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a) Make a sketch of the dipole after it rotates. This is its lowest energy state, that is, the orientation the dipole would like to be in. Explain your reasoning. b) c) d Determine the change in (potential) energy of the dipole-field system from the original orientation to this lowest energy orientation. Explain your reasoning. Hint: Consider the work done by the electric force Sketch the orientation of the dipole that corresponds to the highest energy state (the position the dipole would least like to be in). Explain your reasoning.

a) Make a sketch of the dipole after it rotates. This is its lowest energy state, that is, the orientation the dipole would like to be in. Explain your reasoning. b) c) d Determine the change in (potential) energy of the dipole-field system from the original orientation to this lowest energy orientation. Explain your reasoning. Hint: Consider the work done by the electric force Sketch the orientation of the dipole that corresponds to the highest energy state (the position the dipole would least like to be in). Explain your reasoning.

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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E A dipole of size d is placed in a uniform field E, as shown in the figure at right. We determined last week that this dipole will rotate, but the center will not move (no net force). Make a sketch of the dipole after it rotates. This a) b) is its lowest energy state, that is, the orientation the dipole would like to be in. Explain your reasoning. +Q d Determine the change in (potential) energy of the dipole-field system from the original orientation to this lowest energy orientation. Explain your reasoning. Hint: Consider the work done by the electric force Sketch the orientation of the dipole that corresponds to the highest energy state (the position the dipole would least like to be in). Explain your reasoning.
Transcribed Image Text:E A dipole of size d is placed in a uniform field E, as shown in the figure at right. We determined last week that this dipole will rotate, but the center will not move (no net force). Make a sketch of the dipole after it rotates. This a) b) is its lowest energy state, that is, the orientation the dipole would like to be in. Explain your reasoning. +Q d Determine the change in (potential) energy of the dipole-field system from the original orientation to this lowest energy orientation. Explain your reasoning. Hint: Consider the work done by the electric force Sketch the orientation of the dipole that corresponds to the highest energy state (the position the dipole would least like to be in). Explain your reasoning.
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