Four capacitors of capacitance `10muF` and a battery of `200V` are arranged as shown. How much charge will flow through `AB` after the switch `S` is closed :

Four capacitors of capacitance 10 mu F and a battery of 2V are arranged as shown. How much mu C charge will flow through AB after the switch S is closed ?

Four capacitors of capacitance 10 mu F and a battery of 2V are arranged as shown. How much mu C charge will flow through AB after the switch S is closed ?

Each capacitor shown in figure has a capacitance of 5.0 mu F , The emf of the battery is 50 V , How much charge will flow though AB if the switch S is closed ?

Each capacitor shown in figure has a capacitance of 5.0 mu F , The emf of the battery is 50 V , How much charge will flow though AB if the switch S is closed ?

Each capacitor shown in figure has a capacitance of 5.0n mu F , The emf of the bettery is 50 V , How much charge will flow though AB if the swich S is closed ?

Six capacitors each of capacitance 'C' is connected as shown in the figure and initially all the capacitors are uncharged . Now a battery of emf = epsilon is connected. How much charge will flow through the battery if the switch is on :

Six capacitors each of capacitance 'C' is connected as shown in the figure and initially all the capacitors are uncharged . Now a battery of emf = epsilon is connected. How much charge will flow through the battery if the switch is on :

Three capacitors each of capacitance C = 2muF are connected with a battery of emf 30 V as shown in the figure . When the switch S is closed , the heat generated in the circuit will be

Three capacitors each of capacitance C = 2muF are connected with a battery of emf 30 V as shown in the figure . When the switch S is closed , the heat generated in the circuit will be

The flow of charge through switch S if it is closed is