1. A hollow conducting sphere has an inner and outer radius of R and R2 respectively....

 

Transcribed Image Text:

1. A hollow conducting sphere has an inner and outer radius of R and R2 respectively. A point charge of +Q sits inside the hollow sphere at the center. Additionally, a charge of +2Q is distributed over its outer surface. Use the concept of Gauss's Law to determine (a) the E-field inside the hollow sphere, (b) the E-field between R and R2, and (c) the E- field outside of the sphere. (Hint: consider how charges move on conductors!) 1. A hollow conducting sphere has an inner and outer radius of R and R2 respectively. A point charge of +Q sits inside the hollow sphere at the center. Additionally, a charge of +2Q is distributed over its outer surface. Use the concept of Gauss's Law to determine (a) the E-field inside the hollow sphere, (b) the E-field between R and R2, and (c) the E- field outside of the sphere. (Hint: consider how charges move on conductors!)