For a series LCR circuit,which of the followi | vedclass

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(C) In a series $LCR$ circuit,the current $I$ is the same through all components. $1$. The potential difference across the resistor $(V_R)$ is in phas

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Potential difference across the capacitor and inductor have a phase difference of $\pi / 2$.

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(C) In a series $LCR$ circuit,the current $I$ is the same through all components. $1$. The potential difference across the resistor $(V_R)$ is in phase with the current. $2$. The potential difference across the inductor $(V_L)$ leads the current by $\pi / 2$. $3$. The potential difference across the capacitor $(V_C)$ lags behind the current by $\pi / 2$. $4$. Therefore,the phase difference between $V_L$ and $V_C$ is $\pi / 2 - (-\pi / 2) = \pi$. Thus,the statement that the potential difference across the capacitor and inductor have a phase difference of $\pi / 2$ is incorrect.

For a series $LCR$ circuit,which of the following statements is wrong?

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