trigram

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

trigram	frequency
by means of	97
shown in fig	86
end of the	83
of the armature	76
as shown in	69
of the current	69
so as to	65
so that the	63
the resistance of	60
resistance of the	57
one of the	51
as in fig	50
it will be	48
in order to	46
connected to the	43
and the other	43
the magnetic field	42
of the commutator	41
the direction of	41
a current of	40
of the coil	39
terminal of the	38
the field coils	37
in series with	35
contact with the	35
the end of	35
ends of the	34
means of the	34
the value of	33
of the brushes	33
of the needle	32
in which the	32
it may be	31
the strength of	31
a pair of	31
what is the	31
of the machine	30
resistance in the	30
of the galvanometer	30
of the field	29
current in the	28
shown in the	28
proportional to the	28
of the motor	27
as well as	27
in the armature	27
means of a	27
the ends of	27
in the circuit	26
in the figure	26
of the instrument	26
direction of the	26
the terminals of	26
value of the	26
the speed of	25
may be used	25
attached to the	25
between the two	25
is connected to	25
pole of the	25
so that it	25
of a current	25
in the case	24
when a current	24
connected in series	24
current of electricity	24
the armature is	24
consists of a	23
the current in	23
part of the	23
of the coils	23
passes through the	23
strength of the	22
side of the	22
leeds and northrup	22
the voltage of	22
in the same	22
the amount of	22
the number of	22
the unknown resistance	22
the case of	22
is shown in	22
it is not	22
it is necessary	21
deflection of the	21
out of the	21
it should be	21
position of the	21
the action of	21
series with the	21
in the direction	20
lines of force	20
to be measured	20
that of the	20
voltage of the	20
the other end	20
the use of	20
the current is	20
the armature circuit	19
passing through the	19
the galvanometer is	19
a piece of	19
of the dynamo	19
provided with a	19
terminals of the	19
sparking at the	19
of the two	19
on the other	19
is to be	19
there is no	18
watt hour meter	18
there is a	18
the current to	18
an electric current	18
the machine is	18
it is a	18
which may be	18
surface of the	18
of the battery	18
as in the	18
the pressure of	18
of the magnet	18
of the other	18
of the rheostat	18
the instrument is	18
which it is	18
action of the	18
at one end	17
the main switch	17
due to the	17
to the other	17
the north pole	17
of the wire	17
that it is	17
a deflection of	17
may be made	17
one terminal of	17
of the machines	17
should be used	17
to make a	17
speed of the	17
the coils are	17
should be taken	17
if it be	16
one or more	16
and in the	16
a magnetic field	16
the standard cell	16
the position of	16
how is the	16
will be seen	16
the effect of	16
the surface of	16
and so on	16
current passes through	16
through the wire	15
upon the commutator	15
for the purpose	15
with respect to	15
in contact with	15
method of testing	15
should be done	15
be seen that	15
coils of the	15
connected up with	15
no voltage release	15
the resistance in	15
will not be	15
each of the	15
of the shunt	15
a current is	15
in making the	15
to the right	15
a and b	15
movement of the	14
length of the	14
the secondary coil	14
be necessary to	14
the insulation of	14
it consists of	14
the bus bars	14
for this purpose	14
and the current	14
on the scale	14
to the left	14
found to be	14
the same as	14
as it is	14
the other terminal	14
the whole of	14
the method of	14
positive and negative	14
by the current	14
will be found	14
the pole pieces	14
from each other	14
direction of current	14
current through the	14
in connection with	14
the current strength	14
is necessary to	14
contacts with the	13
to be used	13
two or more	13
of the scale	13
be used to	13
and it is	13
is liable to	13
liable to be	13
a number of	13
of the same	13
the current will	13
it has been	13
are connected in	13
the operation of	13
the series coils	13
the other hand	13
the current from	13
the connections are	13
is in the	13
is called the	13
other end of	13
the fault is	13
on the commutator	13
of the starting	13
into contact with	13
should be carefully	13
the machine will	13
the needle is	13
the bottom of	13
is equal to	13
shown by the	13
current passing through	13
pass through the	13
at the brushes	13
of all the	13
if the machine	13
out of circuit	13
the resistance is	13
the coil is	13
north and south	13
the brushes and	13
one end of	13
top of the	13
as soon as	13
of a magnet	13
if the current	13
and northrup fault	13
the needle will	13
indicated by the	13
is made of	13
northrup fault finder	13
through the coil	12
they should be	12
whole of the	12
the flow of	12
cut out of	12
equal to the	12
to that of	12
the fact that	12
as shown by	12
inches in diameter	12
the purpose of	12
current from the	12
in the opposite	12
number of turns	12
the galvanometer needle	12
heating of the	12
the commutator and	12
this is a	12
what should be	12
portion of the	12
the form of	12
dynamos in parallel	12
the coils of	12
of which is	12
when the machine	12
the opposite direction	12
the center of	12
the shunt field	12
with the other	12
placed in the	12
be made to	12
a short circuit	11
the top of	11
the quantity of	11
in this case	11
of the meter	11
direction of rotation	11
the brushes are	11
the broken wire	11
in one direction	11
insulation of the	11
the resistances of	11
to the base	11
of the resistance	11
are connected up	11
the deflection of	11
the faulty coil	11
short circuits in	11
the length of	11
at right angles	11
bottom of the	11
of the switch	11
