3. A long cylindrical Ferrromagnet is oriented in the z-direction, and has an internal magnetic field B=1.5Tesla in the z-direction. (a) What is the equivalent surface current in Amperes/meter? (b) In what direction is the effective current flow? (c) Is this a super-current? dy
3. A long cylindrical Ferrromagnet is oriented in the z-direction, and has an internal magnetic field B=1.5Tesla in the z-direction. (a) What is the equivalent surface current in Amperes/meter? (b) In what direction is the effective current flow? (c) Is this a super-current? dy
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![3. A long cylindrical Ferrromagnet is oriented in the z-direction, and has an internal magnetic
field B=1.5Tesla in the z-direction.
(a) What is the equivalent surface current in Amperes/meter?
(b) In what direction is the effective current flow?
(c) Is this a super-current?
dy](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fbbf83b04-85da-4904-83bb-9ad58cce2314%2Fb6d0baf7-7381-40b9-b9ab-c29f81ac5acd%2Fi6hmbf.png&w=3840&q=75)
Transcribed Image Text:3. A long cylindrical Ferrromagnet is oriented in the z-direction, and has an internal magnetic
field B=1.5Tesla in the z-direction.
(a) What is the equivalent surface current in Amperes/meter?
(b) In what direction is the effective current flow?
(c) Is this a super-current?
dy
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