9. The potential difference between two charged plates is 360V. What is the magnitude of the e-field between the plates? b. What force does a 2.4nC charge experience in the field? c. What is the work done by the e-field to move the particle from Point A to Point B (a distance of 45mm)? d. Determine the change in electric potential energy as the particle moved from Point A to Point B. + A + + 0 +++ E

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Chapter1: Units, Trigonometry. And Vectors
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9. The potential difference between two charged plates is
360V.
a.
b.
C.
What is the magnitude of the e-field between the
plates?
What force does a 2.4nC charge experience in the
field?
What is the work done by the e-field to move the
particle from Point A to Point B (a distance of
45mm)?
d. Determine the change in electric potential energy
as the particle moved from Point A to Point B.
+ + +
A
d
= 0
+
+
+
É
Transcribed Image Text:9. The potential difference between two charged plates is 360V. a. b. C. What is the magnitude of the e-field between the plates? What force does a 2.4nC charge experience in the field? What is the work done by the e-field to move the particle from Point A to Point B (a distance of 45mm)? d. Determine the change in electric potential energy as the particle moved from Point A to Point B. + + + A d = 0 + + + É
Expert Solution
Step 1

Given,

V = 360 V d =45 ×10-3 mq= 2.4 ×10-9 C

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