connected with the	11
method of locating	11
can be made	11
of the line	11
the south pole	11
the commutator is	11
is provided with	11
of the cable	11
a magnetic needle	11
when the current	11
a bar of	11
to pass through	11
the key is	11
with no voltage	11
battery and galvanometer	11
passed through the	11
the field circuit	11
the positive terminal	11
at which the	11
to the shaft	11
can be obtained	11
of the case	11
the movement of	11
to the current	11
adjustment of the	11
if this be	11
and from the	11
through the armature	11
with the commutator	11
is indicated by	11
north pole of	11
a resistance of	10
to hold the	10
of an electric	10
the current passing	10
the field winding	10
should not be	10
be short circuited	10
the difference between	10
parallel with the	10
to form a	10
queen acme set	10
the total resistance	10
back of the	10
operation of the	10
when the armature	10
dynamos in series	10
a current passes	10
to see that	10
are shown in	10
connection with the	10
in order that	10
a high resistance	10
how to make	10
be used on	10
of turns of	10
of the voltmeter	10
care should be	10
one side of	10
with leeds and	10
to the next	10
it is the	10
be used for	10
insulated from each	10
the negative terminal	10
amount of current	10
fall of potential	10
there will be	10
produced by the	10
is connected in	10
current to be	10
a permanent magnet	10
it is advisable	10
the current flowing	10
in the shunt	10
of the magnetic	10
used with a	10
effect of the	10
that when the	10
which the current	10
at the point	10
the battery key	10
the external circuit	10
to the fault	10
the starting box	10
starting a motor	10
any of the	10
the upper end	10
of the loop	10
in armature circuit	10
in the rheostat	10
in the form	10
so that they	10
pressure of the	10
is placed in	9
will be deflected	9
of the standard	9
depending upon the	9
the coils in	9
and may be	9
there are two	9
this may be	9
of the load	9
of the electrical	9
a form of	9
fields of the	9
of the latter	9
right angles to	9
the principle of	9
be the case	9
circuit with the	9
sections of the	9
other terminal of	9
shows no deflection	9
a coil of	9
brushes should be	9
at the other	9
the testing set	9
be used in	9
if there be	9
needle will be	9
with each other	9
difference of pressure	9
the motor is	9
and the negative	9
made up of	9
will be necessary	9
the angle of	9
is called a	9
the brushes should	9
through the coils	9
and that the	9
magnetic lines of	9
when it is	9
at the commutator	9
may be readily	9
this is the	9
the current flows	9
resistances of the	9
the passage of	9
the field magnets	9
that the current	9
as to the	9
more or less	9
at full speed	9
the needle to	9
resistance in series	9
the machine be	9
of the good	9
the circuit is	9
to determine the	9
the difference of	9
is passed through	9
in circuit with	9
as to be	9
to build up	9
of a dynamo	9
center of the	9
resistance in circuit	9
of the base	9
in the coil	9
through the field	9
flows through the	9
some of the	9
upper end of	9
in the diagram	9
of the circuit	9
at the same	9
the same direction	8
of the unknown	8
its upper end	8
sent through the	8
it is called	8
be connected to	8
the galvanometer will	8
the other to	8
the lines of	8
and a current	8
equal to that	8
more of the	8
it is made	8
is the same	8
are liable to	8
from the other	8
they may be	8
to cut out	8
what are the	8
of the bar	8
to the battery	8
and the machine	8
to receive the	8
the brush holders	8
of the wires	8
passage of a	8
of the cell	8
the field magnet	8
as the resistance	8
depends upon the	8
that it will	8
main switch is	8
of this type	8
the armature and	8
back to the	8
the reading a	8
connected up in	8
in opposite directions	8
height of the	8
of the lever	8
the current through	8
the restraining force	8
a large number	8
the movable coil	8
soon as the	8
large number of	8
in this way	8
of the engine	8
the good wire	8
the brushes be	8
magnetic action in	8
the other side	8
the needle of	8
used as a	8
is known as	8
is attached to	8
motion of the	8
the same way	8
the permanent magnet	8
for the reason	8
short circuits between	8
compound dynamos in	8
to the bus	8
of the hand	8
against the commutator	8
be due to	8
which tends to	8
to the bottom	8
is designed to	8
this is done	8
the fault may	8
dynamo or motor	8
in a circuit	8
to use a	8
what may be	8
winding of the	8
it can be	8
bad adjustment of	8
the presence of	8
to carry the	8
galvanometer shows no	8
to measure the	8
will be the	8
it would be	8
in the magnetic	8
in such a	8
or more of	8
it is then	8
of potential method	8
current may be	8
shunt and compound	8
the starting lever	8
the short circuit	8
to keep the	8
quantity of electricity	8
the positive and	8
capacity of the	8
the necessity of	8
are placed in	8
in either direction	8
the reason that	8
up to the	8
how are the	8
should first be	8
is proportional to	8
making the test	8
of electricity is	8
be allowed to	8
a dynamo or	8
can be used	8
a storage battery	8
current to pass	8
all the dynamos	7
to the negative	7
is done by	7
but it is	7
is the difference	7
divided by the	7
is produced by	7
it must be	7
that it may	7
of the permanent	7
the current passes	7
the dynamo is	7
the good and	7
was found to	7
short circuit in	7
the commutator will	7
is made to	7
the binding post	7
adjusting the brushes	7
bad condition of	7
in an electric	7
the machine to	7
to the needle	7
the core is	7
the armature should	7
the rheostat is	7
is capable of	7
by a current	7
of a battery	7
positive terminal of	7
directly proportional to	7
given to the	7
