Three electric charges are arranged on three of the corners of a square with side length 2.000 m. Charge 1 in the top left has a charge of +4.00 \times 102 C, charge 2 in the top right has a charge of 3.00 \times 102 C, and charge 3 in the bottom right has a charge of 1.00 \times 102 C. What is the electric field and the electric potential in the bottom left corner of the square?
Three electric charges are arranged on three of the corners of a square with side length 2.000 m. Charge 1 in the top left has a charge of +4.00 \times 102 C, charge 2 in the top right has a charge of 3.00 \times 102 C, and charge 3 in the bottom right has a charge of 1.00 \times 102 C. What is the electric field and the electric potential in the bottom left corner of the square?
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Transcribed Image Text:Three electric charges are arranged on three of the
corners of a square with side length 2.000 m. Charge 1
in the top left has a charge of +4.00 \times 102 C,
charge 2 in the top right has a charge of 3.00 \times
102 C, and charge 3 in the bottom right has a charge of
1.00 \times 102 C. What is the electric field and the
electric potential in the bottom left corner of the
square?
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