Lesson 6 of 20 • 6 upvotes • 13:11mins
Lesson contains deriving formula for electric field intensity due to electric dipole on end on position
20 lessons • 4h 11m
Vector basics , Application in Coulomb's Law (in Hindi)
15:00mins
Questions of Coulomb's Law, Induction (in Hindi)
14:07mins
Electric Field, and Equilibrium Problem (in Hindi)
13:03mins
Electric Field Lines and Their Properties (in Hindi)
12:45mins
Problems on Electric Line of Force , Electric Dipole (in Hindi)
12:04mins
Electric Dipole, Electric Field on axial Position (in Hindi)
13:11mins
Electric Field Intensity on Transverse Position Due to Dipole (in Hindi)
13:10mins
Trajectory of Charge in Electric and Magnetic Field (in Hindi)
11:50mins
Trajectory Problem, Electric Potential and Potential Energy (in Hindi)
14:34mins
Electric Potential Energy With and Without External Field, problems (in Hindi)
11:40mins
Electric Flux , Gauss Theorem and Its Application (in Hindi)
13:01mins
Application of Gauss Law Continued (in Hindi)
11:40mins
Electric Field Intensity for Hollow Spherical Shell (in Hindi)
11:57mins
Problems on Gauss Law (in Hindi)
10:10mins
Properties of Conductor, Dielectric Material (in Hindi)
12:33mins
Capacitance and Capacity of Parallel Plate Capacitor (in Hindi)
10:42mins
Equipotential Surface and Their Properties (Important for MCQs) (in Hindi)
14:34mins
Dipole continued,Capacity of Parallel Plate Capacitor With Slab (in Hindi)
12:35mins
Torque, Potential Energy, Untold Concept About Stable and Unstable Equilibrium (in Hindi)
11:49mins
Strategy to Attempt Question Paper (in Hindi)
10:40mins