(B) For a uniformly charged spherical shell of radius $r_0$:$1$. The electric potential $V$ inside the shell $(r < r_0)$ is constant and equal to the

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Potential of a uniformly charged spherical shell

(B) For a uniformly charged spherical shell of radius $r_0$:$1$. The electric potential $V$ inside the shell $(r $2$. The electric potential $V$ outside the shell $(r > r_0)$ decreases as $V = \frac{kq}{r}$,which is a hyperbolic variation.$3$. The graph shows a constant value for $r r_0$,which matches the behavior of the potential of a uniformly charged spherical shell.

Class 12 Physics Electric Potential and Capacitance Electric potential

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The given graph shows the variation (with distance $r$ from the centre) of:

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A
Electric field of a uniformly charged sphere
B
Potential of a uniformly charged spherical shell
C
Potential of a uniformly charged sphere
D
Electric field of a uniformly charged spherical shell

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Electric Potential and Capacitance

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Electric potential

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The given graph shows the variation (with distance $r$ from the centre) of:

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Write expressions for electric potential due to a continuous distribution of charges.

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Two point charges $4q$ and $-q$ are fixed on the $x$-axis at $x = -d/2$ and $x = d/2$,respectively. If a third point charge $q$ is moved from the origin to $x = d$ along the semicircle as shown in the figure,the potential energy of the charge will:

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