I showed that it is always possible to pick a vector potential whose divergence is zero (Coulomb gauge) Show that it is always possible to choose A 00 (V t), as required for the Lorentz gauge, assuming you know how to solve equations of the form 10 16 Is it always possible to pick V 0, how about A ...

Suppose VA Hoo at Let VA Hoo t avi that A and V Eq 107 do o ...

I showed that it is always possible to pick a vector potential whose divergence is zero (Coulomb

Question:

I showed that it is always possible to pick a vector potential whose divergence is zero (Coulomb gauge). Show that it is always possible to choose ∆ ∙ A = – µ0ε0 (∂V/∂t), as required for the Lorentz gauge, assuming you know how to solve equations of the form 10.16. Is it always possible to pick V = 0, how about A = 0?