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
as shown in fig	48
the resistance of the	42
by means of the	34
by means of a	27
the end of the	25
the direction of the	23
a current of electricity	22
in the case of	22
the value of the	22
the ends of the	21
in series with the	21
the strength of the	20
is shown in fig	20
the current in the	19
in the direction of	17
as shown in the	17
the voltage of the	16
it will be seen	16
the surface of the	15
one terminal of the	15
is connected to the	15
the speed of the	14
the position of the	14
the terminals of the	14
leeds and northrup fault	13
it is necessary to	13
the other end of	13
and northrup fault finder	13
will be seen that	13
in the opposite direction	12
other end of the	12
the whole of the	12
on the other hand	12
in the armature circuit	11
current passes through the	11
as shown by the	11
the north pole of	11
are connected in series	11
the action of the	11
for the purpose of	11
the deflection of the	11
the insulation of the	11
sparking at the brushes	11
the top of the	11
what should be done	11
insulated from each other	10
in contact with the	10
it consists of a	10
with leeds and northrup	10
the length of the	10
deflection of the needle	10
current passing through the	10
surface of the commutator	10
the bottom of the	10
strength of the current	10
in the form of	10
a current passes through	9
will be necessary to	9
the other terminal of	9
so as to be	9
connected in series with	9
direction of the current	9
magnetic lines of force	9
north pole of the	9
the resistance in the	9
it will be necessary	9
to that of the	9
shown in the figure	9
at right angles to	9
speed of the motor	9
the upper end of	9
one end of the	9
into contact with the	9
in making the test	8
of the unknown resistance	8
so that it is	8
the center of the	8
the lines of force	8
and the other to	8
care should be taken	8
a large number of	8
end of the base	8
the brushes should be	8
other terminal of the	8
is attached to the	8
one or more of	8
of the standard cell	8
number of turns of	8
resistance in the armature	8
the current to be	8
for the reason that	8
the direction of rotation	8
adjustment of the brushes	8
fall of potential method	8
how to make a	8
when a current passes	8
the operation of the	8
passage of a current	8
the passage of a	8
in the same direction	8
as soon as the	8
cut out of circuit	8
deflection of the galvanometer	8
the coils of the	8
the current passing through	8
with respect to the	7
the current from the	7
or more of the	7
terminal of the galvanometer	7
with queen acme set	7
was found to be	7
be said with respect	7
one of the coils	7
a dynamo or motor	7
of the magnetic field	7
the needle will be	7
is provided with a	7
may be said with	7
the plane of the	7
should be done if	7
is proportional to the	7
galvanometer shows no deflection	7
the effect of the	7
when a current is	7
current of electricity is	7
of an electric current	7
the movement of the	7
to pass through the	7
be connected to the	7
what may be said	7
the quantity of electricity	7
the main switch is	7
directly proportional to the	7
said with respect to	7
resistance of the loop	7
each of the machines	7
of the testing set	7
of the field coils	7
when the machine is	7
at the other end	7
this is done by	7
value of the unknown	7
may be due to	7
method of testing resistances	7
it is advisable to	7
in a magnetic field	7
of two or more	7
the resistances of the	7
is only necessary to	6
the pressure of the	6
resistance in series with	6
a deflection of the	6
right angles to the	6
in order that the	6
breaks in armature circuit	6
the testing set battery	6
is equal to the	6
upper end of the	6
of the instrument is	6
when a current of	6
end of the magnet	6
the height of the	6
of the permanent magnet	6
that it may be	6
the machine should be	6
should be carefully examined	6
diagram showing method of	6
pole of the needle	6
thompson watt hour meter	6
is liable to be	6
it will be found	6
so long as the	6
end of the armature	6
part of the current	6
end of the case	6
of each of the	6
current to pass through	6
the lever of the	6
a was found to	6
is the difference between	6
through the field coils	6
on account of the	6
the diameter of the	6
if the machine be	6
with no voltage release	6
the fields of the	6
be cut out of	6
in the same way	6
at the same time	6
the positive terminal of	6
what is the difference	6
resistance in the rheostat	6
sections of the field	6
of the starting rheostat	6
to be measured is	6
at the point where	6
out of the armature	6
the no voltage release	6
it is only necessary	6
may be used to	6
a bar of iron	6
resistance of the voltmeter	6
of the galvanometer needle	6
the lower end of	6
heating of the armature	6
current flows through the	6
in series with a	6
connected as in fig	6
contact with the commutator	6
to the off position	6
the number of turns	6
the axis of the	6
means of the hand	6
lower end of the	6
of the galvanometer is	6
strength of the field	6
as well as the	6
current to be measured	6
equal to that of	6
the commutator and brushes	6
are shown in fig	6
in circuit with the	6
being connected to the	5
to the bottom of	5
if there be a	5
are connected up with	5
when the galvanometer is	5
of leeds and northrup	5
by means of an	5
the same as in	5
the motion of the	5
will be found to	5
into and out of	5
of the battery is	5
one side of the	5
connected up with the	5
is placed in the	5
of the good wire	5
the brushes and commutator	5
from end to end	5
starter with no voltage	5
rear end of the	5
the first and second	5
needle will be deflected	5
the rear end of	5
the amount of current	5
resistance in the circuit	5
compound dynamos in parallel	5
when the key is	5
used in connection with	5
by inserting resistance in	5
to the end of	5
the reading a was	5
if it be desired	5
the middle of the	5
of the broken wire	5
the voltage of a	5
of the needle will	5
is passed through the	5
no voltage and overload	5
to the binding post	5
as in the case	5
is indicated by the	5
in an electric circuit	5
the resistance between the	5
it be desired to	5
height of the water	5
is connected in series	5
may be made to	5
of all the dynamos	5
to the south pole	5
positive terminal of the	5
to the bus bars	5
in proportion to the	5
the temperature of the	5
the machine will not	5
against the restraining force	5
of the field winding	5
so as to form	5
made by means of	5
lever of the starting	5
to the terminals of	5
showing method of coupling	5
it is obvious that	5
the resistance being tested	5
reading a was found	5
inserting resistance in the	5
what is the effect	5
the edge of the	5
of the hand regulator	5
the back of the	5
made as in fig	5
a deflection of one	5
may be remedied by	5
with no voltage and	5
the instrument may be	5
the needle of a	5
connected to the bus	5
that it can be	5
no voltage release magnet	5
as it is called	5
of the coils are	5
the fault may be	5
on the other side	5
it was found that	5
the ratio between the	5
the magnetic field of	5
is the effect of	5
reduce the speed of	5
the connections are made	5
in connection with the	5
be connected in series	5
the influence of the	5
the good and bad	5
insulation between the segments	5
voltage and overload release	5
