A) is in phase with the e.m.f.
B) leads the e.m.f. by a difference of \[\pi \] radian phase
C) leads the e.m.f. by a phase difference of \[\pi /2\] radians
D) lags behind the e.m.f. by phase difference of \[\pi /4\] radians
Correct Answer: A
Solution :
(a) is in phase with the e.m.f. The current is in phase with the e.m.f.
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