Prove that, if an insulated, unchanged conductor is placed near a charged conductor, and no other conductors are present, the uncharged body must be intermediate in potential between that of the charged body and that of infinity.

An uncharged insultated conductor A is brought near a charged insulated conductor B. What happens to charge and potential of B?

Show that the potential is constant within and at the surface of a charged conductor.

If a conductor has a potential V ne 0 and there are no charges anywhere else outside then,

A hollow cylindrical conductor having positive charge is placed near another neutral conductor. The net charge induced on the neutral conductor is

Is our body a conductor or an insulator.

A and B are two negatively charged and insulated conductors. State, with reason, which conductor will tend to lose charge?

Some charge is being given to a conductor. Then, its potential.

A charge is situated outside an unchanged hollow conductor experience a force if another charge B is placed inside the conductor, but B does not experience any force. Why? Does it not violate the third law of motion?

A conductor of capacity 4 units, charged with 100 units of positive charge is connected to another conductor of capacity 2 units, charged with 20 units of negative charge. What is the change in potential of each conductor ? What will be the charges of each of them after connection?

When two charged conductors having different capacitances and different potentials are joined together, show that there is always a loss of energy.