A conducting sphere, a non-conducting shell and a conducting shell are located i

Question

A conducting sphere, a non-conducting shell and a conducting shell are located in the space in a concentric way as shown in the image below.
The conducting sphere (R1) is charge with a total charge of Q1, the non conducting shell (inner radius R2, outer radius R3) has a volumetric charge density , and the conducting shell (inner radius R4, outer radius R5) has a net charge that equals Q2. The electric potential (V) at R3 equals 0V.

Find the electric potential when r<R1, R1<r<R2, R2<r<R3, R3<r<R4, R4<r<R5 and r>R5      

Calculate the charge at the exterior surface of the non-conducting shell

A conducting sphere, a non-conducting shell and a conducting shell are located in the space in a concentric way as shown in the image below. The conducting sphere (R1) is charge with a total charge of Q1, the non conducting shell (inner radius R2, outer radius R3) has a volumetric charge density ?, and the conducting shell (inner radius R4, outer radius R5) has a net charge that equals Q2. The electric potential (V) at R3 equals 0V. Find the electric potential when r

Explanation / Answer

question too lengthy for 175 points, try raising the stakes. :P

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