resistance is cut out	5
is directly proportional to	5
terminal of the battery	5
of the starting box	5
the direction of current	5
of the brushes are	5
turns of fine wire	5
the current through the	5
the simplest form of	5
in order to determine	5
of the current in	5
is suspended by a	5
pole of the battery	5
what provision is made	5
the case of the	5
the same as the	5
the fact that the	5
what is known as	5
method with queen acme	5
the line post c	4
with a battery and	4
the base of the	4
and the reading a	4
switches u and v	4
in which the current	4
a portion of the	4
the voltage between the	4
the machine is started	4
the connections of the	4
in the pole pieces	4
with which it is	4
what is the indication	4
the south pole of	4
wide and inch thick	4
wires in a cable	4
just the same as	4
difference of pressure between	4
at the terminals of	4
regulation by armature resistance	4
the case of a	4
between the first and	4
it will not be	4
to the battery post	4
machine will not build	4
contact with the frame	4
combined armature and shunt	4
liable to be short	4
connected to the negative	4
current of electricity passes	4
the winding of the	4
is enclosed in a	4
the current to pass	4
of the brushes and	4
leeds and northrup potentiometer	4
in the shunt field	4
of the galvanometer will	4
plane of the coil	4
at one end to	4
proportional to the current	4
the use of the	4
this is called the	4
is the same as	4
good and bad wires	4
pieces of magnetic metal	4
heavy sparking at the	4
is made of a	4
a current in a	4
what precaution should be	4
shunt and compound dynamos	4
it will be understood	4
magnetic action in dynamo	4
which are connected to	4
the resistance of a	4
made as shown in	4
of the base is	4
comparison with a standard	4
the magnetic field at	4
a current is passed	4
the two main conductors	4
by the number of	4
the credit of the	4
will be understood that	4
through the magnetic field	4
excessive heating of the	4
the broken wire and	4
will be found that	4
details of the armature	4
be seen that the	4
a current will be	4
on constant voltage circuits	4
the difference of pressure	4
coupling series dynamos in	4
the two pieces of	4
no current in the	4
at the distant end	4
let us assume that	4
are connected up in	4
the resistance is cut	4
be removed from the	4
as indicated by the	4
inserted in series with	4
the current will flow	4
of a magnetic needle	4
current from the other	4
the angle of the	4
needle of the galvanometer	4
be found to be	4
to cut out the	4
and out of parallel	4
for a variation of	4
the extreme right hand	4
it should be noted	4
the polarity of the	4
division on the scale	4
an increase of load	4
when the dynamo is	4
a few turns of	4
action of the current	4
is obvious that the	4
order to determine the	4
so that it may	4
upon a magnetic needle	4
the current flowing through	4
the amount of resistance	4
the use of a	4
brought up to speed	4
the current passes through	4
of the commutator will	4
one pole of the	4
the pressure at the	4
each side of the	4
may be cut out	4
as in the figure	4
current through the field	4
attention should be given	4
a wide range of	4
parts of the machine	4
be used with a	4
in the magnetic field	4
the series coils of	4
the armature circuit of	4
direction of the darts	4
current is passed through	4
a part of the	4
the forward end of	4
be done if the	4
of the cable or	4
the field coils of	4
the galvanometer shows no	4
a charge of electricity	4
a battery and galvanometer	4
the water in the	4
length of the cable	4
the operator at station	4
the galvanometer is connected	4
the positive and negative	4
for the current to	4
direction of rotation of	4
provision is made to	4
is to be measured	4
passing through the coil	4
if the current be	4
from left to right	4
as the resistance of	4
within the magnetic field	4
connecting the field coils	4
at the bus bars	4
the difference of potential	4
in the field coils	4
end of the coil	4
of the shunt resistance	4
with a pair of	4
the magnetic lines of	4
share of the load	4
that it is not	4
the terminals of a	4
by the dotted lines	4
all the resistance is	4
is capable of being	4
the volume of gas	4
a certain amount of	4
armature and shunt field	4
a column of mercury	4
diameter of the coil	4
which may be used	4
large number of turns	4
coupling compound dynamos in	4
cut out of the	4
produce a deflection of	4
of a few turns	4
made of hard rubber	4
from one pole of	4
of the current will	4
speed at which the	4
of the armature is	4
volume of gas liberated	4
in starting a motor	4
sparking at the commutator	4
frame of the machine	4
the voltmeter is connected	4
by the magnetic field	4
the end of a	4
will pass through the	4
if this be not	4
at the center of	4
to the fault is	4
connected up with a	4
of the commutator and	4
is equal to that	4
to be short circuited	4
connections are made as	4
upon what does the	4
is connected up with	4
to do the work	4
bad adjustment of the	4
making hydrogen and oxygen	4
they are liable to	4
the insulation between the	4
current in the coil	4
the current flows through	4
as shown in figs	4
is dependent upon the	4
shown in the illustration	4
to the strength of	4
is to be used	4
dynamo into and out	4
the shunt field circuit	4
and one of the	4
to the negative terminal	4
which it is connected	4
advantage is taken of	4
bad adjustment of brushes	4
with one of the	4
be measured is passed	4
current is sent through	4
from right to left	4
arranged as in fig	4
the result is that	4
the principle of the	4
the unknown resistance is	4
is sent through the	4
so that it can	4
the armature of the	4
the distance to the	4
is known as a	4
magnetic action in motor	4
to the credit of	4
value of the current	4
short circuits between sections	4
to operate the motor	4
the main knife switch	4
in order to prevent	4
can be obtained by	4
the current may be	4
in the path of	4
and the other end	4
with one terminal of	4
at its upper end	4
precaution should be taken	4
are liable to be	4
ends of the wire	3
the n pole of	3
there for about a	3
by shunt field resistance	3
is known as the	3
to a column of	3
what is called the	3
by reference to fig	3
the various types of	3
the terminal of the	3
with a large number	3
brushes upon the commutator	3
north pole to the	3
pole to the south	3
the instruments are connected	3
than the perfect coils	3
size of the pipe	3
that it is difficult	3
to multiply the potentiometer	3
loop method of fault	3
forward end of the	3
incorrect adjustment of regulators	3
such a way that	3
the machine may be	3
to the right or	3
for about a second	3
pressure at its terminals	3
will not build up	3
such be the case	3
through the two coils	3
in the armature or	3
the rated capacity of	3
coil will be heated	3
the amount of deflection	3
must be multiplied by	3
shown by the darts	3
test for grounded armatures	3
and the long coil	3
coils are wound with	3
with the frame of	3
instrument may be calibrated	3
switch is moved to	3
point in the circuit	3
should be removed from	3
bad condition of commutator	3
voltage of the standard	3
frame or core of	3
the circuit when the	3
the center of a	3
with a binding post	3
heat directly into electricity	3
to see that the	3
of the current to	3
current will flow through	3
