Electric charge is uniformly distributed in two spheres A and B each with radii 5mm and...

 

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Electric charge is uniformly distributed in two spheres A and B each with radii 5mm and 10mm and net charge Q=+12 nC. Sphere A is made of nylon and sphere B is made of aluminum. a) Draw the charge distribution throughout the volume of each sphere. b) Compute the charge density of each sphere c) Plot the magnitude of electric field intensity from the center of each sphere to a distance 30mm from the center. d) Plot the magnitude of electric potential from the center of each sphere to a distance 30mm from the center. e) If Sphere A is inserted in Sphere B, repeat b) and c) Electric charge is uniformly distributed in two spheres A and B each with radii 5mm and 10mm and net charge Q=+12 nC. Sphere A is made of nylon and sphere B is made of aluminum. a) Draw the charge distribution throughout the volume of each sphere. b) Compute the charge density of each sphere c) Plot the magnitude of electric field intensity from the center of each sphere to a distance 30mm from the center. d) Plot the magnitude of electric potential from the center of each sphere to a distance 30mm from the center. e) If Sphere A is inserted in Sphere B, repeat b) and c)

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a The charge distribution throughout the volume of each sphere is uniform b The charge density of ea... View the full answer