In the circuit arrangement shown in figure capacitor is initially unchanged At t = 0 switch is thrown to position '1' it remains closed till the current in the circuit becomes 50 % of maximum current then. Suddenly switch is shifted to position '2' (Assume all batteries are ideal)

Amount work done by battery long after switch is shifted to position '2' is :

In the circuit arrangement shown in figure capacitor is initially unchanged At t = 0 switch is thrown to position '1' it remains closed till the current in the circuit becomes 50 % of maximum current then. Suddenly switch is shifted to position '2' (Assume all batteries are ideal) Current through the resistor just after switch is shifted to position '2' is :

In the circuit arrangement shown in figure capacitor is initially unchanged At t = 0 switch is thrown to position '1' it remains closed till the current in the circuit becomes 50 % of maximum current then. Suddenly switch is shifted to position '2' (Assume all batteries are ideal) Current through the resistor just after switch is shifted to position '2' is :

In the circuit arrangement shown in figure capacitor is initially unchanged At t = 0 switch is thrown to position '1' it remains closed till the current in the circuit becomes 50 % of maximum current then. Suddenly switch is shifted to position '2' (Assume all batteries are ideal) Which of the following is the correct options after switch is shifted to position '2'.

In the circuit arrangement shown in figure capacitor is initially unchanged At t = 0 switch is thrown to position '1' it remains closed till the current in the circuit becomes 50 % of maximum current then. Suddenly switch is shifted to position '2' (Assume all batteries are ideal) Which of the following is the correct options after switch is shifted to position '2'.

Initially capacitor is uncharged at t = 0 switch is closed. Charge on capacitor when current in the circuit is 10 % of maximum current :

Initially capacitor is uncharged at t = 0 switch is closed. Charge on capacitor when current in the circuit is 10 % of maximum current :

Initially, switch S is connected to position 1 for a long time . The net amount of heat generated in the circuit after it is shifted to position 2 is .

Initially, switch S is connected to position 1 for a long time . The net amount of heat generated in the circuit after it is shifted to position 2 is .

In the circuit shown in figure, the capacitors are initially uncharged. The current through resistor PQ just after closing the switch is

In the circuit shown in figure-3.351 the capacitors are initially uncharged. The current through resistor PQ just after closing the switch is :