Doubtclip is an AI tutor that turns any homework or exam doubt into a step-by-step whiteboard video lesson with diagrams, formulas, and voice explanation.

Which subjects and exams does it support?

It supports Physics, Chemistry, Mathematics/Calculus and related STEM doubts for school boards, JEE, NEET, and global high-school / undergrad practice.

How do I get a video solution?

Upload a photo of the question or paste the text, sign in, and Doubtclip generates a whiteboard-style explanation video you can watch and share.

Is Doubtclip available worldwide?

Yes. Doubtclip is a web app for students globally. Lessons are available in English and Hinglish.

Electrostatics

JEE Main level, single correct, medium

259 of 311

Question 259 of 311

A Point dipole $\vec{p}=-{p}_{0}\hat{x}$ is kept at the origin. The potential and electric field due to this dipole on the $y-axis$ at a distance $d$ are, respectively: (Taken $V=0$ at infinity)

Show answer and solution

Answer: (D) $0,\dfrac{-\vec{p}}{4\pi {\epsilon }_{0}{d}^{3}}$

\vec{E}=-\dfrac{\vec{p}}{4\pi {\epsilon }_{0}{r}^{3}}=-\dfrac{\vec{p}}{4\pi {\epsilon }_{0}{d}^{3}}

V=0

JEE Main question paper PDF

Open a shift to read the full paper on this page, or download it.

JEE Main 2025 Apr 2 Shift 1 question paper

Open Download PDF

Opening paper…

Explain it as a whiteboard videoStep-by-step, in Hinglish or English. Your first video needs no login.Solved it on paper but got it wrong?Upload a photo of your working. Mistake Doctor marks the exact line that broke.

See it move: Electric field lines simulationDrag the sliders and watch the numbers in this question change.Revise Electrostatics firstFormula sheet, solved examples and the traps students fall into.

More Physics practice

JEE Main Physics practice question on Electrostatics (Electric Dipole), with the answer and a step-by-step solution. Scan a question from your own book or paper to get a whiteboard video.

A Point dipole p⃗=−p0x^\vec{p}=-{p}_{0}\hat{x}p​=−p0​x^ is kept at the origin. The potential and electric field due to this dipole on the y−axisy-axisy−axis at a distance ddd are, respectively: (Taken V=0V=0V=0 at infinity)

JEE Main question paper PDF

More Physics practice

A Point dipole $\vec{p}=-{p}_{0}\hat{x}$ is kept at the origin. The potential and electric field due to this dipole on the $y-axis$ at a distance $d$ are, respectively: (Taken $V=0$ at infinity)