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

An L.C.R series circuit consist of R=25Omega and the reactances of C and L is 12 Omega and 24 Omega respectively. The impedance of the circuit is

A circuit contains R, L and C connected in series with an A. C. source. The values of the reactances for inductor and capacitor are 200Omega and 600Omega respectively and the impedance of the circuit is Z1 . What happens to the impedance of the same circuit if the values of the reactances are interchanged:-

The impedance of a circuit consister of 3Omega resistance and 4Omega reactance. The power factor of the circuit is

The impedance of a circuit consister of 3Omega resistance and 4Omega reactance. The power factor of the circuit is

Resistance , inductive reactance and capacitative reactance of an LCR series ac circuit are 30Omega , 60Omega and 20Omega respectively. What is the phase difference between the ac-voltage and current in the circuit?

In a seris LCR circuit, the inductive reactance (X_(L)) is 10 Omega and the capacitive reactance (X_(C)) is 4 Omega . The resistance (R) in the circuit is 6 Omega. The power factor of the circuit is :

An alternating power supply of 220 V is applied across a series circuit of resistance 10sqrt(3)Omega, capacitive reactance 40 Omega and inductive reactance 30 Omega The respective current in the circuit in the circuit for zero and infinite frequencies are

An alternating power supply of 220 V is applied across a series circuit of resistance 10sqrt(3)Omega, capacitive reactance 40 Omega and inductive reactance 30 Omega The respective current in the circuit in the circuit for zero and infinite frequencies are

If a 16Omega resistance and 12 Omega inductive reactance are present in an a.c series circuit. Then the impedance of the circuit will be