An alternating voltage is given by `E = 100 sin( omega +(pi)/(6))V`. The voltage

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An alternating voltage v(t) = 220 sin 100πt volt is applied to a purely resistive load of 50 Ω. An alternating voltage v(t) = 220 sin 100πt volt is applied to a purely resistive load of 50 Ω.
An alternating voltage V(t) = 220 sin 100 pi t volt is applied to a purely resistive load of 50 ohm An alternating voltage V(t) = 220 sin 100 pi t volt is applied to a purely resistive load of 50 ohm
An alternating voltage \(v(t)=220 \sin 100 \pi t\) volt is applied to a purely resistive load of.... An alternating voltage \(v(t)=220 \sin 100 \pi t\) volt is applied to a purely resistive load of....
An alternating voltage v(t) = 220 sin 100 pt volt is applied to a purely resistive load of 50 Ω. The An alternating voltage v(t) = 220 sin 100 pt volt is applied to a purely resistive load of 50 Ω. The
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An alternating voltage is given by : e = e₁ sin ωt + e₂ cos ωt. Then the root mean square value An alternating voltage is given by : e = e₁ sin ωt + e₂ cos ωt. Then the root mean square value
The equation of an alternating voltage is E = 220 sin (omega t + pi // 6) and the equation of th... The equation of an alternating voltage is E = 220 sin (omega t + pi // 6) and the equation of th...