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Question
What results from substituting \[v=v_m\sin\omega t\] into \[v=iR\]?
Options
\[v_mi_m\sin^{2}\omega t=iR\]
\[v_m\sin\omega t=\frac{i}{R}\]
\[v_m\sin\omega t=iR\]
\[i_m\sin\omega t=iR\]
MCQ
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Solution
Replace the instantaneous voltage \[v\] in \[v=iR\] with \[v_m\sin\omega t\]. The result is \[v_m\sin\omega t=iR\].
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