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si HW 22 Another application of the principle of superposition is to reshape a charge by adding opposite charges to cancel out pre-existing charges. A square charge is made from a circular charge and a cornered-ring charge. Therefore, + The square plane charge has 1 m wide sides and the circular plane charge has a 0.5 m radius. Both have a constant charge density of 100 μC/m². The resulting subtraction produces a cornered-ring with the same charge density. The electric field from the square plane at the central axis is this. Ako tan (+4)* +2()²) The electric field from the circular plane at the central axis is this. 2nko a. What is the electric field due to this composite loop as a function of z? b. Graph the electric field and rank the three charged objects based on the magnitudes of their electric fields. c. What is the total charge on each of the three charged objects?

si HW 22 Another application of the principle of superposition is to reshape a charge by adding opposite charges to cancel out pre-existing charges. A square charge is made from a circular charge and a cornered-ring charge. Therefore, + The square plane charge has 1 m wide sides and the circular plane charge has a 0.5 m radius. Both have a constant charge density of 100 μC/m². The resulting subtraction produces a cornered-ring with the same charge density. The electric field from the square plane at the central axis is this. Ako tan (+4)* +2()²) The electric field from the circular plane at the central axis is this. 2nko a. What is the electric field due to this composite loop as a function of z? b. Graph the electric field and rank the three charged objects based on the magnitudes of their electric fields. c. What is the total charge on each of the three charged objects?

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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si HW 22 Another application of the principle of superposition is to reshape a charge by adding opposite charges to cancel out pre-existing charges. A square charge is made from a circular charge and a cornered-ring charge. Therefore, + The square plane charge has 1 m wide sides and the circular plane charge has a 0.5 m radius. Both have a constant charge density of 100 μC/m². The resulting subtraction produces a cornered-ring with the same charge density. The electric field from the square plane at the central axis is this. Ako tan (+4)* +2()²) The electric field from the circular plane at the central axis is this. 2nko a. What is the electric field due to this composite loop as a function of z? b. Graph the electric field and rank the three charged objects based on the magnitudes of their electric fields. c. What is the total charge on each of the three charged objects?
Transcribed Image Text:si HW 22 Another application of the principle of superposition is to reshape a charge by adding opposite charges to cancel out pre-existing charges. A square charge is made from a circular charge and a cornered-ring charge. Therefore, + The square plane charge has 1 m wide sides and the circular plane charge has a 0.5 m radius. Both have a constant charge density of 100 μC/m². The resulting subtraction produces a cornered-ring with the same charge density. The electric field from the square plane at the central axis is this. Ako tan (+4)* +2()²) The electric field from the circular plane at the central axis is this. 2nko a. What is the electric field due to this composite loop as a function of z? b. Graph the electric field and rank the three charged objects based on the magnitudes of their electric fields. c. What is the total charge on each of the three charged objects?
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