An ideal inductor, (having initial current zero) a resistor and an ideal battery are connected in series at time `t = 0`. At any time `t`, the battery supplies energy at the rate `P_(B)`, the resistor dissipates energy at the rate `P_(R )` and the inductor stores enegy at the rate `P_(L)`.
A. `P_(B)=P_(g)+P_(L)` for all times t
B. `P_(B)ltP_(L)` for all times t
C. `P_(L)ltP_(g)` in steady state
D. `P_(B)gtP_(L)` only near the starting of the circuit.
