quadgram

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

quadgram	frequency
at the same time	274
the end of the	241
in the case of	219
is shown in fig	210
by means of a	199
as shown in fig	197
on the other hand	180
of the united states	177
the resistance of the	175
by means of the	166
in the united states	163
in connection with the	142
the bottom of the	142
one end of the	139
at the end of	137
the ends of the	135
the other end of	129
for the purpose of	128
on the th of	118
in the form of	112
at the rate of	109
it will be seen	108
the use of the	105
in series with the	103
the circuit of the	102
the case of the	101
in a letter to	100
on the part of	98
the fact that the	98
the action of the	98
of the atlantic telegraph	97
the strength of the	96
the current in the	93
the top of the	92
one of the most	91
a large number of	90
other end of the	89
the operation of the	89
at a in fig	88
the speed of the	87
as soon as the	86
to one of the	84
the atlantic telegraph company	84
in the plate circuit	83
the length of the	83
the direction of the	83
at the other end	81
the other post of	81
the terminals of the	80
as shown in the	80
on account of the	77
shown at a in	76
side of the line	76
the rest of the	74
the form of a	74
in the opposite direction	73
the middle of the	73
it is necessary to	73
in the same way	73
a current of electricity	72
as well as the	72
if you want to	72
the voltage of the	71
and at the same	71
is one of the	71
the surface of the	70
will be seen that	70
it is possible to	68
in front of the	68
the other side of	67
in the course of	67
at the central office	66
is connected to the	66
the name of the	66
of the new york	65
the success of the	65
set up in the	65
of the induction coil	65
one side of the	65
in the middle of	64
to the fact that	63
was one of the	62
from time to time	62
the size of the	62
the part of the	62
to the end of	61
at the bottom of	61
set up by the	61
as in the case	61
a great deal of	59
for the first time	58
one terminal of the	58
other side of the	58
of the tuning coil	58
of one of the	57
it consists of a	57
as shown at a	57
end of the line	56
on the other side	56
so as to be	56
in contact with the	55
as a matter of	55
the head of the	54
as it is called	53
the development of the	53
of the secondary coil	52
the invention of the	52
in a letter of	52
the tip of the	52
at the present time	51
that is to say	51
the center of the	51
with respect to the	51
all parts of the	51
in regard to the	50
the side of the	50
at right angles to	50
the western electric company	50
the other terminal of	50
a letter to his	50
the position of the	49
the posts of the	49
in order that the	49
the control of the	49
the lines of force	48
a vacuum tube detector	48
in the direction of	48
in such a way	48
to be able to	48
the capacity of the	48
it is obvious that	47
are shown in fig	47
by the use of	47
the value of the	47
as long as the	46
a matter of fact	46
end of the wire	46
of the fact that	46
in the same direction	46
a portion of the	46
send a message to	46
and the other end	46
in the way of	45
the nature of the	45
with one of the	45
the number of turns	45
as shown at b	45
of the posts of	45
of the electric current	44
one of the posts	44
the history of the	44
the same as that	43
of the western electric	43
it is evident that	43
from the fact that	43
so that it will	43
of the primary coil	43
it is to be	43
by means of an	43
the vibrations of the	43
the end of a	43
the amount of current	42
a part of the	42
the centre of the	42
of the great eastern	42
the movement of the	42
both sides of the	42
other post of the	41
at the time of	41
magnetic lines of force	41
current in the plate	41
american institute of electrical	41
end of the cable	41
in the midst of	41
institute of electrical engineers	41
of the cord circuit	41
in one of the	41
as one of the	40
shown in the wiring	40
so as to make	40
the back of the	40
the state of the	40
other terminal of the	40
on the subject of	40
the use of a	40
in the history of	40
is known as the	40
in the wiring diagram	40
number of turns of	40
the aerial wire system	40
used in connection with	40
by means of which	40
a coil of wire	40
it is easy to	40
the current from the	40
one post of the	39
is the same as	39
of an electric current	39
in addition to the	39
the western union telegraph	39
at the head of	39
the plate of the	39
each side of the	39
the same way as	39
the pressure of the	39
was the first to	39
the inventor of the	38
in this case the	38
to that of the	38
for a long time	38
the whole of the	38
on each side of	38
of the atlantic cable	38
the primary coil of	38
that it would be	38
the president of the	38
western union telegraph company	37
the oscillations set up	37
the face of the	37
the winding of the	37
the grid of the	37
the frequency of the	37
city of new york	37
in the first place	37
strength of the current	37
of the western union	37
in the hands of	36
the construction of the	36
is connected with the	36
the front of the	36
the secretary of the	36
at the top of	36
it will be found	36
in the same manner	36
in accordance with the	36
for the reason that	36
the poles of the	35
the number of the	35
of a vacuum tube	35
the beginning of the	35
so far as the	35
is due to the	35
pole of the battery	35
the details of the	35
and one of the	35
and london telegraph company	35
for dynamo electric machines	34
loose coupled tuning coil	34
to the number of	34
as that of the	34
it will not be	33
be seen that the	33
is shown in the	33
on the morning of	33
as we have seen	33
the laying of the	33
regulator for dynamo electric	33
the vacuum tube detector	33
are set up in	33
of the variable condenser	33
in a few days	33
connected in series with	33
the motion of the	32
it was found that	32
other post of this	32
it was not until	32
of the calling plug	32
the resistance of a	32
of an inch in	32
terminal of the filament	32
by the fact that	32
of a number of	32
of the line and	32
the inductance of the	32
by the number of	32
the united states and	32
the city of new	32
is said to be	32
may be made to	32
at a distance of	32
of some of the	31
the line of the	31
it is desired to	31
the coil of the	31
all over the world	31
secondary coil of the	31
in new york city	31
with the aid of	31
strand of the cord	31
a stream of electrons	31
of the vacuum tube	31
national academy of design	31
are connected to the	31
the upper end of	31
in the construction of	31
it is impossible to	31
at the receiving station	31
and the other post	31
the secondary coil of	31
in the summer of	31
one of the first	31
the armature of the	31
if you have a	31
by the action of	31
of an induction coil	31
the number of lines	30
you will have to	30
the secondary circuit of	30
the coils of the	30
of academy of design	30
to do with the	30
a letter to mr	30
with the exception of	30
as a result of	30
the effect of the	30
bottom of the sea	30
as shown by the	30
the cause of the	30
president of the united	30
of the current in	30
any one of the	30
