The energy stored in a capacitor is called:

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Multiple Choice

The energy stored in a capacitor is called:

Explanation:
The energy stored in a capacitor comes from the electrostatic field created by the charges on its plates. When a voltage charges the plates, opposite charges accumulate, and the electric field between them stores energy (quantitatively, E = Q^2/(2C) or E = 1/2 C V^2). The option that best matches this idea is electrostatic charge, since it refers to the charges responsible for creating the field that holds the energy. The other terms don’t describe the stored energy: induced voltage isn’t the stored energy, stored current isn’t the energy itself, and electromagnetic charge isn’t a standard way to describe capacitor energy.

The energy stored in a capacitor comes from the electrostatic field created by the charges on its plates. When a voltage charges the plates, opposite charges accumulate, and the electric field between them stores energy (quantitatively, E = Q^2/(2C) or E = 1/2 C V^2). The option that best matches this idea is electrostatic charge, since it refers to the charges responsible for creating the field that holds the energy. The other terms don’t describe the stored energy: induced voltage isn’t the stored energy, stored current isn’t the energy itself, and electromagnetic charge isn’t a standard way to describe capacitor energy.

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