value of the resistance	3
the total length of	3
on one side of	3
a wire carrying a	3
switch should be opened	3
in the magnetic meridian	3
consists essentially of a	3
clean and free from	3
is the result of	3
of a current in	3
of the angle of	3
current in the series	3
of an inch thick	3
the total resistance of	3
and shunt field resistance	3
it consists of two	3
the series field winding	3
end of the bar	3
the hand to the	3
of one or more	3
coil may be cut	3
circuit of the motor	3
of the current is	3
brushes not properly adjusted	3
to the tangent of	3
to serve as a	3
of a series of	3
of the machine should	3
right angles to each	3
credit of the customer	3
the other binding post	3
and hold it there	3
the rotation of the	3
the tips of the	3
in the middle of	3
the pointer of the	3
the polarities of the	3
to the ground through	3
is illustrated in fig	3
quarter of an inch	3
whole of the current	3
to its original position	3
resistance in the box	3
resistance of the good	3
due to bad adjustment	3
of turns of fine	3
flowing through the wire	3
be used on the	3
potential method with queen	3
of the armature will	3
more than a few	3
extreme right hand dial	3
for this purpose a	3
from contact with the	3
it consists essentially of	3
all the coils of	3
to produce the correct	3
the battery post and	3
the brushes and the	3
for voltages up to	3
that the machine will	3
by the action of	3
measuring the resistance of	3
which is to be	3
is moved to the	3
resistance of the cable	3
be stopped and the	3
positive and negative poles	3
across the terminals of	3
one or more segments	3
at one end of	3
to see that they	3
the pressures of the	3
a dot or a	3
queen acme portable testing	3
this is shown in	3
a change in the	3
has the advantage of	3
of a number of	3
upon the strength of	3
the battery is connected	3
then the current passing	3
at a distance of	3
by applying the hand	3
is connected with the	3
hand side of the	3
the essential parts are	3
is the indication of	3
in the position st	3
the accuracy of the	3
in order to make	3
magneto test for grounded	3
distance to the break	3
tension of the springs	3
for a short time	3
means of the rheostat	3
be shunted with the	3
battery and galvanometer keys	3
out of contact with	3
acme portable testing set	3
the reading of the	3
to which it is	3
series coils of the	3
the tangent of the	3
a difference of pressure	3
shunt dynamos in parallel	3
of the movable coil	3
at one end a	3
the strength of current	3
of the needle to	3
shown in the diagram	3
currents may be measured	3
any point in the	3
there will be no	3
to the sine of	3
slipping of the belt	3
by a current of	3
of such a character	3
resistance of the rheostat	3
terminal of the commutator	3
may be shunted with	3
shunt dynamos to run	3
in the operation of	3
the tenths switch and	3
when the plugs are	3
be given to the	3
so that they will	3
describe the method of	3
so that if we	3
the ends of a	3
the machine has been	3
dynamos to run in	3
this be the case	3
and compared with the	3
the north pole to	3
liable to be destroyed	3
is connected to a	3
is due to the	3
the connections between the	3
side of the armature	3
upper end of this	3
where l is the	3
that they may be	3
the battery and galvanometer	3
with the other terminal	3
to detect and measure	3
to the passage of	3
done by means of	3
speed of the armature	3
the needle will not	3
whitney hot wire instruments	3
in connection with a	3
are placed in the	3
the flow of the	3
with the galvanometer and	3
as the voltage rises	3
rheostat with no voltage	3
by the volume of	3
effect of the current	3
on each side of	3
right hand side of	3
of short circuits in	3
at full speed with	3
between the two stations	3
short circuit may be	3
of the machines is	3
right hand dial of	3
of the ratio coils	3
method of fault location	3
when the lever of	3
be closed before the	3
by connecting to the	3
to be found in	3
method of testing for	3
in the course of	3
regulating the speed of	3
the least sparking occurs	3
the movement of a	3
by the resistance of	3
a variation of of	3
regulation by shunt field	3
with no resistance in	3
ends of the coils	3
pressure at the terminals	3
motor at full speed	3
of potential method with	3
of the bad wire	3
bar to bar test	3
of the faulty wire	3
current flows from the	3
the point where the	3
terminals of the machine	3
may be used for	3
angles to each other	3
rated capacity of the	3
should be used to	3
is inserted between the	3
voltage of the cell	3
what are the causes	3
if the pressure of	3
of the large magnet	3
being the number of	3
contact with the plate	3
from a to c	3
when the switch is	3
connected in series and	3
this is accomplished by	3
the efficiency of the	3
of the shunt field	3
may be made by	3
detect and measure electricity	3
when the current is	3
the short circuit may	3
the dynamo may be	3
so it may be	3
until the galvanometer shows	3
the new york book	3
circuit with the galvanometer	3
ohm by steps of	3
a quarter of an	3
it is difficult to	3
of thompson watt hour	3
serves as a means	3
parallel to the shaft	3
with the positive terminal	3
if the motor be	3
turns of heavy wire	3
deflection of one division	3
in the potentiometer circuit	3
at the rate of	3
as well as for	3
to measure a current	3
the queen acme set	3
pole of the other	3
a coil of wire	3
sensibility being the number	3
the liquid in the	3
the frame of the	3
tips of the brushes	3
the ratio coils are	3
in opposition to the	3
what is called a	3
be greater than the	3
stationary when the weight	3
the adjustment of the	3
of the commutator to	3
mounted on the shaft	3
magnetic field of a	3
circuits between sections through	3
and a current of	3
total resistance of the	3
new york book company	3
or to the left	3
due to a column	3
of the adjusting screw	3
up with the other	3
to the secondary coil	3
result is that the	3
should be noted that	3
the sensibility being the	3
a current is sent	3
the fall of potential	3
with a piece of	3
in the center of	3
through which the current	3
the restraining force of	3
through frame or core	3
resistance in the shunt	3
compass points north and	3
by the current from	3
to a greater extent	3
is taken of this	3
from the foregoing it	3
the front of the	3
this may be done	3
of the coils in	3
is mounted on a	3
of the base has	3
fault location with leeds	3
one of which is	3
be noted that the	3
applying the hand to	3
up to full speed	3
of contact with the	3
the contact on the	3
close up to the	3
was the first to	3
so that the current	3
by a binding screw	3
contact with each other	3
may be used as	3
that it cannot be	3
which is mounted a	3
of electricity passes through	3
position of the brushes	3
constant or figure of	3
the compass points north	3
will be noted that	3
when this has been	3
from one of the	3
be located by the	3
means of a voltmeter	3
proportional to the sine	3
position shown in fig	3
division of the scale	3
shown by the dotted	3
with the result that	3
value of the shunt	3
current will be generated	3
a combination of the	3
to and from the	3
the weight is placed	3
dot or a dash	3
at which it is	3
to one terminal of	3
of one of the	3
if the current in	3
is the action of	3
deposits silver at the	3
back to the off	3
