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Course Structure
The Curriculum Section of this Course covers the following Content :
Lecture 1: Function
Lecture 2: Maxima and Minima
Lecture 3: Integrals
Lecture 4: Ordinary Differential Equations
Lecture 5: Vectors
Lecture 6: Matrices
Lecture 7: Determinants
Lecture 8: Elementary Statistics
Lecture 9: Probability Theory
Lecture 1: Fundamental Particles
Lecture 2: Bohr’s Theory of Hydrogen-Like Atom
Lecture 3: Wave-Particle Duality
Lecture 4: Heisenberg Uncertainty Principle
Lecture 5: Schrodinger’s Wave Equation
Lecture 6: Quantum Numbers
Lecture 7: Pauli’s Exclusion Principle
Lecture 8: Hund’s Maximum Multiplicity Rule
Lecture 9: Electronic Configuration of Simple Homonuclear Diatomic Molecules
Lecture 1: Theory of Gases
Lecture 2: Equation of State of Ideal and Non-Ideal Gases
Lecture 3: Maxwell-Boltzmann Distribution Law
Lecture 4: Equipartition of Energy
Lecture 5: Solid State
Lecture 6: Close Packing in Crystals
Lecture 7: X-Rays
Lecture 8: Lattice Energy
Lecture 1: Chemical Thermodynamics
Lecture 2: The First Law of Thermodynamics
Lecture 3: Thermochemistry
Lecture 4: The Second Law of Thermodynamics
Lecture 5: Chemical Equilibrium
Lecture 6: Ionic Equilibrium
Lecture 7: Phase Equilibria and Phase Diagrams
Lecture 1: Conductance and Its Applications
Lecture 2: Transport Number
Lecture 3: Debey-Huckel-Onsagar Theory of Strong Electrolytes
Lecture 4: Galvanic Cell
Lecture 5: Electrode Potential and Free Energy
Lecture 6: Concentration Cells with and without Transport
Lecture 7: Polarography
Lecture 1: Rates of Reactions
Lecture 2: Arrhenius Equation
Lecture 3: The Collision Theory of Reaction Rates
Lecture 4: Enzyme Kinetics
Lecture 5: Catalysis
Lecture 6: Chain Reactions
Lecture 7: Photochemical Processes
Lecture 8: Gibbs Adsorption Equation
Lecture 9: Adsorption Isotherms
Lecture 10: Types of Adsorption
Lecture 11: Surface Area of Adsorbents
Lecture 12: Surface Firms on Liquids
Lecture 13: Beer’s Law
Lecture 14: Rotational and Vibrational Spectroscopy
Lecture 15: Electronic Spectroscopy
Lecture 16: Magnetic Resonance Spectroscopy
Lecture 1: Electronic Effects
Lecture 2: Steric Effects
Lecture 3: Stereoisomerism
Lecture 4: Conformations of Acyclic System
Lecture 5: Conformations of Cyclohexanes
Lecture 1: Organic Reaction Mechanism
Lecture 2: Chemistry Reactive Intermediates (Carbine, Nitrene, Benzyne)
Lecture 3: Name Reactions and Reagents
Lecture 4: Organometallic Reagents
Lecture 5: Oxidizing Agents
Lecture 6: Reducing Agents
Lecture 1: Functional Group Interconversions
Lecture 2: Chemical Tests for Functional Groups
Lecture 3: Proton Nuclear Magnetic Resonance Spectroscopy (H-NMR)
Lecture 4: Alkaloids
Lecture 5: Steroids
Lecture 6: Terpenes
Lecture 7: Biomolecules
Lecture 8: Classification and Nomenclature of Heterocyclic Compounds
Lecture 9: Aromatic Chemistry
Lecture 1: Basics of Periodic Table
Lecture 2: General Principles and Processes of Isolation of Elements
Lecture 3: Chemical Bonding and Shapes of Compounds
Lecture 4: Ionic Solids
Lecture 5: Structure of Some Solids
Lecture 6: Hybridization
Lecture 7: VSEPR Theory and Shapes of Molecules
Lecture 1: Chemistry of s and p-Block Elements including Noble Gases
Lecture 2: p-Block Elements Properties Application of Main Group Elements
Lecture 1: Transition Metal Chemistry
Lecture 2: Oxidation States
Lecture 3: Colors of Transition Metal Complexes
Lecture 4: Coordination Compounds
Lecture 5: Metal Oxidation State
Lecture 6: Valence Bond Approach
Lecture 7: Crystal Field Approach
Lecture 8: Organometallic Compounds
Lecture 9: Nitrosyls
Lecture 10: Metallocene
Lecture 11: Metal Carbonyl Compounds
Lecture 12: Electronic (Absorption) Spectra
Lecture 13: Homogeneous Catalysis
Lecture 1: Metal Ions in The Biological System
Lecture 2: The Roles of Metal Ions
Lecture 3: Oxygen binding to Hb and Mb
Lecture 4: Redox Reaction
Lecture 5: Carbonic Anhydrase
Lecture 1: Basic Principles of Instrumentation
Lecture 2: Instrumentation and Applications of Conductometry
Lecture 3: Instrumentation and Applications of Potentiometry
Lecture 4: Ultravioletvisible (UVvis) Spectroscopy
Lecture 5: Analysis of Water, Air and Soil Sample
Lecture 1: Principles of Qualitative and Quantitative Analysis
Lecture 2: Redox Reactions
Lecture 3: Chemistry and Properties of EDTA
Lecture 4: Precipitation Reactions
Lecture 5: Organic Analytical Reagents for The Determination
Lecture 6: Nuclear Chemistry
Lecture 7: Applications of Radioactive Isotopes
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