
the invention of	98
at a time	97
he did not	97
if it is	97
to have a	97
to say that	97
is one of	97
he was a	97
the aerial wire	97
a distance of	97
the voltage of	97
of the aerial	96
the idea of	96
surface of the	96
for many years	96
a couple of	96
a great deal	96
one of his	96
the atlantic cable	96
for the first	95
to make it	95
movement of the	95
a lot of	95
at a in	95
for this purpose	95
that it will	95
is shown at	94
speed of the	94
the history of	94
shown at a	94
to the right	94
the lines of	94
set up by	93
if you want	93
position of the	93
is called the	93
it is possible	93
the beginning of	92
with each other	92
the other post	92
a large number	92
one hundred and	92
a letter of	92
in one of	92
is called a	92
sides of the	91
as far as	91
it had been	91
in the middle	91
direction of the	91
a man of	91
the course of	91
the production of	90
of an electric	90
in the morning	90
in order that	90
the head of	90
across the atlantic	90
of the relay	89
one side of	89
at one end	89
be used to	89
at a distance	89
which he had	89
the art of	89
soon as the	89
my dear sir	89
that when the	89
atlantic telegraph company	89
in the early	89
was in the	88
is the same	88
which can be	88
down to the	88
to each other	88
and so on	88
the surface of	88
exactly the same	88
of the western	88
are to be	87
and to the	87
of the cord	87
the first to	87
if you have	87
current of electricity	87
that i have	87
that it would	87
the circuit is	87
you can use	87
up by the	87
to the internet	86
on the internet	86
the storage battery	86
as much as	86
there are two	86
the capacity of	86
i have not	86
to use the	86
was one of	86
can be made	86
because of the	86
to use a	85
idea of the	85
is necessary to	85
the point of	85
be used for	85
it is called	85
development of the	85
may be used	85
are shown in	85
on the line	85
current through the	84
a and b	84
the passage of	84
voltage of the	84
may be made	84
of the instrument	84
the armature is	84
placed in the	83
it is to	83
in one direction	83
capacity of the	83
in the secondary	83
by which the	83
from the battery	83
a group of	83
associated with the	83
in contact with	82
of the edison	82
there will be	82
the telephone receiver	82
as a result	82
form of a	82
of which the	82
regard to the	82
is used to	81
to the end	81
it was in	81
one or two	81
in the following	81
of the art	81
that in the	81
of the system	81
to get a	81
hundred and fifty	81
other post of	81
in which he	80
success of the	80
to get the	80
of the switch	80
to have the	80
in which a	79
be seen that	79
this was the	79
the line and	79
the electromotive force	79
back of the	79
it is only	78
the university of	78
you have to	78
at the present	78
in the opposite	78
the magnetic field	78
of the air	78
inventor of the	78
from each other	78
of the country	78
the secondary circuit	78
to the line	78
produced by the	77
at right angles	77
found that the	77
to do with	77
of the tube	77
amount of current	77
history of the	77
all over the	77
a set of	77
connected in series	77
with the line	77
at the top	77
the line is	77
he had been	77
flow through the	77
invention of the	76
the aid of	76
and these are	76
a storage battery	76
value of the	76
the first time	76
seems to have	76
of his own	76
the method of	76
is known as	76
such as the	75
passing through the	75
be necessary to	75
the opposite direction	75
some of them	75
winding of the	75
a copy of	75
size of the	75
the cord circuit	75
a few minutes	75
end of this	75
applied to the	75
in the line	75
the current from	74
view of the	74
at one time	74
to see the	74
the position of	74
the side of	74
around the world	74
rest of the	74
of the time	73
instead of the	73
and as the	73
name of the	73
the battery is	73
two or more	73
have to be	73
which i have	73
academy of design	73
i have no	73
middle of the	73
this is not	73
of the water	73
in spite of	73
the presence of	73
to be in	72
the transmission of	72
will be the	72
found to be	72
of the various	72
it is also	72
is not a	72
stream of electrons	72
said to be	72
that has been	72
well as the	72
of the induction	71
letter to his	71
the possibility of	71
the hands of	71
an induction coil	71
coil of wire	71
that is to	71
wire to the	71
and in a	71
a message to	71
a portion of	71
three or four	71
was able to	70
is a very	70
the cause of	70
it consists of	70
and with the	70
at the central	70
passes through the	70
of the wires	70
of a single	70
he could not	70
of the apparatus	70
control of the	70
to the public	70
a short time	70
end of a	70
on to the	70
a system of	70
posts of the	70
and i have	70
this may be	69
the pressure of	69
of the ocean	69
is possible to	69
new york and	69
inches in diameter	69
the line of	69