the path of the	3
total length of the	3
against the direction of	3
post and the negative	3
is a method of	3
there are several ways	3
by the electric current	3
that the fault is	3
wiring up a house	3
to the line post	3
the bus bars is	3
wire carrying a current	3
connected by means of	3
ohm coils for the	3
of the water in	3
armature of the motor	3
that the resistance of	3
direction of the dart	3
as well as in	3
the diagram shows the	3
out of the circuit	3
in series as shown	3
in the same manner	3
this means that the	3
same as in the	3
end of the key	3
brought into contact with	3
method of locating short	3
how to acquire the	3
field of a magnet	3
as to form a	3
and below normal speed	3
of a pair of	3
the double throw switch	3
to stop a motor	3
the reason that the	3
they should then be	3
from the copper to	3
of current generated by	3
the brushes upon the	3
when constructed as a	3
to which is attached	3
of the several dynamos	3
in which the scale	3
will be deflected toward	3
a standard of measurement	3
as quickly as possible	3
faces of the brushes	3
short circuits in armature	3
a resistance due to	3
an instrument for measuring	3
the constant of the	3
difference of potential between	3
commutator as shown in	3
varies with the load	3
end of the condenser	3
one end to the	3
end of the core	3
series dynamos in parallel	3
the faulty wire to	3
the flow of a	3
in place of the	3
is a piece of	3
a magnetic needle is	3
of the voltmeter is	3
as well as to	3
any of the following	3
end of the needle	3
if such be the	3
compound dynamos in series	3
the form of a	3
state of the commutator	3
midway between the ends	3
must be used to	3
was adopted by the	3
it may be readily	3
in such a manner	3
acted upon by the	3
a resistance in series	3
the base is a	3
make a complete circuit	3
field at right angles	3
cable or faulty wire	3
obtained from the formula	3
if the machine do	3
it is to be	3
the coils of a	3
the tension of the	3
short circuits between adjacent	3
flow of the current	3
by the value of	3
when no current is	3
as a means of	3
of the coil is	3
which is in the	3
and the negative terminal	3
method of measuring the	3
so as to cut	3
proportional to the strength	3
or figure of merit	3
resistance due to a	3
movement of a current	3
the position shown in	3
between the two coils	3
machine is as follows	3
move the lever of	3
a direction opposite to	3
deflections of a galvanometer	3
n pole of the	3
no resistance in circuit	3
the armature should be	3
it is evident that	3
of the brushes upon	3
series field winding of	3
when the armature is	3
at its lower end	3
connected to the terminals	3
armature circuit of the	3
either direct or alternating	3
place the double throw	3
in the u tube	3
will produce a deflection	3
in a direction opposite	3
so that when the	3
of the coil and	3
in this case the	3
in the figure the	3
connected up with one	3
the needle of the	3
to run in parallel	3
so as to bring	3
a greater or less	3
the contact faces of	3
the current strength is	3
which it is to	3
the cable or faulty	3
method of locating a	3
should be used in	3
the difference between a	3
so that it will	3
which passes through the	3
the wire of the	3
few turns of heavy	3
to excite the machine	3
it is possible to	3
the inner end of	3
by means of which	3
are simply special forms	3
the term applied to	3
on the top of	3
to be used for	3
of the whole current	3
the instrument is made	3
plug is inserted between	3
when the weight is	3
change in the direction	3
is disconnected from the	3
whole of the armature	3
through the coils of	3
likely to occur in	3
the positive pole of	3
be of the same	3
in series or in	3
the load upon the	3
points a and b	3
from north to south	3
points north and south	3
the machine do not	3
it has been found	3
to the resistance of	3
proportional to the square	3
series or in parallel	3
the direction in which	3
a method of locating	3
it there for about	3
this is known as	3
inch wide and inch	3
when the needle is	3
of turns of wire	3
as the load varies	3
series with the armature	3
which is indicated by	3
resistance is put in	3
the dimensions of the	3
are insulated from each	3
the current flows from	3
the speed of a	3
contact faces of the	3
may be connected to	3
if the voltage of	3
be placed in the	3
fact will be indicated	3
are connected as in	3
be out of contact	3
to the bus bar	3
after which it is	3
of the wire is	3
it is used for	3
has been found that	3
the cell to be	3
it is made of	3
main switch is closed	3
should be taken with	3
it will be noted	3
series dynamos in series	3
to reduce the speed	3
the field coils may	3
forced system of lubrication	3
current generated by a	3
connections were made as	3
simply special forms of	3
see that they are	3
short circuits in the	3
the latter may be	3
moving iron type instrument	3
into the shunt circuit	3
of the armature and	3
current in the wire	3
will be indicated by	3
and in the case	3
give a deflection of	3
on which is mounted	3
it would be difficult	3
to bad adjustment of	3
are provided with a	3
the dynamo should be	3
the handle of the	3
hold it there for	3
the fact will be	3
from the north pole	3
movement of the lever	3
inches in diameter and	3
the speed of rotation	3
shunt dynamos in series	3
at which the motor	3
current in the loop	3
should be taken that	3
by comparison with a	3
location with leeds and	3
the copper to the	3
series with the battery	3
in cross section at	3
divisions of the scale	3
are attached to the	3
terminal of the secondary	3
to determine the current	3
of a tangent galvanometer	3
be proportional to the	3
the pressure of this	3
the coil may be	3
if one of the	3
water in the reservoir	3
of the armature circuit	3
cell to be tested	3
with the axis of	3
be used as a	3
of fault location with	3
with a wire of	3
to one of the	3
the current required to	3
is such as to	3
circuit by means of	3
silver at the rate	3
in circuit with each	3
why the compass points	3
necessary to bring the	3
the motor should be	3
in such a way	3
diagram showing connections of	3
the armature or commutator	3
where there are two	3
instruments are connected as	3
the body of the	3
if the brushes be	3
end of the mandrel	3
the deflections of the	3
across the unknown resistance	3
no current is flowing	3
employed resistance in the	3
flow of a current	3
is of such a	3
the sparking at the	3
and then measuring the	3
in the main circuit	3
the difference between the	3
it is desired to	3
of rotation of the	3
such a manner that	3
positions upon the commutator	3
with all resistance in	3
the field coils and	3
bad condition of brushes	3
to the post ba	3
at an angle to	3
were made as in	3
the arms a and	3
axis of the coil	3
is joined to the	3
is in contact with	3
the foregoing it will	3
what kind of oil	3
by an aluminum disc	2
used to advantage where	2
cloth or piece of	2
swing to the left	2
regulation by combined armature	2
of which the electrodes	2
it is called the	2
box is moved to	2
connected up by a	2
disc of the normal	2
will not be deflected	2
only necessary to multiply	2
in correct line with	2
bearings can be lubricated	2
be thrown over so	2
last pair of blocks	2
of mirrors in galvanometers	2
from which the current	2