in the new york	30
in such a manner	30
the passage of the	30
the result is that	30
and origin of academy	29
the introduction of the	29
the close of the	29
the influence of the	29
that it was a	29
for the use of	29
the directors of the	29
as a means of	29
the two ends of	29
system of electrical distribution	29
it will be necessary	29
the base of the	29
a copy of the	29
origin of academy of	29
end of the secondary	29
to his brother sidney	29
ends of the wire	29
other end of this	29
used to refer to	28
under the control of	28
the progress of the	28
and how to connect	28
the lower end of	28
will be able to	28
as well as to	28
of this with the	28
in the grid circuit	28
that there is a	28
with one end of	28
with a view to	28
which is shown in	28
in the other direction	28
circuit of the line	28
of a series of	28
the character of the	28
the fact that it	28
the manner in which	28
at the beginning of	28
a quarter of a	28
of the latter with	28
is provided with a	28
how to connect them	28
the principle of the	28
to connect them up	28
end of the armature	28
at the age of	27
be used as a	27
as well as a	27
parts of the world	27
a member of the	27
he was able to	27
seems to have been	27
to one end of	27
are connected in series	27
that there is no	27
the way in which	27
in the spring of	27
on the evening of	27
the filament of the	27
the plate circuit of	27
under the influence of	27
an inch in diameter	27
in the mean time	27
in series with a	27
the latter part of	27
it would have been	27
insulated from each other	27
he writes to his	27
between new york and	26
oscillations set up by	26
it is customary to	26
it is difficult to	26
can be made to	26
will be found to	26
at one end of	26
be found in the	26
the same manner as	26
on both sides of	26
other parts of the	26
it is only necessary	26
on board the agamemnon	26
the case of a	26
are connected with the	26
at the university of	26
to the united states	26
current from the battery	26
it may be said	26
connecting up the apparatus	26
be borne in mind	26
of the a battery	26
a day or two	26
in the secondary coil	26
how to make a	26
through the primary coil	26
is not to be	25
and the other to	25
of the called subscriber	25
the time of the	25
as far as possible	25
the primary circuit of	25
but it was not	25
a great variety of	25
side of the battery	25
with one post of	25
is shown at a	25
at the close of	25
from the standpoint of	25
two ends of the	25
the quantity of electricity	25
in proportion to the	25
of the side switch	25
primary coil of the	25
the potential of the	25
the insulation of the	25
in the centre of	25
from end to end	25
in order to make	25
a good deal of	25
of the oscillation transformer	25
the height of the	25
as shown at c	25
parts and how to	24
the file you want	24
as shown at fig	24
will be necessary to	24
secretary of the treasury	24
of a piece of	24
such a way that	24
the body of the	24
for the benefit of	24
the edge of the	24
in the development of	24
for a short time	24
to say that the	24
the or positive electrode	24
be connected to the	24
the parts and how	24
to the passage of	24
tip of the calling	24
the current through the	24
of each of the	24
the secondary of the	24
the manufacture of the	24
the place of the	24
the story of the	24
the arrival of the	24
the distance between the	24
tube detector receiving set	24
the live side of	24
to flow through the	24
to its normal position	24
radio corporation of america	24
electrode of the a	24
a certain amount of	24
on the face of	24
in the nature of	24
with regard to the	24
is said to have	24
upper end of the	24
to be found in	24
limbs of the line	24
the energy of the	24
vacuum tube detector receiving	24
in a few minutes	24
of which is shown	24
in spite of the	24
the cost of the	24
direction of the current	24
cubic feet of water	23
on one side of	23
and on the th	23
as if it were	23
are a number of	23
on top of the	23
in place of the	23
the size of a	23
of a pair of	23
to pass through the	23
borne in mind that	23
by reason of the	23
the operator at the	23
a hole in the	23
resistance of the circuit	23
oscillations set up in	23
to which it is	23
but it is not	23
in the circuit of	23
the stern of the	23
the diameter of the	23
shown in the diagram	23
as will be seen	23
to the central office	23
the completion of the	23
the power of the	23
shown in the figure	23
at the foot of	23
to the top of	23
it will be noticed	23
is placed in the	23
in circuit with the	23
in the production of	23
in view of the	23
the national academy of	23
the construction of a	23
the life of the	23
described in connection with	23
it is seen that	23
the primary and secondary	23
inches in diameter and	23
it will be remembered	23
for the sake of	23
this is done by	23
the early days of	23
a large amount of	23
of the number of	23
connect the other post	22
there are a number	22
the function of the	22
it has been found	22
that it can be	22
two limbs of the	22
connecting up the parts	22
at b in fig	22
in the fact that	22
end of the primary	22
or positive electrode of	22
the wire from the	22
of the electric light	22
of one of these	22
of the terminals of	22
it was necessary to	22
to ground through the	22
piece of soft iron	22
in connection with fig	22
the gulf of st	22
the two limbs of	22
as well as in	22
the apparatus you need	22
to do is to	22
exactly the same as	22
in the primary circuit	22
waves in the ether	22
from new york to	22
the attention of the	22
x y operation code	22
from the central office	22
of the storage battery	22
it is interesting to	22
as soon as it	22
any part of the	22
one of the greatest	22
wireless telegraphy and telephony	22
on the top of	22
from a letter of	22
the hands of the	22
the battery to the	22
the primary of the	22
than that of the	22
the weight of the	21
of turns of wire	21
about the same time	21
due to the fact	21
the early part of	21
be said to have	21
the same as in	21
the air in the	21
at each end of	21
i do not know	21
said to have been	21
construction and maintenance company	21
and connect the other	21
this part of the	21
is made up of	21
such a way as	21
and it was not	21
it is true that	21
across the atlantic ocean	21
the name of a	21
to the use of	21
is used as a	21
in the manufacture of	21
the morning of the	21
such a manner that	21
the same as the	21
a way as to	21
at a time when	21
for the transmission of	21
on the side of	21
of the telephone receiver	21
so that it can	21
at the receiving end	21
limb of the line	21
as long as it	21
so that it is	21
there can be no	21
of the same size	21
telegraph construction and maintenance	21
the north pole of	21
connect one end of	21
in the secondary circuit	21
two hundred and fifty	21
there will be no	21
the new york herald	21
end of the coil	21
in the use of	21
be noted that the	21
of the human voice	21
the electronic frontier foundation	21
connect one of the	21
that part of the	21
each end of the	21
to the bottom of	21
the arrangement of the	21
the flow of the	21
