11 We can write the magnetic field B in term of its vector potential Ã: B = V. Ả A, This satisfies Maxwell's equation automatically: V.B = 0 Explain why this is. B, We can write the electric field E as such: E = 7 · A Would doing this cause unwanted consequences? Explain.
11 We can write the magnetic field B in term of its vector potential Ã: B = V. Ả A, This satisfies Maxwell's equation automatically: V.B = 0 Explain why this is. B, We can write the electric field E as such: E = 7 · A Would doing this cause unwanted consequences? Explain.
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We can write the magnetic field B in term of its vector potential Á:
B = V. Ả
A, This satisfies Maxwell's equation automatically:
V-B = 0
Explain why this is.
B, We can write the electric field E as such:
Ê = V · A
Would doing this cause unwanted consequences? Explain.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fb35767ef-97ec-4a83-8f4b-910466a12901%2F7bfcea07-4d4b-4ed0-b59c-402de85c01bb%2Fw49nh4p_processed.png&w=3840&q=75)
Transcribed Image Text:11
We can write the magnetic field B in term of its vector potential Á:
B = V. Ả
A, This satisfies Maxwell's equation automatically:
V-B = 0
Explain why this is.
B, We can write the electric field E as such:
Ê = V · A
Would doing this cause unwanted consequences? Explain.
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