Please show all work and highlight your answers. Thank you! a) Find the electrostatic potential V produced by the three point charges shown, taking zero at infinity, at the upper rightcorner (the corner without a charge) of the rectangle in the figure below. Simplify your final expression as much aspossible factoring out the common terms, q, L.q = 2.00 µC, L = 0.0300 m.49 02L29de nd directtion of Be clect io eld E ata porc d e0.500 m im the cotero no rb) If a point charge Q= 5.00 µC is placed at the upper right corner of the rectangle (where you found theelectrostatic potential in part a)), what is the electrostatic potential energy Uo of Q relative to infinity due to itsproximity to the other three point charges?

Given: The charges at the three corners of the rectangle are 4q, q and 2q. The sides of the…

a) Find the electrostatic potential V produced by the three point charges shown, taking zero at infihity, al corner (the corner without a charge) of the rectangle in the figure below. Simplify your final expression as much as possible factoring out the common terms, q, L. q= 2.00 µC, L=0.0300 m. 2L 49 2q

a) Find the electrostatic potential V produced by the three point charges shown, taking zero at infihity, al corner (the corner without a charge) of the rectangle in the figure below. Simplify your final expression as much as possible factoring out the common terms, q, L. q= 2.00 µC, L=0.0300 m. 2L 49 2q