the contents of the	21
lines of electric strain	20
and the united states	20
of the house of	20
the right of the	20
wireless telephone transmitting set	20
that are set up	20
of apparatus layout for	20
the th of march	20
the end of this	20
in the shape of	20
of the present day	20
to one terminal of	20
the house of commons	20
the post of the	20
three electrode vacuum tube	20
through the winding of	20
wiring diagram in fig	20
a vacuum tube oscillator	20
ringing and listening keys	20
will be found that	20
the a battery and	20
view of apparatus layout	20
letter to his brother	20
in the light of	20
the dots and dashes	20
of the alternating current	20
the internal resistance of	20
the deflection of the	20
it will be noted	20
the square of the	20
live side of the	20
will be seen from	20
it is a good	20
so that you can	20
two electrode vacuum tube	20
end of the core	20
in the early days	20
over and over again	20
of the electric telegraph	20
is attached to the	20
the house of representatives	20
y operation code the	20
top view of apparatus	20
the same number of	20
in the matter of	20
the circuit through the	20
the wiring diagram in	20
the core of the	20
post of the variable	20
in the aerial wire	20
in all parts of	20
it will be understood	20
of the secondary circuit	20
one of the terminals	20
in which it is	20
the subject of the	20
condenser and the other	20
that it is not	20
that portion of the	20
is only necessary to	20
it is said that	20
a current of ampere	20
the rate at which	20
you can use a	20
a great number of	20
a few years ago	19
was found to be	19
the connection between the	19
when the key is	19
is interesting to note	19
in the name of	19
it must be remembered	19
the production of a	19
so as to form	19
the course of a	19
you will see that	19
the path of the	19
we shall find that	19
is known as a	19
the th of august	19
between it and the	19
of which is connected	19
as well as for	19
the circuits of the	19
so long as the	19
set up in it	19
is obvious that the	19
was a man of	19
in the center of	19
in a few hours	19
it is well to	19
the edison electric light	19
are shown in the	19
one hundred and fifty	19
the line to the	19
into contact with the	19
between the poles of	19
be connected with the	19
it is one of	19
a year or two	19
nothing to do with	19
the design of the	19
by one of the	19
the battery through the	19
to the conclusion that	19
of the royal society	19
the rotary side of	19
at a and b	19
are set up by	19
the flow of current	19
to the atlantic telegraph	19
will be noticed that	19
right angles to the	19
will be noted that	19
the condition of the	19
the foot of the	19
of the line to	19
the filament and the	19
to be used for	19
on board the great	19
at the point of	19
lower end of the	19
and there is no	19
a plug is inserted	19
of the magnetic field	19
it was on the	19
kellogg switchboard and supply	19
will not be necessary	19
the purpose of the	19
as soon as possible	19
and thence to the	19
on the end of	19
of the battery and	19
current passing through the	19
in the field of	19
the news of the	19
in series in the	19
the variable condenser and	18
of the first selector	18
this kind of a	18
up to this time	18
may be said to	18
not be necessary to	18
to the surface of	18
vacuum tube receiving set	18
means of which the	18
in the fall of	18
the space between the	18
at the distant end	18
a plate potential of	18
a or storage battery	18
the office of the	18
of the city of	18
grid of the detector	18
post of the rheostat	18
it could not be	18
in the presence of	18
board the great eastern	18
of the spark coil	18
that it will be	18
it was in the	18
for the production of	18
it is shown at	18
the same way that	18
be noticed that the	18
plate of the condenser	18
in the path of	18
positive electrode of the	18
of water a minute	18
is that of the	18
the kellogg switchboard and	18
by the aid of	18
current passes through the	18
the positive and negative	18
the cable from the	18
the form of the	18
the two sides of	18
the radio corporation of	18
current flows through the	18
the pearl street station	18
the operation of this	18
there will be a	18
and the other terminal	18
you are ready to	18
of the instruction word	18
north pole of the	18
the action of a	18
of the state of	18
the contacts of the	18
in the body of	18
to be in the	18
and the resistance of	18
from the b battery	18
receiver from its hook	18
by a current of	18
when a current is	18
in favor of the	18
plug is inserted into	18
the service of the	18
the spring of the	18
the wire to the	18
as we shall see	18
rotary side of the	18
and by means of	18
as far back as	18
of the art of	18
the wires from the	18
by the incoming waves	18
a cable across the	18
the result of the	18
as to form a	18
inventor of the telegraph	18
long wave receiving set	18
of the b battery	18
of the calling line	18
the cable on board	18
a simple vacuum tube	18
most of the time	18
this is the case	18
the government of the	18
what is known as	17
the same amount of	17
to have been the	17
at the main menu	17
the reason for this	17
telephone and telegraph company	17
the making of a	17
so arranged as to	17
is given in fig	17
edison electric light company	17
may be traced from	17
for more than a	17
as they are called	17
the officers of the	17
on account of its	17
can be used to	17
the object of the	17
is determined by the	17
of it to the	17
letter of the th	17
was due to the	17
that he could not	17
to the flow of	17
without the use of	17
the american telephone and	17
zinc pole of the	17
i am going to	17
the temperature of the	17
the current passing through	17
is shown at b	17
in addition to this	17
internal resistance of the	17
american telephone and telegraph	17
of the current is	17
in the bottom of	17
the intensity of the	17
to send a message	17
to the invention of	17
in order to obtain	17
the american institute of	17
a meeting of the	17
in charge of the	17
per cent of the	17
invention of the telegraph	17
state of the art	17
the poles of a	17
the free end of	17
may be due to	17
of this to the	17
the difference between the	17
poles of the magnet	17
you must have a	17
it was he who	17
the total number of	17
the wires of the	17
of sulphate of copper	17
interesting to note that	17
that it was not	17
the circuit is closed	17
that it could be	17
may be said that	17
the secondary coil and	17
sides of the atlantic	17
out of the circuit	17
a and b in	17
the failure of the	17
of the cable was	17
the th of july	17
of the edison electric	17
side of the atlantic	17
as soon as he	17
at the point where	17
in the line circuit	17
connect the other end	17
terminal of the battery	17
same as that of	17
between the two countries	17
that he did not	17
in the text of	17
is that it is	17
can be used as	17
is used in the	17
shall be able to	17
shown at b in	17
switchboard and supply company	17
wire wound on a	17
one hundred and twenty	17
the amplitude of the	17
the movements of the	17
the arm of the	17
of the battery is	17
