2 - Hooke's Law, Modulus of Elasticity, Stress Strain curve, Elastic Potential energy, Numericals

1 - Elasticity, Cause for elasticity, Stress and Strain

6 - Dynamics of Rotational motion, Law of conservation of angular momentum

5 - Moment of Inertia, Kinematics of Rotational motion

4 - Angular momentum, Relation b/w Ang Momentum and Torque, Equilibrium, POM, Kinetic Energy

3 - Concepts of Rotation, relation between linear and angular velocity, Torque

2 - COM numericals, effect on the motion of COM due to external and internal forces

1 - Introduction to different kinds of motion, COM

10 - MOT , Hydrogen bonding

9 - Sp3d and Sp3d2 hybridization, Introduction to MOT

8 - Hybridization, Features, Sp, Sp2 and Sp3 Hybridization

7 - Valence Bond Theory, Introduction to hybridization

6 - VSEPR Theory - ( Geometry of molecules)

5 - Limitations of octet, Dipole Moment, Covalent character of an Ionic bond

4 - Resonance, Formal charges

3 - Lewis structures

2 - Bond parameters

1 - Introduction , Lewis approach, Ionic, Covalent and Coordinate bond

Initial Intro - 3 , Enthalpy, Heat Capacity, Bomb Calorimeter

Initial Intro -2 - Internal Energy, First Law of Thermodynamic

Initial Intro- 1

4 - Power in AC, Transformers, Numericals

3- LCR circuit, Numericals, Electrical Resonance

2 - Pure Resistor, Pure inductor, Pure Capacitor AC circuit

1 - Basic terms of AC, Phasor Diagrams

3 - Mutual Induction, Mutual Inductance of 2 Long Solenoids, Self & Mutual Inductance, AC Generator

2 - Motional Emf, Inductance, Self Inductance, Inductance in a solenoid, Energy stored in a coil

1 - Magnetic Flux, EMI, Faraday's Law, Lenz's Law

2 - Magnetisation, Susceptibility, Permeability, Types of Materials - Dia, Para and FerroMagnetic

1 - Bar Magnet as a Solenoid, Torque on a Magnet in Field, Time Period and P.E of Magnetic Dipole