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(B) In an $AC$ circuit,the given value of potential is considered to be the root mean square $(RMS)$ value unless specified otherwise.Given: $V_{rms}

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$10\sqrt{2} \ V$

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(B) In an $AC$ circuit,the given value of potential is considered to be the root mean square $(RMS)$ value unless specified otherwise.Given: $V_{rms} = 10 \ V$.The relationship between the peak value $(V_0)$ and the $RMS$ value $(V_{rms})$ is given by the formula: $V_0 = \sqrt{2} 	imes V_{rms}$.Substituting the given value: $V_0 = \sqrt{2} 	imes 10 = 10\sqrt{2} \ V$.Therefore,the peak value of the potential is $10\sqrt{2} \ V$.

If the value of potential in an $AC$ circuit is $10 \ V$,then the peak value of potential is

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