"For a series LCR circuit with R = 100 $\Omega$, L = 0.5 mH and C = 0.1 pF connected across 220V$-$50 Hz AC supply, the phase angle between current and supplied voltage and the nature of the circuit is :"

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"R = 100$\Omega$

${X_L} = \omega L = 50\pi \times {10^{ - 3}}$

${X_C} = {1 \over {\omega C}} = {{{{10}^{11}}} \over {100\pi }}$

${X_C} > > {X_L}$

& $\left| {{X_C} - {X_L}} \right| > > R$"

For a series LCR circuit with R = 100 $\Omega$, L = 0.5 mH and C = 0.1 pF connected across 220V$-$50 Hz AC supply, the phase angle between current and supplied voltage and the nature of the circuit is :

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For a series LCR circuit with R = 100 $\Omega$, L = 0.5 mH and C = 0.1 pF connected across 220V$-$50 Hz AC supply, the phase angle between current and supplied voltage and the nature of the circuit is :

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