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2) A circular loop of radius 65cm rotates within a uniform 0.34T magnetic field. loop's normal vector is oriented at 84° with respect to the magnetic field and 2.7 s later makes an angle of 13° with the magnetic field. a. What is the change in magnetic flux through the loop during this time interval? b. What is the induced emf in the wire? 8 y = x 9₁ 9₂ 0.34 X27 = 0.918

2) A circular loop of radius 65cm rotates within a uniform 0.34T magnetic field. loop's normal vector is oriented at 84° with respect to the magnetic field and 2.7 s later makes an angle of 13° with the magnetic field. a. What is the change in magnetic flux through the loop during this time interval? b. What is the induced emf in the wire? 8 y = x 9₁ 9₂ 0.34 X27 = 0.918

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2) A circular loop of radius 65cm rotates within a uniform 0.34T magnetic field. loop's normal vector is oriented at 84° with respect to the magnetic field and 2.7 s later makes an angle of 13° with the magnetic field. a. What is the change in magnetic flux through the loop during this time interval? b. What is the induced emf in the wire? 0.34 x2.7 B V=K9₁ 92 =0.918
Transcribed Image Text:2) A circular loop of radius 65cm rotates within a uniform 0.34T magnetic field. loop's normal vector is oriented at 84° with respect to the magnetic field and 2.7 s later makes an angle of 13° with the magnetic field. a. What is the change in magnetic flux through the loop during this time interval? b. What is the induced emf in the wire? 0.34 x2.7 B V=K9₁ 92 =0.918
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