1: |
If lamp L1, in Figure 2-8a has a resistance of 10 ohms, and an
applied voltage (battery voltage) of 12V; How much current
will be flowing in the circuit?
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2: |
If lamp L1, in Figure 2-8a has a voltage drop of 6V and has a
current of 1.2A flowing through it; What is the lamp resistance?
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3: |
If the circuit in Figure 2-8a has a current flow of
2 Amps, and the resistance of lamp L1 is known to be 8 ohms; Calculate
what the voltage output of the battery is.
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4: |
If the lamp in Figure 2-8a, passes 1.5 amps of current at 12V; What
is the wattage of the bulb?
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5: |
If the lamp in Figure 2-8a, was a 100 watt bulb rated at 12V; How much
current would the battery need to supply?
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6: |
The lamp in Figure 2-8a, is known to have a resistance of 18 ohms,
and the battery has an output of 12VDC; What is the wattage of the
bulb?
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7: |
If R1, in Figure 2-16a has a resistance of 6.8 ohms, and is known
to be discipating 20 watts of power; What is the voltage output of
the battery?
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8: |
If R1, in Figure 2-16a has a resistance of 6.8 ohms, and is known
to be discipating 20 watts of power; How much current is flowing
in the circuit?
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9: |
If R1, in Figure 2-16a has a resistance of 100 ohms, and has 100ma
of current passing through it; How much power is it discipating?
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10: |
If the battery, in Figure 2-16a has an output of 12 volts and R1 is
discipating 40 watts; What is the resistance of R1?
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