Consider the circuit shown in the figure. It consists of three ideal batteries, three resistors, and an ideal inductor. Initially switch S is open and there is no current in the inductor. Switch S closed at time t = 0. Find the energy stored in the inductor, a long time after the switch S is closed. R2 R1 & = 3V, E2 = 12V, &, = 9V, R, = 20, R, = 42, R, = 60 ve L = 0.2H %3D %3D |3D %3D
Consider the circuit shown in the figure. It consists of three ideal batteries, three resistors, and an ideal inductor. Initially switch S is open and there is no current in the inductor. Switch S closed at time t = 0. Find the energy stored in the inductor, a long time after the switch S is closed. R2 R1 & = 3V, E2 = 12V, &, = 9V, R, = 20, R, = 42, R, = 60 ve L = 0.2H %3D %3D |3D %3D
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Transcribed Image Text:Consider the circuit shown in the
figure. It consists of three ideal
batteries, three resistors, and an
R2
R1
ideal inductor. Initially switch S is
open and there is no current in the
inductor. Switch S closed at time
t = 0. Find the energy stored in the
inductor, a long time after the
switch S is dlosed.
E = 3V, E2 = 12V, E, = 9V, R, = 20. R, = 402, R, = 60 ve L = 0.2H
%3D
%3D
%3D
Transcribed Image Text:0.7J
0.9J
C
0.5J
0.8J
0.6 J
B.
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