seen that when the	2
compound dynamo into and	2
method of correcting reversed	2
what tools and apparatus	2
exterior magnetic influence around	2
the object being to	2
the press has been	2
the correct polarity in	2
two outer terminals are	2
like the needle of	2
through the lower end	2
common air not a	2
regular succession of values	2
rapidity of modern progress	2
if the difference be	2
of unknown resistance and	2
in taking the temperature	2
such a character that	2
made to fit the	2
meter away from the	2
be explained as follows	2
a solution of sulphate	2
the potentiometer reading is	2
what two kinds of	2
interposed in the path	2
moving in a magnetic	2
the oil is forced	2
sent through the coils	2
by weight of the	2
of a few minutes	2
would be the case	2
the bottom of each	2
broken wire and good	2
also passes through a	2
a great deal of	2
ran as a dynamo	2
good contact with the	2
be as low as	2
that they do not	2
the lower right hand	2
insulation of the machine	2
distance of one meter	2
by a set screw	2
wound so as to	2
current from the battery	2
may not be affected	2
of the field and	2
and the two outer	2
to the posts marked	2
so connected up that	2
the cable between the	2
key has a wire	2
acquire the vast knowledge	2
a multiple of the	2
cause the needle to	2
l is the length	2
from the other terminal	2
increases the current in	2
pressure between a and	2
in order to maintain	2
make a copper voltameter	2
distant end of the	2
can be controlled by	2
carrying a current of	2
placed in the scoop	2
may be used with	2
we shall have volts	2
by changes in temperature	2
passing through the magnetic	2
use an outside battery	2
is also provided with	2
construction and principle of	2
ends of the electrodes	2
total scale value of	2
opposite ends of the	2
the pressure of each	2
are frequently provided with	2
a pair of copper	2
a small hole in	2
the positive lead to	2
of the surrounding air	2
the indication that the	2
from a battery or	2
deflection of ten divisions	2
bridging across the insulation	2
a ray of light	2
of the respective machines	2
winding cables with marlin	2
the galvanometer is used	2
binding post for a	2
of the line wires	2
to test a meter	2
in order to get	2
front and back of	2
and the bar a	2
be allowed to rise	2
be substituted for the	2
battery or another dynamo	2
not kept thoroughly clean	2
coils being so connected	2
moved so as to	2
will be the same	2
cloth dipped in vaseline	2
various other electrical manifestations	2
plate in a battery	2
columbia watt hour meter	2
th of for the	2
by the removal of	2
polarities of the magnets	2
the battery and the	2
is ready to be	2
and must be adjusted	2
segment and hold it	2
of the moving element	2
side of the u	2
but when the armature	2
with this arrangement the	2
be used in a	2
the function of the	2
its terminal is designated	2
to the next core	2
equal to the voltage	2
the ordinary starting box	2
will be out of	2
and if this be	2
the machine building up	2
takes up the slack	2
opens with leeds and	2
to excite arises from	2
brush holder of the	2
by twice the angle	2
may be used on	2
the needle is attracted	2
the pivot of the	2
is composed of cables	2
needle swing to the	2
the machine to which	2
in a circuit which	2
the defective wire from	2
the anode shall be	2
insulation resistance of the	2
being that due to	2
tend to turn the	2
faulty wires in a	2
of an inch in	2
which the galvanometer is	2
connected with the positive	2
ends of the shunt	2
pivot of the hook	2
of which is connected	2
shows no deflection when	2
armature of electric bell	2
is a high resistance	2
with the small holes	2
enough to carry the	2
the shunt field leads	2
of the field magnets	2
should be given to	2
so that they may	2
bar test for short	2
the inner side of	2
of magnets in motor	2
will answer the purpose	2
hammer multiple switch starter	2
with amperes flowing to	2
will give the value	2
when there is no	2
are induced in the	2
that german silver has	2
varying the field strength	2
the total resistance is	2
thereby completing the circuit	2
soft cloth dipped in	2
in the above figure	2
with an increase of	2
revolve with the shaft	2
remains stationary when the	2
and a coulomb is	2
a current flows through	2
secured to the base	2
step of resistance is	2
so far as the	2
binding posts for the	2
two classes of voltameter	2
by the fact that	2
these controllers being per	2
of the current flowing	2
is wound to the	2
presence of a current	2
the secondary coil will	2
resistance out of the	2
brushes of all the	2
field coils of all	2
upon by the current	2
in a charged wire	2
shown in the following	2
is applied to the	2
switching a compound dynamo	2
r resistance of the	2
the active material of	2
the father of the	2
smoothing commutator with a	2
the damping effect in	2
for opens with leeds	2
and the other two	2
duncan watt hour meter	2
plating iron with copper	2
a coulomb is the	2
that the coil is	2
known as the weston	2
attached to the moving	2
motors in parallel with	2
to the shaft acting	2
more than their share	2
it books electricity for	2
the instrument indicates the	2
as the apparatus it	2
upon the amount of	2
what is the allowable	2
by the human eye	2
the only remedy is	2
for more than a	2
in the position pq	2
the transmitter and receiver	2
the operation of starting	2
the field strength of	2
end of the switch	2
solution of sulphate of	2
arrange itself north and	2
the faulty coil will	2
main knife switch and	2
speed of a motor	2
of a high tension	2
are two other wires	2
around a vertical axis	2
with the shunt circuit	2
current flowing through a	2
the unconnected terminal of	2
be drawn off by	2
the current will traverse	2
the commutator has been	2
coil or between segments	2
cell to have a	2
the commutator end of	2
it is impossible to	2
a complete glossary of	2
its operation depends upon	2
the next step is	2
at a right angle	2
otherwise the machine will	2
has one of its	2
the known resistance and	2
of current through the	2
type commutator truing device	2
are the field coils	2
right or to the	2
ohms to international ohms	2
resistance to the passage	2
settle to the bottom	2
bar test for open	2
was found that the	2
interior view of thompson	2
turned so that the	2
are made as shown	2
negative lead to the	2
will be deflected to	2
in the circuit by	2
can be made at	2
it should be done	2
the use of hydrogen	2
when the connections are	2
reverse the direction of	2
is of the same	2
these instruments is produced	2
ohm readily estimated to	2
short circuits in commutator	2
a complete circuit is	2
solution of copper sulphate	2
the starting box is	2
current in the circuit	2
is the value of	2
which the wires are	2
term applied to the	2
in order to increase	2
it should first be	2
must be made as	2
in cases where the	2
the case of large	2
one of a pair	2
is now necessary to	2
in close proximity to	2
curious superstitions concerning electricity	2
of the needle from	2
the earth as a	2
the case is provided	2
shown by the dart	2
taken off the hook	2
when the current falls	2
the range of the	2
pressure of this battery	2
to occur in a	2
bottom of the meter	2
and bad wires are	2
soon as the voltage	2
be examined to see	2
a very small current	2
so that the north	2
