Question 5 The figure below shows a family of really large parallel equipotential surfaces with their voltages shown. Find the change in potential energy for the objects A. and D. (q = -1nC) and B. and C. (q=+1nC). The positional movements are indicated. Now think, there is a long and short way to do this question. b) Compute and sketch the voltage and Electric Field as a function of position x.
Question 5 The figure below shows a family of really large parallel equipotential surfaces with their voltages shown. Find the change in potential energy for the objects A. and D. (q = -1nC) and B. and C. (q=+1nC). The positional movements are indicated. Now think, there is a long and short way to do this question. b) Compute and sketch the voltage and Electric Field as a function of position x.
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Transcribed Image Text:Question 5
The figure below shows a family of really large parallel equipotential surfaces with their voltages
shown.
a) Find the change in potential energy for the objects A. and D. (q = -1nC) and B. and C. (q=+1nC).
The positional movements are indicated.
Now think, there is a long and short way to do this question.
b) Compute and sketch the voltage and Electric Field as a function of position x.

Transcribed Image Text:A.
D.
|
10V
OV
X = 0 cm X = 10 cm
+ +
P
-5V
X = 20 cm
B.
C.
15V
X = 30 cm
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