A resistance R Ohm is connected in series with capacitance C Farad value of impedance of the circuit is 10 Ohm and R = 6 Ohm so, find the power factor of circuit

When a capacitance is connected in series with a series L-R, a.c. circuit, the total impedance of the circuit

A LCR series circuit has the impedance of 240 ohm. If R = 120 Omega , find the power factor of the circuit.

Calculate the value of an inductance, which should be connected in series with a capacitance of 5muF resistance of 10 ohm and a.c. source of 50 Hz. So that the power factor of the circuit is unity.

Calculate the value of inductance, which should be connected in series with a capacitance of 5 mu F and resistance of 10 ohm with a.c. source of 50 Hz, so that power factor of the circuit is unity.

The impendence of a circuit consists of resistance 3 ohm and 4 ohm reactance . The power factor of the circuit is

The impedance of a series circuit consists of 3 ohm resistance and 4 ohm reactance.The power factor of the circuit is

The impedance of a series circuit consists of 3 ohm resistance and 4 ohm reactance.The power factor of the circuit is

In a series LCR circuit X_L = 10 ohm , X_C = 4 ohm and R = 4 ohm. Find power factor.

A circuit consists of 3 ohm resistance and 4 ohm reactance The power factor of the circuit is