Problem 7.47 A perfectly conducting spherical shell of radius a rotates about the Z axis with angular velocity w, in a uniform magnetic field B = B 2. Calculate the emf developed between the "north pole" and the equator. [Answer: Bowa²]
Problem 7.47 A perfectly conducting spherical shell of radius a rotates about the Z axis with angular velocity w, in a uniform magnetic field B = B 2. Calculate the emf developed between the "north pole" and the equator. [Answer: Bowa²]
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![Problem 7.47 A perfectly conducting spherical shell of radius a rotates about the
z axis with angular velocity w, in a uniform magnetic field B = Bo 2. Calculate the
emf developed between the "north pole" and the equator. [Answer: Bowa²]](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F0685f8f4-4062-4d5b-8aa1-43fd6f7d1cfb%2Fe63d4b6a-0a68-44b9-b8a2-a07f106bb895%2F332yijf_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem 7.47 A perfectly conducting spherical shell of radius a rotates about the
z axis with angular velocity w, in a uniform magnetic field B = Bo 2. Calculate the
emf developed between the "north pole" and the equator. [Answer: Bowa²]
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