Prob.2. Three charges (Q1 = Q3 = 20.0nC, and Q2 = - 10.0nC) are arranged on the three vertices of a triangle as shown. [a]Determine the electric potential energy (in units of UJ) of the three-charge configuration. (Example: If your answer is 4.5x10-6J = 4.5µJ, enter your answer as 4.5) 4.0cm 3.0cm- 3.0cm
Prob.2. Three charges (Q1 = Q3 = 20.0nC, and Q2 = - 10.0nC) are arranged on the three vertices of a triangle as shown. [a]Determine the electric potential energy (in units of UJ) of the three-charge configuration. (Example: If your answer is 4.5x10-6J = 4.5µJ, enter your answer as 4.5) 4.0cm 3.0cm- 3.0cm
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![Prob.2. Three charges (Q1 =
Q3 = 20.0nC, and Q2 = - 10.0nC) are arranged on the three
%3D
vertices of a triangle as shown.
[a]Determine the electric potential energy (in units of UJ) of the three-charge configuration.
(Example: If your answer is 4.5x10-6J = 4.5µJ, enter your answer as 4.5)
4.0cm
3.0cm-
3.0cm](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F474861d3-aaf1-4b4c-afe2-e250091335e4%2Fe18cfb2b-618c-46ed-865c-b68e828c20be%2F2h2s9mj_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Prob.2. Three charges (Q1 =
Q3 = 20.0nC, and Q2 = - 10.0nC) are arranged on the three
%3D
vertices of a triangle as shown.
[a]Determine the electric potential energy (in units of UJ) of the three-charge configuration.
(Example: If your answer is 4.5x10-6J = 4.5µJ, enter your answer as 4.5)
4.0cm
3.0cm-
3.0cm
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