Loss of power in an inductor is zero because current lags behind the voltage by 90°.
In one half cycle voltage is positive and in other half cycle of sinusoidal wave current is negative, they will cancel out so the power loss will be zero.
Loss of power in an inductor is zero because current lags behind the voltage by 90°. In one half cycle voltage is positive and in other half cycle of sinusoidal wave current is negative, they will cancel out so the power loss will be zero.
Answers & Comments
Explanation:
Loss of power in an inductor is zero because current lags behind the voltage by 90°.
In one half cycle voltage is positive and in other half cycle of sinusoidal wave current is negative, they will cancel out so the power loss will be zero.
Explanation in pic
Answer:
Loss of power in an inductor is zero because current lags behind the voltage by 90°. In one half cycle voltage is positive and in other half cycle of sinusoidal wave current is negative, they will cancel out so the power loss will be zero.