Chapter 1 : Electric Charges and Fields

• 1.1 Introduction, Charges, Net Charge & electron
• 1.2 conductors, Insulators and Super Conductors
• 1.3 Basic Properties of Charges
• 1.4 Coulomb's Law
• 1.5 Coulomb's Law in Vector Form
• 1.6 Coulomb's Law Numericals
• 1.7 Coulomb's Law Numericals Part 2
• 1.8 Electric Field
• 1.9 Electric Field due to Uniformly Charged Ring
• 1.10 Electric Field due to infinitely long wire
• 1.11 Electric Field due to arc
• 1.12 Electric field due to Finite Wire
• 1.13 What is Dipole ? Understanding Dipole
• 1.14 Electric field due to dipole at Axial Position
• 1.15 Electric Field due to dipole at equatorial Position
• 1.16 Electric Field due to dipole at General Position
• 1.17 Dipole Numericals
• 1.18 Torque on a Dipole in a Uniform Electric Field
• 1.19 Dipole Potential Enegry
• 1.20 Electric Flux
• 1.21 Gauss Law
• 1.22 Gauss Law Part 2
• 1.23 Application of Gauss Law - Electric Field due to infinitely long wire
• 1.24 Application of Gauss Law - Electric Field due to infinitely long Sheet
• 1.25 Electric Field due to Charged Shell and Sphere
• 1.1-Introduction and Gold Leaf Electroscope (New updated Video)
• 1.2 Methods of Charging , Induction (New updated Video)
• 1.3 Basic Properties of Charge, Pair Production and Annihilation (New updated Video)
• 1.4 Numericals Basic Properties of Charge (New updated Video)
• 1.5 Coulomb's Law and Permittivity of a Medium (New updated Video)
• 1.6 Coulomb's law in Vector form (New updated Video)
• 1.7 Numericals on Coulomb's law (New updated Video) Demo
• 1.8 Numericals and Electric field (New updated Video)
• 1.9 Electric field (New updated Video)
• 1.10 Electric Dipole and Electric Field (New updated Video)
• 1.11 Torque on a dipole in Uniform Electric Field (New updated Video)
• 1.12 Work done and P.E. in rotating a Dipole in Uniform Electric Field (New updated Video)
• 1.13 Electric Flux and Gauss Theorem (New updated Video)
• 1.14 Electric field due to uniformly Charged Spherical Shell and Numericals (New updated Video)