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01. Mole Concept
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Introduction to chemistry and Matter 21 minLecture1.1
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Laws of Chemical Combination 21 minLecture1.2
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Atomic Mass, molecular Mass, Atomicity, Average Atomic Mass, Mole concept, Molar volume 44 minLecture1.3
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Percentage Composition, Calculating Empirical and Molecular Formulae 39 minLecture1.4
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Limiting Reagent 40 minLecture1.5
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Principle of Atom Conservation, Concentration Unit of Solution, Mole Fraction, Molarity, 39 minLecture1.6
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Dilution, Molality, Equivalent Weight, Normality, Equivalent Concept 48 minLecture1.7
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02. Atomic Structure
14-
Butterfly’s color, Imaging Atoms, Structure of Atom 18 minLecture2.1
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Time line of Atomic Models, Discharge Tube Experiments, Charge to Mass ratio of Electrons 31 minLecture2.2
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Charge on the Electron, Discovery of Protons & Neutrons, Thomson’s Plum Pudding Model, Rutherford’s Exp. 35 minLecture2.3
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Nobel Metals, Bhor model of Atom, wave Nature of E.M Radiation, Wave, 41 minLecture2.4
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Particle Nature of E.M radiation, Black Body Radiation, Plank’s Quantum Theory, Photoelectric Effect 48 minLecture2.5
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Miscellaneous Questions 43 minLecture2.6
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Bhor’s Model for Hydrogen Atom and On its based Calculations 45 minLecture2.7
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Full Derivation of of Energy of an e- , Failure of Bhor’s Theory, Energy level Diagram 30 minLecture2.8
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Evidence for the Quantized Electronic energy level: Atomic Spectra, Line spectrum of Hydrogen 37 minLecture2.9
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Number of Spectral Lines, Dual Behavior of Matter 25 minLecture2.10
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Heisenberg’s Uncertainty Principle, 42 minLecture2.11
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Quantum Mechanical Model of Atom, The Schrodinger Question, Quantum Number 55 minLecture2.12
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Quantum Number-Azimuthal or Subsidiary , Magnetic , Spin 26 minLecture2.13
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Orbitals-s, p, d, Energies of Orbitals, Aufbau Principle, Pauli’s Exclusion Principle, Hund’s Rules of Maximum multiplicity 56 minLecture2.14
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03. Periodic Properties
4-
Introduction; Moseley’s Law, Modern Periodic Law, Nomenclature rule for Z>100; Classification of Elements-s, p, d & d Block; 47 minLecture3.1
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Periodic Tends in Properties of Elements, Effective Nuclear Charge, Trends in Physical Properties, 50 minLecture3.2
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Ionization Enthalpy, electron affinity, 53 minLecture3.3
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Electronegativity, Periodic trends In Chemical Properties and Chemical Reactivity 27 minLecture3.4
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04. Chemical Bonding
14-
Chemical Coding and Molecular structure, Lewis Concept, Kossel-Lewis Approach 24 minLecture4.1
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Octoate Rule, Ionic or Electrovalent bond, Covalent Bond 25 minLecture4.2
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Covalent Character in Ionic Compound(Fajariss Rule), Application & Exception of Fajaris Rule 26 minLecture4.3
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Lewis Structure 25 minLecture4.4
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Coordinate Bond, Formal Charge, Limitation of the Octet Rule, Lattice enthalpy 28 minLecture4.5
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Factor affecting Lattice Energy, Consequence of Lattice Energy, Diff. B/w Ionic & Covalent Compound 26 minLecture4.6
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Bond Enthalpy, Bond Order, Resonance, Polarity of Bond 46 minLecture4.7
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VSEPR Theory 43 minLecture4.8
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Predicting the Bond angle based on VSEPR, Orbital Overlap Concept, overlapping of Atomic Orbitals 44 minLecture4.9
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Types of Overlapping & Nature of Covalent Bond, Hybridization and its Requirements, 57 minLecture4.10
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Hybridization of Involving d-orbit, Finding Hybridization Quickly, Some more Concept on Dipole moment 47 minLecture4.11
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Some Important Trends, Summary of Types of Bond, Hydrogen Bond, 36 minLecture4.12
