(a) In question 5, you compared the electric field at two points on the same equipotential line. Now consider two points on different equipotential lines. In figure 6, where is the field stronger-point W or point Z? How do you know? Segments of equipotential lines W 4 volts 6. 3 volts 2 volts 1 volt

College Physics
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Chapter16: Electrical Energy And Capacitance
Section: Chapter Questions
Problem 7P: Oppositely charged parallel plates are separated by 5.33 mm. A potential difference of 600. V exists...
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Answer 6 only
5.
(Just a question, not an experiment.) In figure 5, at which of
these two points, X or Y, is the electric field stronger? How
do you know?
FIGURE 5
Segments of
equipotential lines
6.
(a) In question 5, you compared the electric field at
two points on the same equipotential line.
consider two points on different equipotential lines.
In figure 6, where is the field stronger-point W or
point Z? How do you know?
FIGURE 6
Now
Segments of
equipotential lines
W
4 volts
(b) Sketch on figure 6 the direction in which a positive charge placed at point Z would move.
Sketch the direction in which a negative charge placed at point W would move.
3 volts
2 volts
1 volt
Transcribed Image Text:5. (Just a question, not an experiment.) In figure 5, at which of these two points, X or Y, is the electric field stronger? How do you know? FIGURE 5 Segments of equipotential lines 6. (a) In question 5, you compared the electric field at two points on the same equipotential line. consider two points on different equipotential lines. In figure 6, where is the field stronger-point W or point Z? How do you know? FIGURE 6 Now Segments of equipotential lines W 4 volts (b) Sketch on figure 6 the direction in which a positive charge placed at point Z would move. Sketch the direction in which a negative charge placed at point W would move. 3 volts 2 volts 1 volt
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