A capacitor of capacitance $C$ carrying a charge $Q$ is connected to an emf source of emf $E$ . Finally, the charge on the capacitor is

Q

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Q + C E

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C E

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Q - C E

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Solution

The correct option is C $C E$
Whatever may be the initial charge, ultimately the charge of magnitude $Q = C E$ will come on the plates when the capacitor is fully charged by the battery.

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A capacitor of capacitance C carrying a charge Q is connected to an emf source of emf E. Finally, the charge on the capacitor is

The correct option is C CEWhatever may be the initial charge, ultimately the charge of magnitude Q=CE will come on the plates when the capacitor is fully charged by the battery.

A capacitor of capacitance $C$ carrying a charge $Q$ is connected to an emf source of emf $E$ . Finally, the charge on the capacitor is

The correct option is C $C E$
Whatever may be the initial charge, ultimately the charge of magnitude $Q = C E$ will come on the plates when the capacitor is fully charged by the battery.