to obtain the	7
as the voltage	7
the armature coils	7
in the field	7
generated by a	7
secured to the	7
of a wire	7
connected in parallel	7
that the armature	7
only necessary to	7
is of the	7
method of coupling	7
in the above	7
is that the	7
the galvanometer key	7
temperature of the	7
the shunt circuit	7
the hand regulator	7
of which the	7
so long as	7
the off position	7
the unit of	7
the scale is	7
must be made	7
the shaft and	7
the extended wire	7
said with respect	7
of the key	7
directly with the	7
owing to the	7
this method is	7
that they are	7
connections of the	7
the same time	7
the wires are	7
long as the	7
to each other	7
brought up to	7
circuit is formed	7
machine should be	7
the plane of	7
in the position	7
with the galvanometer	7
be cut out	7
of the disc	7
connected as in	7
so arranged that	7
breaks in armature	7
dependent upon the	7
the tangent galvanometer	7
is due to	7
will cause the	7
on account of	7
in like manner	7
the dotted lines	7
the fields of	7
parallel to the	7
is shown a	7
on one side	7
the voltmeter is	7
when the key	7
a pressure of	7
multiplied by the	7
this method of	7
connections are made	7
the slide wire	7
direct deflection method	7
is used in	7
by armature resistance	7
applied to the	7
two pieces of	7
the lever of	7
is advisable to	7
respect to the	7
down to the	7
known as the	7
in a magnetic	7
in which a	7
of the pointer	7
consists of two	7
a wheatstone bridge	7
which are connected	7
with the positive	7
assume that the	7
to the brushes	7
of a circuit	7
by using a	7
to turn the	7
the known resistance	7
it in the	7
the starting rheostat	7
with queen acme	7
of two or	7
of such a	7
to receive a	7
generated by the	7
may be said	7
the two coils	7
from the commutator	7
coil may be	7
current flows through	7
it is connected	7
serves as a	7
of a few	7
through which the	7
needle of a	7
current will be	7
through the galvanometer	7
to the same	7
to the post	7
plane of the	7
if the motor	7
between a and	7
showing method of	7
the battery is	7
of a galvanometer	7
and the two	7
what kind of	7
made as in	7
it is only	7
a current which	7
in starting a	7
when the galvanometer	7
used in the	7
and inch thick	7
as for instance	7
up to speed	7
a series of	7
may be due	7
be said with	7
be done if	7
the rear end	7
to reduce the	7
of the testing	7
the faulty wire	7
commutator and brushes	7
the rate of	7
when the dynamo	7
mounted on the	7
in the first	7
the influence of	7
should be examined	7
of testing resistances	7
away from the	7
may not be	6
the two stations	6
and the load	6
amount of resistance	6
to the south	6
account of the	6
a variation of	6
of wheatstone bridge	6
of electrical energy	6
influence of the	6
current in a	6
not to be	6
of low resistance	6
be measured is	6
passes through a	6
the magnetic needle	6
a high voltage	6
as a means	6
instrument may be	6
which is wound	6
the resistance box	6
must not be	6
of the broken	6
shown in figs	6
what is called	6
and into the	6
to place the	6
series dynamos in	6
speed regulation of	6
the production of	6
angles to the	6
in the base	6
fault may be	6
of fine wire	6
in this manner	6
coil of wire	6
diameter of the	6
the tangent of	6
short circuit the	6
known as a	6
sides of the	6
the point where	6
thompson watt hour	6
order that the	6
of a small	6
in the wire	6
to the positive	6
current generated by	6
capable of being	6
by steps of	6
is accomplished by	6
the lower end	6
of the water	6
it was found	6
between the segments	6
suspended by a	6
be used with	6
passed through a	6
diagram showing method	6
the first and	6
the height of	6
resistance between the	6
has been found	6
series with a	6
back and forth	6
current is flowing	6
proportion of the	6
that the brushes	6
if the brushes	6
to the off	6
a closed circuit	6
connected to a	6
be noted that	6
that the resistance	6
of a shunt	6
the sine galvanometer	6
well as the	6
the machine has	6
should then be	6
deflection of one	6
be used as	6
the resistance being	6
to start a	6
all the coils	6
at both ends	6
to the end	6
the electric current	6
due to a	6
depends on the	6
is difficult to	6
found that the	6
the cell to	6
may be obtained	6
circuit may be	6
edge of the	6
are designed to	6
a standard cell	6
the armature or	6
in case of	6
should be removed	6
illustrated in fig	6
lever of the	6
to bring the	6
which is the	6
the primary coil	6
with the negative	6
the pivot pin	6
there be a	6
division on the	6
axis of the	6
the zero position	6
of the bridge	6
are connected as	6
how is a	6
parts of the	6
a combination of	6
in one second	6
the machine should	6
the magnetic lines	6
the construction of	6
moved to the	6
see that the	6
the binding posts	6
should be noted	6
of a series	6
the brushes will	6
the positive pole	6
to the terminals	6
from which the	6
to prevent the	6
hydrogen and oxygen	6
the temperature of	6
with the battery	6
the product of	6
is obtained by	6
a direct current	6
is composed of	6
the range of	6
of each of	6
to make the	6
the battery and	6
of the angle	6
through a wire	6
an increase of	6
a was found	6
by short circuiting	6
current flowing through	6
the moving element	6
may be measured	6
the diameter of	6
the no voltage	6
of an ohm	6
greater than the	6
is only necessary	6
this fault is	6
so that a	6
is cut out	6
through the wires	6
the varley loop	6
and out of	6
is such that	6
inches wide and	6
into and out	6
the generation of	6
greater or less	6
it is obvious	6
in the other	6
shunt dynamos in	6
in proportion to	6
a shunt dynamo	6
to have a	6
a method of	6
a few turns	6
