The voltage v(t) across a load and current i(t) through the load is given by following expression shown below, v(t) = 100 sin ωt + 200 sin 3ωt Voltsi(t) = 10 sin (3ωt−300) + 10 sin (ωt−60o) AmpsThe value of average power for the load will be_____ W. 1116.02

The voltage v(t) across a load and current i(t) through the load is gi

1.	The voltage v(t) across a load and current i(t) through the load is given by following expression shown below, v(t) = 100 sin ωt + 200 sin 3ωt Voltsi(t) = 10 sin (3ωt−300) + 10 sin (ωt−60o) AmpsThe value of average power for the load will be_____ W. 1116.02
Answer» The voltage v(t) across a load and current i(t) through the load is given by following expression shown below, $v(t) = 100 sin ω t + 200 sin 3 ω t Volts$ $i(t) = 10 sin (3 ω t - 30^{0}) + 10 sin (ω t - 60^{o}) Amps$ The value of average power for the load will be_____ W. 1116.02

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The voltage v(t) across a load and current i(t) through the load is given by following expression shown below, v(t) = 100 sin ωt + 200 sin 3ωt Voltsi(t) = 10 sin (3ωt−300) + 10 sin (ωt−60o) AmpsThe value of average power for the load will be_____ W. 1116.02

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