A uniformly charged insulating sphere of radius a and net charge -2Q is placed inside the cavity of a conducting shell of an inner radius b and other radius c. If the shell has a net charge of 3Q and is concentric to the sphere, find the electric field in different regions (a) R<a (b) a<R<b (c) R>b (d)b<R<c and (e) R>c.

A uniformly charged insulating sphere of radius a and net charge -2Q is placed inside the cavity of a conducting shell of an inner radius b and other radius c. If the shell has a net charge of 3Q and is concentric to the sphere, find the electric field in different regions (a) Rb (d)bc.

A uniformly charged insulating sphere of radius a and net charge -2Q is placed inside the cavity of a conducting shell of an inner radius b and other radius c. If the shell has a net charge of 3Q and is concentric to the sphere, find the electric field in different regions (a) R<a rel="noopener noreferrer">b (d)bc.</a>

Gauss's law - a solid sphere in a shell (PhysCasts)

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Gauss's law - a solid sphere in a shell (PhysCasts)

Gauss's law - a solid sphere in a shell (PhysCasts)