Study Materials in Chemistry


Coordination Compounds/ComplexesIsomerism in ComplexesPreparation and Reaction of ComplexesTheories of Structure and BondingPhysical Methods of Structural InvestigationThermodynamic Stability and Reaction of Complex

CHM 407 Chemical Kinetics

Integrated LawsKinetic ModelsElementary ReactionsComplex ReactionsCatalysisPhotochemistryIntegrated Rate Laws


Elementary Units in Chemical ReactionsElectronic Configuration 1 - Static ModelThe Nucleus and RadioactivityChemical Bonding I: Electrovalent, Covalent and Co-ordinate CovalentChemical Bonding II: Metallic and Intermolecular Bonding Periodic Table I: Classification of ElementsElectronic Configuration II: Atomic Orbital ModelPeriodic Table II: Gradations of Atomic PropertiesMole Concept IMole Concept IIThe Kinetic Theory and States of MatterThe Gas Laws (I): Boyle's and Charle's Laws and ...

CHM 291: Practical Inorganic Chemistry III

Module 1General Laboratory Procedures (1)General Laboratory Procedures (2)Module 2Precipitation ReactionsTransitional Properties of D-block elementsChemistry of Vanadium Chemistry of chromiumModule 3Chemistry of ManganeseChemistry of IronModule 4Preparation of a coordination compoundColours associated with ligand changes in some coordination compounds of copper (II)Preparation and analysis of chloropentaamine cobalt (III) chloride [Co(NH3)5 Cl] Cl2.


Module 1: Nature of Science    Definitions of Science    Myths and Dogmas About Science    Philosophers View and Aims of Science Education    The Aims and Historical Context of Science     The Challenges of Science Teaching Module 2    The Social Dimensions of Science and Barriers    To Effective Communication in Teaching     Application of Some Teaching Methods    Lesson Plans and Its Pre...

CHM 205: Inorganic Chemistry

Elements of Group 4Elements of Group 5Elements of Group 7

CHM 292: Practical Chemistry IV (Organic and Physical)

Module 1    Preparation of Esters    Preparation of Aldehydes and Ketones    Preparation of Aspirin    Paper ChromatographyModule 2    Dehydration of Alcohol (Cyclohexanol)    Quantitative Analysis of Common Functional GroupsModule 3    Verification of Arrhenius and Transition State Equations    Refractive Index Measurements    Kinetic and Thermodynamic Study of the Corrosion of Iron in H2SO4  &nbsp...

CHM 201: Physical Chemistry Course Note

MODULE 1Postulates of Kinetic Theory of GasesBehaviour of GasesPhase EquilibriaMODEL 2ThermodynamicsFirst Law of ThermodynamicsThe 2nd Law of ThermodynamicsMODEL 3Chemical Kinetics

CHM 315: Carbohydrate Chemistry

Module 1: CarbohydratesModule 2: Monosaccharides Module 3: DisaccharidesModule 4: Polysaccharides

CHM 313 Course Material/Note

Module 1: Atomic and Molecular Orbitals Module 2: Theory of Chemical BondingModule 3: Quantum MechanicsModule 4: Theory of Molecular Spectroscopy

CHM 303: Organic Chemistry III

IntroductionObjectivesHydrogen    Occurrence of Hydrogen    Position of Hydrogen in Periodic Table    Properties of Hydrogen    Active Hydrogen    Uses of Hydrogen Comparative Study of Group 1 and Group 2 ElementsChemistry of Group 1 ElementsChemistry of Group 2 ElementsSelf Assessment ExerciseConclusionSummaryTutor Marked Assignment    


COURSE MATERIAL GENERAL TOC MODULE 1: Nature of Polymers and their Nomenclature; Unit 1: Introduction to Polymer Chemistry and Nomenclature Unit 2: Physical Groupings of Polymers with their Nomenclature Unit 3: Chemical Groupings of Polymers with their NomenclatureMODULE 2: Sources of Raw Materials for Polymers; Unit 1: Raw Materials from Economic Sources are Industrial Methods of Producing Polymers Unit 2: Chemical Industries are Important Sources of Raw Ma...


ELECTRONIC CONFIGURATION 1 – STATIC MODEL-The Electrical Nature of the Atom-Historical Evidence-Atomic and Mass Numbers-Atomic Models-The Nuclear Atom-Electronic Energy Levels-Electronic Configuration-Ion FormationTHE NUCLEUS AND RADIOACTIVITY-The Nucleus-Nuclear Reactions-Radioactivity-Nuclear Radiations-Nuclear Fusion-Nuclear Fission-Other Examples of Nuclear Transformation Reactions-Uses of Radioactivity-Hazards of RadioactivityCHEMICAL BONDING 1: ELECTROVALENT, COVALENT AND CO-ORDINATE ...

CHM 103 - Physical chemistry

Ideal Gases-An Ideal Gas and its Equation of State-Unit ofR-Calculations Using Ideal Gas Equation-Dalton's Law of Partial Pressures-Graham's Law of EffusionThe Kinetic Theory of Gases-Recapitulation of Graham·sLaw-Postulates of the Kinetic Theory of Gases-Resolution of Molecular Velocities-Mean Square Speed-Derivation of the Expression for Pressure-Ideal Gas Equation-Calculation of Average Kinetic Energy-Calculation of Number Density and Concentration-Calculation of Mean Square Speed and Roo...

CHM 102- Inorganic chemistry 1

BONDING, FUNCTIONAL GROUP CLASSIFICATION AND NOMENCLATURE-The Covalent Bond-Structural Formulas-Orbital Hybridization-sp3-Hybridisation-sp2-Hybridisation-sp-Hybridisation-Functional Group Classification-Nomenclature of Organic CompoundsALKANES-Petroleum: A Source of Alkanes-Composition-Fractionation of Petroleum-Synthetic Petroleum-Octane Number-Cetane Number-Physical Properties-Spectral Properties-Preparation of Alkanes and Cycloalkanes-Wurtz Reaction-Kolbe’s Electrolytic Method-Hydrogenat...

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