which has been	69
one or more	69
connecting up the	69
we have a	69
as they are	69
on the net	68
the details of	68
a resistance of	68
head of the	68
with the other	68
a part of	68
of the american	68
as we have	68
the spark gap	68
in the course	68
are set up	67
the principle of	67
the other terminal	67
other side of	67
on which the	67
of which are	67
made by the	67
provided with a	67
for this reason	67
pass through the	67
when it was	67
plate of the	67
so that a	67
part of a	67
of the dynamo	67
is said to	67
as to make	66
the house of	66
the face of	66
of soft iron	66
is connected with	66
is used for	66
to that of	66
if you are	66
one terminal of	66
of the city	66
corresponding to the	66
the manufacture of	66
and one of	66
to do so	66
a coil of	66
of the core	66
in the new	66
and he was	66
the power of	66
this was a	66
which he was	66
as opposed to	66
a variety of	66
a very small	66
those of the	65
of the house	65
members of the	65
in a circuit	65
to which the	65
long as the	65
and for the	65
in the air	65
the alternating current	65
are in the	65
the center of	65
to the fact	65
it in the	65
i did not	65
the next day	65
the centre of	65
to prevent the	64
would not be	64
to the same	64
to and fro	64
so that they	64
form of the	64
of the old	64
through the coil	64
of the electro	64
to give the	64
a sort of	64
if it were	64
of the filament	64
the calling subscriber	64
send a message	63
if there is	63
the result is	63
each of these	63
said to have	63
has to be	63
of the magnetic	63
is provided with	63
of the th	63
which is a	63
in the way	63
i shall be	63
it does not	63
from new york	63
nature of the	63
mounted on a	63
from time to	62
shown at b	62
given to the	62
in the evening	62
in the direction	62
the tip of	62
in the figure	62
of the whole	62
a telephone receiver	62
as that of	62
the variable condenser	62
wire of the	62
should not be	62
at menlo park	62
aerial wire system	62
to do this	62
time to time	62
a few years	62
any one of	61
in the u	61
to go to	61
it will not	61
of the a	61
in the telephone	61
the wire is	61
be found in	61
the energy of	61
the present time	61
of the detector	61
of the second	61
we have seen	61
a length of	61
the grid circuit	60
to be made	60
when he was	60
the battery and	60
to the left	60
you will have	60
a long time	60
how to make	60
with the same	60
a great many	60
which it was	60
to the world	60
portions of the	59
a battery and	59
a crystal detector	59
of the spark	59
great deal of	59
the problem of	59
you have a	59
at which the	59
the movement of	59
turns of wire	59
the human voice	59
dots and dashes	59
of the internet	59
inch in diameter	59
for some time	59
connected to a	59
about the same	59
of the tuning	58
up and down	58
the story of	58
the vibrations of	58
for a moment	58
of the work	58
resistance in the	58
and how to	58
to form a	58
part in the	58
as will be	58
of those who	58
the armature of	58
some of these	58
is a good	58
say that the	58
the frequency of	58
that they are	58
to refer to	58
that there was	58
of the present	58
is that of	58
be in the	58
motion of the	58
of the field	58
in accordance with	58
that if the	58
all parts of	58
referred to as	58
across the line	58
the necessity of	57
of the earth	57
depends on the	57
this is done	57
the control of	57
that there are	57
in the aerial	57
to be found	57
its normal position	57
of the rheostat	57
it is obvious	57
the results of	57
the calling plug	57
that can be	57
there are a	57
shown by the	57
the whole of	57
at this point	57
in all the	57
it is in	57
attention to the	56
from which the	56
to his brother	56
back and forth	56
state of the	56
of the receiver	56
found in the	56
of the needle	56
of the jack	56
on the contrary	56
of the public	56
the object of	56
you can get	56
is due to	56
they are not	56
and from the	56
with which the	56
for the same	56
the means of	56
at the receiving	56
the coil is	56
the way of	56
tip of the	56
thence through the	55
the contents of	55
place in the	55
the poles of	55
shown at fig	55
vibrations of the	55
for a time	55
of a new	55
that i am	55
contact of the	55
a direct current	55
of a battery	55
it is now	55
made in the	55
is used in	55
and when the	55
in favor of	55
at least one	55
western electric company	55
construction of the	55
seemed to be	55
has been made	55
the plate of	55
respect to the	55
seen that the	55
there are many	55
coil and the	55
interest in the	55
more and more	55
the called subscriber	55
as a matter	55
at the point	55
wire from the	55
may be said	55
be used in	54
used for the	54
where it is	54
who had been	54
the coil of	54
with one of	54
and it will	54
are connected to	54
out from the	54
the following letter	54
