Electrostatic Potential and Capacitance: NEET 2023

Medium· Potential due to a Point Charge and Electric Dipole (Potential Due to Dipole at Longitudinal or End-on Position)· +4 / −1

An electric dipole is placed as shown in the figure. *Figure (described):* Charges

-q

and

+q

lie on a horizontal line, each

3\ \mathrm{cm}

from the midpoint

O

(

-q

on the left,

+q

on the right). The point

P

lies on the same line (axis of the dipole), on the side of

+q

, at a distance of

5\ \mathrm{cm}

from

O

. The electric potential (in

10^2\ \mathrm{V}

) at point

P

due to the dipole is (

\varepsilon_0

= permittivity of free space and

\dfrac{1}{4\pi\varepsilon_0} = K

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