3. Let Qr where i = and (a) Compute the flux of volume, Q, over the pill-shaped surface from problem I with this new T. (b) Is Gauss's Theorem satisfied with this w? Explain. (c) Allow the radius, a, of the pill to be a function of time, a(t), such that to = (u. The height of the pill, A, is fixed. Compute d voadv . Is the answer the same as in part (a)? Explain