If the current through an inductor of inductance $L$ is given by $I = I_0 \sin(\omega t)$,then the voltage across the inductor will be
- A$I_0 \omega L \sin(\omega t - \pi/2)$
- B$I_0 \omega L \sin(\omega t + \pi/2)$
- C$I_0 \omega L \sin(\omega t - \pi)$
- DNone of these
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