In series LCR circuit, at resonance. a) The circuit behaves as a pure resistor. b) Potential difference across inductor and capacitor are equal and opposite. c) Current in the circuit is maximum.

In series LCR circuit, at resonance. a) The circuit behaves as a pure

1.	In series LCR circuit, at resonance. a) The circuit behaves as a pure resistor. b) Potential difference across inductor and capacitor are equal and opposite. c) Current in the circuit is maximum.
Answer» Only a, B are CORRECT Only b, C are correct All a, b, c are WRONG All a, b, c are correct Answer :D

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In series LCR circuit, at resonance. a) The circuit behaves as a pure resistor. b) Potential difference across inductor and capacitor are equal and opposite. c) Current in the circuit is maximum.

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