in new york on	17
in this way the	17
this can be done	17
sent out by the	16
difference of potential between	16
you do not have	16
and the number of	16
will pass through the	16
the sides of the	16
the chamber of commerce	16
the latter with the	16
tube acts as a	16
it would be a	16
the passage of a	16
with a piece of	16
the aerial and the	16
the fact that a	16
electrode tube acts as	16
care should be taken	16
the working of the	16
thimble of the jack	16
is to be used	16
the needle of the	16
in response to the	16
on board the niagara	16
guide to the internet	16
the same as those	16
the battery and the	16
the oscillation choke coil	16
clip of the tuning	16
from all parts of	16
be found to be	16
can be used with	16
referred to as a	16
at c in fig	16
not be able to	16
electrode vacuum tube detector	16
so as to give	16
used as a detector	16
in consequence of the	16
to lay the cable	16
to the amount of	16
in the early part	16
the line at the	16
the letters of the	16
the telegraph construction and	16
at home and abroad	16
the quality of the	16
secondary circuit of the	16
you can get a	16
sides of the line	16
one of which is	16
an idea of the	16
at one end to	16
care must be taken	16
through the coil of	16
is connected in series	16
current to flow through	16
you are going to	16
to mile wireless telephone	16
in which case the	16
and that of the	16
be seen in the	16
the hole in the	16
it is best to	16
it would not be	16
to the other side	16
out of the way	16
of the lines of	16
in a way that	16
angles to each other	16
for sending set no	16
is the number of	16
the high frequency currents	16
in relation to the	16
it is not possible	16
with the grid of	16
as the result of	16
have the honor to	16
of lines of force	16
is equal to the	16
the intermediate distributing frame	16
transformer amplifying receiving set	16
post of this to	16
the following extracts from	16
may be used for	16
or negative electrode of	16
turns of wire on	16
may be used to	16
of the permanent magnet	16
the current flowing through	16
the closed oscillation circuit	16
the vibration of the	16
to the present day	16
the jack of the	16
the positive pole of	16
a wide range of	16
will give you the	16
to set up the	16
a small piece of	16
the capacity of a	16
positive terminal of the	16
do not have to	16
to the binding post	16
by the radio corporation	16
it may be stated	16
the course of the	16
you can see that	16
the presence of the	16
shown at a and	16
the atlantic telegraph cable	16
the duration of the	16
some of the most	16
must be remembered that	16
subdivision of the electric	16
in which he was	16
the first of the	16
at a meeting of	16
or a vacuum tube	16
frequency transformer amplifying receiving	16
oscillations are set up	16
being connected to the	16
right angles to each	16
with one terminal of	16
is connected to a	16
the operation of c	16
the frame of the	16
this side of the	16
a wireless telephone transmitter	16
post of this with	16
it seemed as if	16
on the d of	16
for receiving set no	16
have been compelled to	16
mile wireless telephone transmitter	16
the aid of a	16
the hands of a	16
made up my mind	16
one end of a	16
that all of the	16
as to make the	16
solution of the problem	16
the people of the	16
a resistance of about	16
for this reason the	16
into the jack of	16
and b in fig	16
and it will be	16
of the nature of	16
your letter of the	16
shown at c in	16
plate circuit of the	16
to go into the	15
on either side of	15
in the house of	15
system of electric lighting	15
the central office and	15
all of the other	15
as a sort of	15
feet of water a	15
if there is any	15
to refer to the	15
the first atlantic cable	15
and a half miles	15
the tip side of	15
between england and america	15
i hope you will	15
so that they will	15
to be used in	15
in connection with this	15
very truly your friend	15
at the lower end	15
the outside of the	15
of the energy of	15
to the binding posts	15
as far as the	15
it is not necessary	15
the following letter to	15
inventor of the telephone	15
different parts of the	15
in order to prevent	15
we have seen that	15
i have been compelled	15
on the st of	15
the flow of water	15
must be borne in	15
the terminals of a	15
the difference of potential	15
and it is not	15
current flowing through the	15
primary and secondary coils	15
connected to the internet	15
from the battery to	15
of the current and	15
in this case is	15
end of which is	15
that there was a	15
speed of the ship	15
laying of the cable	15
the result of a	15
end of the battery	15
it is a very	15
the continuity of the	15
the united states of	15
brown and sharpe gauge	15
this was the first	15
application for a patent	15
as the case may	15
at the time the	15
the cable had been	15
th of an inch	15
how to become a	15
has a resistance of	15
the direction in which	15
the dean electric company	15
the floor of the	15
in the operation of	15
various pieces of apparatus	15
of the action of	15
result is that the	15
a piece of iron	15
in exactly the same	15
one or the other	15
a piece of soft	15
in the strength of	15
deflection of the needle	15
bottom of the ocean	15
a person who is	15
all you have to	15
of the nineteenth century	15
it is desirable to	15
of the standard cell	15
the primary and the	15
there has been a	15
the water in the	15
his receiver from its	15
on the bottom of	15
as soon as i	15
in order to be	15
of the primary circuit	15
this is accomplished by	15
the society of arts	15
it was evident that	15
in the preceding chapter	15
on the same day	15
you want to receive	15
he was obliged to	15
primary circuit of the	15
tip side of the	15
that there was no	15
at the back of	15
from day to day	15
in one of his	15
to take part in	15
resistance of a circuit	15
of one hundred and	15
of the rheostat and	15
from that of the	15
the stream of electrons	15
parts of the country	15
which is connected with	15
one of the boys	15
as a generator of	15
connected directly to the	15
the reason that the	15
in a state of	15
done by means of	15
the aid of the	15
a few turns of	15
in the design of	15
plug into the jack	15
when used as a	15
to put up a	15
manner in which the	15
hand end of the	15
large number of turns	15
so as not to	15
american school of correspondence	15
any of the other	15
to the terminals of	15
the positive part of	14
the attraction of the	14
of the university of	14
connected with the line	14
that one of the	14
to the effect that	14
and a number of	14
the product of the	14
with the use of	14
arm of the switch	14
plate potential of volts	14
of the line switch	14
a piece of wire	14
of this to one	14
quarter of a century	14
tuning coil with the	14
in the patent office	14
it was at this	14
the under side of	14
on the occasion of	14
government of the united	14
alternating current power transformer	14
in spite of all	14
passage of a current	14
of the ship was	14
in its simplest form	14
received a letter from	14
was not to be	14
sending and receiving set	14
equal to that of	14
