Answered: The electrostatic potential V (x, y) in… | bartleby

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The electrostatic potential V (x, y) in free space in a region
where the charge density p is zero, is given by
V(x, y) = 4e2x + f(x) – 3y2
Given that the x-component of the electric field, Ex and V
are zero at the origin f(x)is
(a) 3x2 – 4e2x + 8x
b) Зx2 — 4е2х + 16х
(c) 4e2x – 8
(d) Зx2 — 4е 2х

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