1) (20 points) The figure shows two charged particles fixed in place: 91 = -5e, q2 = +2e, L=0.500 m. At which of these coordinates (m) on the x axis is the net electric potential equal to zero? which coordinate is AV- V₁ = K 21 22 91 0.500m 42
1) (20 points) The figure shows two charged particles fixed in place: 91 = -5e, q2 = +2e, L=0.500 m. At which of these coordinates (m) on the x axis is the net electric potential equal to zero? which coordinate is AV- V₁ = K 21 22 91 0.500m 42
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
Transcribed Image Text:7:19 PM Sun Mar 5
Problems: To receive full credit you must box your final answer and show all work including
fundamental equations and all intermediate steps.
91
1) (20 points) The figure shows two charged particles fixed in place:
9₁ = -5e, 92 = +2e, L=0.500 m. At which of these coordinates (m) on the x axis is the net
electric potential equal to zero?
which
coordinate is AV=C
om
-L-
0.500m
F2
TA
+
ze
a a
Ve= K 21 2₂
k
r
+
21M
28% 0
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