large enough to carry	2
after a run of	2
d of the armature	2
has a wire connection	2
defined as the resistance	2
in the insulation between	2
below that of the	2
tools and apparatus are	2
with the positive pole	2
the base by a	2
and lang electric vehicles	2
rheostat form of switch	2
adjustment is made by	2
increase by shunt field	2
flows through the wire	2
oxygen as a purifier	2
increased in proportion to	2
is not at all	2
plates are held apart	2
the flow of electricity	2
so arranged that the	2
armature resistance method of	2
speed all the resistance	2
reading of the meter	2
desired to operate the	2
electrical contact with the	2
a single piece of	2
of the bus bars	2
until the value of	2
may be made of	2
in order to suit	2
strength of the armature	2
and where there are	2
of the resistance being	2
it is a difficult	2
a coil carrying the	2
short piece of wire	2
apparatus for measuring low	2
of arranging the connections	2
there being no iron	2
to reverse the direction	2
the number of micro	2
when the tool is	2
starting rheostats of small	2
of correcting reversed polarity	2
coil must be a	2
to be run in	2
needle is suspended by	2
coils in opposite directions	2
direction of the flow	2
the leads from the	2
a chemical change is	2
or less developed fault	2
is made up of	2
may be short circuited	2
special forms of ammeter	2
the level of the	2
to make a sulphuric	2
voltmeter may be used	2
the standard cell sc	2
between sections through frame	2
the varnish or insulation	2
are sent through the	2
may be ascertained by	2
moved to the first	2
switch should be closed	2
a torque which tends	2
the torque or pull	2
the vibration of the	2
dynamo fails to excite	2
connected direct to the	2
field coils may be	2
current is flowing through	2
opposite to that of	2
can be compared with	2
so arranged as to	2
term applied to a	2
well for practical use	2
completely disconnected from those	2
to the correct angle	2
telephone stations in circuit	2
is to cause the	2
both ends of the	2
circuit is directly proportional	2
of assembling core discs	2
it has been stated	2
with the same degree	2
are in contact with	2
ought not to be	2
passes through the coils	2
the term build up	2
if it be necessary	2
the batteries of the	2
of sulphate of copper	2
to one side of	2
to act or the	2
run as a motor	2
the other side of	2
the speed of shunt	2
flows from the north	2
do not make good	2
controllers being per cent	2
the law of the	2
terminals of a battery	2
effect is to cause	2
uses of the electrical	2
and the south pole	2
amount of deflection of	2
proportion to the current	2
the whitney hot wire	2
to clean them with	2
by an excessive heating	2
where there is no	2
short circuiting sections of	2
that all metals are	2
to the bottom and	2
than the resistance of	2
is the length of	2
done in case of	2
connected in series as	2
and is now used	2
by exciting the field	2
pressing on a commutator	2
means of a short	2
view of resistance device	2
should be fixed by	2
so as to obtain	2
of a decade can	2
attached to the needle	2
circuit in coil or	2
one of the small	2
if the trouble be	2
not be possible to	2
kept thoroughly clean and	2
the field coils in	2
the apparatus required consists	2
be made to run	2
of the instrument are	2
will now be seen	2
and in the second	2
the magnetic field is	2
one of the pieces	2
is provided by means	2
among the series coils	2
damping effect in these	2
must be taken to	2
so interoperating as to	2
the motor up to	2
a current passing through	2
put in circuit with	2
in the first instance	2
protection to the wires	2
other wires which may	2
be less than the	2
rauch and lang electric	2
at about the same	2
and the points and	2
is found in the	2
a total scale value	2
the main switch be	2
the rings are placed	2
to the influence of	2
neighboring current in a	2
a current which is	2
as in the ordinary	2
which is wound to	2
to make a complete	2
must be kept clean	2
diagram of connections in	2
key is pressed down	2
which is attached a	2
is driving comes up	2
surrounded by a coil	2
taken from the line	2
upon the end of	2
a brush holder of	2
between any two points	2
of the armature winding	2
a decade can be	2
affected by magnetic fields	2
of starters and regulators	2
a wire or circuit	2
is in the direction	2
dial of which registers	2
which is the measure	2
the switch be closed	2
wound dynamos to run	2
and the negative lead	2
amount of current to	2
regulation of traction motors	2
the coupling of two	2
as may be required	2
broken joint between commutator	2
battery post and the	2
residual magnetism should be	2
may be defined as	2
the successive steps of	2
other cables in which	2
how to detect and	2
a binding post for	2
regulate to approximately constant	2
with a decrease of	2
connections for series and	2
advantage where the length	2
the tendency for the	2
a rush of current	2
together so as to	2
to hold the needle	2
is shown a brush	2
coated with sulphide of	2
on the surface of	2
magnet to the other	2
constructed as a voltmeter	2
brushes making bad contact	2
parts of a dynamo	2
fault may be remedied	2
difficult for the current	2
which the current passes	2
magnetic field which is	2
one end is a	2
are the pressure terminals	2
a hole through the	2
in the other direction	2
the point of normal	2
is turned so that	2
to the base by	2
coils of all the	2
to a certain value	2
the switch is moved	2
from the plane of	2
is likely to occur	2
should be allowed to	2
fall below that of	2
the sine of the	2
voltmeters are simply special	2
to the first contact	2
half inch below the	2
to the difference of	2
turn off the lamps	2
for what kinds of	2
passed through the galvanometer	2
the good and broken	2
composition of the metal	2
the winding consists of	2
at a constant value	2
is brought into contact	2
sections through binding wires	2
so that they do	2
plate in the cup	2
the column of mercury	2
a magnetic needle of	2
to the positive brushes	2
to get the best	2
a current is passing	2
brought up to the	2
and good wire are	2
indication of excessive voltage	2
short circuits or breaks	2
the failure to excite	2
that the armature is	2
the latter with oil	2
an aluminum disc moving	2
we have a large	2
positive terminal of one	2
will flow through it	2
can be increased by	2
side of the battery	2
the pressure will have	2
cutting the lines of	2
the deflection with the	2
not grouped in pairs	2
of the variable resistance	2
be connected across the	2
to whether the armature	2
of eddy currents in	2
bring the needle to	2
a long coil galvanometer	2
brushes of the armature	2
with the field coils	2
by means of it	2
in the two branches	2
of the coils is	2
is at a distance	2
be used for measuring	2
only necessary to connect	2
put into the lathe	2
direct to the positive	2
the right or to	2
produce the correct polarity	2
until a position is	2
each other and the	2
when the speed of	2
in sparking at the	2
resistance of the starting	2
arises from this cause	2
coupling of two or	2
to measure high resistances	2
the coil under test	2
the bulb of the	2
of locating short circuits	2
will cause it to	2
current generated by each	2
the case or cover	2
one conductor to another	2
method of assembling core	2
lines of force parallel	2
