tsl254 - Magnetic Induction Application(3 A uniform...

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Magnetic Induction: Application (3) A uniform magnetic field ~ B pointing into the plane and increasing in magnitude as shown in the graph exists inside the dashed rectangle. Find the magnitude (in amps) and the direction (cw/ccw) of the currents I 1 , I 2 induced in the small conducting square and in the big conducting rectangle, respectively. Each conducting loop has a resistance R = 9Ω B 2T 1s t 3m 13m B 9m I I 3m 7m 10m 2 1 tsl254 – p.1/7
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Magnetic Induction: Application (5) A uniform magnetic field ~ B pointing out of the plane exists inside the dashed square. Four conducting rectangles 1,2,3,4 move in the directions indicated. Find the direction (cw,ccw) of the current induced in each rectangle. 1 2 3 4 B tsl256 – p.2/7
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A magnetic field ~ B of increasing strength and directed perpendicular to the plane exists inside the dashed square. It induces a constant clockwise current I = 8 A in the large conducting square with resistance R = 9Ω
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This note was uploaded on 04/30/2008 for the course PHYS 204 taught by Professor Andrevantonder during the Spring '07 term at Rhode Island.

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tsl254 - Magnetic Induction Application(3 A uniform...

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