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2) Determine the net force on the test charge at a point midway between the two charges, using both the simulation and analytically calculation for confirmation. a) First you will need to determine where the midpoint is. Xmid (m) Ymid= (m) b) As in part (1) you will need to measure the magnitude of force due to each charge (first and second) by placing the test charge at the midpoint, and also consider the directions. 3) is (are) there any point(s) where the net force on the test charge is zero? If so, find those points. Check this by moving the charge, but also think about the following questions. What are the signs of the 1st and 2nd fixed charges? How many such points are possible? Why?

2) Determine the net force on the test charge at a point midway between the two charges, using both the simulation and analytically calculation for confirmation. a) First you will need to determine where the midpoint is. Xmid (m) Ymid= (m) b) As in part (1) you will need to measure the magnitude of force due to each charge (first and second) by placing the test charge at the midpoint, and also consider the directions. 3) is (are) there any point(s) where the net force on the test charge is zero? If so, find those points. Check this by moving the charge, but also think about the following questions. What are the signs of the 1st and 2nd fixed charges? How many such points are possible? Why?

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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2) Determine the net force on the test charge at a point midway between the two charges, using both the simulation and analytically calculation for confirmation. a) First you will need to determine where the midpoint is. Xmid (m) Ymid= (m) b) As in part (1) you will need to measure the magnitude of force due to each charge (first and second) by placing the test charge at the midpoint, and also consider the directions. 3) is (are) there any point(s) where the net force on the test charge is zero? If so, find those points. Check this by moving the charge, but also think about the following questions. What are the signs of the 1st and 2nd fixed charges? How many such points are possible? Why?
Transcribed Image Text:2) Determine the net force on the test charge at a point midway between the two charges, using both the simulation and analytically calculation for confirmation. a) First you will need to determine where the midpoint is. Xmid (m) Ymid= (m) b) As in part (1) you will need to measure the magnitude of force due to each charge (first and second) by placing the test charge at the midpoint, and also consider the directions. 3) is (are) there any point(s) where the net force on the test charge is zero? If so, find those points. Check this by moving the charge, but also think about the following questions. What are the signs of the 1st and 2nd fixed charges? How many such points are possible? Why?
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