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The current carrying wire and the \( \operatorname{rod} A B \) are in the same plane. The rod mo...
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The current carrying wire and the \( \operatorname{rod} A B \) are in the same plane. The rod moves parallel to the wire with a velocity \( v \). Which one of the following statements is true about induced e.m.f. in the rod?
(A) End \( A \) will be at lower potential with respect to \( B \).
(B) \( A \) and \( B \) will be at the same potential.
(C) There will be no induced e.m.f. in the rod.
(D) Potential at \( A \) will be higher than that at \( B \).
(A) End \( A \) will be at lower potential with respect to \( B \).
(B) \( A \) and \( B \) will be at the same potential.
(C) There will be no induced e.m.f. in the rod.
(D) Potential at \( A \) will be higher than that at \( B \).
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