A spherical volume charge has uniform charge density p and radius a, so that the total...

  

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A spherical volume charge has uniform charge density p and radius a, so that the total charge of the object is Q=a³p. The volume charge is surrounded by a thin shell of charge with uniform surface charge density a, at a radius b from the center of the volume charge. The total charge of the shell is Q=476²o. Compute and draw the electric field everywhere. (Use Q=4 lines). A spherical volume charge has uniform charge density p and radius a, so that the total charge of the object is Q=a³p. The volume charge is surrounded by a thin shell of charge with uniform surface charge density a, at a radius b from the center of the volume charge. The total charge of the shell is Q=476²o. Compute and draw the electric field everywhere. (Use Q=4 lines).