Class 12 Chapter 2 | Work done to rotate a dipole in electric field | Arbitrary Method
Class 12 Chapter 2 | Work done to rotate a dipole in electric field |Force Method | Lalit Joshi sir
Class12 Chapter2 | Work done to rotate a dipole in electric field | Torque Method |Lalit Joshi sir
Class 12 Chapter 2 | Properties of conductors | 23 | by Lalit Joshi sir
Class 12 Chapter 2 | Electrostatic pressure concept | by Lalit Joshi sir
Class 11 | Chapter 3 & 4 | 31 | Non-uniform circular motion | Motion in a plane
Class 11 | Chapter 3 & 4 | 30 | uniform circular motion | Motion in a plane
Class 11 | Chapter 3 & 4 | 29 | projectile on an inclined plane | Motion in a plane
Class 11 | Chapter 3 & 4 | 28 | projectile in horizontal plane | Motion in a plane
Class 11 | Chapter 3 & 4 | 27 | Equation of Path of Projectile
Class 11 | Chapter 3 | 26 | Kinematic Parameters from a rotating reference frame | What is Coriolis?
Class 11 | Chapter 3 & Chapter 4 | 25 | River boat based relative motion
IE Irodov 3.68 | Electrostatic pressure | Solution by Lalit Joshi Sir
IE Irodov 3.67 | Charge distribution on the plates of a conductor | Solution by Lalit Joshi Sir
Class 11 | Chapter 3 & Chapter 4 | 24 | Umbrella-Rain based relative motion
