A resistance is connected to an `AC` source. If a capacitor is included in the series circuit, will the average power absorbed by the resistance increase or decrease? If an inductor of small inductance is also included in the series circuit, will the average power absorbed increase or decrease further?

A choke coil is connected to an AC source. Some power is dissipated in coil. Now a capacitor is connected in series with the coil and source is same, then average power dissipated in the circuit does not changes. If ratio of inductive reactance of coil and capacitive reactance of capacitor is 1/x then find x

For one series A.C. circuit, its reactance is equal to its resistance. Then its power factor is ……….

In a series LCR A.C. circuit, by keeping resistance constant, power factor can be increased by decreasing .......

On decreasing the angular frequency of A.C. source used in L-C-R series circuit, the capacitive reactance ...... and inductive resistance ......

Assertion:- Average power consumed in an accircuit is equal to average power consumed by resistors in the circuit. Reason:- Average power consumed by capacitor and inductor in zero.

Suppose the circuit in has a resistance of 15 W. Obtain the average power transferred to each element of the circuit, and the total power absorbed.

How much average power is stored in an inductor when it is connected with AC source?

Define the power for AC circuit. Obtain an equation of average power for L-C-R series AC circuit.