A capacitor `C=100 muF` is connected to three resistor each of resistance `1 kOmega` and a battery of `emf 9V`.

The switch `S` has been closed for long time so as to charge the capacitor. When switch `S` is opened, the capacitor discharges with time constant

In the circuit shown in fig. when the switch is closed, the capacitor charges with a time constant

In the circuit shown in fig. when the switch is closed, the capacitor charges with a time constant

In the question 42, if the switch is opened after the capacitor has been charged, it will discharge with a time constant

In the question 42, if the switch is opened after the capacitor has been charged, it will discharge with a time constant

The time constant, for charging of capacitor C, when switch S is closed as shown in the figure , is

The time constant, for charging of capacitor C, when switch S is closed as shown in the figure , is

Three capacitors (of capacitances C , 2C and 3C ) and three resistors (of resistance R , 2R and 3R ) are connected with a battery and switch S as shown in the figure. When switch S is open, charges on the capacitors are shown. Switch S is closed at t=0 sec . The time constant of the circuit will be

Three capacitors (of capacitances C , 2C and 3C ) and three resistors (of resistance R , 2R and 3R ) are connected with a battery and switch S as shown in the figure. When switch S is open, charges on the capacitors are shown. Switch S is closed at t=0 sec . The time constant of the circuit will be

In the circuit shown in the figure, if switches S_(1) and S_(2) have been closed for a long time, then charge on the capacitor.

In the circuit shown in the figure, if switches S_(1) and S_(2) have been closed for a long time, then charge on the capacitor.