Three point charges of charge 1 nC each are placed in the vertices of an equilateral triangle. The sides of the equilateral triangle are 1 m long. What is the magnitude of electric field at the center of the triangle? NC What is the absolute value of electric potential energy caused by the other charges on a 1 nC charge placed at the center of the triangle? U 46766E-6 What is the absolute value of electric potential caused by the 3 charges at the center of the triangle? V = 45 7654

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Remaring Time 2420
Three point charges of charge 1 nC each are placed in the vertices of an equilateral triangle.
The sides of the equilateral triangle are 1 m long.
What is the magnitude of electric field at the center of the triangle?
E -0
N/C
What is the absolute value of electric potential energy caused by the other charges on a 1 nC
charge placed at the center of the triangle?
46765E 6
U
What is the absolute value of electric potential caused by the 3 charges at the center of the
triangle?
V= 45.7654
Transcribed Image Text:Remaring Time 2420 Three point charges of charge 1 nC each are placed in the vertices of an equilateral triangle. The sides of the equilateral triangle are 1 m long. What is the magnitude of electric field at the center of the triangle? E -0 N/C What is the absolute value of electric potential energy caused by the other charges on a 1 nC charge placed at the center of the triangle? 46765E 6 U What is the absolute value of electric potential caused by the 3 charges at the center of the triangle? V= 45.7654
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