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6. Suppose a positive charge was moved from points A to B. what is work done along the path? a. Increasing b. Decreasing information c. Zero d. Incomplete 7. Suppose a negative charge was moved from points A to B. what is work done along the path? a. Increasing b. Decreasing information c. Zero d. Incomplete 8. At which point is the electric field does zero work on a test charge? a. A and D b. A and B с. В and C d. D and C 9. At which point has higher potential? WC а. А

6. Suppose a positive charge was moved from points A to B. what is work done along the path? a. Increasing b. Decreasing information c. Zero d. Incomplete 7. Suppose a negative charge was moved from points A to B. what is work done along the path? a. Increasing b. Decreasing information c. Zero d. Incomplete 8. At which point is the electric field does zero work on a test charge? a. A and D b. A and B с. В and C d. D and C 9. At which point has higher potential? WC а. А

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
Problem 1P: Visit your local library (at school or home) and describe the extent to which it provides literature...
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6. Suppose a positive charge was moved from points A to B. what is work done along the path? a. Increasing b. Decreasing information Zero C. d. Incomplete 7. Suppose a negative charge was moved from points A to B. what is work done along the path? a. Increasing b. Decreasing information c. Zero d. Incomplete 8. At which point is the electric field does zero work on a test charge? A and D b. A and B a. с. В and С d. D and C 9. At which point has higher potential? worl a. A b. В C d. D 10. At which point is the electric field strongest? а. А c. D b. В с. С d. D 11. What is the change in potential energy when +3.5 C point charge was moved from a negative plate to a positive plate with a potential difference of 8V? 28 J b. 0.4375 J 2.29 J а. c. d. OJ 12. What is the magnitude of the electric field between parallel plates with 25 V of potential difference and placed 25 cm apart? a. 1 N/m b. 1 V/C 1 N/C d. 1 Nm/C 13. What is the electric potential at point A when q1 = -20 uC and q2 = +20 uC? c. A 10 cm 5 cm > a.8.0 μC b.1.9 μC c.5.5 μC d.2.4 μC 14. Which of the following are valid units for electric field? I. N/C a. I and II only b. II and III only c. I and III only d. I, II, and III 15. How much work is needed to decrease the distance between a +15 uC charge and a -20 uC charge from 1m to 0.25 m? a. -8.1 J b. 8.1 J c. 2.7 J d. -2.7 J II. J/Cm III. V/m
Transcribed Image Text:6. Suppose a positive charge was moved from points A to B. what is work done along the path? a. Increasing b. Decreasing information Zero C. d. Incomplete 7. Suppose a negative charge was moved from points A to B. what is work done along the path? a. Increasing b. Decreasing information c. Zero d. Incomplete 8. At which point is the electric field does zero work on a test charge? A and D b. A and B a. с. В and С d. D and C 9. At which point has higher potential? worl a. A b. В C d. D 10. At which point is the electric field strongest? а. А c. D b. В с. С d. D 11. What is the change in potential energy when +3.5 C point charge was moved from a negative plate to a positive plate with a potential difference of 8V? 28 J b. 0.4375 J 2.29 J а. c. d. OJ 12. What is the magnitude of the electric field between parallel plates with 25 V of potential difference and placed 25 cm apart? a. 1 N/m b. 1 V/C 1 N/C d. 1 Nm/C 13. What is the electric potential at point A when q1 = -20 uC and q2 = +20 uC? c. A 10 cm 5 cm > a.8.0 μC b.1.9 μC c.5.5 μC d.2.4 μC 14. Which of the following are valid units for electric field? I. N/C a. I and II only b. II and III only c. I and III only d. I, II, and III 15. How much work is needed to decrease the distance between a +15 uC charge and a -20 uC charge from 1m to 0.25 m? a. -8.1 J b. 8.1 J c. 2.7 J d. -2.7 J II. J/Cm III. V/m
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