being provided with a	2
and in the opposite	2
cable to carbon brush	2
natural sines and tangents	2
of the battery and	2
voltage between the outside	2
a uniform cross section	2
and the load on	2
is arranged so that	2
between p and q	2
tenths switch and the	2
circuit wires in direct	2
because the resistance of	2
terminal into the wire	2
it contacts with the	2
feed the latter with	2
hand dial of which	2
the main switch should	2
speed of the machine	2
how to place the	2
test for break in	2
in a neat and	2
the coil should be	2
as to make it	2
means of a pair	2
of this wire is	2
and assume the position	2
of the metal of	2
so as to make	2
with a cup of	2
the capacity of the	2
cut resistance out of	2
less than that of	2
must be insulated from	2
the sulphuric acid voltameter	2
the coherer switch is	2
the sizes of the	2
and it is therefore	2
shall have volts and	2
when current passes through	2
find a means whereby	2
the lever to the	2
the field and armature	2
to the movement of	2
is almost universally used	2
which is divided into	2
current in a charged	2
faults of this description	2
faults where the loop	2
is no current in	2
calibrated to read volts	2
of the current passing	2
that the brushes bear	2
is six inches long	2
to go from c	2
an appreciable time to	2
the pressure of a	2
is then easily calculated	2
the same hub post	2
from the north to	2
method of soldering cable	2
shunt and compound machines	2
primary to the secondary	2
shaft and cause the	2
on the switch next	2
be taken not to	2
method of coupling series	2
will cause the motor	2
by means of screws	2
so wound as to	2
provided for the purpose	2
the voltage regulated by	2
the morse telegraph code	2
heat in a wire	2
care must be taken	2
than a few seconds	2
top view of armature	2
the speed at which	2
the negative lead to	2
slots in which the	2
the study of electricity	2
inches wide and inch	2
range of the instrument	2
the commutator with a	2
the form of gas	2
direction of the deflection	2
which are placed in	2
cable between the fault	2
the side of the	2
in testing for opens	2
a moderate amount of	2
as the starting lever	2
proper share of the	2
and the other terminal	2
connecting up the plates	2
x and y are	2
the galvanometer needle will	2
the quantity of water	2
when the disc is	2
position of the coil	2
may be calibrated to	2
of the whitney hot	2
more shunt dynamos to	2
of the current generated	2
the circuit is directly	2
two main conductors or	2
indicating direction of current	2
regulator with no voltage	2
may be increased to	2
how to test a	2
with one end of	2
of the field magnet	2
turns embraced by twice	2
connected to the block	2
speed regulator with no	2
more or less developed	2
the binding posts for	2
the square root of	2
upon the commutator with	2
through one or more	2
resistance of one ohm	2
the next dial kilowatt	2
extent than the perfect	2
of coupling compound dynamos	2
the other terminals of	2
in pressing on a	2
the arms of the	2
with a layer of	2
the rheostat coils are	2
connections are shown in	2
field with amperes flowing	2
requires a very small	2
of smoothing commutator with	2
are the causes of	2
when a dynamo is	2
to make a telephone	2
disappear as soon as	2
circuits or breaks in	2
the normal speed in	2
a closed circuit is	2
of pressure between the	2
is connected is not	2
to advantage where the	2
to keep the commutator	2
by maintaining a difference	2
coils of the moving	2
sufficiently well for practical	2
of a conductor to	2
load upon the machine	2
may be used in	2
see that it is	2
mounted on the same	2
two terminals of the	2
in direct current dynamo	2
loose or knocked in	2
and at the same	2
comes up to speed	2
are in the position	2
when this is the	2
produced by an aluminum	2
from those at work	2
with the load and	2
it be necessary to	2
used to complete the	2
through the instrument and	2
at the negative pole	2
the currents in the	2
the broken wire to	2
the meter and is	2
nil or zero method	2
device consists of a	2
will not be affected	2
coated with copper to	2
when the circuit is	2
to the shaft and	2
how to start a	2
to an accuracy of	2
secondary standards are made	2
has the sine galvanometer	2
should not exceed volts	2
how are the field	2
of the two machines	2
coating one metal with	2
to the brushes and	2
is made use of	2
distance to the fault	2
the total employed resistance	2
sections through frame or	2
the known resistance as	2
be passed through a	2
current which has passed	2
and the latter is	2
are completely disconnected from	2
there must be a	2
the latter should be	2
show no deflection when	2
between the fault and	2
which short circuits the	2
of some of the	2
away from the wall	2
are the resistances of	2
when these parts are	2
of a body or	2
the two terminals of	2
wound upon metal spools	2
the fault is due	2
is to use the	2
rated voltage and below	2
between the poles of	2
in such cases the	2
likely to break down	2
of a bar of	2
so that part of	2
the two kinds of	2
in a practical way	2
circuiting for electric bell	2
the commutator will become	2
the pointer for a	2
instrument is shown in	2
be heated to a	2
the needle is deflected	2
a short section of	2
as to cut resistance	2
of the varnish or	2
of the coil under	2
that quality of a	2
where the length of	2
the resistance of one	2
the iron surface has	2
the north to the	2
in the following figures	2
the upper ends of	2
coils of wheatstone bridge	2
terminal of the bell	2
of tinned iron wire	2
up so that it	2
is taken off the	2
under the recording pen	2
galvanometer is shown in	2
a difference in the	2
for making hydrogen and	2
is connected as in	2
the fall of pressure	2
disconnecting it from the	2
the brushes be not	2
for a deflection of	2
the size of the	2
defective wire from the	2
sparking at the switch	2
is a very simple	2
should the brushes be	2
in the arms a	2
breaks in the armature	2
of the various types	2
the brushes to their	2
end of the adjusting	2
is the objection to	2
out of line with	2
over the slots in	2
to cut out a	2
the generation of the	2
out faulty wires in	2
break down the insulation	2
and thus prevent the	2
the voltage is determined	2
is desired to operate	2
galvanometer constant or figure	2
contacts with the positive	2
a high tension machine	2
definite proportion of the	2
is used in place	2
the same direction as	2
the only difference being	2
which the sparking disappears	2
wires in direct current	2
the restraining force due	2
it is not at	2
of the extended wire	2
pair of copper plates	2
with a soft cloth	2
located directly over the	2
is connected to each	2
to read a meter	2
field and the armature	2
the construction of a	2
handle of the starting	2
but the moment the	2
needle of a differential	2
case is provided with	2
the reading is then	2
amount of current generated	2
magnet is a piece	2
varying the resistance in	2
current required to operate	2
be necessary to clean	2
position of the lever	2
is defined as the	2
unconnected terminal of the	2
ohmmeter or wheatstone bridge	2
of coupling shunt dynamos	2
and ohms pq and	2
turn against the restraining	2
pressure of one volt	2
the output of the	2
voltage and amperage in	2
to complete the circuit	2
illustrating the dot and	2
