Find the electric potential at the center of the rectangle. A. 188,000 VB. 54,000 VC. 41,000 VD. -27,000 V The image shows a rectangle with dimensions labeled on its sides, along with charge values at each corner:- The rectangle is oriented with a longer side labeled as 0.6 meters and a shorter side labeled as 0.3 meters.- At three corners of the rectangle, the charge is labeled as \(1.5 \, \mu C\) (microcoulombs).- At the fourth corner, the charge is labeled as \(-2.5 \, \mu C\) (microcoulombs).The text alongside the rectangle (partially visible) appears to relate to a physics problem involving an electron and a parallel plate capacitor, specifically discussing the velocity at which an electron hits the positive plate given a certain distance.This kind of setup is often used in electrostatics problems to calculate electric fields, potential differences, or forces acting on charged particles within the configuration.

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Find the electric potential at the center of the rectangle. A. 188,000 V B. 54,000 V C. 41,000 V