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In the figure shown, a conducting wire P...

In the figure shown, a conducting wire PQ of length l=1m, is moved in a uniform magnetic field B=4T with constant velocity v=2m/s towards right. Given `R=2Omega, C=1F and L=4H`.

Currents through resistor, capacitor and inductor at any time t are `l_(1) ,I_(2) and I_(3)` respectively. Current through wire PQ is I.
At t=2s,At t=2s, suppose P is the initial power generated by the applied force. P1 the power generated by the applied for, P1 the power stored in magnetic field of inductor and P2 the power dissipated in resistance. The

A

`P = 72 J//s`

B

`P_(1) = 40 J//s`

C

`P_(2) = 32 J//s`

D

None of these

Text Solution

Verified by Experts

The correct Answer is:
C
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