An rms voltage of 110V is applied across a series circuit having a resistance 11Ω and an impedance 22 Ω. The power consumed is

An rms voltage of 110 V is applied across a series circuit having a resistnce 11 Omega and an impedance 22 Omega . The power consumed is

If a voltage V is applied across the bulbs in series then

If a voltage V is applied across the bulbs in series, then

An alternating supply of 220 V is applied across a circuit with resistance 22 Omega and impedance 44 Omega . The power dissipated in the circuit is

A sinusoidal voltage Vsin(at) is applied across a series combination of resistance R and inductor L. The amplitude of the current in the circuit is

A series LCR circuit has resistance 10Ω and reactance is 7√2 Ω. What is the impedance of the circuit?

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

AC voltage source (V, omega) is applied across a parallel LC circuit as shown in figure. Find the impedance of the circuit and phase of current.