Modules / Lectures
Module NameDownloadDescriptionDownload Size
Module-1 Atomic StructureLecture 1: Structural ChemistryLecture 1 PDF146 kb
Module-1 Atomic StructureLecture 2: Particle in a BoxLecture 2 PDF195 kb
Module-1 Atomic StructureLecture 3: Angular MomentumLecture 3 PDF114 kb
Module-1 Atomic StructureLecture 4: The Schrodinger EquationLecture 4 PDF72 kb
Module-1 Atomic StructureLecture 5: Wave Functions and Charge DensitiesLecture 5 PDF184 kb
Module-1 Atomic StructureLecture 6: Multi-Electron AtomsLecture 6 PDF89 kb
Module-2 Molecular StructureLecture 7: Homonuclear Diatomic MoleculesLecture 7 PDF574 kb
Module-2 Molecular StructureLecture 8: Hetronuclear DiatomicsLecture 8 PDF114 kb
Module-2 Molecular StructureLecture 9: PolyatomicsLecture 9 PDF242 kb
Module-2 Molecular StructureLecture 10 : Non-covalent interactions 1: Intermolecular ForcesLecture 10 PDF97 kb
Module-2 Molecular StructureLecture 11 : Non-covalent interactions 2 : Structures of LiquidsLecture 11 PDF148 kb
Module-3 Molecular SpectroscopyLecture 12 : Electronic SpectroscopyLecture 12 PDF162 kb
Module-3 Molecular SpectroscopyLecture 13 : Rotational and Vibrational SpectroscopyLecture 13 PDF220 kb
Module-3 Molecular SpectroscopyLecture 14 : Magnetic Resonance SpectroscopyLecture 14 PDF226 kb
Module-3 Molecular SpectroscopyLecture 15 : Other spectroscopic methodsLecture 15 PDF278 kb
Module-4 Solid State ChemistryLecture 16 : Lattices and Unit CellsLecture 16 PDF151 kb
Module-4 Solid State ChemistryLecture 17 : Closed Packed StructuresLecture 17 PDF259 kb
Module-4 Solid State ChemistryLecture 18 : Bragg\'s Law and X - ray diffractionLecture 18 PDF94 kb
Module-4 Solid State ChemistryLecture 19 : Indexing Diffraction PatternsLecture 19 PDF97 kb
Module-4 Solid State ChemistryLecture 20 : Band Theory of SolidsLecture 20 PDF101 kb
Module-5 ElectrochemistryLecture 21 : Review Of ThermodynamicsLecture 21 PDF85 kb
Module-5 ElectrochemistryLecture 22 : Free energy and EMFLecture 22 PDF61 kb
Module-5 ElectrochemistryLecture 23 : Batteries and Fuel CellsLecture 23 PDF116 kb
Module-5 ElectrochemistryLecture 24 : Applications of Electrode Potentials.Lecture 24 PDF77 kb
Module-5 ElectrochemistryLecture 25 : CorrosionLecture 25 PDF158 kb
Module-6 Reaction Kinetics and DynamicsLecture 26 : Integrated Rate LawsLecture 26 PDF80 kb
Module-6 Reaction Kinetics and DynamicsLecture 27 : Experimental methods in chemical kineticsLecture 27 PDF100 kb
Module-6 Reaction Kinetics and DynamicsLecture 28 : Elementary Reactions and Reaction MechanismsLecture 28 PDF61 kb
Module-6 Reaction Kinetics and DynamicsLecture 29 : Temperature Dependence of Reaction RatesLecture 29 PDF147 kb
Module-6 Reaction Kinetics and DynamicsLecture 30 : Complex ReactionsLecture 30 PDF89 kb
Module-6 Reaction Kinetics and DynamicsLecture 31 : Lasers in ChemistryLecture 31 PDF105 kb
Module-7 Theories of Reaction RatesLecture 32 : Theories Of Reaction Rates - I : Collision TheoryLecture 32 PDF126 kb
Module-7 Theories of Reaction RatesLecture 33 : Transition State TheoryLecture 33 PDF82 kb
Module-7 Theories of Reaction RatesLecture 34 : PES - ILecture 34 PDF88 kb
Module-7 Theories of Reaction RatesLecture 35 : Potential Energy Surfaces (PES) IILecture 35 PDF71 kb
Module-8 Surface ChemistryLecture 36 : AdsorptionLecture 36 PDF194 kb
Module-8 Surface ChemistryLecture 37 : Surface Characterization TechniquesLecture 37 PDF151 kb
Module-9 Experiments in ChemistryLecture 38 : Titrations : Acid-Base, Redox and ComplexometricLecture 38 PDF66 kb
Module-9 Experiments in ChemistryLecture 39 : Properties and Equilibria: Viscosity and Partition CoefficientLecture 39 PDF52 kb
Module-9 Experiments in ChemistryLecture 40 : Kinetics and Photochemistry : Iodine Clock Reaction and Photochemical ReductionLecture 40 PDF28 kb
Module NameDownload