The instatanteous value of alternating current and voltages in a circuit are given as `i=1/(sqrt(2))sin(100pit)` ampere
`e=1/(sqrt(2)) sin (100pit+pi//3)` volt
The average power in watts consumed in the circuit is

The instantaneous values of alternating current and voltages in a circuit are given as [i=(1)/(sqrt(2))sin(100 pi t) ampere e=(1)/(sqrt(2))sin(100 pi t+pi/3) Volt.The average power in Watts consumed in the circuit is

In a circuit, the instantaneous values of alternating current and voltages in a circuit is given by I = (1)/(sqrt2) sin (100 pi t) A and E = (1)/(sqrt2) sin (100 pi t + (pi)/(3)) V . The average power in watts consumed in the circui is

In a circuit, the instantaneous values of alternating current and voltages in a circuit is given by I = (12)/(sqrt2) sin (100 pi t) A and E = (1)/(sqrt2) sin (100 pi t + (pi)/(3)) V . The average power in watts consumed in the circui is

The instaneous values of alternating current and voltage in a circuit are I = 1/sqrt(2) sin (100 pi t) A and v= 1/sqrt(2) sin (100 pi t + pi/3) V. The average power in watts consumed in the circuit is

Voltage and current in an a.c. circuit are given by V=5 sin (100pit-pi/6) and I=4 sin (100pit+pi/6) then …………..

In an A.C. circuit the instantaneous values of e.m.f. And current are given by E=100 sin (200 t) volt and I=2 sin(200 t +(pi)/3) ampere. The average power consumed is the circuit is

In LCR series circuit , an alternating emf e and current i are given by the equations e = sin (100 t) volt . i=100 sin (100 t + (pi)/(3)) mA The average power dissipated in the circuit will be