they are not	6
the switch is	6
one of which	6
until the galvanometer	6
switch is closed	6
the pressure at	6
as low as	6
lower end of	6
a column of	6
be carefully examined	6
a dynamo is	6
by moving the	6
to connect the	6
the commutator be	6
being connected to	6
close to the	6
to the binding	6
an electric circuit	6
will flow through	6
testing set battery	6
speed at which	6
column of mercury	6
shunt field resistance	6
is mounted on	6
it is possible	6
in parallel with	6
has a wire	6
of an inch	6
of the connections	6
may also be	6
that there are	6
line post c	6
a complete circuit	6
the axis of	6
the shunt coils	6
and unknown resistance	6
bar of iron	6
to the line	6
sulphuric acid voltameter	6
the commutator with	6
in a dynamo	6
machine will not	6
is used for	6
of a magnetic	6
as to cut	6
at its terminals	6
flow of the	6
rotation of the	6
provision is made	6
is suspended by	6
as a rule	6
dynamos to run	5
of the magnets	5
the potentiometer circuit	5
in addition to	5
the armature of	5
light contact points	5
of a motor	5
the first method	5
which can be	5
order to determine	5
on the shaft	5
from end to	5
end to the	5
water in the	5
is simply a	5
with a hole	5
a length of	5
to the first	5
the distant end	5
the middle of	5
a battery and	5
flow from the	5
resistance being tested	5
must be taken	5
of the electric	5
wide range of	5
piece of wire	5
in such cases	5
if due to	5
was found that	5
the armature winding	5
break in the	5
voltage and overload	5
the armature will	5
with a battery	5
to change the	5
method of measuring	5
about the same	5
will give the	5
of the brush	5
is the effect	5
caused by the	5
pressure at the	5
how should the	5
starter with no	5
at each end	5
by this means	5
of leeds and	5
by inserting resistance	5
the field strength	5
no voltage and	5
be found to	5
to increase the	5
the two main	5
point on the	5
in all cases	5
method with queen	5
and the latter	5
the forward end	5
the bridge arm	5
it has a	5
a binding post	5
is directly proportional	5
and the voltage	5
the base is	5
switch should be	5
to the motor	5
current is sent	5
reading a was	5
such as a	5
the machine may	5
move the lever	5
connected as shown	5
diagram showing connections	5
the result of	5
to cause the	5
and therefore the	5
the fall of	5
the series field	5
that they will	5
it is desirable	5
all the resistance	5
light load adjustment	5
so that when	5
as the load	5
ratio between the	5
the polarity of	5
at the center	5
be multiplied by	5
the advantage of	5
inch in diameter	5
what provision is	5
a soft iron	5
rush of current	5
is made in	5
on the same	5
and one of	5
in the direct	5
used in connection	5
of the shaft	5
it will not	5
against the restraining	5
and the like	5
ends of a	5
removed from the	5
but when the	5
out by the	5
made by means	5
in a direction	5
armature and shunt	5
in other words	5
range of the	5
is sent through	5
from the north	5
are the same	5
coil and the	5
at a distance	5
use of the	5
double throw switch	5
wire and the	5
of one of	5
the whole current	5
located by the	5
it is used	5
arranged as in	5
through the instrument	5
joined to the	5
the water in	5
voltage in the	5
of electricity in	5
another piece of	5
in the resistance	5
the other set	5
and at the	5
the decade plan	5
be desired to	5
of hard rubber	5
this form of	5
breaks in the	5
the oil is	5
the motor will	5
terminals of a	5
reduce the speed	5
made by the	5
midway between the	5
be obtained by	5
is connected up	5
mounted on a	5
good and bad	5
by shunt field	5
it is of	5
of the core	5
the connections and	5
the brushes bear	5
which is attached	5
are made as	5
the wire is	5
turns of fine	5
the bus bar	5
so that if	5
have to be	5
strength of current	5
from the magnet	5
as shown at	5
term applied to	5
the murray loop	5
and the reading	5
the international ohm	5
with the shaft	5
compared with the	5
run in parallel	5
voltage of a	5
be understood that	5
is connected as	5
at a time	5
of the bearings	5
the negative plate	5
what is known	5
be connected in	5
coils may be	5
is of such	5
of the winding	5
wire of the	5
to serve as	5
the galvanometer and	5
under these conditions	5
and shunt field	5
of which are	5
from the battery	5
voltage release magnet	5
of the conductor	5
the current may	5
angle of the	5
the motion of	5
a current in	5
the rheostat and	5
be remedied by	5
starting the motor	5
the induction coil	5
the alternating current	5
difference of potential	5
a good wire	5
with the plate	5
volts and amperes	5
of each machine	5
a charge of	5
seen that the	5
in most cases	5
how should a	5
the cable or	5
the current be	5
proportion to the	5
the tenths switch	5
out of contact	5
run from the	5
the connections of	5
and the armature	5
is moved to	5
the other machines	5
the ratio between	5
coils of a	5
the back of	5
principle of the	5
the brushes must	5
from a battery	5
to provide a	5
will produce a	5
to full speed	5
is divided into	5
simplest form of	5
with a single	5
the point of	5
to which the	5
case of the	5
there are several	5
the instrument may	5
the volume of	5
section of the	5
in the center	5
just the same	5
middle of the	5
a current will	5
the coil and	5
fact that the	5
a set of	5
as the armature	5
of pressure between	5
the tips of	5
in place of	5
the negative pole	5
and the short	5
it be desired	5
is made by	5
will pass through	5
enclosed in a	5
and the connections	5
that there is	5
armature of the	5
inserting resistance in	5
or in the	5
in opposition to	5
end of a	5
current to flow	5
in each case	5
not in use	5
may be connected	5
the edge of	5