the niagara and the	14
so that there is	14
it was to be	14
arrangement shown in fig	14
electromotive force and the	14
between ireland and newfoundland	14
i was in the	14
the discovery of the	14
operation of vacuum tube	14
ends of the secondary	14
vertical side of the	14
see something like this	14
it was the first	14
the nature of a	14
has an output of	14
the tuning coil and	14
filament and the plate	14
negative electrode of the	14
in which the current	14
one or more of	14
with a battery and	14
the magnetic lines of	14
the other to the	14
would have to be	14
through the coils of	14
department of electrical engineering	14
with which it is	14
stern of the ship	14
the th of may	14
in the event of	14
number of lines of	14
a storage battery is	14
the first part of	14
i would like to	14
does not have to	14
two and a half	14
of current through the	14
or more of the	14
that they will be	14
the great eastern was	14
where n is octal	14
the a or storage	14
resistance in series with	14
that it will not	14
n is octal digits	14
the various pieces of	14
to the plate of	14
what is called a	14
as compared with the	14
be one of the	14
the magnetism of the	14
you have to do	14
owing to the fact	14
the same time a	14
from one of the	14
the other end to	14
to take advantage of	14
it is usual to	14
of incandescent electric lamps	14
by a series of	14
of the detector tube	14
made it possible to	14
professor of electrical engineering	14
of the line is	14
laying of the atlantic	14
double slide tuning coil	14
there is not a	14
dynamo or magneto electric	14
cotton covered magnet wire	14
in the early s	14
the vertical side of	14
two sides of the	14
transmitters with direct current	14
through a hole in	14
the amount of electricity	14
one end to the	14
with the result that	14
then connect the other	14
three coil loose coupler	14
there is also a	14
as shown in figs	14
it was impossible to	14
so as to bring	14
is not in use	14
the inside of the	14
end of the magnet	14
i have no doubt	14
the sound of the	14
have to do is	14
the electromotive force of	14
in order to get	14
post of the latter	14
the point of the	14
of the order of	14
a letter written to	14
for a few minutes	14
the loose coupled tuning	14
it must be borne	14
current from the b	14
to a distance of	14
arc or a vacuum	14
that it is a	14
part of the circuit	14
and then connect the	14
and this is the	14
the same time to	14
the bell at station	14
to the right of	14
the secondary coil is	14
is illustrated in fig	14
the only way to	14
great britain and the	14
continuous wave telegraph transmitter	14
a short piece of	14
various parts of the	14
one of the great	14
or it may be	14
in front of it	14
the text of your	14
a radio frequency transformer	14
to act as a	14
free end of the	14
the current flowing in	14
the tip and sleeve	14
referred to as the	14
in time of war	14
the number of volts	14
and the rest of	14
the automatic electric company	14
and as a result	14
the business of the	14
the same time the	14
should be able to	14
if you are using	14
to the development of	14
for the united states	14
may be able to	14
with a vacuum tube	14
i have been in	14
the vacuum tube oscillator	14
of the american telephone	14
the ringing of the	14
negative terminal of the	14
of wireless telephone transmitters	14
the voltage of a	14
the tuning coil with	14
in the beginning of	13
electric light and power	13
by referring to the	13
the level of the	13
ends of the wires	13
since i have been	13
go back to the	13
and the next day	13
will flow through the	13
movement of the dial	13
an active part in	13
get a list of	13
rear end of the	13
the solution of the	13
of the national academy	13
in the transmission of	13
the transmission of speech	13
may be taken as	13
you will be able	13
cut out of the	13
hundred miles of cable	13
in the face of	13
in other parts of	13
as well as of	13
every part of the	13
and a pair of	13
be remembered that the	13
i have just received	13
for a list of	13
active part in the	13
secondary of the induction	13
or zinc pole of	13
may be considered as	13
this is known as	13
this is due to	13
of the armature winding	13
is shown at fig	13
sent out from the	13
it is easier to	13
a picture of the	13
bridged across the line	13
an electric current is	13
the degree to which	13
of the multiple switchboard	13
it is in the	13
invention of the telephone	13
to and from the	13
to one post of	13
the operation of wireless	13
set up by a	13
which it is connected	13
have to use a	13
to be the most	13
of dots and dashes	13
the coast of ireland	13
had it not been	13
of the battery to	13
by the kellogg company	13
up to that time	13
this means that the	13
anything to do with	13
of the incandescent lamp	13
is so arranged that	13
voltage of the grid	13
the portion of the	13
makes contact with the	13
make and break the	13
from side to side	13
of the talking circuit	13
one of the coils	13
as much as possible	13
is not possible to	13
in the western electric	13
the th of june	13
the light of the	13
was found that the	13
a piece of brass	13
the case may be	13
with each other and	13
in connection with a	13
to a number of	13
all of which is	13
if the line is	13
i have the honor	13
the heat of the	13
in a similar manner	13
the soft iron core	13
the text of the	13
manufacture of incandescent electric	13
speed at which the	13
i do not think	13
the first of these	13
on one of the	13
number of turns in	13
to ring the bell	13
makes it possible to	13
the rear end of	13
what should be done	13
by virtue of the	13
a few of the	13
is a very good	13
the lines of the	13
may be seen in	13
so much so that	13
in behalf of the	13
are said to be	13
solution of sulphate of	13
the operation of a	13
the amount of water	13
the circuit of a	13
of the condenser and	13
leeds and northrup fault	13
one of the best	13
posts a and b	13
and there is a	13
the time when the	13
of the magnet and	13
to a point where	13
with the primary coil	13
after it has been	13
current flowing in the	13
history of the telegraph	13
the subdivision of the	13
in the telephone receiver	13
the insertion of a	13
hundreds of thousands of	13
of two or more	13
take part in the	13
the thickness of the	13
the transmitter and the	13
the production of the	13
and northrup fault finder	13
the advent of the	13
are the same as	13
can be done by	13
the decision of the	13
can also be used	13
current of electricity is	13
of the people of	13
the spark coil and	13
in the usual manner	13
be able to get	13
you want to get	13
is likely to be	13
was not until the	13
is in series with	13
three and a half	13
will be readily understood	13
end of the aerial	13
the rear of the	13
when the current is	13
such as is used	13
so that when the	13
be traced from the	13
in one direction and	13
the primary coil is	13
as we learn from	13
to the grid circuit	13
a telegraph across the	13
one of the wires	13
for the success of	13
speed of the motor	13
when the line is	13
when the receiver is	13
