B-003-16: Cells and batteries, types, ratings, charging
B-003-16-01:
How much voltage does a standard automobile battery usually supply ?
About 12 volts
About 240 volts
About 120 volts
About 9 volts
B-003-16-02:
Which component has a positive and a negative side?
A battery
A potentiometer
A fuse
A resistor
B-003-16-03:
A cell, that can be repeatedly recharged by supplying it with electrical energy, is known as a:
storage cell
low leakage cell
memory cell
primary cell
B-003-16-04:
Which of the following is a source of EMF?
lead acid battery
germanium diode
P channel FET
carbon resistor
B-003-16-05:
An important difference between a conventional flashlight battery and a lead acid battery is that only the lead acid battery:
can be repeatedly recharged
has two terminals
can be completely discharged
contains an electrolyte
B-003-16-06:
A dry cell has a nominal voltage of 1.5 volt. When supplying a great deal of current, the voltage may drop to 1.2 volt. This is due to the cell's:
internal resistance
electrolyte becoming dry
current capacity
voltage capacity
B-003-16-07:
The most common primary cell in use today is the carbon-zinc or flashlight cell. This cell can be recharged:
never
twice
many times
once
B-003-16-08:
All storage batteries have discharge limits, and nickel-cadmium, the type most used in hand-held portables, should not be discharged to less than:
1.0 volt per cell
0.5 volt per cell
1.5 volt per cell
0.2 volt per cell
B-003-16-09:
To increase the current capacity of a cell, several cells should be connected in:
parallel
series
parallel resonant
series resonant
B-003-16-10:
To increase the voltage output, several cells are connected in:
series
parallel
series-parallel
resonance
B-003-16-11:
A nickel-cadmium battery should never be:
short-circuited
recharged
left disconnected
left overnight at room temperature
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