Imagine a spherical conducting shell with charge +Q spread on its surface, as shown in Figure 2 (the designation +Q indicates that the surface is positively charged with magnitude Q, it does not indicate how the charge is distributed over the sphere). A. Describe the electric field inside and outside of the shell. You can use Gauss' law to gure this out. Based on this, what can you say about the potential inside and outside the shell? Now we place a charge +q inside the shell that is slightly off cen- ter as shown in Figure 3 below. B. Does the charge within the shell move to the left, to the right, or stay where it is? Provide an argument for one answer. C. Give a reasonable argument for a different answer. .Q\\ Figure 2: Spherical conducting shell with charge +Q placed on its outer surface. +Q\\, D. What's the aw in the answer that you disagree with? It's okay if you changed your mind while writing! Just explain why. And if you can't nd a aw, try to pinpoint what's puzzling you