GAUSS' THEOREM - Application 1 || Electric Field due to Charged Spherical Conductor || in HINDI

In this Physics video in Hindi for class 12 we discussed few applications of Gauss' theorem. We derived electric field inside a charged conductor, outside an charged spherical shell and on the surface of a charged sphere. We can easily prove, with Gauss' theorem, that electric field inside a conductor is zero. Gauss' theorem states that the total electric flux through a closed surface is equal to 1/ ɛ₀ times the magnitude of the charge enclosed. Using this theorem we can calculate the magnitude of electric field at any point due to an uniformly charged conducting sphere. Other related topics: 🔴 Infinitely long wire - Is that really INFINITE ?    • Infinitely long wire - Is that really INFI...   🔴 ELECTRIC FLUX    • ELECTRIC FLUX || in HINDI   🔴 GAUSS' THEOREM    • GAUSS' THEOREM || in HINDI   🔴 GAUSS' THEOREM - Proof || for CLASS 12    • GAUSS' THEOREM - Proof || for CLASS 12 in ...   🔴 GAUSS' THEOREM - Proof || for B.Sc. with Solid Angle    • GAUSS' THEOREM - Proof || for B.Sc. with S...   🔴 GAUSS' THEOREM - Application 2 || Electric Field due to Infinitely Long Charged Wire    • GAUSS' THEOREM - Application 2 || Electric...   🔴 GAUSS' THEOREM - Application 3 || Electric Field due to Uniformly Charged Infinite Plane Sheet    • GAUSS' THEOREM - Application 3 || Electric...   ★★★★★★★★★★★★★★★★ Click to visit the homepage of our channel :    / @edupoint.physics   EduPoint by Arijit Daripa