Four identical charged particles are arranged at the corners of a rectangle, as shown. The particles each have charge 23.0 uC and the rectangle has dimensions a = 65.0 cm and b = 38.0 cm. Find the total potential, due to all four particles, at: %3D (a) the center of the rectangle; (b) the center of one of the longer sides of the rectangle; (c) the center of one of the shorter sides of the rectangle. Enter your answer to Part (c), in kV, in the box below. a
Four identical charged particles are arranged at the corners of a rectangle, as shown. The particles each have charge 23.0 uC and the rectangle has dimensions a = 65.0 cm and b = 38.0 cm. Find the total potential, due to all four particles, at: %3D (a) the center of the rectangle; (b) the center of one of the longer sides of the rectangle; (c) the center of one of the shorter sides of the rectangle. Enter your answer to Part (c), in kV, in the box below. a
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Transcribed Image Text:Four identical charged particles are arranged at the corners of a rectangle, as shown.
The particles each have charge 23.0 uC and the rectangle has dimensions a = 65.0 cm
and b 38.0 cm. Find the total potential, due to all four particles, at:
(a) the center of the rectangle;
(b) the center of one of the longer sides of the rectangle;
(c) the center of one of the shorter sides of the rectangle.
Enter your answer to Part (c), in kV, in the box below.
a
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