During charging of capacitor in the circuit shown,

Circuit current versus time graph is

During discharging of a capacitor via a resistor Circuit current varies with time as

Find the charge of each capacitor in the circuit shown in Fig.

The heat produced by a resistor in any time t during the charging of a capacitor in a series circuit is half the energy stored in the capacitor by that time. Current in the circuit is equal to the rate of increase in charge on the capacitor.

A capacitor C is connected to two equal resistances as shown in the figure. Consider the following statemets i. At the time of charging of capacitor time constant of the circuit is 2CR ii. At the time of discharging of the capacitor the time constant of the circuit is CR iii. At the time of discharging of the capacitor the time constant of the circuit is 2CR iv At the time of charging of the capacitor the time constant of the circuit is 2CR

A capacitor C is connected to two equal resistances as shown in the figure. Consider the following statemets i. At the time of charging of capacitor time constant of the circuit is CR ii. At the time of discharging of the capacitor the time constant of the circuit is CR iii. At the time of discharging of the capacitor the time constant of the circuit is 2CR iv At the time of charging of the capacitor the time constant of the circuit is 2CR

Find the charge on the capacitor C = 1muF in the circuit shown in the figure.

The charge on the capacitor in steady state in the circuit shown is

The charge on the capacitor in steady state in the circuit shown is