A charged canonical conductor loses its charge earlier than a similarly charged sphre. Why?

In a charged conductor the charge resides at the

Explain why a charged body loses its charge if we touch it with our hand.

Explain why a charged body loses its charge if we touch it with our hand.

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

The ability of ion to bring about coagulation of a given collidal solution depends upon: its size, the magnitude of its charge only, the sign of its charge alone, both magnitude and sign of its charge.

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?

Is there any conductor which can be given unlimited charge?