Two large plates are given the charges as shown in figure. Now, the left plane is earthed. Find the amount of charge that will flow from the earth to the plate.

Four very large metal plates are given charges as shown in figure. The middle two are then connected through a wire. Find the charge that will flow through the wire.

Four very large metal plates are given charges as shown in figure. The middle two are then connected through a wire. Find the charge that will flow through the wire.

The two identical parallel plates are given charge as shown in figure. If the plate area of either face of each plate is A and seperation between plates is d , then find the amount of heat liberate after closing the switch.

Three very large plate are given charges as shown in the figure, if the cross -sectional area of each plate is the same the final charge distribution on plate C is

For the system shown in capacitance is C The left plate is given a charge Q_(1) and the is closed. . Find the amount of charge that will flow through the battery before the steady state is achieved.

For the system shown in capacitance is C The left plate is given a charge Q_(1) and the is closed. . Find the amount of charge that will flow through the battery before the steady state is achieved.

The plates of a capacitor of capacitance C are given the charges Q_1 and Q_2 as shown in figure. Now the switch is closed at t =0. Find the charges on plates after time t.

Three identical large metallic plates are placed parallel to each other at a very small separation as shown in. The central plate is give a charge Q. What amount of charge will flow to earth when the key is pressid? .

Three identical large metallic plates are placed parallel to each other at a very small separation as shown in. The central plate is give a charge Q. What amount of charge will flow to earth when the key is pressid? .

There are n large parallel plate conductors carrying charge Q_1,Q_2,………..Q_n respectively. i. Find the charge induced at surface A. ii. Find the charge induced at surface B. iii. If the left conductor is earthed, find the magnitude of charge flowing from plate to earth. iv. If any conductor is earthed, find the magnitude of charge flowing from plate to earth.