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In the figure on the right, a square conductor loop is moving at a velocity along an infinite straight wire that carries a constant current 1. The length of the loop is L on all sides. The distance from the left side of the loop to the wire is s. (Ignore the thickness of the straight wire). a) Calculate the motional emf on the four sides of the loop, respectively. Express your result in terms of v. I, L, s. Take the counterclockwise direction as the positive polarity for the emf. b) Verify your answer to part-a using Faraday's law.

In the figure on the right, a square conductor loop is moving at a velocity along an infinite straight wire that carries a constant current 1. The length of the loop is L on all sides. The distance from the left side of the loop to the wire is s. (Ignore the thickness of the straight wire). a) Calculate the motional emf on the four sides of the loop, respectively. Express your result in terms of v. I, L, s. Take the counterclockwise direction as the positive polarity for the emf. b) Verify your answer to part-a using Faraday's law.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
Problem 1.1MA
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In the figure on the right, a square conductor loop is moving at a velocity along an infinite straight wire that carries a constant current 1. The length of the loop is L on all sides. The distance from the left side of the loop to the wire is s. (Ignore the thickness of the straight wire). a) Calculate the motional emf on the four sides of the loop, respectively. Express your result in terms of v. I, L, s. Take the counterclockwise direction as the positive polarity for the emf. b) Verify your answer to part-a using Faraday's law.
Transcribed Image Text:In the figure on the right, a square conductor loop is moving at a velocity along an infinite straight wire that carries a constant current 1. The length of the loop is L on all sides. The distance from the left side of the loop to the wire is s. (Ignore the thickness of the straight wire). a) Calculate the motional emf on the four sides of the loop, respectively. Express your result in terms of v. I, L, s. Take the counterclockwise direction as the positive polarity for the emf. b) Verify your answer to part-a using Faraday's law.
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