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Byju's Answer

Standard XII

Physics

Capacitance of a Random Conductor

ChargeQ on ca...

Question

Charge(Q) on capacitor( of capacitance C) and potential difference(V) across it are related as :

Q = C \times V

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Q = C / V

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Q = V / C

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Cannot be related

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Solution

The correct option is C $Q = C \times V$
If charge $Q$ is given to a conductor and due to this its potential increases by $V$ , then it is found that:
$Q \propto V$
$Q = C V$
where constant of proportionality $C$ is capacitance.

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Charge(Q) on capacitor( of capacitance C) and potential difference(V) across it are related as :

The correct option is C Q=C×VIf charge Q is given to a conductor and due to this its potential increases by V, then it is found that: Q∝V Q=CV where constant of proportionality C is capacitance.

The correct option is C $Q = C \times V$
If charge $Q$ is given to a conductor and due to this its potential increases by $V$ , then it is found that:
$Q \propto V$
$Q = C V$
where constant of proportionality $C$ is capacitance.