WorksheetsQUESTION BANK #1 (Technical)
Total questions: 50
Worksheet time: 1hrs 12mins
WATT
AMPERE
OHM
VOLT
1
2
3
0
wet cell
storage cell
dry cell
disposable cell
connect in short circuit across the load
connect in shunt across the load
connect in series across the load
connect in open circuit with the load
Increase
decrease
does not change
does change
Vibration
Over-Excitation
Heating
Varying Loads
Dynamometer
Iron Vane Meter
Galvanometer
Voltmeter
DC Current Only
Ac or DC currents
#-phase Current only
Ac Current Only
60
600
infinity
zero
relay
mercury switch
contactor
fuse
reduce voltage staring
full load starting
direct on line
starting witout contactor
high resistance
zero resistance
infinite resistance
10 ohm
12,500
22,500
15,625
10,800
AWG
Circular mils
sq. mm
sq.cm
voltmeter, current meter, and ohm meter
voltmeter and an ammeter
current meter and an ohmmeter
voltmeter and current meter
electron
proton
neutron
ion
synchronous motors
wound rotor motor
induction motors
squirrel cage motors
an inductor
a spring
a capacitor
a battery
NEMA
Westinghouse
Brown and Sharpe
IEEE
10
8
12
9
watts
amperage
voltage
resistance
copper
silver
aluminum
manganin
in the right
far left
none of these
far right
5
4
6
3
ladder diagram
schematic diagrm
wiring diagram
power flow diagram
0.45 kW
0.49kW
0.35 kW
0.51 kW
To increase the emf of the cell
to increase the capacity of the cell
to increase the internal resistance of the cell
all of theses
open
in perfect connectio
partially shorted
shorted
amprobe
techometer
hydrometer
calorie meter
18.85 oms
0.0188
55.25
53.02
resistance of the winding
reactance of the winding
impedance of the winding
current in the winding
it becomes a generator
it runs in the same direction as before
it will not run
it will run in reverse direction
13A
8.66 A
12.7 A
22 A
It will increase
it will remains the same
it varies
it will decrease
bound electron
free electron
valence electron
charged electrons
increase the current flowing through the relay
increase the voltage across relay
have no effect on the relay
make the relay inoperative
avalanche
resonance
break-even
breakdown
an ammeter in series in the circuit
a voltmeter connected across the line
an ammeter connected across the line
a voltmeter in series with the line
pole
stator
armature
carbon bruch
1
2
3
4
at least one
only one
two
no timer is needed
50 watts
25 watts
125 watts
100 watts
micrometer
millimeter
wire gauge
milliammeter
100 coulomb
360,000 coulomb
100,000coulomb
60,000 coulomb
counter emf is high
counter emf is zero
supply voltage us high
armature resistance is open
0.2 A
0.3 A
0.4 A
0.5 A
160 W
100 W
150 W
180 W
less power used and less voltage drop
less power used
less voltage drop
greater voltage drop
26 A
30 A
22 A
15 A
high side
low side
either sides
both sides
