Question: Part e through i Please let me know if you can't read all of it (29%) Problem 16: A hollow spherical shell has a uniformly

Part e through i Please let me know if you can't read all of it

Part e through i Please let me know if you can't read

(29%) Problem 16: A hollow spherical shell has a uniformly distributed positive charge density on its surface. The bold circle on the diagram below represents a cross sectional slice through the center of the sphere. A polar grid has been added for convenience, and points A through F have been dearly marked. 11% Part (a) Which of the following best characterizes the electric-field vector at observation point A? Grade _ 100% Correct Answer Student Final Submission Feedback Correct! 16 -0 Grade Summary Deduction for Final Submission Deductions for Incorrect Submissions, Hints and Feedback [7] Student Grade = 100 - 0 - 0 = 100% Submission History Al Dale times are deployed in Central Standard Time Red submission date lines indicate ate mark Date Time Answer Hints Feedback 1 Jul 25, 2022 9:58 PM 1145 Part (b) Which of the following best characterizes the electric-field vector at observation point B? 1 1% Part (c) which of the following best characterizes the electric-field vector at observation point C7 11% Part (d) which of the following best characterizes the electric-field vector at observation point DY * 11% Part (e) What is the ratio of the magnitude of the electric held at observation point D to the magnitude of the electric held at observation point C? 11 96 Part (1) Which of the following best characterizes the electric-field vector at observation point E7 11% Part (g) What is the radio of the magnitude of the electric field at observation point _ to the magnitude of the electric field at observation point D? 1 1% Part (h) Which of the following best characterizes the electric-field vector at observation point F? 1% Part (1) What is the ratio of the magnitude of the electric field at observation point F to the magnitude of the electric held at observation point C

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