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Molecular Orbital Theory, Linear Combination of Atomic Orbital, Types of Molecular Orbitals, 54 minLecture4.13
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Application of MOT, Heteronuclear Diatomic Molecules, Metallic Bond, Malleability & Cohesive force 53 minLecture4.14
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05. States of Matter
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Intermolecular forces, Dispersion Or London Forces, Dipole-Dipole Force, Hydrogen Bond, 34 minLecture5.1
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Defining the state of a Substances, Pressure, Measurement of Patm, Manometers, Mechanical Equilibrium, Boyle’s Law, Charles Laws 43 minLecture5.2
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Gay-Lussac’s Law, Avogadro Law, Ideal Gas Equation, Dalton’s Law of Partial Pressures 54 minLecture5.3
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Miscellaneous Questions 43 minLecture5.4
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The Kinetic Theory of Gas, Maxwell’s Distribution of Speeds 48 minLecture5.5
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Some Important Terms, Graham’s Law, 53 minLecture5.6
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Behavior of Real Gases, Variation of Vander Waals Equation, Boyle’s Temperature 58 minLecture5.7
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Limitation of Vander Waals Equation, Liquefaction of Gases, Vapour Pressure 40 minLecture5.8
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06.Thermodynamics
12-
Introduction, Scope and limitation of Thermodynamics, types and State of System, Intensive and Extensive Properties 56 minLecture6.1
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Zeroth Law of Thermodynamics, Thermodynamics Process, Reversibility and Inversibility, Heat, F.L.O.T 59 minLecture6.2
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Internal Energy 37 minLecture6.3
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Heat Capacity 57 minLecture6.4
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Reversible & Irreversible Isochoric Process, Reversible Isobaric Process, Reversible Adiabatic Process 55 minLecture6.5
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Bomb Calorimeter 49 minLecture6.6
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Calculating heat, work, ΔU and ΔH during phase transition, thermochemistry, Hess law of constant summation 56 minLecture6.7
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Lattice Energy of a Crystal, Enthalpy of Solution, Enthalpy of Neutralization 01 minLecture6.8
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Enthalpy of Transition, Enthalpy of Atomization, Bond Enthalpy 38 minLecture6.9
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Enthalpy of transition, Enthalpy changes during phase Transformation, Enthalpy of atomization 01 hourLecture6.10
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2nd and 3rd Law of Thermodynamics, Gibbs energy and Spontaneity 52 minLecture6.11
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Gibbs Energy changes and Equilibrium, Effect of temp. on Spontaneity of Reaction, Combining 1st and 2nd Law 36 minLecture6.12
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07. Chemical Equilibrium
10-
Carbon di oxide & ocean Acidification, Chemical Reactions, types of Equilibrium system, 43 minLecture7.1
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Physical Equilibrium, Eq.. involving dissolution of Solid or gases in liquids. Chemical Equilibrium, Nature of Chy. Eq. 45 minLecture7.2
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Law of Chemical Equilibrium, Law of Mass Action, 35 minLecture7.3
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Homogeneous & Heterogeneous Equilibrium, Equilibrium Constant Kp & Kc, Relation b/w Kp & Kc and Kp & Kx, Unit of Kp & Kc, 39 minLecture7.4
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Formation of NH3, Dissociation of PCl5, 36 minLecture7.5
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Quick Recap, Keq & Q to Predict, 33 minLecture7.6
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Characteristics of Keq & Factors affecting it, Degree of Dissociation, 47 minLecture7.7
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Le-Chatelier Principle, 58 minLecture7.8
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Application of Le-Chatelier’s Principle, Thermodynamics of Equilibrium 58 minLecture7.9
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Quick Recap 46 minLecture7.10
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08. Ionic Equilibrium
9-
Ionic Equilibrium, Degree of Dissociation, Ostwald Dilution Law, Common Ion effect, Acids, bases & Salts, 41 minLecture8.1
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Leveling Effect, Acid-Base Equilibrium & Ionization Constants, Ionic Ware of Water, Acidity and pH scale, 44 minLecture8.2
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pH calculation of diff. types of Solutions 01 hourLecture8.3
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Miscellaneous Questions, Factors affecting acid strength, pH of a mixture, Salt Hydrolysis, 46 minLecture8.4
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Miscellaneous Questions 35 minLecture8.5
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Buffer Solution, [Salts]/[Acids], 48 minLecture8.6
