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, suppose P is the initial power generated by the applied force. `P_(1)` the power generated by the applied for, `P_(1)` the power stored in magnetic field of inductor and `P_(2)` 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
