Consider a resistor like the one shown in the figure, with the current moving in the direction shown. Which of these statements is correct?  1. Electric potential at point a is higher than electric potential at point b, and as a result charges are moving faster at point b. 2. Electric potential at point a is the same as electric potential at point b, and as a result charges are moving with the same speeds at those points. 3. Electric potential at point a is lower than electric potential at point b, and as a result charges are moving slower at point b. 4. Electric potential is higher at point a than electric potential at point b, and the charges are moving with the same speeds at those points. 5. Electric potential at point a is lower that electric potential at point b, and the charges are moving with the same speeds at those points.

Physics for Scientists and Engineers, Technology Update (No access codes included)
9th Edition
ISBN:9781305116399
Author:Raymond A. Serway, John W. Jewett
Publisher:Raymond A. Serway, John W. Jewett
Chapter1: Physics And Measurement
Section: Chapter Questions
Problem 1.4CQ: Express the following quantities using the prefixes given in Table 1.4. (a) 3 10-4 (b) 5 10-5 s...
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Consider a resistor like the one shown in the figure, with the current moving in the direction shown.

Which of these statements is correct? 
1. Electric potential at point a is higher than electric potential at point b, and as a result charges are moving faster at point b.
2. Electric potential at point a is the same as electric potential at point b, and as a result charges are moving with the same speeds at those points.
3. Electric potential at point a is lower than electric potential at point b, and as a result charges are moving slower at point b.
4. Electric potential is higher at point a than electric potential at point b, and the charges are moving with the same speeds at those points.
5. Electric potential at point a is lower that electric potential at point b, and the charges are moving with the same speeds at those points.

 

 

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We need to compare the electric potential at points a and b shown in the figure.

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