Draw a graph of V versus r for a uniformly ch | vedclass

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(A) For a uniformly charged spherical shell of radius $R$ and total charge $Q$:$1$. Inside the shell $(r < R)$,the electric field $E = 0$. Therefore,t

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Graph showing $V$ is constant for $r < R$ and $V \propto 1/r$ for $r \ge R$.

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(A) For a uniformly charged spherical shell of radius $R$ and total charge $Q$:$1$. Inside the shell $(r $2$. Outside the shell $(r \ge R)$,the shell behaves like a point charge located at the center. Therefore,the potential $V = kQ/r$,which means $V \propto 1/r$.$3$. The graph of $V$ versus $r$ starts as a horizontal line from $r = 0$ to $r = R$ at a value of $V = kQ/R$,and then follows a hyperbolic decay curve for $r > R$.

Draw a graph of $V$ versus $r$ for a uniformly charged spherical shell of radius $R$.

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