When a.c. is applied across a pure inductor *
(a) e.m.f. leads the current by π/2
(b) e.m.f. lags the current by π/2
(c) e.m.f. leads the current by π/4
(d) e.m.f. and current are in the same phase
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Answer:
When a.c. is applied across a pure inductor *
(a) e.m.f. leads the current by π/2
(b) e.m.f. lags the current by π/2
(c) e.m.f. leads the current by π/4
(d) e.m.f. and current are in the same phase
Explanation:
(c) e.m.f. leads the current by π/4
Answered by
0
Answer:
don't know bro.........
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