(VI.1) (a) Find the fields, and the charge and current distributions, corresponding to qct V(7, t) = 0, Ã(F, t) = r2 (b) Use the following gauge function to transform the above potentials and comment on the results. qct (c) Which of the potentials in (a) and (b) are in the Coulomb gauge? Note: use spherical coordinates, and apply the correct expression to calculate the deriva- tives with the del operator (V).
(VI.1) (a) Find the fields, and the charge and current distributions, corresponding to qct V(7, t) = 0, Ã(F, t) = r2 (b) Use the following gauge function to transform the above potentials and comment on the results. qct (c) Which of the potentials in (a) and (b) are in the Coulomb gauge? Note: use spherical coordinates, and apply the correct expression to calculate the deriva- tives with the del operator (V).
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Transcribed Image Text:(VI.1) (a) Find the fields, and the charge and current distributions, corresponding to
qct
V (7, t) = 0,
Ä(7, t) =
r2
(b) Use the following gauge function to transform the above potentials and comment on
the results.
qct
(c) Which of the potentials in (a) and (b) are in the Coulomb gauge?
Note: use spherical coordinates, and apply the correct expression to calculate the deriva-
tives with the del operator (V).
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