electromotive force of the	13
direct and alternating currents	13
has been made to	13
as a part of	13
it must not be	13
of which it is	13
to send mail to	13
at the expense of	13
a long series of	13
will be found in	13
the author of the	13
the wire of the	13
been given to the	13
operation code this instruction	13
must be used to	13
and in the other	13
battery and connect the	13
the positive terminal of	13
it may be well	13
of the use of	13
from a letter written	13
and out of the	13
there are two general	13
a long list of	13
is proportional to the	13
of the operation of	13
in the number of	13
all over the country	13
the members of the	13
so that it may	13
the same size as	13
of the spark gap	13
the same sort of	13
there is a great	13
this is shown in	13
like that of fig	13
the program counter is	13
it is probable that	13
with each other in	13
to get to the	13
from a letter to	13
as will be shown	13
in a series of	13
a high degree of	13
the establishment of a	12
united states of america	12
on the basis of	12
the left of the	12
code this instruction will	12
i told him i	12
is made with the	12
capacity of a condenser	12
there are so many	12
can be used for	12
to heat the filament	12
the molecules of air	12
of the instrument is	12
with the line of	12
in its normal position	12
a certain number of	12
back to the battery	12
the various parts of	12
through the medium of	12
a wiring diagram of	12
on behalf of the	12
into the hands of	12
the idea of a	12
in a short time	12
the depth of the	12
is associated with the	12
used to describe a	12
it may be noted	12
in a straight line	12
because of the fact	12
in some of the	12
will be understood that	12
about the size of	12
vacuum tube detector and	12
will be referred to	12
a resistance of ohms	12
by the application of	12
of the death of	12
directors of the atlantic	12
so that it could	12
a loose coupled tuning	12
end of the tube	12
is done by means	12
and it is this	12
from first to last	12
the purpose of making	12
the following command in	12
to the middle of	12
which is to be	12
a battery and a	12
to one side of	12
for one of the	12
out of the window	12
one pole of the	12
with direct current motor	12
positive pole of the	12
by the side of	12
a wireless telegraph transmitter	12
the remainder of the	12
the plate of a	12
the impedance of the	12
the mouth of the	12
of the legion of	12
the idea of the	12
a condenser or a	12
in the highest degree	12
operation of wireless telephone	12
and you are ready	12
the simplest form of	12
tube is used as	12
in this same letter	12
can be obtained by	12
the simplest type of	12
plate of a vacuum	12
with a pair of	12
to set up a	12
of an oscillation transformer	12
pieces of apparatus are	12
will be remembered that	12
to the other post	12
it is better to	12
what has been said	12
the exception of the	12
at the ends of	12
current is made to	12
of turns in the	12
this with the grid	12
the negative terminal of	12
across the gulf of	12
to the ends of	12
is mounted on the	12
could be made to	12
the th of december	12
either side of the	12
that it was the	12
new york on the	12
the appearance of the	12
the art of telephony	12
of the fine arts	12
the sum of the	12
of the filament of	12
are to be found	12
in the success of	12
be given to the	12
the pitch of the	12
is the unit of	12
in the words of	12
by the western electric	12
be removed from the	12
the difference between a	12
had been in the	12
you will find that	12
of the automatic electric	12
it is called a	12
which is connected to	12
the eyes of the	12
when the armature is	12
that he was the	12
it is clear that	12
if you do not	12
connect the sliding contact	12
the vertical and the	12
the specific gravity of	12
it is a great	12
in the line of	12
wireless telephone transmitters with	12
at the present writing	12
the names of the	12
is evident that the	12
the discharge of a	12
as the number of	12
the electrons in the	12
if it had not	12
it is connected to	12
be taken that the	12
the current to be	12
the resistance in the	12
in a vacuum tube	12
the binding posts of	12
it will be evident	12
it is used to	12
the subject of telephony	12
the duke of argyll	12
there is no doubt	12
at the sending station	12
of the supervisory relay	12
from which it was	12
to find out the	12
a large part of	12
of a group of	12
cut out of circuit	12
at e in fig	12
the easiest way to	12
but as soon as	12
of wire on the	12
for heating the filament	12
could not have been	12
in a given time	12
a letter to the	12
is in contact with	12
in the armature circuit	12
for the manufacture of	12
end of this with	12
the end of each	12
in and out of	12
the return of the	12
direct current from the	12
from which it is	12
at the royal institution	12
short distance wireless telephone	12
the capacitance of a	12
just the same as	12
acts as a detector	12
messages could be sent	12
the holes in the	12
the first post of	12
one of these is	12
a little more than	12
simple vacuum tube receiving	12
the lever of the	12
for the same purpose	12
to the other end	12
the problem of the	12
to go to the	12
was at this time	12
natural rate of vibration	12
to be the best	12
subject of telephony pages	12
be used for the	12
the drum of the	12
transmitters with alternating current	12
portion of the current	12
used with microphone transmitter	12
pole of the b	12
connect the post of	12
an alternating current transformer	12
is connected with one	12
be found that the	12
tip strand of the	12
and this in turn	12
some idea of the	12
the upper portion of	12
in the following manner	12
the building of the	12
calling battery supply relay	12
the fact that he	12
of the aerial and	12
of the aerial wire	12
the plane of the	12
is fastened to the	12
the number of calls	12
complete sending and receiving	12
the formation of the	12
from one end of	12
is directly proportional to	12
be said that the	12
all of which are	12
a measure of the	12
wireless transmission of photographs	12
of the kellogg switchboard	12
as if they were	12
the secondary terminals of	12
to be one of	12
of being able to	12
the turns of the	12
or carbon pole of	12
n operation code this	12
you may have to	12
may be well to	12
made by the radio	12
the principles of the	12
coil of the loose	12
directly proportional to the	12
the test thimble of	12
when the battery is	12
the greater part of	12
is mounted on a	12
the wire is wound	12
ha ha only serious	12
with reference to the	12
it is necessary that	12
from continent to continent	12
at the right of	12
connect the or positive	12
to do the work	12
to make a call	12
shown in this figure	12
is easy to see	12
that the cable was	12
the width of the	12
the interior of the	12
current in the coil	12
the axis of the	12
the condenser in the	12
that it is the	12
access to the internet	12
to get out of	12
in the art of	12
similar to that of	12
and log in as	12
suffice it to say	12
direct current motor generator	12
as opposed to the	12
from one side of	12
once in a while	12
current of ampere in	12
