- #1
robert25pl
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I have to find the electric field everywhere using Gauss’ law in differential form. Charge density is [tex]\rho = \rho_{0}r^{3}[/tex] for a<r<b and 0 otherwise in spherical symmetry and then in cylindrical coordinates
[tex] \nabla \cdot D=\rho [/tex]
I have look for D and then just get E = D/epsilon. D is where I need help. Thanks
[tex] \nabla \cdot D=\rho [/tex]
I have look for D and then just get E = D/epsilon. D is where I need help. Thanks