An LCR series circuit consists of a resistance of a `10 Omega` a capacitance of reactance `60 Omega` and an inductor coil The circuit is found to resonate when put across a `300 V ,100 ` Hz supply The inductance of the coil is `(taken pi =3)` .

A series LCR circuit consists of a resistance of 10Omega a capacitor of reactance 60Omega and an inductor coil. The circuit is found to resonate when put across 300 V, 100 Hz supply. Calculate (i) the inductance of the coil (ii) current in the circuit at resonance.

A 200V ac source is applied in a LCR series circuit which consists of an inductive reactance of 50Omega a capacitive reactance of 50Omega and the resistance of 10 Omega The potential difference across the resistance is .

In AC series circuit, the resistace , inductive reactance and capacitive are 3Omega , 10Omega and 14Omega respectively. The impedance of the circuit is

An AC circuit consists of a resistance and a choke coil in series . The resistance is of 220 Omega and choke coils is of 0.7 H . The power abosorbed from 220 V and 50 Hz , source connected with the circuit , is

An AC circuit consists of a resistance and a choke coil in series . The resistance is of 220 Omega and choke coils is of 0.7 H . The power abosorbed from 220 V and 50 Hz , source connected with the circuit , is