A conducting wire of parabolic shape, initially y = x, is moving with velocity V =...

Transcribed Image Text:

A conducting wire of parabolic shape, initially y = x, is moving with velocity V = Vi in a magnetic uniform field = B. (1 + (2)") k non B=B 1+ Bo, L and are positive constants and A is the potential difference developed between the ends of the wire, then the correct statement(s) is/are: A. A is proportional to the length of the wire projected on the y-axis. D. A = k, as shown in figure. If Vo 4 B. Ao remains the same if the parabolic wire is replaced by a straight wire, y = x initially, of length 2 L C. || = B.V.L for B=0 3 OB L q 0 I BVL for = 2 X A conducting wire of parabolic shape, initially y = x, is moving with velocity V = Vi in a magnetic uniform field = B. (1 + (2)") k non B=B 1+ Bo, L and are positive constants and A is the potential difference developed between the ends of the wire, then the correct statement(s) is/are: A. A is proportional to the length of the wire projected on the y-axis. D. A = k, as shown in figure. If Vo 4 B. Ao remains the same if the parabolic wire is replaced by a straight wire, y = x initially, of length 2 L C. || = B.V.L for B=0 3 OB L q 0 I BVL for = 2 X

Answer rating: 100% (QA)

The detailed ... View the full answer