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Question 4. Consider an insulator sphere of radius X, which has a charge Q. The charge is distributed uniformly over the sphere. Point P is inside the sphere and at a distance D to the center of the sphere inside the sphere. We want to determine the E field at location P. 1) Draw the sphere. Label X, D, and point P. Draw the E field lines outside of the sphere. Draw the Gaussian surface for finding the E field at location P. 2) Determine the electric field at location P. Please include every step, and explain each step. No credit will be given for memorized conclusions or final answers. 3) For a distance Y outside the sphere, please explain, when Y is tripled, how does the E field magnitude change, and why?

          Question 4. Consider an insulator sphere of radius X, which has a charge Q. The charge is distributed uniformly over the sphere. Point P is inside the sphere and at a distance D to the center of the sphere inside the sphere. We want to determine the E field at location P. 1) Draw the sphere. Label X, D, and point P. Draw the E field lines outside of the sphere. Draw the Gaussian surface for finding the E field at location P. 2) Determine the electric field at location P. Please include every step, and explain each step. No credit will be given for memorized conclusions or final answers. 3) For a distance Y outside the sphere, please explain, when Y is tripled, how does the E field magnitude change, and why?

Question 4. Consider an insulator sphere of radius X, which has a charge Q. The charge is distributed uniformly over the sphere. Point P is inside the sphere and at a distance D to the center of the sphere inside the sphere. We want to determine the E field at location P. 1) Draw the sphere. Label X, D, and point P. Draw the E field lines outside of the sphere. Draw the Gaussian surface for finding the E field at location P. 2) Determine the electric field at location P. Please include every step, and explain each step. No credit will be given for memorized conclusions or final answers. 3) For a distance Y outside the sphere, please explain, when Y is tripled, how does the E field magnitude change, and why?

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