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1. Draw electric field lines from the infinite sheet on the diagram. How does the electric field magnitude change as you get further away from the sheet?

1. Draw electric field lines from the infinite sheet on the diagram. How does the electric field magnitude change as you get further away from the sheet?

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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1. Draw electric field lines from the infinite sheet on the diagram. How does the electric field magnitude change as you get further away from the sheet? 2. You move the test charge with your hand at constant velocity along a path from point A to point B to point C and back to point A. In terms of L, qo, E, and constants, find the work done by the electric field for each of the path segments: • test charge is moved from A to B, WorkAB = • test charge is moved from B to C, Workgc = • test charge is moved from C to A, WorkCA = • So, what's the total work done by the electric field for the path A to B to C? Does your answer make sense? 3. What's the change in electric potential energy as the charge is moved from C to A, in terms of L, qo , E, and constants? 4. What's the change in electric potential as the charge is moved from C to A, in terms of L, qo, E, and constants? 5. Now change the test charge from +qo to -390. • What's the work done by the electric field in moving the test charge from C to A? • What's the change in electric potential energy as the charge is moved from C to A? • What's the change in electric potential as the charge is moved from C to A? 3L -4L
Transcribed Image Text:1. Draw electric field lines from the infinite sheet on the diagram. How does the electric field magnitude change as you get further away from the sheet? 2. You move the test charge with your hand at constant velocity along a path from point A to point B to point C and back to point A. In terms of L, qo, E, and constants, find the work done by the electric field for each of the path segments: • test charge is moved from A to B, WorkAB = • test charge is moved from B to C, Workgc = • test charge is moved from C to A, WorkCA = • So, what's the total work done by the electric field for the path A to B to C? Does your answer make sense? 3. What's the change in electric potential energy as the charge is moved from C to A, in terms of L, qo , E, and constants? 4. What's the change in electric potential as the charge is moved from C to A, in terms of L, qo, E, and constants? 5. Now change the test charge from +qo to -390. • What's the work done by the electric field in moving the test charge from C to A? • What's the change in electric potential energy as the charge is moved from C to A? • What's the change in electric potential as the charge is moved from C to A? 3L -4L
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