Use Eq. (6) to compute the electric potential V ( P ) V ( P ) at

Use Eq. (6) to compute the electric potential $V\left(P\right)$ at the point $P$ for the given charge density (in units of ${10}^{-6}C$ ).

Calculate \(V(P)\) at the origin \(P=(0,0)\) if the electric charge is distributed along \(y=x^{-1}\) for \(\frac{1}{2} \leq x \leq 2\) with charge density \(ho(x, y)=x^{3} y\).

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V(P) = k fi Sc d p(x, y, z) Dp(x, y, z) ds