the bar a	5
be placed in	5
flows from the	5
same as the	5
unknown resistance is	5
at the back	5
a means of	5
contact of the	5
direct current dynamo	5
magnetic field of	5
to do the	5
be the same	5
be put in	5
will be understood	5
less than the	5
as indicated by	5
are provided with	5
up with the	5
is obvious that	5
to the upper	5
carrying a current	5
broken wire and	5
starting a dynamo	5
to its original	5
the latter is	5
insufficient residual magnetism	5
to the ground	5
share of the	5
indication that the	5
to reverse the	5
at the terminals	5
be found that	5
be in the	5
when the switch	5
one pole of	5
in a certain	5
and for the	5
in the middle	5
will be heated	5
turns of wire	5
first and second	5
distance to the	5
the insulation between	5
end to end	5
is dependent upon	5
flow through the	5
voltage between the	5
from the foregoing	5
coils are connected	5
due to bad	5
when there is	5
a shunt machine	5
end of this	5
a portion of	5
a few minutes	5
that it can	5
opposition to the	5
ray of light	5
resistance is cut	5
be made with	5
of the block	5
we have a	5
insulation between the	5
point where the	5
of rotation of	5
will be indicated	5
by the resistance	5
to give the	5
the best results	5
are to be	5
degree of accuracy	5
the motor be	5
placed at the	5
galvanometer is connected	5
brushes and commutator	5
arrangement of the	5
which is of	5
the path of	5
the deflections of	5
through the resistance	5
in the main	5
in diameter and	5
and overload release	5
rear end of	5
a solution of	5
of the condenser	5
is the result	5
terminals are connected	5
volume of gas	5
action in dynamo	5
of the first	5
differential galvanometer method	5
wide and inch	5
by the number	5
is used to	5
current from a	5
angle of deflection	5
of the system	5
is as follows	5
terminal to the	5
on either side	5
in position by	5
wire in the	5
in the two	5
same as in	5
are as follows	5
post and the	5
be made as	5
a and c	5
which is to	5
means of an	5
with the armature	5
the second method	5
with one terminal	5
the main line	5
that the bearings	5
through the shunt	5
case of a	5
which has a	5
made as shown	5
placed in a	5
the u tube	5
that the machine	5
the box is	5
the ratio coils	5
in the following	5
and the motor	5
the resistance between	5
two kinds of	5
are in the	5
of a conductor	5
the first contact	5
it is difficult	5
current will flow	5
its lower end	5
as to form	5
in the series	5
the load is	5
the simplest form	5
may be remedied	5
field of a	5
by varying the	5
with a standard	5
the galvanometer deflection	4
how does the	4
applied to a	4
what precaution should	4
so that its	4
the size of	4
when the brushes	4
that this is	4
connections for the	4
the needle be	4
it is usually	4
of the ordinary	4
by the magnetic	4
by this method	4
of the various	4
to a greater	4
magnetic field at	4
if we have	4
the magnet and	4
of the plate	4
in a measure	4
be passed through	4
the scale of	4
the load upon	4
of insulated wire	4
wires in a	4
cut out by	4
across the terminals	4
as a motor	4
that in the	4
the rated capacity	4
few turns of	4
of the electrodes	4
set up in	4
the base and	4
acted upon by	4
the armature to	4
of the box	4
the reverse voltage	4
if the voltage	4
from right to	4
likely to be	4
coil is wound	4
values of the	4
operator at station	4
may be located	4
and northrup potentiometer	4
telescope and scale	4
line with the	4
over a wire	4
type of resistance	4
form of a	4
output of the	4
to the correct	4
due to this	4
the course of	4
go through the	4
fall of pressure	4
are cut out	4
for a variation	4
combined armature and	4
connecting up the	4
of a coil	4
of eddy currents	4
is taken of	4
on the wire	4
according to the	4
twice the angle	4
to the coils	4
shunt or compound	4
a represents the	4
which will be	4
in a motor	4
to run in	4
for measuring the	4
the coil of	4
standard of measurement	4
brushes of the	4
from the armature	4
the failure to	4
swing to the	4
the defective wire	4
in either case	4
the voltage between	4
used to measure	4
if the fault	4
switch be closed	4
to which a	4
polarity of the	4
the posts marked	4
in the latter	4
leads from the	4
that due to	4
is enclosed in	4
for a short	4
when the loop	4
machines may be	4
the surrounding air	4
contact on the	4
should be tested	4
result is that	4
armature circuit of	4
a galvanometer is	4
the credit of	4
simple electric heater	4
with levelling screws	4
comparison with a	4
it is mounted	4
of the voltage	4
action of a	4
circuit to the	4
with a resistance	4
solution of copper	4
precaution should be	4
that the contact	4
is placed at	4
of heavy wire	4
at an angle	4
measured is passed	4
that the needle	4
the current which	4
a binding screw	4
is the resistance	4
portable testing set	4
coil will be	4
frame of the	4
the magnet is	4
within the magnetic	4
on each side	4
or in parallel	4
to produce the	4
lead to the	4
the battery post	4
to complete the	4
to do this	4
to measure a	4
order to prevent	4
and on the	4
this be not	4
for the various	4
on the top	4
charge of electricity	4
shunt field circuit	4
piece of metal	4
ammeters and voltmeters	4
should have a	4
arms of the	4
set of brushes	4
voltmeter is connected	4
winding consists of	4
arms a and	4
a shunt motor	4
done if the	4
for speed regulation	4
forward end of	4
which is in	4
there is also	4
the iron surface	4
can be readily	4
place of the	4
made in the	4
advantage is taken	4
the winding of	4
as may be	4
likely to occur	4
it is well	4
and provided with	4
bar test for	4
commutator with a	4
dynamo may be	4
the armature wires	4
to the rheostat	4
