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1. Charges A, B and C form the vertices of an equilateral triangle. Each side length is 1.0 m. The charge values are given below. A B (a) Determine the total electric potential energy of the three charges. qA= -4.0 x 106 C QB = -4.0 x 10°C qc=+6.0 x 106 C (b) Determine the electric potential at a point mid way between A and B. I 2. Why does Electric Potential Energy have either a negative or positive value? Explain.

1. Charges A, B and C form the vertices of an equilateral triangle. Each side length is 1.0 m. The charge values are given below. A B (a) Determine the total electric potential energy of the three charges. qA= -4.0 x 106 C QB = -4.0 x 10°C qc=+6.0 x 106 C (b) Determine the electric potential at a point mid way between A and B. I 2. Why does Electric Potential Energy have either a negative or positive value? Explain.

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1. Charges A, B and C form the vertices of an equilateral triangle. Each side length is 1.0 m. The charge values are given below. A B (a) Determine the total electric potential energy of the three charges. qA= -4.0 x 106 C QB = -4.0 x 10°C qc = +6.0 x 106 C (b) Determine the electric potential at a point mid way between A and B. I 2. Why does Electric Potential Energy have either a negative or positive value? Explain.
Transcribed Image Text:1. Charges A, B and C form the vertices of an equilateral triangle. Each side length is 1.0 m. The charge values are given below. A B (a) Determine the total electric potential energy of the three charges. qA= -4.0 x 106 C QB = -4.0 x 10°C qc = +6.0 x 106 C (b) Determine the electric potential at a point mid way between A and B. I 2. Why does Electric Potential Energy have either a negative or positive value? Explain.
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