Home
Class 12
PHYSICS
A series LCR circuit consists of a resis...

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.

Promotional Banner

Similar Questions

Explore conceptually related problems

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) .

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 100 mu F capacitor in series with a 40 Omega resistance is connected to a 100 V_(1) 60 Hz supply. Calculate (i) the reactance (ii) the impedance and (iii) maximum current in the circuit.

A 100 mu F capacitor in series with a 40 Omega resistance is connected to a 100 V_(1) 60 Hz supply. Calculate (i) the reactance (ii) the impedance and (iii) maximum current in the circuit.

A 10 mu F capacitor is in series with a 50 Omega resistance and the combination is connected to a 220 V, 50 Hz line. Calculate (i) the capacitive reactance, (ii) the impedance of the circuit and (iii) the current in the circuit.

A 10 mu g capacitor is in series with a 50 Omega resistance and the combination is connected to a 220V , 50Hz line. Calculate (i) the capactive reactance, (ii) the impedance of the circuit and (iii) the current in the circuit.