the handle of	4
method of repairing	4
one end to	4
excessive heating of	4
it is best	4
of the faulty	4
of the set	4
the choking coil	4
indicated by a	4
tips of the	4
in the pole	4
the main knife	4
by a single	4
of the darts	4
details of the	4
in the chapter	4
necessary to connect	4
be reversed by	4
out of parallel	4
moving the lever	4
the line post	4
connections between the	4
from left to	4
the potentiometer is	4
cross section of	4
a short coil	4
coupling series dynamos	4
the load will	4
the frame of	4
by the two	4
various types of	4
with the field	4
on the resistance	4
directly into electricity	4
and is the	4
from the copper	4
at the time	4
it is to	4
from a to	4
main knife switch	4
adopted by the	4
a difference of	4
of electricity passes	4
balance is obtained	4
to a certain	4
the two ends	4
the commutator end	4
of the transmitter	4
to regulate the	4
the dynamo was	4
ten ohm coils	4
there are three	4
be located by	4
the potentiometer reading	4
should be opened	4
of the dial	4
are connected to	4
the dynamo to	4
the operator at	4
the long coil	4
to which is	4
the queen acme	4
the extreme right	4
is wound with	4
the positive lead	4
with the load	4
so far as	4
the human eye	4
pressure upon the	4
the meter is	4
u and v	4
side of a	4
to overcome the	4
to the moving	4
little or no	4
oil should be	4
the moment the	4
with which it	4
dynamo into and	4
motor starting rheostats	4
the coils be	4
on constant voltage	4
of the large	4
because they are	4
of the plates	4
a temperature of	4
should be thoroughly	4
from the table	4
the rheostat resistance	4
oscillations of the	4
extreme right hand	4
the brushes of	4
the normal speed	4
do the work	4
may be rotated	4
while the other	4
a very simple	4
to be short	4
running to the	4
is in contact	4
then the current	4
the motor has	4
it does not	4
must be a	4
zinc and copper	4
field and the	4
larger than the	4
the positive plates	4
armature or commutator	4
has been the	4
two main conductors	4
other piece of	4
the two pieces	4
which they are	4
this should be	4
of the different	4
in a cable	4
and the instrument	4
a means whereby	4
of resistance is	4
the adjusting screw	4
may be shunted	4
can be connected	4
in the box	4
in a wire	4
the arms of	4
the right hand	4
the location of	4
may be of	4
at any time	4
by the weight	4
circuit through the	4
as the speed	4
to operate the	4
and bad wires	4
across the line	4
of a volt	4
the reading is	4
coils will be	4
of gas liberated	4
the maximum speed	4
inserted in the	4
base of the	4
circuit in the	4
circuits between sections	4
on which the	4
is placed a	4
will now be	4
a variety of	4
diagram of the	4
in its character	4
the distance to	4
obtained by the	4
in the insulation	4
sure that the	4
up in the	4
right hand dial	4
has been made	4
field of the	4
coils can be	4
up to full	4
connected across the	4
of the earth	4
a resistance in	4
certain amount of	4
this has been	4
to the credit	4
bridging across the	4
may be cut	4
varies with the	4
use of a	4
generated in the	4
mounted upon a	4
in the reservoir	4
to a current	4
detect and measure	4
made of hard	4
the study of	4
should be reversed	4
this is called	4
the pressure in	4
be found in	4
cut out the	4
the apparatus is	4
it is therefore	4
not be affected	4
between the first	4
the recording pen	4
the first to	4
through the two	4
series coils of	4
division of the	4
under such circumstances	4
to occur in	4
point in the	4
the removal of	4
it is an	4
an intense heat	4
upwardly through the	4
the causes of	4
they are liable	4
making hydrogen and	4
through the magnetic	4
and the field	4
the field windings	4
which has been	4
to cause a	4
are wound with	4
short circuiting the	4
directly to the	4
by the dotted	4
the properties of	4
the switch f	4
of a voltmeter	4
to be connected	4
that it cannot	4
it is now	4
the current relay	4
at all times	4
as it were	4
and then the	4
location of opens	4
to deflect the	4
construction of the	4
the base has	4
us assume that	4
the base of	4
a device which	4
resistance must be	4
the capacity of	4
be removed from	4
to be tested	4
to be found	4
the measurement of	4
a standard of	4
is used as	4
the shunt resistance	4
the latter may	4
if a current	4
that when a	4
inch wide and	4
between the ends	4
the bad wire	4
l is the	4
a device for	4
the residual magnetism	4
for the current	4
too great a	4
designed to carry	4
at the bottom	4
of the pipe	4
distance from the	4
right to left	4
south pole of	4
increase of load	4
of magnetic metal	4
heavy sparking at	4
will not build	4
a wide range	4
the movements of	4
is not a	4
of testing for	4
to the resistance	4
it is more	4
for the work	4
and must be	4
made of a	4
so it will	4
pieces of the	4
of electric iron	4
bar to bar	4
connecting the field	4
see that they	4
that if we	4
the battery circuit	4
a current to	4
will probably be	4
direct to the	4
reference to a	4
be shut down	4
a certain amount	4
any number of	4
be out of	4
of the light	4
to the bell	4
currents in the	4
wire may be	4
around the coil	4
coils are wound	4
the field and	4
the galvanometer shows	4
of a short	4
inch thick and	4
no current in	4
an iron core	4
a very high	4
should the voltage	4
with a pair	4
on open circuit	4
at the bus	4
the post f	4
is connected with	4
held against the	4
the voltage is	4
it is evident	4
at the zero	4
is mounted a	4
and compound dynamos	4
the sensitiveness of	4
be of the	4
left to right	4
right hand side	4
the load on	4
than the other	4
the motor should	4
each side of	4
and the upper	4
on the next	4
no resistance in	4
