$A$ uniform electric field is directed along the $Y$-axis. Consider point $A$ as the origin $(0,0) \text{ m}$. The coordinates of point $B$ are $(0,2) \text{ m}$. The coordinates of point $C$ are $(2,0) \text{ m}$. If the electric potentials at points $A, B,$ and $C$ are $V_A, V_B,$ and $V_C$ respectively,which of the following options is correct?
- A$V_A = V_C < V_B$
- B$V_A = V_B = V_C$
- C$V_A = V_B > V_C$
- D$V_A = V_C > V_B$
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If a unit positive charge is taken from one point to another over an equipotential surface,then
The figure shows lines of constant potential in a region where an electric field is present. The electric field at point $B$ is............
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View SolutionWhich of the following statements is not true?
Assertion $(A)$: In a region of constant potential,the electric field is zero and there can be no charge inside the region.
Reason $(R)$: According to Gauss's law,the charge inside the region should be zero if the electric field is zero.
Reason $(R)$: According to Gauss's law,the charge inside the region should be zero if the electric field is zero.
What is the direction of the lines of force at any point on the equipotential surface?
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