An a.c. circuit consists of only an inductance of2 H. If the current is represent by a sine wave of amplitude 0.25 A and frequency 60 Hz. Calculate of effective potential across the inductor.

An AC circuit consists of only an inductor of inductance 2 H. If the current is represented by a sine wave of amplitude 0.25 A and frequency 60Hz,calculate the effective potential difference across the inductor

An inductor of inductance 1 H is connected across an A C supply . The current in the circuit is a sinusoidal function of time with amplitude 0.5 A and frequency 50 Hz. Calculate the effective potential difference across the inductor .

The current through a 1.0 H inductor varies sinusoidally with an amplitude of 0.5 A and a frequency of 50 Hz. Calculate the potential difference across the terminals of the inductor.

An inductor of 1 H and negligible resistance is used on 220 V a.c. mains of frequency 50 Hz. Calculate the effective current.

An inductor of inductance 300 mH is connected to an ac some of peak emf 250 V and frequency 60 Hz. Calculate the peak current (or current amplitude)

A pure inductor of inductance 300 mH is connected to ac source of emf 250 V and frequency 60 Hz. Calculate the rms current in the circuit?