A condenser is charged through a P.D. of 100 volts and acquires a charge of 0.1 C. when discharged, it would release an energy

A capacitor is charged through a potential difference of 200 V, when a charge of 0.1 C is stored in it. How much energy will it release when it is discharged?

Three equal condenser joined in parallel and connected to a cell of 2 volt battery have a charge of 1.8muC . What charge would they have if they are joined in series?

A capacitor is charged through a potential difference of 200 V, when 0.1C charge is stored in it. The amount of energy released by it, when it is discharged is

A capacitor when charged by a potential difference of 200 Volts, stores a charge of 0.1C. By discharging energy liberated by the capacitor is-

A capacitor when charged by a potential difference of 200 Volts, stores a charge of 0.1C. By discharging energy liberated by the capacitor is-

A capacitor is charged through a potential difference of 200 V, when 0.1 charge is stored in it. The amount of energt released by it, when it is discharged is

A capacitor is charged through a potential difference of 200 V, when 0.1 C charge is stored in it. How much energy will it release, when it is discharged?

Assertion (A) : When a chraged condenser discharges through a resistor, the tiem taken for half the charge to be lost is always same, irrespective of the initial value of the charge. Reason (R ) : The rate of decay of charge in a CR circuit is a linear function of time.