28.2 A -2.5 C charge is moved

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28.1 A +0.1 C charge is moved 4 m west
through a uniform electric field from
point A to point B.
The charge gains 10 J of electrical poten-
tial energy during this motion.
(a) What is the change in electrical po-
tential as the charge is moved from
A to B?
(b) What is the electric field in this re-
gion of space?
28.2
0.3 m west through a uniform electric
field from point A to point B.
The charge gains 150 J of electrical poten-
tial energy during this motion.
(a)
(b)
What is the change in electrical po-
tential as the charge is moved from
A to B?
What is the electric field in this re-
gion of space?
28.3
In a region of space between two
A -2.5 C charge is moved charged plates there is a uniform electric
Transcribed Image Text:28.1 A +0.1 C charge is moved 4 m west through a uniform electric field from point A to point B. The charge gains 10 J of electrical poten- tial energy during this motion. (a) What is the change in electrical po- tential as the charge is moved from A to B? (b) What is the electric field in this re- gion of space? 28.2 0.3 m west through a uniform electric field from point A to point B. The charge gains 150 J of electrical poten- tial energy during this motion. (a) (b) What is the change in electrical po- tential as the charge is moved from A to B? What is the electric field in this re- gion of space? 28.3 In a region of space between two A -2.5 C charge is moved charged plates there is a uniform electric
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