An alternating voltage, of angular frequency omega is induced in electric circuit consistin of inductance L and capacitance C, connected in parallel. Then across the inductance coil

An alternating voltage, of angular frequency omega is induced in elect

1.	An alternating voltage, of angular frequency omega is induced in electric circuit consistin of inductance L and capacitance C, connected in parallel. Then across the inductance coil
Answer» current is maximum when `OMEGA^(2)=(1)/(LC)` current is minimumwhen `omega^(2)=(1)/(LC)` voltageis MINIMUM when `omega^(2)=(1)/(LC)` voltageis maximum when `omega^(2)=(1)/(LC)` Answer :BD

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An alternating voltage, of angular frequency omega is induced in electric circuit consistin of inductance L and capacitance C, connected in parallel. Then across the inductance coil

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