applied to the grid	12
the united states to	12
and that it was	12
mile wireless telephone transmitting	12
the relation between the	12
the great work of	12
the father of the	12
in laying the cable	12
of the current which	12
some of them are	12
resistance of the line	12
the shape of a	12
is the difference between	12
of the amount of	12
be heard in the	12
is the case with	12
same as in the	12
first post of the	12
is made to flow	12
is a matter of	12
the use of this	12
short wave regenerative receiving	12
it would be difficult	12
direction in which the	12
of vibration of the	12
of the great enterprise	12
end of the base	12
it was a very	12
described in chapter iii	12
secondary terminals of the	11
we learn from the	11
questions on the subject	11
of the circuit is	11
binding posts a and	11
if there is a	11
the will of the	11
of the calling subscriber	11
the air has been	11
when the plug is	11
and for that reason	11
the coil of wire	11
wiring diagram of a	11
when things go wrong	11
is a man of	11
or not to be	11
success of the atlantic	11
in the autumn of	11
a number of turns	11
in england and america	11
a battery and connect	11
the crew of the	11
to have been a	11
in the preparation of	11
should be of the	11
the calling battery supply	11
of the firm of	11
next instruction in the	11
the other parts of	11
in the end of	11
a pair of wires	11
sparking at the brushes	11
binding posts of the	11
and the next instruction	11
and the inductance of	11
i went to the	11
it may be used	11
down to the present	11
when it is stated	11
there must be a	11
development of the art	11
the possibilities of the	11
and those of the	11
it is not to	11
if you live in	11
the next few years	11
resistance to the flow	11
resistance to the passage	11
had the pleasure of	11
in order to give	11
it is said to	11
and the cost of	11
arrival in new york	11
a result of this	11
eighth of an inch	11
of the current that	11
if it had been	11
rate of vibration of	11
it is found that	11
of the telephone and	11
exactly the same way	11
the tip strand of	11
in conjunction with the	11
that they are not	11
it has been the	11
i have not been	11
was at that time	11
you might want to	11
at that time was	11
a small amount of	11
and the end of	11
the depths of the	11
the spot of light	11
general manager of the	11
atlantic telegraph company was	11
as opposed to a	11
the number of vibrations	11
of resistance in the	11
would be able to	11
farewell message to telegraph	11
there would be no	11
the shaft of the	11
inch in diameter and	11
so far as to	11
on the surface of	11
in the process of	11
vibration of the reed	11
be of the same	11
shore end of the	11
of the telegraph construction	11
a list of all	11
of the development of	11
the current from a	11
side of the water	11
have been the first	11
of the wire is	11
that they may be	11
so far as we	11
one side of a	11
on this side of	11
contact with each other	11
for this set you	11
returned to new york	11
of the air in	11
the telegraph construction company	11
to the nature of	11
one extra position and	11
end of the trunk	11
review questions on the	11
of the called line	11
aerial and the earth	11
the banks of the	11
the efficiency of the	11
that shown in fig	11
a series of experiments	11
that it may be	11
poles of the electro	11
to make and break	11
united states patent office	11
if it is not	11
what hath god wrought	11
the events of the	11
three hundred and fifty	11
of contact with the	11
in mind that the	11
at the corner of	11
the ends of a	11
the effect of this	11
discharge of a condenser	11
the heart of the	11
the implication is that	11
more than any other	11
of which will be	11
other things being equal	11
it seems to me	11
available via anonymous ftp	11
the next instruction in	11
take a piece of	11
is exactly the same	11
of the line relay	11
on his return to	11
as to make it	11
the fact that they	11
of the bottom of	11
in my power to	11
under side of the	11
the diaphragm and the	11
the original inventor of	11
he wrote to his	11
of the most important	11
and in a few	11
as indicated by the	11
the resistances of the	11
the polarity of the	11
on board the ship	11
to be heard in	11
it was not a	11
is for the purpose	11
an electromotive force of	11
and it is a	11
out of the question	11
make a diagram of	11
vertical and the rotary	11
side of the cord	11
the atlantic cable was	11
resistance of about ohms	11
of the civilized world	11
on your host system	11
the library of congress	11
for the purposes of	11
in comparison with the	11
while he was in	11
the knight of kerry	11
when a plug is	11
the case with the	11
with that of the	11
is connected in the	11
a combination of the	11
much the same way	11
and on the other	11
it is not a	11
it is important to	11
in the first case	11
it is needless to	11
the proper number of	11
the speed at which	11
is passed through the	11
to the point of	11
the united states government	11
the upper part of	11
in the local circuit	11
position and the next	11
conceived the idea of	11
are at right angles	11
a current passes through	11
so as to produce	11
of the human race	11
deflection of the galvanometer	11
i thank you for	11
and a host of	11
to take care of	11
the first thing to	11
to say that i	11
it has been shown	11
original inventor of the	11
the distance from the	11
it had not been	11
but there is a	11
of the most interesting	11
is also called a	11
an output of watts	11
which is shown at	11
a direct current of	11
so that it was	11
by the western union	11
a couple of days	11
you will need to	11
to respond to the	11
following command in the	11
says in a letter	11
wires leading from the	11
connection with the line	11
this is not the	11
which it may be	11
and the length of	11
new york and philadelphia	11
of an electric telegraph	11
a current through the	11
the course of his	11
of the latter to	11
be added to the	11
the shape of the	11
one of them was	11
in the closed circuit	11
also be used to	11
in order to avoid	11
it is stated that	11
of the civil war	11
it is hard to	11
the wireless transmission of	11
to the other terminal	11
the millionth part of	11
of the rest of	11
middle of the atlantic	11
instruction in the sequence	11
more than a few	11
it has also been	11
one of the following	11
and when it is	11
might be able to	11
the prince of wales	11
success of the enterprise	11
have been made to	11
the whole length of	11
the line and the	11
of great britain and	11
with the binding post	11
impressed on the grid	11
of the day and	11
the number of stations	11
a deep interest in	11
the new york edison	11
an example of the	11
up to the present	11
an hour or two	11
had been given to	11
it is used in	11
the bureau of standards	11
you want to use	11
at the transmitting station	11
that i have not	11
off relay of the	11
arrived in new york	11
and all of the	11
has been found that	11
a message to the	11
to each of the	11
is the name of	11
the tension of the	11
about a quarter of	11
from what has been	11
