| Mole Concept , Principle of Atomic Conservation , POAC |
| Gravimetric Analysis |
| Oxidation , Reduction , Oxidation Number |
| Balancing Redox Equations |
| Volumetric Analysis , Molarity , Normaltiy , Molality |
| Law of Equivalence |
| n Factor |
| Applications of Law of Equivalence , Simple Titration , Back Titration |
| Double Titration , Iodometric Titration , Idiometric Titration |
| Volume Strength of H2 O2 |
| Dalton Atomic Theory , Atomic Models , Rutherford Model |
| Characteristics of Wave , Atomic Spectrum |
| Planck’s quantum theory , Bohr’s Atomic Model |
| Quantum Numbers |
| Dual Character , Particle and Wave Character of Matter and Radiation |
| Heisenberg Uncertainty Principle |
| Photo Electric Effect |
| Gas Laws |
| Combined Gas Law |
| Kinetic Theory of Gases |
| Graham’s Law of Effusion and Diffusion |
| Imperfect Gases , Real Gases |
| Real Gases , van der Waal Equation |
| Van der Waal equation in different forms |
| Mean Free Path |
| Chemical Bonding , Electrovalency , Covalency , Sigma and Pi Bonding |
| Hybridization , V S E P R Theory |
| Maximum Covalency , Resonance |
| Deviation from ideal behaviour , FAJAN’S RULE |
| Role of φ ( ionic Potential ) |
| Hydrogen Bonding , Types of Hydrogen Bonding |
| Intermoleculer Forces |
| Chemical Equilibrium , Law of mass action |
| Equilibrium Constants, KC and KP |
| Le Chatelier’s Principle |
| Degree of Dissociation |
| Relationship between Gibbs Free Energy and Equilibrium constant |
| Solid State |
| Electrochemistry |
| Chemical Kinetics |
| Thermochemistry |
| Liquid Solutions |
| Concepts of Acids and Bases |
| Ionic Equilibrium |
| Ores & Metallurgy |
| Periodic Table & its Evolution |
| Preparation & Properties of Compounds |
| Transition Elements & Co-ordination Compounds |