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Miscellaneous Questions and Titration 45 minLecture8.7
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Weak base-strong acid titration, Indicators, Condition for Precipitation, 47 minLecture8.8
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Common ion effect on Solubility, Condition for Precipitation, 31 minLecture8.9
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09. Hydrogen
3-
Position of Hydrogen in the periodic Table, Preparation and its Properties of Dihydrogen, H2, 32 minLecture9.1
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Hydrides, water 44 minLecture9.2
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Hydrogen Peroxide, Dihydrogen as a fuel, 39 minLecture9.3
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10. Redox
11-
Redox Reactions Introduction, About Oxidation & Reductions 14 minLecture10.1
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Classical Idea of Redox Reactions 24 minLecture10.2
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Redox Reactions in Terms of Electron Transfer Reactions, Competitive Transfer Reactions, 22 minLecture10.3
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Oxidation Number, Rules for calculation of Oxidation Number 30 minLecture10.4
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Stock Notation, Types of Redox Reactions 29 minLecture10.5
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Paradox of Fractional Oxidation Number 51 minLecture10.6
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Balancing of Redox Reactions-Oxidation Number 19 minLecture10.7
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Balancing of Redox Reactions-Ion-electron or Half -Reaction Method, 19 minLecture10.8
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Miscellaneous Questions 36 minLecture10.9
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Miscellaneous Questions based on Balancing 38 minLecture10.10
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Redox Reactions as the Basis for titrations , Redox reactions and Electrode Processes 01 hourLecture10.11
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11. S-Block
7-
Electrolyte Imbalance, Diagonal Relationship, Alkali Metals, Chemical Properties 43 minLecture11.1
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General Characteristics of the Compounds of the Alkali metals, Halides, Lattice Energy 36 minLecture11.2
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Anomalous Properties of Lithium, Points of similarities b/w Li & Mg 29 minLecture11.3
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Sodium Carbonate, Sodium Chloride, Sodium Hydroxide 37 minLecture11.4
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Sodium Hydrogen Carbonate, Solubility Trends for s-block element salts 01 hour 04 minLecture11.5
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Reactivity of Alkaline Earth Metals 38 minLecture11.6
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Anomalous Behaviour of Be, Diagonal Relationship b/w Al & Be, Flame colors, Some important Compounds of Calcium, MgSO4, Calcium Sulphate 35 minLecture11.7
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12. P-Block
11-
Group-13, First Member of Group, and Properties 34 minLecture12.1
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O.S and Trends in Chemical Reactivity, Reactivity towards air and acids & alkali and Halogens 38 minLecture12.2
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Anomalous Properties & Chemistry of Boron, Orthoboric Acid 32 minLecture12.3
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Element, Diborane, Breaking of Banana bond 42 minLecture12.4
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Aluminum, Basic uses of Al and B 11 minLecture12.5
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Group-14, Oxidation state & Trends in Chemical Reactivity, Reactivity towards Oxygen and water 30 minLecture12.6
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Reactivity towards Halogens, Anomalous Behaviors of Carbon 30 minLecture12.7
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Allotropes of Carbon, Uses of Carbon, Reactivity towards Acids 29 minLecture12.8
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Oxides of Carbon, Carbonic acid, Co2 Causes Green House Effect 37 minLecture12.9
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Carbides, Silicon Carbide, Silicon dioxide, Silicones 37 minLecture12.10
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Silicates, Zeolites 14 minLecture12.11
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13. GOC
12-
Vital Force Theory, Organic Compounds, Formal Charge, Methane, Ethane, Restricted Rotation about the double bond, Writing Structural Formulas, 3-D Formulas 57 minLecture13.1
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Hybridization & Shapes, Electronegativity, Types of Carbon and Hydrogen atom 01 hour 06 minLecture13.2
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IUPAC Nomenclature, Rules for Writing Radicals, Primary or n-alkyl, Iso – alkyl, Secondary alkyl, Tertiary Alkyl, Neo Alkyl, Naming of saturated hydrocarbons 01 hour 01 minLecture13.3
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Some more Examples of Naming of Compound 21 minLecture13.4