of the pole pieces	2
if a high resistance	2
tinned iron wire wound	2
the primary to the	2
low resistance so that	2
that the north pole	2
connected to a terminal	2
there is no reverse	2
of the cell or	2
from the position of	2
quantity of current used	2
with greater or less	2
armature is of the	2
shaft produce a torque	2
prepayment watt hour meter	2
resistance of the shunt	2
if the coils be	2
connected to each of	2
torque which tends to	2
a shunt or compound	2
the rheostat resistance is	2
up by a wire	2
a distance of one	2
a position is found	2
body of the wire	2
it may be used	2
should be examined to	2
wire of uniform diameter	2
be not kept thoroughly	2
the needle be deflected	2
rotation of the armature	2
section of telephone receiver	2
to the measurement of	2
the other set of	2
through the resistance box	2
can be obtained with	2
of soldering cable to	2
it is then called	2
method of binding armature	2
terminals of their respective	2
the method of arranging	2
of the armature resistance	2
how the voltage is	2
in a direction to	2
resistance be connected in	2
the armature is dependent	2
the distribution of the	2
in the arm b	2
the shunt circuit by	2
two or more shunt	2
by bad adjustment of	2
correcting reversed polarity in	2
may be done by	2
either in series or	2
which there is a	2
restraining force of a	2
may be made as	2
piece of soft iron	2
it is well to	2
greater or less degree	2
and the current will	2
between each pair of	2
on the end of	2
dynamo field and pole	2
that at the time	2
be suspected that the	2
center of the scale	2
so arranged that it	2
passing through the instrument	2
the poles of a	2
resistance to be measured	2
the presence of an	2
which they are connected	2
after which proceed as	2
interoperating as to cut	2
held by a binding	2
which the current is	2
it is mounted in	2
wire and good wire	2
commutator with a stone	2
it should not be	2
one of the wires	2
it should be remembered	2
of the field with	2
the needle to zero	2
junction of the two	2
and the other set	2
let a represent the	2
with the brush holders	2
the ten ohm coils	2
off the scale in	2
dust lodging in the	2
to adjust the brushes	2
amount of speed reduction	2
high resistance be connected	2
in which the rings	2
bars of the commutator	2
us assume that the	2
the machine will excite	2
a heating of the	2
to correspond with the	2
shown a brush holder	2
the brushes may not	2
offer a resistance to	2
the key is pressed	2
if the current required	2
the case if the	2
resistance of the external	2
the combined action of	2
be made to flow	2
that the bearings can	2
load on the motor	2
be multiplied by the	2
the armature revolves freely	2
through the holes in	2
the battery b is	2
are shown in the	2
a simple electric heater	2
is mounted a pair	2
that when a current	2
a difficult matter to	2
a few minutes at	2
contact on the extended	2
that there is a	2
should be of the	2
good wire are not	2
the battery through wire	2
or if there be	2
the meter away from	2
it is connected is	2
easily calculated from the	2
how the circuits are	2
lines of force at	2
of the properties of	2
at both ends of	2
of the coils be	2
but if there be	2
a greater extent than	2
regulated by means of	2
of the external circuit	2
for practical use by	2
the voltmeter connected to	2
the opposite direction to	2
must be very high	2
a definite part of	2
a cup of acid	2
little or no sparking	2
or out of circuit	2
causes the current to	2
to this last mentioned	2
used to connect the	2
the key and sounder	2
the position of instability	2
but in the case	2
the unit of current	2
to the movable coil	2
connections for two shunt	2
open the main knife	2
the brushes be raised	2
quantity of water will	2
a solution of copper	2
the disc of the	2
be multiplied by any	2
coil is connected to	2
is produced by a	2
from which it was	2
be used on either	2
made up of two	2
them out of their	2
is cut out of	2
required to force the	2
effect of hot bearings	2
is represented sufficiently well	2
screwed to the base	2
is held against the	2
flowing to the load	2
the shaft produce a	2
and in the other	2
current strength in amperes	2
baked appearance of the	2
circuits in armature circuit	2
current flowing through the	2
is made in the	2
connecting up storage battery	2
the battery key and	2
form a closed circuit	2
the bridge is balanced	2
speed regulation of traction	2
coils of a decade	2
when shutting down a	2
go from c to	2
by one ampere in	2
that the end of	2
battery is connected to	2
are set in correct	2
accurate measurement of voltage	2
to avoid touching the	2
in place of a	2
of the armature chamber	2
and it would be	2
to the cable sheath	2
putting on the next	2
the load on the	2
have a high voltage	2
of such dynamos as	2
of the motor in	2
an indication that the	2
of the motor as	2
wiring system for a	2
the needle to turn	2
to be observed in	2
the rings fail to	2
in the second method	2
surface of the armature	2
the coil and the	2
adjacent bars of a	2
the angle of deflection	2
to flow from the	2
the hook in station	2
faulty coil cannot be	2
may be reduced to	2
galvanometer is connected to	2
circuit so that the	2
the needle to travel	2
speed regulation of series	2
to bear in mind	2
raised from contact with	2
is suitable for measuring	2
the rate of current	2
shunts of different capacities	2
of the tenths switch	2
the second method the	2
in the former case	2
electricity is passed through	2
oil and reset the	2
any particles of metal	2
of alternating dynamo armature	2
same degree of accuracy	2
two pieces of magnetic	2
the brushes are in	2
terminals of each of	2
you will remember that	2
of electricity is passed	2
copper to the iron	2
to leap across the	2
use of mirrors in	2
end of the pin	2
it is liable to	2
that of the others	2
segments of the commutator	2
fault is at a	2
m and n will	2
with a value of	2
generating electricity is by	2
on the magnetic vane	2
when the main switch	2
air not a good	2
fresh supply poured in	2
of for the coils	2
needle will not be	2
connection of alternating dynamo	2
act or the reservoir	2
the circuit at the	2
what does the sensibility	2
is obtained from the	2
and compound dynamos in	2
the coils in opposite	2
and the necessity of	2
current of electricity flows	2
the distant end of	2
in this method the	2
a very high resistance	2
passing through the circuit	2
the relation between the	2
of the meter and	2
at the top of	2
a soft cloth dipped	2
diaphragm in a magnetic	2
of coils of the	2
appearance of the varnish	2
as the machine is	2
it be suspected that	2
place the battery connection	2
testing and testing apparatus	2
and operation of the	2
post for a wire	2
a current of that	2
cables in which the	2
consists of a small	2
there is no current	2
they are designed to	2
circuiting sections of the	2
along the axis of	2
the scale in volts	2
of a galvanometer needle	2
circuit when the machine	2
come into contact with	2
the machine has built	2
of a column of	2
a decrease of load	2
of winding cables with	2
change the direction of	2
by which he may	2
motive force divided by	2
what north and south	2
found at which the	2
a pair of parallel	2
running to the other	2
may be detected by	2
the causes of excessive	2
as a means for	2