Here's an insulating sphere with an inner radius of
R_(in )=10cm
, an outer radius of
R_(out )=40cm
, and a volumetric charge density of
\rho =(2\mu (C)/(m^(2)))/(r)
. The inner region of the sphere
rR_(in )R_(out )\rho =(B)/(r)r=20cm

Question

Here's an insulating sphere with an inner radius of

R_(in )=10cm

, an outer radius of

R_(out )=40cm

, and a volumetric charge density of

\rho =(2\mu (C)/(m^(2)))/(r)

. The inner region of the sphere

rR_(in )R_(out )\rho =(B)/(r)r=20cm

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(Solved): Here's an insulating sphere with an inner radius of R_(in )=10cm, an outer radius of R_(out )=40cm, ...