In an AC circuit,the instantaneous e.m.f.,and current are given by E=100sin30tI=20sin(30t-(pi)/(4)) In one cycle of AC,the average power consumed by the circuit and the wattless current are respectively

In an a.c. circuit, the instantaneous e.m.f. and current are given by e=100sin30t I=20sin(30t-(pi)/(4)) In one cycle of a.c., the average power consumed by the circuit and the wattless current are, respectively.

In an a.c. circuit, the instantaneous e.m.f. and current are given by e = 100 sin 30 t i = 20 sin( 30t-(pi)/(4)) In one cycle of a.c., the average power consumed by the circuit and the wattless current are, respectively :

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 an AC circuit, the instantaneous values of e.m.f and current are e=200sin314t volt and i=sin(314t+(pi)/3) ampere. The average power consumed in watt is

In an AC circuit the instantaneous values of emf and current are e=200sin30t volt and i=2sin(300t+(pi)/(3)) amp The average power consumed (in watts) is

In the given A.C. circuit the average power consumed in the circuit is

In the given A.C. circuit the average power consumed in the circuit is

In LCR series circuit, an alternating e.m.f. 'e' and current 'I' are given by the equations e=100sin(100t) volt and I=100sin(100t+(pi)/(3))mA The average power dissipated in the circuit will be