be mounted on a	11
not have to be	11
with which he was	11
extra position and the	11
the practice of the	11
of a given length	11
is an example of	11
in use at the	11
to those who have	11
at the service of	11
massachusetts institute of technology	11
whether or not the	11
and this is called	11
in the magnetic field	11
of the direct current	11
it was decided to	11
of the magnetic circuit	11
text of your message	11
in advance of the	11
which the current is	11
there is nothing to	11
in the open air	11
is now to be	11
hand side of the	11
of the coil is	11
made by means of	11
it has been said	11
of the th inst	11
the rim of the	10
britain and the united	10
you will need a	10
that i shall not	10
he was to be	10
by the end of	10
it is reported that	10
of these is the	10
end of the grid	10
of the parts of	10
currents that are set	10
out of contact with	10
as we have already	10
in the university of	10
electric waves in the	10
there are several ways	10
of a telegraph key	10
that he would have	10
the future of the	10
to a great extent	10
is to be found	10
a very small amount	10
to the attention of	10
that he had made	10
led up to the	10
to make the grid	10
the end of which	10
the magnetic field of	10
with which we are	10
to the right or	10
in the resistance of	10
make use of the	10
free ends of the	10
morning of the th	10
from ship to ship	10
arranged that when the	10
this is a very	10
for the establishment of	10
the voice of the	10
near the end of	10
to the new york	10
to the calling subscriber	10
the other of the	10
return to new york	10
has been found to	10
so that the current	10
the use of an	10
is controlled by the	10
by an electric current	10
as the amount of	10
he is a man	10
the energy of these	10
a quarter of an	10
heterodyne long wave receiving	10
to new york and	10
the growth of the	10
the principle on which	10
in wireless telegraphy and	10
this is because the	10
it has already been	10
which it is to	10
he had made a	10
the rate of about	10
of amateur radio in	10
through a coil of	10
shown complete at b	10
in the opinion of	10
the meeting of the	10
the presence of a	10
in the public mind	10
may be used in	10
of the british government	10
a volt direct current	10
that he had been	10
on the main line	10
is shown complete at	10
in the vicinity of	10
the wiring diagram at	10
strength of the magnetic	10
described in this chapter	10
to the action of	10
one in which the	10
the latter with one	10
the current in amperes	10
to refer to a	10
be due to the	10
when the hook is	10
but this is not	10
with the western union	10
connected in the aerial	10
a long time to	10
winding of the induction	10
there are a couple	10
letters of the alphabet	10
for the rest of	10
the ratio of the	10
the results of the	10
on the one hand	10
in the person of	10
to such an extent	10
crystal detector receiving set	10
plate and grid circuit	10
he was a man	10
vacuum tube detector is	10
to complete the circuit	10
by the name of	10
so far as i	10
thousandth part of a	10
to the president of	10
and for this reason	10
what is meant by	10
an important part in	10
it is sometimes called	10
the dimensions of the	10
it not been for	10
tubes are connected in	10
and the result is	10
of the length of	10
made to flow through	10
without the aid of	10
of the ringing key	10
voltage of the current	10
may be called the	10
when it is called	10
the spirit of the	10
up by the incoming	10
that i have been	10
continuous wave telegraph transmitting	10
be seen from the	10
he was the first	10
long enough to reach	10
requires completion of a	10
of two or three	10
the higher the frequency	10
of the coil and	10
he went to the	10
he was one of	10
battery and the or	10
operation of the vacuum	10
i am glad to	10
of those who have	10
surface of the commutator	10
the reason for the	10
on one end of	10
through all of the	10
is applied to the	10
is needless to say	10
the magnitude of the	10
the second post of	10
the time of his	10
of this kind is	10
in series with it	10
in the same year	10
the needle will be	10
coil as shown at	10
in a letter written	10
vacuum tube is used	10
of the success of	10
in such a case	10
may be gathered from	10
by means of this	10
the parts for a	10
the same kind of	10
i have not yet	10
begin by connecting the	10
from the live side	10
is produced by the	10
come in contact with	10
the transmitting and receiving	10
the central office is	10
old world and the	10
found that it was	10
ask your system administrator	10
through one of the	10
you notice that the	10
less than that of	10
and the work of	10
range of wave lengths	10
the tones of the	10
the sending and receiving	10
is enclosed in a	10
is connected across the	10
condenser and connect the	10
with the water pipe	10
the results of this	10
those who would be	10
to connect up the	10
the following extract from	10
on the number of	10
of a large number	10
with leeds and northrup	10
of the electric waves	10
is of the same	10
in the latter part	10
from the source of	10
the sensitiveness of the	10
the initial source of	10
of the utmost importance	10
the mit ai lab	10
the fact that in	10
the place where the	10
be used with a	10
of department of electrical	10
was published in the	10
of the oscillations set	10
i will give you	10
that i did not	10
asked if you want	10
coil of the oscillation	10
the waters of the	10
heat the filament of	10
of the grid leak	10
and in order to	10
across the cord circuit	10
have a capacitance of	10
it is made to	10
waves in the air	10
the plate current is	10
which heats the filament	10
but it may be	10
to the possibility of	10
the low voltage direct	10
niagara and the agamemnon	10
the employment of a	10
so as to get	10
he says in a	10
the old world and	10
the sliding contact of	10
cable had been laid	10
use of the telephone	10
the current passes through	10
carbon pole of the	10
of the telephone business	10
the united states patent	10
first in one direction	10
volt direct lighting current	10
in the annals of	10
of the receiving aerial	10
telegraph across the atlantic	10
so arranged that when	10
but a short time	10
of any of the	10
by the insertion of	10
this is called the	10
the circuit is broken	10
to the resistance of	10
be cut out of	10
when this is done	10
for setting up the	10
line at the same	10
by any of the	10
the armature and the	10
his invention of the	10
the line and cut	10
in the next chapter	10
the electric current is	10
in a line with	10
along the line of	10
reason for this is	10
an aerial wire system	10
one of the end	10
of the condenser is	10
a few days ago	10
the grid leak resistance	10
the sleeve contact of	10
is made to vibrate	10
the result of this	10
to be prepared for	10
one hundred and thirty	10
the output of the	10
battery is connected to	10
between the filament and	10
of potential between the	10
current to pass through	10
with a crystal detector	10
be placed in the	10
a contributor to the	10
of this with one	10
at one end and	10
is now in the	10
any one of these	10