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2.2 Derive the time-dependent generalization of the Coulomb law (a.k.a. Jefimenko's equation for the electric field), which goes like ar. E = HINT: You are given that the gradient of the scalar potential is pr

2.2 Derive the time-dependent generalization of the Coulomb law (a.k.a. Jefimenko's equation for the electric field), which goes like ar. E = HINT: You are given that the gradient of the scalar potential is pr

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2.2 Derive the time-dependent generalization of the Coulomb law (a.k.a. Jefimenko's equation for the electric field), which goes like Pr+ cr E = dt. HINT: You are given that the gradient of the scalar potential is +p)dt.
Transcribed Image Text:2.2 Derive the time-dependent generalization of the Coulomb law (a.k.a. Jefimenko's equation for the electric field), which goes like Pr+ cr E = dt. HINT: You are given that the gradient of the scalar potential is +p)dt.
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