An alternating current is represented by the equation, i =100 √2 sin (100πœ‹t) ampere. The RMS value

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An alternating current is represented by the equation, i=100√2 sin⁑(100Ο€t) ampere. The RMS value of An alternating current is represented by the equation, i=100√2 sin⁑(100Ο€t) ampere. The RMS value of
An alternating current is represented by the equation i = 100 sin (100 Ο€t). How long will it take An alternating current is represented by the equation i = 100 sin (100 Ο€t). How long will it take
An alternating current is given by the following equation: `I=3sqrt(2)sin (100 pi t+pi//4)`. Giv... An alternating current is given by the following equation: `I=3sqrt(2)sin (100 pi t+pi//4)`. Giv...
An alternating current is represented by the following expression : i = 10 sin (100 Ο€ t).Calculate : An alternating current is represented by the following expression : i = 10 sin (100 Ο€ t).Calculate :
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Caluculate the peak and rms value of current in AC circuit. The current is represented by the Caluculate the peak and rms value of current in AC circuit. The current is represented by the
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HCV: An alternating current is given by i = i1cosΟ‰t + i2sinΟ‰t The rms current is given by (π’ŠπŸ+π’ŠπŸ)/√𝟐 HCV: An alternating current is given by i = i1cosΟ‰t + i2sinΟ‰t The rms current is given by (π’ŠπŸ+π’ŠπŸ)/√𝟐