The capacitor 'C' is initially unchanged. Switch `S_(1)` is closed for a long time while `S_(2)` remains open. Now at `t = 0 S_(2)` is closed while `S_(1)` is opened. All the batteries are ideal and connecting wires are resistanceless

In a circuit S_(1) remains closed for a long time and S_(2) remain open. Now S_(2) is closed and S_(1) is opened. Find out the di//dt in the right loop just after the moment.

In a circuit S_(1) remains closed for a long time and S_(2) remain open. Now S_(2) is closed and S_(1) is opened. Find out the di//dt in the right loop just after the moment.

In a circuit S_(1) remains closed for a long time and S_(2) remain open. Now S_(2) is closed and S_(1) is opened. Find out the di//dt in the right loop just after the moment.

In Fig. switch S is closed for a long time. At t = 0 , if it is opened, then

In Fig. switch S is closed for a long time. At t = 0 , if it is opened, then

In Fig. switch S is closed for a long time. At t = 0 , if it is opened, then

Initally switch S_(1) is closed, after a long time, S_(1) is opened and S_(2) is closed. Find the heat produced in coil after long time.

As shown in diagram initial charge on capacitor is zreo . Now switch S_(1) is closed & it remains closed for a long time but S_(2) remains open . Now switch S_(1) is opened & switch S_(2) is closed at t=0, then after closing the switch S_(2) :

As shown in diagram initial charge on capacitor is zreo . Now switch S_(1) is closed & it remains closed for a long time but S_(2) remains open . Now switch S_(1) is opened & switch S_(2) is closed at t=0, then after closing the switch S_(2) :

At t =0 switch S_1 is closed and remains closed for a long time and S_2 remains open. Now S_1 is opened and S_2 is closed. Find out Charge on the capacitor long after that moment.