In the given circuit, `K_(1)` and `K_(2)` are open initially and the capacotors are uncharged, After `K_(1)` and `K_(2)` are closed and steady state is attained. Now answer the following questions.

The charge on `6 mu F` capacitor is :

In the given circuit, K_(1) and K_(2) are open initially and the capacotors are uncharged, After K_(1) and K_(2) are closed and steady state is attained. Now answer the following questions. The charge in 3 mu F capacitor is :

In the given circuit, K_(1) and K_(2) are open initially and the capacotors are uncharged, After K_(1) and K_(2) are closed and steady state is attained. Now answer the following questions. The charge on 5 mu c capacitor is :

Four capacitor and a battery of emf 24 V are connected as shown in the figure. Initially, S is open and the capacitors are uncharged. After S is closed and steady state is attained, the potential difference across the 4 mu f capacitor is 7.5 V . The capacitance in mu f of the capacitor A is. .

The charge in the 2 mu F capacitor at steady state is

The charge in the 2 mu F capacitor at steady state is

In the circuit shown in Fig, initially K_(1) is closed and K_(2) is open . What are the charges on each capacitor. Then K_(1) was opened and K_(2) was closed (order is important). What will be the charge on each capacitor now ? [C = 1muF]

In the circuit shown in Fig, instially K_(1) is closed and K_(2) is open . What are the charges on each capacitor. Then K_(1) was opened and K_(2) was closed (order is important). What will be the charge on each capacitor now ? [C = 1muF]

In the given circuit switch K is open. The charge on the capacitor is C is steady-state is q_1 Now the key is closed and steady-state charge on C is q_2 The ratio of charges q_1//q_2 is -

In the given circuit switch K is open. The charge on the capacitor is C is steady-state is q_1 Now the key is closed and steady-state charge on C is q_2 The ratio of charges q_1//q_2 is -

The reading of an ammeter in the circuit (i) I when key K_(1) closed key K_(2) is open (ii) I//2 when both keys K_(1) and K_(2) are closed Find the expression for the resistance of X in terms of the resistances of R and S