The equation of an alternating voltage is V=100sin100πt volt. Find the RMS value of voltage and frequency.

Find the value of .^100C_99

An alternating voltage is represented by V = 240 sin 100 πt V. Find the peak voltage, rms voltage, frequency of the source.

The current flowing through forward biased diode is 20 mA. The emf of the cell is 3V and the knee voltage is 0.7V. Find the value of wattage R and power consumed across the diode.

Explain the physical proces on the basis of which the r.m.s value of AC is defined? Derive the expression for r.m.s value of an alternating voltage. How does the value of Capacitative voltage. How does the value of Capacitative reactance of a capacitor change with the frequecny of the applied alternating e.m.f across it.

The equation of a wave is y = 20 sin(100pit-0.08pix) cm.The frequency of the wave is

Show that an alternating voltage V=V_m sin omegat applied to a resistor R drives a current i= i sin omega t in the resistor.