should the brushes	4
on which is	4
up with a	4
more than a	4
by applying the	4
from another dynamo	4
crown of cups	4
outside of the	4
hot wire instruments	4
of the ammeter	4
of the whole	4
on the left	4
a primary battery	4
size of the	4
it is also	4
to follow the	4
the pressures of	4
one of these	4
directly over the	4
a tangent galvanometer	4
coupling compound dynamos	4
will thus be	4
piece of iron	4
rise of temperature	4
field coils of	4
of potential between	4
machine may be	4
with a galvanometer	4
uniform cross section	4
top view of	4
to the commutator	4
with a wire	4
shape of the	4
between the poles	4
the insulation is	4
which the motor	4
so the current	4
this is shown	4
dynamo should be	4
that it was	4
to the scale	4
as quickly as	4
in the operation	4
constant voltage circuits	4
attention should be	4
operate the motor	4
how may the	4
produce a deflection	4
taken from the	4
which is a	4
the two electrodes	4
with a large	4
by measuring the	4
the instruments are	4
ratio coils are	4
frame or core	4
to which it	4
reading of the	4
the connections for	4
of the ratio	4
the armature chamber	4
an open circuit	4
switches as shown	4
bridge arm b	4
obvious that the	4
which has the	4
are made by	4
field magnet cores	4
under these circumstances	4
an alternating current	4
in series or	4
for which the	4
in the coils	4
at the distant	4
may be put	4
be taken in	4
inserted in series	4
restraining force of	4
and should be	4
as far as	4
below normal speed	4
no deflection when	4
with this arrangement	4
the resistance coil	4
in the usual	4
amount of speed	4
be done by	4
the efficiency of	4
adjustment of brushes	4
and hold it	4
an arc lamp	4
be given to	4
that the insulation	4
are attached to	4
pieces of magnetic	4
of deflection of	4
needle of the	4
pressure of this	4
part of it	4
and b and	4
is not in	4
with one of	4
good wire and	4
what does the	4
and the galvanometer	4
a small hole	4
to give a	4
because the resistance	4
brought into contact	4
must be used	4
the normal index	4
the line wires	4
the heating of	4
in the path	4
that the magnetic	4
action in motor	4
let us assume	4
you will note	4
of the total	4
of the belt	4
where it is	4
furnished with the	4
a convenient method	4
given by the	4
quickly to rest	4
the segments are	4
voltaic or galvanic	4
in cross section	4
a dynamo be	4
the insulation resistance	4
terminals of each	4
readily estimated to	4
can then be	4
acting on the	4
at its upper	4
of a commutator	4
credit of the	4
the armature current	4
is a very	4
will be as	4
and the secondary	4
upon what does	4
strength of a	4
current is passed	4
a compound dynamo	4
of tangent galvanometer	4
of ratio coils	4
of the electro	4
are called the	4
of the series	4
regulation by armature	4
from one pole	4
and if the	4
the wire of	4
decade can be	4
should be given	4
is wound to	4
m and n	4
the difference in	4
the tension of	4
at which it	4
is the indication	4
on the bridge	4
there must be	4
post of the	4
resistance of a	4
should not exceed	4
to the strength	4
circuit of the	4
is the most	4
made as follows	4
and the brush	4
stations in circuit	4
at any point	4
with the frame	4
it is better	4
for use with	4
that they may	4
of the metal	4
subjected to a	4
movement of a	4
machine is started	4
be adjusted to	4
in the illustration	4
to a column	4
tenths switch and	4
should be connected	4
before starting a	4
motor should be	4
the neutral plane	4
a series machine	4
at the top	4
the current used	4
diagram of connections	4
between sections through	4
of excessive voltage	4
after which it	4
held in the	4
upon a magnetic	4
cut in the	4
the result is	4
switches u and	4
passing through a	4
the bridge is	4
one of them	4
a part of	4
of a pair	4
of the deflection	4
connection with a	4
the machines is	4
in a telephone	4
remedy is to	4
by connecting the	4
if the wire	3
take care of	3
up with one	3
through frame or	3
pressures of the	3
the impure sheet	3
should be of	3
current which has	3
is made with	3
when a dynamo	3
from north to	3
remain the same	3
put in the	3
wires from the	3
the cell or	3
break down the	3
of a cell	3
of resistance in	3
also passes through	3
of the single	3
instruments are connected	3
a short time	3
not in the	3
with frictional electricity	3
to oppose the	3
and this is	3
magnetic vane instrument	3
the sine of	3
will give a	3
the needle in	3
the number plate	3
contact with each	3
a current from	3
the other line	3
form of the	3
the right or	3
to be destroyed	3
will be no	3
to the secondary	3
when the resistance	3
is in series	3
are made in	3
the bridge arms	3
the circuit when	3
storage or secondary	3
that the small	3
of this fault	3
are made up	3
heat may be	3
as a consequence	3
diagram shows the	3
to one side	3
inner end of	3
points north and	3
the connection is	3
for determining the	3
thence through the	3
down on the	3
engage with the	3
the direction in	3
currents may be	3
of the tangent	3
and the wires	3
a band of	3
from one of	3
special loop test	3
the remaining coils	3
it consists essentially	3
as it will	3
the moving system	3
disconnected from the	3
that the setting	3
and you will	3
on both sides	3
call the reading	3
the scale s	3
will prevent the	3
determined by the	3
to prevent this	3
is supposed to	3
point to the	3
by adjusting the	3
of the needles	3
run in a	3
circuits between adjacent	3
iron type instrument	3
there be any	3
instrument is made	3
the bar d	3
is brought up	3
of locating a	3
either direct or	3
be kept clean	3
high resistance wire	3
be compared with	3
such a way	3