of the invention	54
but in the	54
equal to the	54
in the primary	54
the influence of	54
with all the	54
he was not	54
coils of the	54
connect the other	54
that the current	54
center of the	54
the city of	54
and the current	54
miles of cable	54
of the switchboard	54
oscillations set up	53
to do it	53
has already been	53
of the key	53
that he could	53
are connected in	53
to the present	53
of the fact	53
the binding posts	53
pressure of the	53
it was found	53
is not the	53
it could be	53
there are several	53
the source of	53
there is an	53
the present day	53
is capable of	53
number of the	53
the quantity of	53
of a large	53
of a current	53
it is evident	53
of a few	53
when the current	53
the soft iron	53
in the field	52
in which it	52
proportional to the	52
went to the	52
the line circuit	52
number of lines	52
of the board	52
will have to	52
far as the	52
made up of	52
of this kind	52
a few hours	52
the first of	52
the difference between	52
half of the	52
of the greatest	52
a very large	52
at any time	52
a means of	52
point of view	52
a source of	52
from a letter	52
of a second	52
i have just	52
it and the	52
in response to	51
to pass through	51
of the called	51
must not be	51
contacts of the	51
would be a	51
of the original	51
and there is	51
should be used	51
is to say	51
seems to be	51
use of a	51
may not be	51
member of the	51
because it is	51
the current which	51
electrode vacuum tube	51
over the line	51
of the receiving	51
for a few	51
of the plate	51
the plate current	51
of the year	51
the posts of	51
hole in the	51
the wiring diagram	51
face of the	51
the introduction of	51
at the right	51
it to be	51
had not been	51
positive and negative	51
sending and receiving	51
the coils of	51
the negative plate	51
out by the	51
the side switch	51
i could not	51
has been the	51
was on the	50
to be done	50
and connect the	50
other terminal of	50
on each side	50
of more than	50
as one of	50
right angles to	50
and the two	50
of his life	50
of the cell	50
that of a	50
that could be	50
power of the	50
the electric telegraph	50
secretary of the	50
that they were	50
to take the	50
of the diaphragm	50
might have been	50
line of the	50
the inductance of	50
of turns of	50
of the people	50
is the most	50
to receive the	50
of the coils	50
so arranged that	50
i shall not	50
to return to	49
it is an	49
to find out	49
the act of	49
were to be	49
order that the	49
based on the	49
arrangement of the	49
it is impossible	49
and all the	49
of the iron	49
the grid of	49
the field of	49
of the british	49
the names of	49
is equal to	49
the summer of	49
ought to be	49
of the royal	49
to be able	49
this type of	49
added to the	49
passed through the	49
to connect the	49
just as the	49
you can see	49
by reason of	49
that he has	49
of the galvanometer	49
in the diagram	49
the inventor of	49
have been made	49
there has been	49
on one side	49
the spark coil	49
in the year	49
such a way	49
outside of the	49
of electrical engineers	49
of a condenser	49
to set up	49
to produce a	48
the a battery	48
the attention of	48
of the motor	48
the same direction	48
in opposite directions	48
consisted of a	48
that have been	48
the electric light	48
through which the	48
of the expedition	48
he was the	48
then connect the	48
of a telephone	48
on both sides	48
close to the	48
of the message	48
could be made	48
details of the	48
while he was	48
to which it	48
those who have	48
as a detector	48
it would have	48
the progress of	48
the b battery	48
of the carbon	48
to those who	48
in the great	48
place of the	48
one post of	48
to which he	48
kind of a	48
to flow through	48
of the posts	48
that he would	48
reference to the	48
by the use	48
the talking circuit	48
of its own	48
is used as	48
that had been	47
in his own	47
all of these	47
to the plate	47
the line switch	47
was not a	47
be noted that	47
are connected with	47
the range of	47
that you can	47
character of the	47
the next morning	47
as i have	47
you will see	47
the field coils	47
fastened to the	47
you will be	47
at each end	47
the same thing	47
of the ordinary	47
be used as	47
for a long	47
you will need	47
to find the	47
that i had	47
the age of	47
used to describe	47
instead of being	47
this can be	47
the place of	47
by using a	47
pieces of apparatus	47
and then the	47
is obvious that	47
of the commutator	46
the character of	46
from the other	46
it is said	46
poles of the	46
followed by a	46
is of the	46
the motion of	46
the completion of	46
battery and the	46
with regard to	46
it would not	46
will be a	46
section of the	46
can be obtained	46
to send a	46
centre of the	46
of some of	46
proved to be	46
the receiving station	46
of a small	46
the life of	46
