Torque Acting on a Dipole in an Electric Field | Physics | BOARD + CUET | Drishti CUET & CLAT скачать в хорошем качестве

Torque Acting on a Dipole in an Electric Field | Physics | BOARD + CUET | Drishti CUET & CLAT

For the CUET 2026, Drishti CUET has launched new courses targeting Board + CUET preparation, available in both English & Hindi Medium. To Enrol, Click the Link: https://drishti.xyz/board-cuet-course For more information, call us on 87501 87501 *************************************************************** In this insightful video, Ms. Monika Singh, Expert Faculty at Drishti CUET & CLAT, gives a general and easy overview of torque acting on a dipole in an electric field—a very important topic in Physics for the Science Stream in the CBSE Board and CUET 2026 examinations. She simply explains how an electric dipole experiences a turning force (torque) when placed in a non-uniform or uniform electric field. The video uses basic diagrams, derivations, and real-life examples so that anyone can understand without getting confused. Key Concepts Covered: Torque Definition: τ = p × E (vector cross product) or τ = p E sinθ. Maximum Torque: When θ = 90° (dipole perpendicular to field), τ_max = p E. Zero Torque: When θ = 0° or 180° (dipole aligned with field). Stable & Unstable Equilibrium: Aligned position stable, anti-aligned unstable. Applications: Dipole alignment in field, potential energy U = –p E cosθ. This video is perfect for beginners and essential for CBSE Board and CUET 2026 aspirants, offering a super easy way to understand torque acting on a dipole in an electric field—must-watch for exam success. *************************************************************** 𝐅𝐨𝐥𝐥𝐨𝐰 𝐮𝐬 𝐨𝐧 𝐬𝐨𝐜𝐢𝐚𝐥 𝐦𝐞𝐝𝐢𝐚 : https://drishti.xyz/CUET-SM #class12physics #cbse #electricfield #cuet #CUETPreparation | #CUETExamTips | #CUETStrategy | #CUETMockTest | #CUETSyllabus | #CommonUniversityEntranceTest | #CUETSamplePapers | #CUETCurrentAffairs | #CUETGeneralTest | #CUETExamPattern | #CUETEligibility | #CUETGeneralStudies | #CUETPractice | #DrishtiCUETPreparation | #CUETCutoff