A conducting rod is moving on a conducting frame. There is a uniform magnetic field as...

 

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A conducting rod is moving on a conducting frame. There is a uniform magnetic field as shown in the figure. 13. What is the magnetic flux a through the area formed by the frame and the rod at the instant shown in the figure? (a) 80 Weber (b) 100 Weber (c) 400 Weber (d) 800 Weber (e) 40 Weber 14. Find the magnitude of the induced emf e. (a) 20 V (b) 80 V (c) 40 V (d) 1V (e) 10 V 2m 2m B = 5T 4m 15. Find the direction of the induced current. (a) into the page (b) out of the page (c) in the direction of e (d) clockwise (e) counterclockwise 2m v=4m/s 16. If the resistance of the frame at this instant is 5092, what is the magnitude of the magnetic force acting on the rod?. (a) 12 N (b) 20 N (c) 8N (d) 16 N (e) 4N A conducting rod is moving on a conducting frame. There is a uniform magnetic field as shown in the figure. 13. What is the magnetic flux a through the area formed by the frame and the rod at the instant shown in the figure? (a) 80 Weber (b) 100 Weber (c) 400 Weber (d) 800 Weber (e) 40 Weber 14. Find the magnitude of the induced emf e. (a) 20 V (b) 80 V (c) 40 V (d) 1V (e) 10 V 2m 2m B = 5T 4m 15. Find the direction of the induced current. (a) into the page (b) out of the page (c) in the direction of e (d) clockwise (e) counterclockwise 2m v=4m/s 16. If the resistance of the frame at this instant is 5092, what is the magnitude of the magnetic force acting on the rod?. (a) 12 N (b) 20 N (c) 8N (d) 16 N (e) 4N

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Based on the image provided we can solve the problems step by step 13 What is the magnetic flux B through the area formed by the frame and the rod at the instant shown in the figure Magnetic flux B is ... View the full answer