of the generator	46
in the coil	46
both sides of	46
of the grid	46
it might be	46
the morning of	46
wiring diagram for	46
of one hundred	46
of the trunk	46
than that of	46
and through the	46
the armature and	46
two hundred and	46
in the city	46
in the house	46
than any other	46
the current flowing	46
or the other	46
the private branch	46
to increase the	46
and the next	46
matter of fact	46
the discovery of	46
to hold the	46
the back of	46
in which case	46
that the cable	46
to the telegraph	46
of the transmitter	46
for more information	45
addition to the	45
the machine is	45
a program that	45
which is shown	45
is not in	45
laying of the	45
in the end	45
the crystal detector	45
depends upon the	45
that may be	45
be remembered that	45
a little more	45
of the lines	45
to the positive	45
the same manner	45
the design of	45
he has been	45
and may be	45
the winding of	45
has been a	45
point of the	45
which will be	45
to the first	45
b in fig	45
to the earth	45
a quarter of	45
to the bottom	45
in some cases	45
of the main	45
the current to	45
all of them	45
of the central	45
in the wiring	45
of the human	45
you do not	45
to his parents	45
had been made	45
of the three	45
meeting of the	45
a receiving set	45
such as a	45
to the battery	45
in those days	45
instead of a	44
knowledge of the	44
with a single	44
access to the	44
which have been	44
the type of	44
of the spring	44
piece of apparatus	44
on the floor	44
may be seen	44
the line to	44
circuit of a	44
in case of	44
the pole pieces	44
from the fact	44
flows through the	44
each side of	44
at the head	44
flow of current	44
to the top	44
the close of	44
is connected in	44
the circuits of	44
the fall of	44
it is used	44
a sheet of	44
must have been	44
when a current	44
all of which	44
as a whole	44
bridged across the	44
the primary and	44
in the history	44
it has a	44
so long as	44
author of the	44
while the other	44
the advantage of	43
means of an	43
in the second	43
difference of potential	43
of the enterprise	43
same as that	43
of the wireless	43
letter to mr	43
i went to	43
he is a	43
it is easy	43
the front of	43
wiring diagram of	43
of the last	43
is evident that	43
times as much	43
principle of the	43
england and america	43
mounted on the	43
one of which	43
of wireless telegraphy	43
the process of	43
american institute of	43
of the government	43
employed in the	43
a stream of	43
given by the	43
of the room	43
a member of	43
the spring of	43
through the primary	43
used by the	43
to the current	43
a form of	43
manner in which	43
frequency of the	43
dynamo electric machines	43
and that it	43
is that it	43
of the electrical	43
is not to	43
is placed in	43
will give you	43
the binding post	43
resistance of a	43
that would be	43
a kind of	42
i am not	42
a letter from	42
from the central	42
it as a	42
i told him	42
in the centre	42
copy of the	42
the telephone business	42
of the war	42
the quality of	42
long enough to	42
all the time	42
of a magnet	42
progress of the	42
and the first	42
they may be	42
the expense of	42
by the same	42
it to a	42
at the left	42
the filament of	42
the question of	42
edge of the	42
interested in the	42
to bring the	42
in the last	42
changes in the	42
the receiver is	42
the existence of	42
in the midst	42
him in the	42
the secretary of	42
wireless telephone transmitter	42
much of the	42
circuit through the	42
the british government	42
the arrangement of	42
how to connect	42
connected in the	42
condition of the	42
if you can	42
in this respect	42
is easy to	42
to the number	42
high frequency currents	42
each other and	42
the midst of	42
in the ether	42
came to the	42
on the top	42
that is the	42
an inch in	41
to cause the	41
over to the	41
and the whole	41
the establishment of	41
of the plug	41
western union telegraph	41
in place of	41
been able to	41
the reason for	41
the best results	41
one of those	41
there would be	41
of it to	41
as if the	41
of the inventor	41
magnetic lines of	41
to the grid	41
of the case	41
a spark gap	41
in charge of	41
he was in	41
may have been	41
a line of	41
by this means	41
known as a	41
in view of	41
cause of the	41
to carry the	41
completion of the	41
in a very	41
and the cable	41
the unit of	41
by the current	41
the death of	41
institute of electrical	41
of an ampere	41
similar to that	41
if it be	41
it is made	41
a good deal	41
on the first	41
can be done	41
in each case	41
a way that	41
the making of	41
wire and the	41
has not been	41
condenser and the	41
primary coil of	41
is made of	41
through the wire	41
of the best	41
that this is	41
difference between the	40
the reason that	40
of the voice	40
in terms of	40
some of his	40
vacuum tube oscillator	40
