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A metallic bar moves on a closed conducting loop at the constant velocity of v 6 m/s. The loop is completely immersed in a uniform magnetic field B = 0.7 T which points directly into the page. The loop height is 1.2 m and the width is 1.4 m. The resistance of the resistor on the left is R 160. (a 3') Determine the direction of the induced emf of the left loop (the left of the bar). Say clockwise or counterclockwise. (b 3¹) Determine the induced emf. (c 4') Find the current in the left loop Please answer A-C

A metallic bar moves on a closed conducting loop at the constant velocity of v 6 m/s. The loop is completely immersed in a uniform magnetic field B = 0.7 T which points directly into the page. The loop height is 1.2 m and the width is 1.4 m. The resistance of the resistor on the left is R 160. (a 3') Determine the direction of the induced emf of the left loop (the left of the bar). Say clockwise or counterclockwise. (b 3¹) Determine the induced emf. (c 4') Find the current in the left loop Please answer A-C

Inquiry into Physics
Inquiry into Physics
8th Edition
ISBN:9781337515863
Author:Ostdiek
Publisher:Ostdiek
ChapterA: Appendix
Section: Chapter Questions
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A metallic bar moves on a closed conducting loop at the constant velocity of v 6 m/s. The loop is completely immersed in a uniform magnetic field B = 0.7 T which points directly into the page. The loop height is 1.2 m and the width is 1.4 m. The resistance of the resistor on the left is R 160. (a 3') Determine the direction of the induced emf of the left loop (the left of the bar). Say clockwise or counterclockwise. (b 3¹) Determine the induced emf. (c 4') Find the current in the left loop
Please answer A-C 

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Transcribed Image Text:R X B X X X X 000 X X) (X) X X
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