If a capacitor is fully charged and then short-circuited, what happens to the st

If a capacitor is fully charged and then short-circuited, what happens to the stored energy?

If a capacitor is fully charged and then short-circuited, what happens to the stored energy?

Step 1: Understand that a capacitor stores electrical energy when it is charged.
Step 2: When the capacitor is fully charged, it has a certain amount of energy stored in it.
Step 3: A short circuit means connecting the two terminals of the capacitor directly with a wire, allowing current to flow freely.
Step 4: When the capacitor is short-circuited, the stored energy starts to flow out of the capacitor.
Step 5: As the energy flows out, it creates a current in the circuit.
Step 6: This current generates heat due to the resistance in the circuit.
Step 7: Eventually, all the stored energy is converted into heat and dissipated into the surroundings.

Capacitor Behavior – Understanding how a capacitor behaves when short-circuited, including the release of stored energy.
Energy Conversion – Knowledge of how electrical energy stored in a capacitor is converted into heat energy during a short circuit.