;A 12.0-V battery is connected in series with two resistors and an inductor. R, = 100 W and R, = 300 W. The time constant, t, for the circuit is 3.33 milliseconds. Find (a) the inductance, L, of the inductor, (b) the maximum current in the circuit, and (c) The current at a time t= 6.66 ms after the switch is closed. R1 R2 L
;A 12.0-V battery is connected in series with two resistors and an inductor. R, = 100 W and R, = 300 W. The time constant, t, for the circuit is 3.33 milliseconds. Find (a) the inductance, L, of the inductor, (b) the maximum current in the circuit, and (c) The current at a time t= 6.66 ms after the switch is closed. R1 R2 L
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Transcribed Image Text:} A 12.0-V battery is connected in series with two
resistors and an inductor. R, = 100 W and R, = 300 W. The time
constant, t, for the circuit is 3.33 milliseconds. Find (a) the
inductance, L, of the inductor, (b) the maximum current in the
circuit, and (c) The current at a time t = 6.66 ms after the switch
is closed.
R,
R2
L
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