At time `t = 0`, terminal A in the circuit shown in the figure is connected to B by a key and an alternating current `I(t) = I_(0)cos (omega t)`, with `I_(0) = 1 A and (omega) = 500 rads^(-1)` starts flowing in it with the initial direction shown in the figure. At `t = (7pi//6omega)`, the key is switched from B to D. Now onwards only A and D are connected. A total charge Q flows from the battery to charge the capacitor fully. If `C=20(mu)F, R = 10(Omega) and the battery is ideal with emf of 50 V, identify the correct statement(s).
.

At time t = 0 , terminal A in the circuit shown in the figure is connected to B by a key and alternating current I(t) = underset(o)(I) cos( omega t), with underset(o)(I) = 1 A and omega = 500 rad s^(-1) starts flowing in it with the initial direction shown in the figure . At t = 7pi / 6omega , the keys is switched from B to D . Now onwards only A and D are connected . A total charge Q flows from the battery to charge the capacitor fully. If C = 20 mu , R = 10 Omega and the battery is deal with emf of 50 V , identify the correct statement(s).

In the circuit shown, the switch is closed at t=0 , the currents I_1, I_2 and I_3 are

In the circuit shown, the switch is closed at t=0 , the currents I_1, I_2 and I_3 are

In the circuit shown in figure switch S is closed at time t=0 Current I from the battery at time t is given by

In the circuit shown in figure switch S is closed at time t=0 Current I from the battery at time t is given by

If i_(1) = i_(0) sin (omega t), i_(2) = i_(0_(2)) sin (omega t + phi) , then i_(3) =

In the circuit shown key is closed at t=0 with capacitor initially uncharged.

In the circuit shown key is closed at t=0 with capacitor initially uncharged.