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5. The magnetic field is found to be B = H (3(m. f)f-m) for almost all space where m is an orienting, generating, time-and-space-independent vector. a. b. C. What are the units of m and what is it? What current distribution might generate B and prove it? What vector potential, A(7), might also generate B and prove it?

5. The magnetic field is found to be B = H (3(m. f)f-m) for almost all space where m is an orienting, generating, time-and-space-independent vector. a. b. C. What are the units of m and what is it? What current distribution might generate B and prove it? What vector potential, A(7), might also generate B and prove it?

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5. The magnetic field is found to be B = (3(m f)f-m) for almost all space where m is an 4π 13 orienting, generating, a. b. C. time-and-space-independent vector. What are the units of m and what is it? What current distribution might generate B and prove it? What vector potential, A(7), might also generate B and prove it?
Transcribed Image Text:5. The magnetic field is found to be B = (3(m f)f-m) for almost all space where m is an 4π 13 orienting, generating, a. b. C. time-and-space-independent vector. What are the units of m and what is it? What current distribution might generate B and prove it? What vector potential, A(7), might also generate B and prove it?
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