(D) The entire surface of a conductor in electrostatic equilibrium is an equipotential surface. This means that the electric potential at every point

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(D) The entire surface of a conductor in electrostatic equilibrium is an equipotential surface. This means that the electric potential at every point on the surface of the conductor is the same. Since points $A, B,$ and $C$ all lie on the surface of the hollow conducting sphere,the potentials at these points must be equal. Therefore,$V_A = V_B = V_C$. Thus,the correct relation is $V_A = V_C$.

Class 12 Physics Electric Potential and Capacitance Equipotential Surface

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$A$ hollow conducting sphere is placed in an electric field produced by a point charge placed at $P$ as shown in the figure. Let $V_A, V_B, V_C$ be the potentials at points $A, B,$ and $C$ respectively. Then:

A
$V_C > V_B$
B
$V_B > V_C$
C
$V_A > V_B$
D
$V_A = V_C$

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Class 12

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Electric Potential and Capacitance

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Equipotential Surface

The figure shows two equipotential lines in the $XY$ plane for an electric field. The scale is shown. The $X$-component $E_x$ and $Y$-component $E_y$ of the electric field in the space between the equipotential lines are respectively:

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As per the diagram,a point charge $+q$ is placed at the origin $O$. The work done in taking another point charge $-Q$ from point $A$ [coordinates $(0, a)$] to point $B$ [coordinates $(a, 0)$] along the straight path $AB$ is:

EasyAIPMT 2005

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$A$ point charge $+q$ is placed at the origin. The work done in moving another point charge $-Q$ along the straight line path $AB$ from point $A$ with coordinates $(0, a)$ to point $B$ with coordinates $(a, 0)$ is .......

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For an electric field that increases in magnitude along the $x$-direction,what is the nature of the equipotential surfaces?

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Charge $q_{2}$ is at the centre of a circular path with radius $r$. Work done in carrying charge $q_{1}$,once around this equipotential path,would be

EasyAIPMT 1994

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$A$ hollow conducting sphere is placed in an electric field produced by a point charge placed at $P$ as shown in the figure. Let $V_A, V_B, V_C$ be the potentials at points $A, B,$ and $C$ respectively. Then:

Similar Questions

The figure shows two equipotential lines in the $XY$ plane for an electric field. The scale is shown. The $X$-component $E_x$ and $Y$-component $E_y$ of the electric field in the space between the equipotential lines are respectively:

As per the diagram,a point charge $+q$ is placed at the origin $O$. The work done in taking another point charge $-Q$ from point $A$ [coordinates $(0, a)$] to point $B$ [coordinates $(a, 0)$] along the straight path $AB$ is:

$A$ point charge $+q$ is placed at the origin. The work done in moving another point charge $-Q$ along the straight line path $AB$ from point $A$ with coordinates $(0, a)$ to point $B$ with coordinates $(a, 0)$ is .......

For an electric field that increases in magnitude along the $x$-direction,what is the nature of the equipotential surfaces?

Charge $q_{2}$ is at the centre of a circular path with radius $r$. Work done in carrying charge $q_{1}$,once around this equipotential path,would be

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