Electric Field Due to An Infinitely Long Straight Uniformly Charged Wire in Kannada| скачать в хорошем качестве

Electric Field Due to An Infinitely Long Straight Uniformly Charged Wire in Kannada|

⚡ Welcome to Physics Mestru! In this video, we derive the expression for the "Electric Field at a Point Outside a Charged Spherical Shell" using 'Gauss’s Law', an important concept from the chapter Electric Charges and Fields (Class 12 Physics). This derivation is extremely important for *CBSE, ICSE, Karnataka PUC* and also forms the base for **NEET & JEE Electrostatics**. 📚 What you will learn: • Concept of a uniformly charged spherical shell • Why the electric field outside a shell behaves like a *point charge* • Step-by-step derivation using *Gauss’s Law* • How symmetry helps simplify the derivation • Application in board exams + competitive physics • Common mistakes students make in this derivation 🔍 Covers syllabus of: • CBSE Class 12 Physics • ICSE / ISC • Karnataka PUC • NEET / JEE Main / JEE Advanced Electrostatics • All state board Class 12 Physics courses 🎯 Perfect for: • Students preparing for board exams (full-mark derivation) • NEET & JEE aspirants building conceptual clarity • Teachers looking for clean, simple explanation content • Learners revising the Electrostatics chapter 👍 If this video helps you, make sure to LIKE, SHARE & SUBSCRIBE to Physics Mestru! 🛎️ Don’t forget to press the bell icon for more Class 12 Physics derivations. 📌 Related Videos: ▶ Electric Field at a Point on Axis of Dipole – Full Derivation ▶ Electric Field at a Point on Equatorial Line of Dipole ▶ Gauss’s Law – Complete Concept & Applications ▶ Full Playlist: Electric Charges and Fields #ElectricField #GaussLaw #SphericalShell #Electrostatics #ElectricChargesAndFields #Class12Physics #CBSEPhysics #ICSEPhysics #KarnatakaPUC #NEETPhysics #JEEPhysics #PhysicsMestru #BoardExamPhysics #ElectricDipole #TorqueOnDipole #Class12Physics #Electrostatics #CBSEPhysics #ICSEPhysics #PhysicsMestru #ElectricChargesAndFields #NEETPhysics #JEEPhysics #DipoleMoment #pEsinθ #BoardExamPhysics