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Question 9 (15 pts) The following question is related to writing a proper solution to a problem. Your job is the following: a.) Write a proper strategy statement. b.) Prepare by considering all the necessary forces involved and drawing a picture. c.) Solve the problem showing all the steps of your math, labeling any physics laws or assumptions you make. d.) Write a proper assessment of the result. Do this by considering the limiting cases. If the sphere were discharged or if the field was turned off, what is the angle? Is it what you would expect and why? Likewise, consider if the sphere was massless. Consider a sphere of charge Q> 0 and mass m that is tethered to a string so that it may hang from a ceiling. The charge is then subject to a uniform horizontal electric field of strength E so that the string makes an angle with the vertical as shown in the figure below when the sphere is in equilibrium. Show that the angle is given by Q, m (2) B=arctan

Question 9 (15 pts) The following question is related to writing a proper solution to a problem. Your job is the following: a.) Write a proper strategy statement. b.) Prepare by considering all the necessary forces involved and drawing a picture. c.) Solve the problem showing all the steps of your math, labeling any physics laws or assumptions you make. d.) Write a proper assessment of the result. Do this by considering the limiting cases. If the sphere were discharged or if the field was turned off, what is the angle? Is it what you would expect and why? Likewise, consider if the sphere was massless. Consider a sphere of charge Q> 0 and mass m that is tethered to a string so that it may hang from a ceiling. The charge is then subject to a uniform horizontal electric field of strength E so that the string makes an angle with the vertical as shown in the figure below when the sphere is in equilibrium. Show that the angle is given by Q, m (2) B=arctan

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Question 9 (15 pts) The following question is related to writing a proper solution to a problem. Your job is the following: a.) Write a proper strategy statement. b.) Prepare by considering all the necessary forces involved and drawing a picture. c.) Solve the problem showing all the steps of your math, labeling any physics laws or assumptions you make. d.) Write a proper assessment of the result. Do this by considering the limiting cases. If the sphere were discharged or if the field was turned off, what is the angle? Is it what you would expect and why? Likewise, consider if the sphere was massless. Consider a sphere of charge Q> 0 and mass m that is tethered to a string so that it may hang from a ceiling. The charge is then subject to a uniform horizontal electric field of strength E so that the string makes an angle with the vertical as shown in the figure below when the sphere is in equilibrium. Show that the angle is given by Q, m (2) B=arctan
Transcribed Image Text:Question 9 (15 pts) The following question is related to writing a proper solution to a problem. Your job is the following: a.) Write a proper strategy statement. b.) Prepare by considering all the necessary forces involved and drawing a picture. c.) Solve the problem showing all the steps of your math, labeling any physics laws or assumptions you make. d.) Write a proper assessment of the result. Do this by considering the limiting cases. If the sphere were discharged or if the field was turned off, what is the angle? Is it what you would expect and why? Likewise, consider if the sphere was massless. Consider a sphere of charge Q> 0 and mass m that is tethered to a string so that it may hang from a ceiling. The charge is then subject to a uniform horizontal electric field of strength E so that the string makes an angle with the vertical as shown in the figure below when the sphere is in equilibrium. Show that the angle is given by Q, m (2) B=arctan
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