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A-3. For the charge configuration (Q1 positions along the x-axis where the potential is zero. Compare this to what you found in Section A, Step 8. = -2 µC and Q2 = +3 µC), calculate the two A-4. Why is there nowhere, other than infinity, where the potential is zero in Procedure A, Step 9 (Q1 = -2 µC and Q2 = -3 µC)?

A-3. For the charge configuration (Q1 positions along the x-axis where the potential is zero. Compare this to what you found in Section A, Step 8. = -2 µC and Q2 = +3 µC), calculate the two A-4. Why is there nowhere, other than infinity, where the potential is zero in Procedure A, Step 9 (Q1 = -2 µC and Q2 = -3 µC)?

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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How do I solve questions A-3 and A-4?
Experiment 2: Electric Potential and Conductors A-3. For the charge configuration (Q, = -2 µC and Q2 = +3 µC), calculate the two positions along the x-axis where the potential is zero. Compare this to what you found in Section A, Step 8. A-4. Why is there nowhere, other than infinity, where the potential is zero in Procedure A, Step 9 (Q1 = -2 µC and Q2 = –3 µC)?
Transcribed Image Text:Experiment 2: Electric Potential and Conductors A-3. For the charge configuration (Q, = -2 µC and Q2 = +3 µC), calculate the two positions along the x-axis where the potential is zero. Compare this to what you found in Section A, Step 8. A-4. Why is there nowhere, other than infinity, where the potential is zero in Procedure A, Step 9 (Q1 = -2 µC and Q2 = –3 µC)?
Part Il: Data Sheet Data Recording for Section A 7. Select the second charge configuration (Q, = -2 µC and Q2 = +3 µC), check Show Axes, and select the position (–1 m, –2 m). Record the values of V1, V2 and V below. (Don't forget units.) V =- 8.99 XL03U V2 = 9,54 Xio3 v V = 0.55X103U 8. Continuing with the charge configuration (Q1 = -2 µC and Q2 = +3 µC), check Show Axes. Estimate the two positions along the x-axis where the potential is zero. Note: These are the two points where the zero-volt equipotential line crosses the x-axis. Drag the locator to each of these points and Record these positions below. V = 0 on x-axis 1st Position: (-0.3,0) V = 0 on x-axis 2nd Position: G6,0) 9. Select the third charge configuration (Q1 = –2 µC and Q2 = -3 µC). Are there any positions where the electric potential is zero? Write "no" or list these positions in the space given below. no, There are not any
Transcribed Image Text:Part Il: Data Sheet Data Recording for Section A 7. Select the second charge configuration (Q, = -2 µC and Q2 = +3 µC), check Show Axes, and select the position (–1 m, –2 m). Record the values of V1, V2 and V below. (Don't forget units.) V =- 8.99 XL03U V2 = 9,54 Xio3 v V = 0.55X103U 8. Continuing with the charge configuration (Q1 = -2 µC and Q2 = +3 µC), check Show Axes. Estimate the two positions along the x-axis where the potential is zero. Note: These are the two points where the zero-volt equipotential line crosses the x-axis. Drag the locator to each of these points and Record these positions below. V = 0 on x-axis 1st Position: (-0.3,0) V = 0 on x-axis 2nd Position: G6,0) 9. Select the third charge configuration (Q1 = –2 µC and Q2 = -3 µC). Are there any positions where the electric potential is zero? Write "no" or list these positions in the space given below. no, There are not any
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