In the circuit shown in figure `L=10H, R=5Omega, E=15V.` The switch `S` is closed at `t=0`. At `t=2s` the current in the circuit is

Switch is closed at t = 0 then the current in the circuit at t = L/2R is

Switch is closed at t = 0 then the current in the circuit at t = L/2R is

In the circuit arrangement shown in figure, the switch S is closed at t = 0 . Find the current in the inductance as a function of time? Does the current through 10 Omega resistor vary with time or remains constant.

In the circuit arrangement shown in figure, the switch S is closed at t = 0 . Find the current in the inductance as a function of time? Does the current through 10 Omega resistor vary with time or remains constant.

In the circuit shown in figure the switch S is closed at t = 0. A long time after closing the switch

In the circuit shown in figure, the switch S is closed at t=0 . If V_L is the voltge induced across the inductor and i is the instantaneous current, the correct variation of V_L versus is given by

In the circuit shown in figure, the switch S is closed at t=0 . If V_L is the voltge induced across the inductor and i is the instantaneous current, the correct variation of V_L versus is given by

In the circuit as shown in figure the switch is closed at t = 0 . At the instant of closing the switch

In the circuit shown in figure switch S is closed at time t=0 At what time current through 3Omega resistance and 1H inductor are equal?

In the circuit shown in figure switch S is closed at time t=0 At what time current through 3Omega resistance and 1H inductor are equal?