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The scalar and vector potentials are defined as follows: V(x,y,z,t) = 0 Ã(x, y,²,1) = μ₁4, (ct —x)  What are the electric and magnetic fields? (a) Ẽ = 0 and 5 = — 144Î ——μ‚¾‚¸Â and B =——-44,³ (b) E=4ck (c) E = — -—-14,4¸¢Â and B = 1⁄- 14,4,J (d) Ē = 0 and B = 0

The scalar and vector potentials are defined as follows: V(x,y,z,t) = 0 Ã(x, y,²,1) = μ₁4, (ct —x)  What are the electric and magnetic fields? (a) Ẽ = 0 and 5 = — 144Î ——μ‚¾‚¸Â and B =——-44,³ (b) E=4ck (c) E = — -—-14,4¸¢Â and B = 1⁄- 14,4,J (d) Ē = 0 and B = 0

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The scalar and vector potentials are defined as follows: V(x,y,z,t) = 0 Ã(x, y,²,1) = μ₁4, (ct —x)  What are the electric and magnetic fields? (a) Ẽ = 0 and 5 = — 144Î ——μ‚¾‚¸Â and B =——-44,³ (b) E=4ck (c) E = — -—-14,4¸¢Â and B = 1⁄- 14,4,J (d) E = 0 and B=0
Transcribed Image Text:The scalar and vector potentials are defined as follows: V(x,y,z,t) = 0 Ã(x, y,²,1) = μ₁4, (ct —x)  What are the electric and magnetic fields? (a) Ẽ = 0 and 5 = — 144Î ——μ‚¾‚¸Â and B =——-44,³ (b) E=4ck (c) E = — -—-14,4¸¢Â and B = 1⁄- 14,4,J (d) E = 0 and B=0
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