An alternating voltage is represented by `V=80 sin(100 pi t)cos(100 pi t)` volt, What is th

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An alternating current is represented by the equation i = 100 sin (100 πt). How long will it take An alternating current is represented by the equation i = 100 sin (100 πt). How long will it take
AC: The instantaneous voltage through a device of impedance 20 ohm is e = 80 sin 100 pi t. The effec AC: The instantaneous voltage through a device of impedance 20 ohm is e = 80 sin 100 pi t. The effec
An alternating current is represented by the following expression : i = 10 sin (100 π t).Calculate : An alternating current is represented by the following expression : i = 10 sin (100 π t).Calculate :
The instantaneous voltage through a device of impedance \( 20 \Omega \) is \( e=80 \sin 100 \pi ... The instantaneous voltage through a device of impedance \( 20 \Omega \) is \( e=80 \sin 100 \pi ...
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The equation of an alternating voltage is V = 100 root 2 sin ( 100 pi t ) V . The rms value of volta The equation of an alternating voltage is V = 100 root 2 sin ( 100 pi t ) V . The rms value of volta
In an `LR` circuit, `R = 100 Omega` and `L = 2 H`. If an alternating voltage of `120 V` and `60 Hz` In an `LR` circuit, `R = 100 Omega` and `L = 2 H`. If an alternating voltage of `120 V` and `60 Hz`
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