The capacity of a conductor does not depend u | vedclass

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(D) The capacitance $C$ of a conductor is defined by the relation $Q = CV$,where $Q$ is the charge and $V$ is the potential. However,the capacitance $

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All of these

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(D) The capacitance $C$ of a conductor is defined by the relation $Q = CV$,where $Q$ is the charge and $V$ is the potential. However,the capacitance $C$ is a geometric property of the conductor. It depends on the shape,size,and the surrounding medium (dielectric constant) of the conductor. It does not depend on the charge $Q$ given to the conductor or the potential $V$ developed on it. Furthermore,for a conductor,the capacitance is independent of the material of the conductor itself,as the charge resides on the surface. Therefore,the capacity does not depend on charge,voltage,or the nature of the material. Thus,the correct option is $D$.

The capacity of a conductor does not depend upon:

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