2) A short section of wire, of length a, is moving with velocity v, parallel to a very long wire carrying a current L. The near end of the wire section is a distance b from the long wire. Assuming the vertical wire is very long compared to a+b, determine the emf between the ends of the short section, Assume v is in the opposite direction as I.
2) A short section of wire, of length a, is moving with velocity v, parallel to a very long wire carrying a current L. The near end of the wire section is a distance b from the long wire. Assuming the vertical wire is very long compared to a+b, determine the emf between the ends of the short section, Assume v is in the opposite direction as I.
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Transcribed Image Text:2) A short section of wire, of length a, is moving with velocity v, parallel to a very long wire carrying a current I.
The near end of the wire section is a distance b from the long wire. Assuming the vertical wire is very long
compared to a+b, determine the emf between the ends of the short section, Assume v is in the opposite direction
as I.
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