the filament and	40
a current is	40
sir william thomson	40
of the way	40
when they are	40
of the parts	40
of the operator	40
have been the	40
on the market	40
the president of	40
when i was	40
of a long	40
has been found	40
resistance to the	40
the first selector	40
the secondary of	40
only a few	40
means of which	40
in the summer	40
secondary coil of	40
influence of the	40
and that he	40
the cable had	40
the wireless telephone	40
four or five	40
connected by a	40
battery to the	40
more of the	40
and i am	40
electrode of the	40
the sum of	40
but when the	40
and in this	40
on the right	40
it is connected	40
directors of the	40
would be the	40
way in which	40
have been a	40
which i am	40
to the binding	40
of a telegraph	40
used in connection	40
the incandescent lamp	40
of the following	40
at the distant	40
as may be	40
of the next	40
as a means	40
be connected to	40
there is one	39
same way as	39
to make them	39
consisting of a	39
to the telephone	39
for the reason	39
of his invention	39
together with the	39
effect of the	39
log on as	39
to the bell	39
the ability to	39
of a series	39
the condition of	39
circuits of the	39
in the grid	39
the battery to	39
beginning of the	39
and by the	39
in the construction	39
day and night	39
the body of	39
he writes to	39
than in the	39
was found to	39
with direct current	39
your host system	39
of the lamp	39
must be used	39
the laying of	39
in the art	39
that they have	39
the latter is	39
the weight of	39
to take a	39
the most important	39
be done by	39
is a great	39
an oscillation transformer	39
to be sent	39
as shown by	39
the first place	39
it was at	39
of the automatic	39
inductance of the	39
a solution of	39
in the armature	39
out of a	39
he would have	39
the shore end	39
like that of	39
for dynamo electric	39
with which he	39
look at the	39
for use in	39
the upper end	39
connection between the	39
my dear mr	39
and can be	39
the wire to	39
in this chapter	39
in making the	39
it was on	39
the atlantic ocean	38
that it can	38
to the next	38
the man who	38
of any kind	38
the instrument is	38
the oscillation transformer	38
telegraphy and telephony	38
of the building	38
the shape of	38
the function of	38
a strip of	38
be said to	38
at any rate	38
in the latter	38
the line was	38
for more than	38
of their own	38
on the morning	38
directly to the	38
the spirit of	38
in the matter	38
circuit with the	38
in the future	38
receiving set no	38
the application of	38
this is called	38
of which he	38
which is to	38
and that is	38
from the first	38
to the great	38
of the variable	38
compared with the	38
the employment of	38
the telephone was	38
goes to the	38
the same size	38
is shown a	38
the positive plate	38
i am sure	38
whole of the	38
of this with	38
that i was	38
in diameter and	38
of the brushes	38
from which it	38
there is nothing	38
coupled tuning coil	38
union telegraph company	38
on the side	38
the light of	38
to the ground	38
plug is inserted	38
out in the	38
of electric strain	38
caused by the	38
which he has	38
two of the	38
this case the	38
in circuit with	37
the loss of	37
this kind of	37
it did not	37
time of the	37
it is desired	37
by no means	37
in the subject	37
shown in figs	37
the key is	37
within a few	37
to show that	37
of the above	37
in the center	37
it on the	37
is the case	37
the height of	37
i have had	37
and the line	37
they will be	37
them to the	37
city of new	37
of the standard	37
not more than	37
miles from the	37
and thence to	37
in the hands	37
it is well	37
and there are	37
by the number	37
that the line	37
accordance with the	37
volt direct current	37
of the b	37
with the exception	37
that if a	37
a combination of	37
them in the	37
of a circuit	37
set up a	37
which could be	37
description of the	37
battery through the	37
was made to	37
to the new	37
of a vacuum	37
of the kind	37
to determine the	37
to see that	37
the two ends	37
not have to	37
by one of	37
letter of the	37
placed in a	37
that they will	37
in the public	37
all the way	37
and a few	37
with a view	37
connected with a	37
the oscillations set	37
that you are	37
with the battery	37
that is not	37
grid of the	37
is as follows	37
the distance between	36
it is of	36
to carry out	36
of the ringing	36
see that the	36
to a certain	36
the sound of	36
in the next	36
of the plates	36
into the sea	36
of the number	36
in proportion to	36
indicated by the	36
small amount of	36
in the text	36
the honor of	36
led to the	36
the condenser is	36
in which they	36
to respond to	36
his brother sidney	36
of electric waves	36
i have the	36
the hook switch	36
has been said	36
into the jack	36
in the present	36
that we have	36
that the two	36
current to flow	36
