Consider a full sphere with radius R. 1} Calculate E at any point in space in the case of a constant volume charge density p pm for r E [ELK] . {Hm-3.1} Use Gauss3 theorem [no need to show again symmetry arguments this time because they are the same as for the first problem}. [5 points] 2] Calculate E at any point in space in the case of a volume charge density 1,. p p\" F for 1|" E [[11 RH] -. I?\" a: R {HAHEa} c p p\" for 1" E [Hm R] . (HAI'il Also in this case use Gauss1 theorem l[no need to show again symmetry arguments]. [ill points] Show full calculations involving surface and volume integrals