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The inhomogeneous Maxwell equations are given as follows: VxB Ε = μου. 18 c²at V.E= Eo Use inhomogeneous Maxwell equations to derive the two equations of motion for the potentials (a) (b) -DA+V V A+ Φ = μου, 18 c² Ət -08 -2 (V.A + 100) = £ Ət Hint: Vx (V x A) = V(VA) - V²A and =V² -

The inhomogeneous Maxwell equations are given as follows: VxB Ε = μου. 18 c²at V.E= Eo Use inhomogeneous Maxwell equations to derive the two equations of motion for the potentials (a) (b) -DA+V V A+ Φ = μου, 18 c² Ət -08 -2 (V.A + 100) = £ Ət Hint: Vx (V x A) = V(VA) - V²A and =V² -

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The inhomogeneous Maxwell equations are given as follows: 18 c² Ət V.E= (b) P Eo VxB - Use inhomogeneous Maxwell equations to derive the two equations of motion for the potentials (a) -0$ 10 -DA+VV.A+ Φ = HoJ, c² Ət Ε= μου. P - (v. A+ 100) - ². ә Ət = t Hint: Vx (V xA) = V(VA) - V²A and =V²- -
Transcribed Image Text:The inhomogeneous Maxwell equations are given as follows: 18 c² Ət V.E= (b) P Eo VxB - Use inhomogeneous Maxwell equations to derive the two equations of motion for the potentials (a) -0$ 10 -DA+VV.A+ Φ = HoJ, c² Ət Ε= μου. P - (v. A+ 100) - ². ә Ət = t Hint: Vx (V xA) = V(VA) - V²A and =V²- -
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