12th Physics | Electric Field at a Point on Equatorial Plane of a Dipole |Chapter 1 |5Mark Important
Автор: Padidaa
Загружено: 2026-01-04
Просмотров: 209
Описание: Scoring 5 marks in Class 12 Physics made easy!In this video, we derive the Electric Field Intensity at a point on the Equatorial Line of an Electric Dipole. This derivation is a staple for board exams and is often considered slightly more challenging than the axial line—but we make it simple using clear vector diagrams and trigonometry.We break down the resolvement of components ($E \cos\theta$ and $E \sin\theta$) so you understand exactly why certain terms cancel out.✅ Key Highlights:Clear vector diagram for the Equatorial point.Understanding why vertical components cancel out.Calculating the net field using horizontal components.Final expression for a short dipole.📌 Final Formula derived: $E = \frac{1}{4\pi\epsilon_0} \frac{p}{r^3}$Support the Channel:🔔 Subscribe for more 12th Physics important derivations!👍 Like the video if this helped you visualize the concept.💬 Comment below which derivation you want to see next!#Class12Physics #EquatorialLine #PhysicsDerivations #Electrostatics #ElectricDipole #BoardExam2026 #PhysicsImportantQuestions #Chapter1Physics #ScienceTutorial #PhysicsTips #ExamReady #ElectricFieldIntensity
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