regulator for dynamo	36
he went to	36
how to use	36
the or positive	36
a single wire	36
story of the	36
i have seen	36
to a point	36
five or six	36
which the current	36
to meet the	36
the grid leak	36
in this manner	36
writes to his	36
of electrical engineering	36
it is very	36
to the base	36
for me to	36
and if the	36
and with a	36
in a given	36
here is a	36
the north pole	36
the path of	36
to give a	36
in the wire	36
they can be	36
the plate and	36
you will find	36
in the afternoon	36
to use it	36
in a small	36
as he was	36
i have a	36
new york on	36
removed from the	36
of a great	36
but he was	36
to produce the	36
charge of the	36
the lower end	36
the year before	36
the local circuit	36
now to be	36
published in the	36
the people of	36
thence to the	36
to lay the	36
the system of	36
the ship was	36
the operator at	36
is required to	36
the base of	36
is the best	36
picture of the	36
vibration of the	36
at each station	36
work on the	36
to connect them	36
be found to	36
not only the	36
but a few	36
of an induction	36
at all times	36
to operate the	36
but if you	36
at the university	35
flowing through the	35
to the surface	35
of this great	35
case of a	35
and london telegraph	35
the water wheel	35
described in the	35
has also been	35
as if it	35
quantity of electricity	35
they have been	35
and the new	35
the ringing key	35
could be done	35
in any way	35
the right of	35
likely to be	35
there are no	35
of the laboratory	35
the current through	35
which they are	35
leading to the	35
have been in	35
they do not	35
the pleasure of	35
will be necessary	35
but there is	35
that i should	35
but i have	35
of the problem	35
to the government	35
the great work	35
should be taken	35
new york to	35
north and south	35
said that the	35
part of it	35
in this the	35
of the box	35
was at the	35
current to the	35
it was to	35
side by side	35
house of representatives	35
throughout the world	35
be sent to	35
of the loop	35
the addition of	35
quarter of a	35
go to the	35
of a line	35
would like to	35
is given in	35
wires of the	35
london telegraph company	35
of these two	35
united states and	35
that such a	35
in the spring	35
as fast as	35
with a battery	35
of each of	35
a few months	35
a magnetic field	35
of a number	35
armature of the	35
of an ordinary	35
the study of	35
is the one	35
he was to	35
being able to	35
if they are	35
is attached to	35
it possible to	35
of the morse	35
the insulation of	35
of these is	35
to secure the	35
number of electrons	34
a mailing list	34
the principles of	34
that it may	34
can also be	34
is also a	34
as early as	34
not in use	34
and i was	34
the best of	34
of this type	34
the latter with	34
had been a	34
strand of the	34
the first and	34
so that there	34
will be in	34
hertzian wave telegraphy	34
cycles per second	34
determined by the	34
telephone and telegraph	34
up with the	34
the magnet is	34
of great britain	34
and the same	34
refer to the	34
in the ordinary	34
for it is	34
all that is	34
loose coupled tuning	34
of the niagara	34
of the business	34
at the beginning	34
no matter how	34
distance from the	34
the calling line	34
must have a	34
in the room	34
for you to	34
he had made	34
it is true	34
current from a	34
in which i	34
it is seen	34
waves in the	34
to the central	34
movements of the	34
was not until	34
of this to	34
he and his	34
as they were	34
seen in the	34
have to do	34
the benefit of	34
to get to	34
an example of	34
that the first	34
post of this	34
the core of	34
the line relay	34
not less than	34
is done by	34
of the electrons	34
is the only	34
by the fact	34
he wrote to	34
was a great	34
for several years	34
of the general	34
circuit and the	34
and will be	34
national academy of	34
base of the	34
to all the	34
of the contact	34
the news of	34
was due to	34
as compared with	34
the order of	34
in like manner	34
the primary of	34
enclosed in a	34
cable across the	34
this term is	34
if it had	34
for a short	34
should have been	34
of them are	34
to tell you	34
as a rule	34
detector receiving set	34
the service of	34
the parts and	34
the coils are	34
of the multiple	34
primary and secondary	34
as many as	34
a result of	34
was that the	34
the grid is	34
i should be	34
introduction of the	33
coil with the	33
to its normal	33
i think i	33
for the last	33
the supervisory relay	33
which is connected	33
line to the	33
to become a	33
the way in	33
proportion to the	33
controlled by the	33
so called because	33
miles an hour	33
illustrated in fig	33
is mounted on	33
is such that	33
of the english	33
a person who	33
in the preceding	33
incandescent electric lamp	33
a battery of	33
the failure of	33
incandescent electric lamps	33
this is an	33