the motor at	3
stop a motor	3
high resistance and	3
that the fault	3
the fact will	3
dynamos and motors	3
to the block	3
reason that the	3
variation of of	3
a wire or	3
a current through	3
be taken to	3
the several dynamos	3
and the dynamo	3
in the second	3
will be less	3
this purpose a	3
the resistance to	3
the two branches	3
condition of commutator	3
the united states	3
the position st	3
the pointer at	3
at about the	3
from a few	3
through the holes	3
force of the	3
the position shown	3
be made at	3
the differential galvanometer	3
are made of	3
brushes and the	3
electricity passes through	3
should be adjusted	3
obtained from the	3
brushes not properly	3
connected direct to	3
positive or negative	3
must be kept	3
which the galvanometer	3
be altered by	3
the negative plates	3
adapted to receive	3
piece of apparatus	3
in the top	3
to the armature	3
the greater the	3
of the customer	3
the setting marks	3
made of metal	3
well as in	3
for about a	3
the brushes upon	3
where l is	3
bore a hole	3
will tend to	3
this means that	3
to be grounded	3
known to be	3
eddy currents in	3
magnetic field is	3
the battery of	3
coils from the	3
be shunted with	3
brushes in a	3
is connected across	3
ohm coils for	3
at full load	3
the instrument has	3
in that the	3
is found in	3
to be accurately	3
the post ba	3
and method of	3
location with leeds	3
the equalizing connection	3
to acquire the	3
electric hand purifier	3
to be the	3
should be closed	3
the leads from	3
to the iron	3
the arm b	3
be possible to	3
the main circuit	3
of the equalizer	3
not be used	3
test for grounded	3
in the ordinary	3
the other dynamos	3
permanent magnet m	3
a balance is	3
the field with	3
equivalent to a	3
series or in	3
arranged so that	3
speed reduction obtainable	3
if the instrument	3
the grid is	3
current strength in	3
quarter of an	3
a quarter of	3
to the magnet	3
the terminal of	3
of current in	3
to the passage	3
and a new	3
coils and the	3
the coils and	3
the hand to	3
could be made	3
and to the	3
a spiral spring	3
the commutator as	3
would be difficult	3
the wall or	3
coil or coils	3
coils be connected	3
the needle through	3
in a battery	3
through the meter	3
and the resistance	3
down the engine	3
those of the	3
the object of	3
of the springs	3
stationary when the	3
the field of	3
of the spool	3
what is a	3
the interior of	3
the working parts	3
which carries the	3
by the other	3
the distance between	3
to protect the	3
a distance of	3
speed of a	3
the body of	3
prevent the machine	3
instrument has a	3
tendency for the	3
is a common	3
the machine do	3
is made up	3
of the fault	3
the voltage rises	3
is generated by	3
will make a	3
tends to turn	3
the dimensions of	3
such as to	3
to the pressure	3
serve as a	3
battery is connected	3
each of these	3
arrangement of resistances	3
the plug is	3
different ways of	3
voltage will be	3
a charged wire	3
offered by the	3
it there for	3
resistance may be	3
made in a	3
that the commutator	3
constructed on the	3
the correct positions	3
current between the	3
large amount of	3
the cell is	3
far as the	3
formed through the	3
speed in the	3
which passes through	3
wire being connected	3
shunt wound motor	3
field coils and	3
of short circuits	3
is independent of	3
it to the	3
a wooden base	3
when used with	3
short circuited armature	3
pressure on the	3
when connected in	3
go to the	3
to and from	3
in the receiver	3
the basis of	3
north pole to	3
with the instrument	3
the various parts	3
being the number	3
between the field	3
a large conductor	3
pieces of metal	3
used for measuring	3
or at any	3
to guard against	3
flowing through the	3
to reverse itself	3
the rheostat arm	3
load upon the	3
adapting it to	3
being designed to	3
two coils of	3
the law of	3
an angle to	3
with a short	3
regulating the speed	3
end to a	3
angles to each	3
this is accomplished	3
to disconnect the	3
the perfect coils	3
from this cause	3
constructed as a	3
resistance out of	3
then close the	3
varying the speed	3
off the commutator	3
the total length	3
suspended at the	3
be discovered by	3
station to the	3
the light is	3
of the fact	3
a multiplier is	3
be indicated by	3
least sparking occurs	3
taken of this	3
the two outer	3
to bad adjustment	3
at its lower	3
the line a	3
current and the	3
between any two	3
the plugs are	3
if the field	3
up so that	3
as we have	3
regulate the pressure	3
or another dynamo	3
than the perfect	3
series field winding	3
quickly as possible	3
uncertainty as to	3
a difference in	3
one end a	3
that the deflection	3
the contact on	3
a resistance to	3
base is a	3
moisture in the	3
otherwise the machine	3
place the double	3
is within the	3
inch below the	3
short circuits the	3
current by the	3
as would be	3
strain on the	3
holes in the	3
causes of excessive	3
or short circuited	3
to the two	3
magnet to the	3
which is not	3
the dynamo may	3
an electric bell	3
foregoing it will	3
having thereon a	3
of one or	3
not only the	3
contact faces of	3
the other pole	3
is merely a	3
the left hand	3
the double pole	3
of the queen	3
the resistance wire	3
the resistance employed	3
and the core	3
an aluminum disc	3
occur when the	3
switch for a	3
the galvanometer terminals	3
the wire being	3
to measure high	3
the adjustment of	3
with the same	3
and measure electricity	3
with a cloth	3
tend to turn	3
resistance box is	3
negative terminal to	3
the dynamo will	3
an induction coil	3
make a complete	3
to the electro	3
within is a	3
the inner end	3
making good contact	3
two equal currents	3
circuits in armature	3