A alternating voltage varies with time (t) as `V=100sin(50pit)`. The rms voltage and the frequency respectively, are

The voltage of an AC supply varies with time (t) as V = 120 sin 100 pi t cos 100 pi t . The maximum voltage and frequency respectively are

The voltage of an AC supply varies with time (t) as V = 120 sin 100 pi t cos 100 pi t . The maximum voltage and frequency respectively are

The equation of an alternating voltage is V =100sqrt2 sin 100pit volt. The RMS value of voltage and frequency will be respectively

An alternating voltage (in volts) varies with time t (in seconds) as V=200 sin(100pit)

If an alternating voltage is represented as v = 300 sin 600 t then the arms value of the voltage and the frequency are respectively :

If an alternating voltage is represented as v = 300 sin 600 t then the arms value of the voltage and the frequency are respectively :

If an alternating voltage is represented as E=141 sin (628 t) , then the rms value of the voltage and the frequency are respectively

If an alternating voltage is represented as E = 141 sin (628t), then the rms value of the voltage and the frequency are respectively.

If an alternating voltage is represented as E=141 sin (628 t) , then the rms value of the voltage and the frequency are respectively

The equation of an alternating vottage is V = 100sqrt(2) sin 100pit volt. The RMS value of vollage and frequeny, will be respectively