change in the	33
in consequence of	33
of a simple	33
days of the	33
the current will	33
the basis of	33
to do the	33
to believe that	33
attached to a	33
be given to	33
electromotive force of	33
to note that	33
the evening of	33
this with the	33
by a single	33
so that you	33
length of wire	33
much the same	33
be used with	33
other parts of	33
current flowing through	33
it was an	33
study of the	33
what is called	33
connect them up	33
parallel with the	33
it was necessary	33
placed on the	33
a mass of	33
and there was	33
a permanent magnet	33
different kinds of	33
be allowed to	33
of electrical distribution	33
force of the	33
is not an	33
one of its	33
and as a	33
of the instruction	33
leading from the	32
to create a	32
the morse code	32
of the vacuum	32
of copper wire	32
the list of	32
the temperature of	32
large amount of	32
solution of the	32
so that he	32
message to the	32
a capacity of	32
more than two	32
in the most	32
system of electrical	32
even in the	32
and you will	32
of the cut	32
he was able	32
by the time	32
the various parts	32
end of each	32
many of them	32
coil in the	32
do with the	32
diagram of the	32
the detector tube	32
capable of being	32
to show the	32
you will get	32
if you will	32
it is so	32
faith in the	32
he had a	32
diagram in fig	32
europe and america	32
current passing through	32
would have to	32
it was only	32
news of the	32
over the world	32
oscillations in the	32
if the current	32
of the many	32
up to a	32
to connect to	32
seem to be	32
of electrical energy	32
as there are	32
a single line	32
in the pub	32
length of time	32
to find a	32
it is shown	32
to give you	32
in a single	32
to send out	32
we had a	32
not in the	32
mile wireless telephone	32
and the secondary	32
to the eye	32
by the way	32
the words of	32
the dynamo is	32
that the telephone	32
of the future	32
the magnetic circuit	32
through the armature	32
the condenser and	32
the switch is	32
may be called	32
deflection of the	32
it is difficult	32
i had been	32
was found that	32
result is that	32
the other to	32
current passes through	32
sent to the	32
on top of	32
the working of	32
i wish to	32
passage of the	32
it could not	32
the time the	32
had been in	32
is desired to	32
of a certain	32
is impossible to	32
and so the	32
that i shall	32
is now in	32
to such a	32
to be had	32
to the two	32
the movements of	32
the main line	32
the higher the	32
is likely to	32
in conjunction with	32
insulated from the	31
with alternating current	31
of the early	31
the matter of	31
to the aerial	31
be of the	31
by analogy with	31
in mind that	31
act as a	31
the exception of	31
operator at the	31
a method of	31
and also to	31
hundred and twenty	31
i had a	31
wires from the	31
insulation of the	31
the bell company	31
we find that	31
the wave length	31
of the transformer	31
the wires of	31
is produced by	31
by the action	31
how to do	31
are the same	31
to get it	31
that will be	31
rate of vibration	31
and i shall	31
it is customary	31
that they had	31
do not know	31
for the next	31
to be connected	31
the battery current	31
the edge of	31
had already been	31
on the grid	31
i am now	31
to raise the	31
his wife and	31
down in the	31
acts as a	31
find that the	31
of this is	31
of that day	31
alexander graham bell	31
is for the	31
the appearance of	31
by way of	31
the effects of	31
the most common	31
of the entire	31
limbs of the	31
secondary circuit of	31
to the negative	31
which has a	31
out of circuit	31
of the family	31
that the telegraph	31
the aerial and	31
of the energy	31
may be a	31
cable on board	31
the letters of	31
noticed that the	31
is difficult to	31
in the two	31
great number of	31
it is quite	31
the office of	31
and that of	31
the text of	31
coils of wire	31
spring of the	31
upper end of	31
we shall see	31
the business of	31
of the treasury	31
and new york	31
the foot of	31
of which i	31
advantage of the	31
years of age	31
function of the	31
engaged in the	31
to the point	31
that it could	31
cost of the	31
to one side	31
of the jar	31
this method of	31
to allow the	31
referring to the	31
have access to	31
supposed to be	31
with the ground	31
in some way	31
that one of	31
for the use	31
with the aid	31
been made to	31
the telephone is	31
the two countries	31
a period of	31
the following year	31
at new york	31
the kind of	31
can be connected	31
while it is	30
there were no	30
shown at the	30
should be of	30
in the country	30
this means that	30
all the other	30
currents in the	30
which is in	30
the internal resistance	30
two ends of	30
the receiving aerial	30
are made to	30
by a current	30
which we are	30
whether or not	30
the young man	30
in all directions	30
that all the	30
