What current density would produce the vector potential, A = k s² o (where k is a constant), in cylindrical coordinates?
What current density would produce the vector potential, A = k s² o (where k is a constant), in cylindrical coordinates?
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
Transcribed Image Text:What current density would produce the vector potential, A = k s² q (where
k is a constant), in cylindrical coordinates?

Transcribed Image Text:Problem 5.23 What current density would produce the vector potential, A = k o (where
a constant), in cylindrical coordinates?
Soln.
Ã=k
%3D
%3D
I 2 (sk) =
Mol
DS
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