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Q1. The magnetic flux density B is constant. The shorting bar moves to the right with a velocity vy, and the closed circuit is completed through two rails and a high-resistance voltmeter. The distance between the two rails is d. Use Faraday's Law to show that V12= - Bvd. Ple he

Q1. The magnetic flux density B is constant. The shorting bar moves to the right with a velocity vy, and the closed circuit is completed through two rails and a high-resistance voltmeter. The distance between the two rails is d. Use Faraday's Law to show that V12= - Bvd. Ple he

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Q1. The magnetic flux density B is constant. The shorting bar moves to the right with a velocity vy, and the closed circuit is completed through two rails and a high-resistance voltmeter. The distance between the two rails is d. Use Faraday's Law to show that V12= - Bvd. Pie
Transcribed Image Text:Q1. The magnetic flux density B is constant. The shorting bar moves to the right with a velocity vy, and the closed circuit is completed through two rails and a high-resistance voltmeter. The distance between the two rails is d. Use Faraday's Law to show that V12= - Bvd. Pie
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