Following operations can be performed on a capacitor: X - connect the capacitor to a battery of `emf epsilon`. Y - disconnect the battery. Z - reconnect the battery with polarity reversed. W - insert a dielectric slab in the capacitor.

Following operations can be performed on a capacitor : X - connect the capacitor to a battery of emf. E.Y - disconnect the battery Z - reconnect the battery with polarity reversed. W - insert a dielectric slab in the capacitor

On a parallel plate capacitor following operations can be performed . P - connect the capacitor to a battery of emf V Q - disconnect the battery R - reconnect the battery with polarity reversed S - insert a dielectric slab in the capacitor

On a parallel plate capacitor following operations can be performed . P - connect the capacitor to a battery of emf V Q - disconnect the battery R - reconnect the battery with polarity reversed S - insert a dielectric slab in the capacitor

When a capacitor is connected to a battery

When a capacitor is connected to a battery:

A capacitor of capacitance C is charged by connecting it to a battery of emf epsilon. The capacitor is now disconnected and reconnected to the battery with the polarity reversed. Calculate the heat developed in the connecting wires.

A capacitor of capacitance C is charged by connecting it to a battery of emf epsilon. The capacitor is now disconnected and reconnected to the battery with the polarity reversed. Calculate the heat developed in the connecting wires.

A capacitor of capacitance C is charged by connecting it to a battery of emf epsilon. The capacitor is now disconnected and reconnected to the battery with the polarity reversed. Calculate the heat developed in the connecting wires.

A capacitor C is charged to a potential V by a battery. It is then disconnected from the battery and again connected with its polarity reversed to the battery