Shown in the figure is an `R-L` circuit. Just after the key `(K)` is closed

Shown in the figure is a parallel R , L,C circuit with key K_(1) closed and K_(2) opened . When K_(1) is opened and K_(2) is closed simultaneously find the maximum potential difference across the capacitor and maximum charge stored in it .

Shown in the figure is a parallel R , L,C circuit with key K_(1) closed and K_(2) opened . When K_(1) is opened and K_(2) is closed simultaneously find the maximum potential difference across the capacitor and maximum charge stored in it .

A circuit containing capacitors C_(1) and C_(2) as shown in the figure are in steady state with key K_(1) closed.At the instant t=0 , if K_(1) is opened and K_(2) is closed then the maximum current in the circuit will be:

In the circuit shown in figure C_(1) = 2 C_(2) . Capacitance C_(1) is charged to a potential of V. The current in the circuit just after the switch S is closed is

In the circuit shown in figure C_(1) = 2 C_(2) . Capacitance C_(1) is charged to a potential of V. The current in the circuit just after the switch S is closed is

For the given circuit. Calculate reading of ammeter when key K is closed.

For the given circuit. Calculate reading of ammeter when key K is closed.

For the given circuit. Calculate reading of ammeter when key K is closed.

In the figure shown is a R-L circuit connected with a cell of emf epsilon through a key k. If key k is closed find the current drawn by the battery (a) just after the key k is closed (b) long after the key k is closed