The equipotential lines for an unknown charge configuration are shown below. Draw in at least three electric field lines. Z Label the four equipotential lines with plausible voltage values if the change in potential from point X to point Z is +10V. If a -1μC charge is placed at point Y will it move towards point X or point Z? Justify your answer. Indicate the direction of the electric field at point Z. What is the change in electrostatic potential energy for a +1μC charge if it moves from point Y to point Z? Does it move "by itself" or do you have to do work on it to move it?

The equipotential lines for an unknown charge configuration are shown below. Draw in at least three electric field lines. Z Label the four equipotential lines with plausible voltage values if the change in potential from point X to point Z is +10V. If a -1μC charge is placed at point Y will it move towards point X or point Z? Justify your answer. Indicate the direction of the electric field at point Z. What is the change in electrostatic potential energy for a +1μC charge if it moves from point Y to point Z? Does it move "by itself" or do you have to do work on it to move it?

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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Electric Charges and Fields

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Question

4)
a)
b)
c)
d)
d)
The equipotential lines for an unknown charge configuration are shown below.
Draw in at least three electric field lines.
Z
Label the four equipotential lines with plausible voltage values if the change in potential from point X to point Z is +10V.
If a -1μC charge is placed at point Y will it move towards point X or point Z? Justify your answer.
Indicate the direction of the electric field at point Z.
What is the change in electrostatic potential energy for a +1μC charge if it moves from point Y to point Z? Does it move "by
itself" or do you have to do work on it to move it?

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Step 1: a) Draw the required three electric field lines:

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Step 2: b) Label 4 equipotential lines with possible voltage values in the given case:

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Step 3: c) Determine the direction of motion movement of -1 micro C charge at Y:

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Step 4: d) Indicate electric field at point Z:

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Step 5: e) Change in electric potential energy when +1 micro C charge moves from Y to Z:

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