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Isomerism 34 minLecture13.5
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Fundamental Concepts in Organic Reaction Mechanism, Electron Displacement effect in Covalent Bonds, Conjugation 51 minLecture13.6
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Resonance Energy, Rules for Writing Resonance Structures, Relative Stability of Canonical Forms, Resonance or Mesomeric Effect 42 minLecture13.7
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Steric Inhibition of Resonance, Hyperconjugation, Negative Hyperconjugation, Electrometric Effect, Aromatic, Non-aromatic and anti-aromatic character 47 minLecture13.8
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Reaction Intermediates, Stability of Carbocations, Rearrangements of Carbonation 44 minLecture13.9
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Carbanion, Free – Radicals, Miscellaneous Questions Based on Rearrangement 27 minLecture13.10
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Tautomerism, Miscellaneous Questions 14 minLecture13.11
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Geometry & Hybridization, Calculating Hybridization 49 minLecture13.12
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14. Stereochemistry
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Introduction, Stereoisomers, Conformational Isomerism, Newman & Sawhorse Projection, Factors affecting Stability of Conformations 32 minLecture14.1
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Relatives stabilities of cycloalkanes, Axual and Equatorial Positions, Substituted Cyclohexane Ring, Configurational Isomers 37 minLecture14.2
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Geometrical Isomerism, Naming of G.I. Number of Geometrical Isomers 51 minLecture14.3
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Chirality and Stereochemistry, Stereoisomers, Symmetry Elements 42 minLecture14.4
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Properties of enantiomers, Specific Rotation, Configurational nomenclature in Optical Isomers, R, S-Nomenclature, Naming of 3-D Structures 56 minLecture14.5
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How to Convert Newman Projection, Racemic Mixture, Optical Purity, Enantiomeric Excess, Optical Diastereomers 46 minLecture14.6
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Molecules with more than one chirality center, Stereoselective Synthesis, Optical Resolution 49 minLecture14.7
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15. Alkanes
4-
Alkanes and cycloalkanes, Method of Preparation of alkanes 54 minLecture15.1
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Physical Properties of Alkanes, Chemical Reactions of Alkanes, Reactivity selectivity Principle 01 hour 05 minLecture15.2
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Miscellaneous Questions 27 minLecture15.3
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Quick Recap of Alkanes and Cycloalkanes 26 minLecture15.4
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16. Alkenes Alkynes
7-
Introduction to Alkenes & Alkynes, Nomenclature of Alkanes & Alkynes, degree of Unsaturation (DBE), Relative Stabilities of Alkenes, Bredt’s Rule 46 minLecture16.1
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Preparation of Alkenes and Alkynes 36 minLecture16.2
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Chemical Reactions of Alkenes & Alkynes 51 minLecture16.3
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Chemical Reactions of Alkenes & Alkynes 38 minLecture16.4
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Stereochemistry of Halogen-addition across C=C, Acid & Base-Catalyzed Opening of Epoxide 47 minLecture16.5
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Chemical Reactions of Alkane and Alkynes, Distinction b/w Alkane and Alkyne 30 minLecture16.6
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Miscellaneous Problems, Some Previous Years Problems 41 minLecture16.7
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17. Aromatic Compounds
8-
Introduction to Aromatic Compounds, Nomenclature, Reaction of Benzene, Thermodynamic Stability of Benzene, Molecular orbital explanation of the structure of benzene, Huckel’s Rule 32 minLecture17.1
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Addition reactions of Benzene, Electrophilic Aromatic Substitution 42 minLecture17.2
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Friedel Craft Alkylation, Limitation of F.C Alkylation, Friedel Craft Acylation, How do Substituent affect Reactivity? 40 minLecture17.3
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Problem Solving, Wurtz-fitting Reaction, Side -chain Reaction of Benzene Derivatives 43 minLecture17.4
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Nucleophilic Aromatic Substitution 45 minLecture17.5
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Uses of Protecting and Blocking Groups, Reduction of Aromatic Compounds 39 minLecture17.6
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Phenols- IUPAC Names, Preparation, Acidic Character of Phenol, Other Reactions 39 minLecture17.7
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Other reactions continues, Reactions with Formaldehyde and Some problems 46 minLecture17.8
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