In a charged capacitor the energy stored in

Question

In a charged capacitor the energy stored in (A) the positive charges (B) the negative charges (C) the field between the plates (D) None of the above

Tardigrade Admin · Accepted Answer

When a capacitor is charged, work is done by the charging battery. As the capacitor charges, the potential difference across its plates rises.
The total amount of work in charging the capacitor is stored up in the capacitor, in the form of electric potential energy between the plates.

Q. In a charged capacitor the energy stored in

the positive charges

the negative charges

the field between the plates

None of the above

When a capacitor is charged, work is done by the charging battery. As the capacitor charges, the potential difference across its plates rises. The total amount of work in charging the capacitor is stored up in the capacitor, in the form of electric potential energy between the plates.

When a capacitor is charged, work is done by the charging battery. As the capacitor charges, the potential difference across its plates rises.
The total amount of work in charging the capacitor is stored up in the capacitor, in the form of electric potential energy between the plates.