6 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 cmand 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

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