a young man	30
was a man	30
the coast of	30
he had not	30
to close the	30
of academy of	30
to form the	30
most of them	30
come to the	30
such a manner	30
source of current	30
that it has	30
of the dial	30
which was to	30
a few weeks	30
if he had	30
the formation of	30
life of the	30
would not have	30
on the left	30
the air in	30
what is a	30
now in the	30
to the filament	30
continuous wave telegraph	30
but this is	30
between england and	30
to measure the	30
fact that it	30
the current of	30
height of the	30
it into the	30
to the main	30
each other in	30
the directors of	30
of electric lighting	30
name of a	30
to one end	30
similar to the	30
made with the	30
piece of iron	30
were in the	30
cable from the	30
was at once	30
this will be	30
was obliged to	30
there must be	30
any part of	30
wound on the	30
in a way	30
there may be	30
such as is	30
the file you	30
is on the	30
up in a	30
the wire and	30
circuit may be	30
the sending station	30
the cell is	30
part of this	30
appears to be	30
vibrations per second	30
is able to	30
familiar with the	30
be capable of	30
the depth of	30
the patent office	30
to me that	30
to obtain the	30
to be an	30
the other wire	30
not only to	30
those who had	30
arm of the	30
inside of the	30
the potential of	30
to the wire	30
the relay is	30
the difficulty of	30
energy of the	30
up to this	30
that when a	30
in relation to	30
and they are	30
wire in the	30
to see you	30
the contacts of	30
the receiving end	30
close of the	30
included in the	30
in new haven	30
be connected with	30
jack of the	30
of the oscillation	30
the conclusion that	30
are placed in	30
followed by the	30
of the file	30
this form of	30
of a system	30
the government of	30
of the subscriber	30
to complete the	30
an output of	30
so that when	30
this has been	30
by virtue of	29
a hole in	29
wound on a	29
one of my	29
a few seconds	29
a very high	29
are going to	29
is set up	29
since it is	29
the wire from	29
it with a	29
the niagara and	29
a speed of	29
when this is	29
the early s	29
with the first	29
the jack of	29
obvious that the	29
it is desirable	29
borne in mind	29
and is the	29
times a second	29
an iron core	29
be said that	29
just the same	29
there can be	29
the early days	29
to provide a	29
the product of	29
origin of academy	29
may also be	29
up on the	29
line at the	29
the solution of	29
not at all	29
of the power	29
which was the	29
electrons in the	29
of the national	29
now and then	29
will be able	29
of a very	29
contact is made	29
the english government	29
the grid and	29
but for the	29
evident that the	29
of science and	29
electronic frontier foundation	29
number of stations	29
for this set	29
to the zinc	29
as to what	29
the positive and	29
the direct current	29
something like this	29
the laws of	29
the voice currents	29
the time when	29
the importance of	29
of a given	29
morse and his	29
cut out of	29
of the conductor	29
a succession of	29
is no longer	29
a day or	29
but they are	29
an idea of	29
the wires from	29
on the evening	29
with reference to	29
and the battery	29
was necessary to	29
the answering plug	29
sent through the	29
of the more	29
the post office	29
and i had	29
have not been	29
there is not	29
the called line	29
of the signal	29
as not to	29
weight of the	29
will be understood	29
up the apparatus	29
noted that the	29
comes from the	29
of the oscillations	29
the current and	29
it seems to	29
to a very	29
when the armature	29
the telegraph in	29
early in the	29
described in chapter	29
employed by the	29
and he has	29
to be taken	29
potential of the	29
more than the	29
and origin of	29
be the same	29
the wireless telegraph	29
passed through a	29
in wireless telegraphy	29
in the cable	29
give you the	29
seem to have	29
connects with the	29
of the man	29
the other direction	29
the old world	29
that at the	29
the cable is	29
air in the	29
with one end	29
consists of two	29
in the above	29
they did not	29
end to the	29
return to the	29
that you have	29
revolution of the	29
it from the	29
less than the	29
new york in	29
current flows through	29
we have to	29
core of the	29
of lines of	29
of the large	29
of the subject	29
the diameter of	29
in the enterprise	29
which would be	29
along the line	29
but i am	29
as has been	29
in the original	29
manufacture of the	29
depending upon the	29
out on the	29
piece of wire	29
there are three	29
was in a	29
lost in the	28
known to the	28
which is not	28
in the mean	28
that part of	28
but there are	28
as the current	28
you may have	28
shown at c	28
i was in	28
in the past	28
of the wave	28
the shores of	28
of the hook	28
in the highest	28
in the lower	28
edison and his	28
over and over	28
but it will	28