On which of the following does the power cons | vedclass

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(D) $L-C-R$ series $AC$ circuit average power formula is $P = V_{rms} I_{rms} \cos \phi$.Here $V_{rms}$ is the $RMS$ value of voltage, $I_{rms}$ is th

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All of the above

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(D) $L-C-R$ series $AC$ circuit average power formula is $P = V_{rms} I_{rms} \cos \phi$.Here $V_{rms}$ is the $RMS$ value of voltage, $I_{rms}$ is the $RMS$ value of current, and $\cos \phi$ is the power factor, where $\phi$ is the phase difference between voltage and current.$V_{rms}$ and $I_{rms}$ depend on peak voltage $(V_0)$ and peak current $(I_0)$ ($V_{rms} = V_0 / \sqrt{2}$ and $I_{rms} = I_0 / \sqrt{2}$).Thus, the power consumed in the circuit depends on peak voltage, peak current, and phase difference.Therefore, the correct option is $D$.

On which of the following does the power consumed in an $L-C-R$ series $AC$ circuit depend?

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