UGC

Geometric Isomerism and Healthy Diet
Hetero Ato m Decalin
Cis Trans Decalin
Basics of Orbital
Conformational Analysis of Alkanes, Allylic Strain
D Dihedral Angle Analysis Klyne Prelog Notation
E Types of Strain
Introduction Orbital, Hybridisation, Various Projection
Introduction to Module 3
Ethane Conformational Analysis
Butane Conformational Analysis
Syn Pentane Conformational Analysis
A Introduction to Module 4
Computer Animation- Rotation of Cycloalkanes
Conformations of Cycloalkanes (3, 4 and 5 Membered Rings)
Cyclohexane Axial, Equato rial Bonds, Ring Flip
Cyclohexane Conformations, A-Values
Cyclohexane Disubstituted, Prelog Strain, Fused Rings
E Conformational Studies of Cyclopentane
G A Values In Cyclohexyl Derivatives
I Comparison of Various Strains
Cyclopentane Conformation
How to Draw Cyclohexane Chair Conformation
Symmetry and Point Group
Intro Module 5
Reflection
Examples of Reflection Inversion
Point Groups
Symmetry and Point Group
Reflection, Inversion, Improper Rotation
Rotation
Reflection
Inversion
Improper Rotation
A Ethane
Example C2H6 Eto h
Sym Chirality
Point Group Analysis
C2H6 EtOH
Stereochemical Conventions D L, Cis Trans, R S, Exo Endo, Erythro Threo, P M
Stereo Notation Upto Fisher
Stereo Notation Upto R S
Stereo Notation Upto P M
Stereochemical Conventions D L, Cis Trans, R S, Exo Endo, Erythro Threo, P M
Erythro Threo
Rs Rotation of Bonds Bn 1
Fischer Saw Horse
Alpha Beta
Cis Trans
Exo Endo Part 1
Re Si to picity
Enantiomer Diastereomer Comparison
to picity and Chiral Reagents
Re Si Faces Convention With Examples and to picity Homoto pic, Enantioto pic and Diastereoto pic
Re Si Faces Convention With Examples and to picity Homoto pic, Enantioto pic and Diastereoto pic
Re Si Attack Hydride
Re Si Attack Bromide
Re Si Carbonyl
Enantioto pic Faces
Diastereoto pic Faces
Meso
Determination of Absolute Configuration
Polarised Light
Ord Cd
Optical Rotato ry Dispersion and Circular Dichroism Its Application, Axial Halo Keto ne Rule
Cotto n Octant
Ord Cd Application
Optical Rotato ry Dispersion and Circular Dichroism Its Application, Axial Halo Keto ne Rule
Axial Halo Keto ne
Octant Intro 1
Octant Intro 2
Octant Example
Stereochemical Reactions, Stereospecific Reactions
Stereochemical Reactions
Bromination
Epoxidation Hydroboration
Stereochemical Reactions, Stereospecific Reactions
Anti Addition Bromide Part 1
Anti Addition Bromide Part 2
Syn Epoxidation
Hydroboration Oxidation of Alkenes Cis Addition
Reactions Involving Stereo Centres, Cram Rule, Felkin Anh Model, Prelog Rule
Reaction Invovling Stereo Center
Stereoselective Reaction
Reaction Involving Stereocenters
Generation of 2Nd Chiral Centre
Crams Rule Felkin Anh Model
Reactions Involving Stereo Centres, Cram Rule, Felkin Anh Model, Prelog Rule
Reactions of Aromatic Compounds: Aromatic Electrophilic Substitution Nitration, Sulphonatio
Aromatic Compounds
Resonace Stabilisation Energy
Huckel Mo
Ase
Non Aromatic & Antiaromatic Compounds
Reactions of Aromatic Compounds: Aromatic Electrophilic Substitution Nitration, Sulphonatio
Cyclopropene
Cyclobutadiene
Cyclopentadiene
Cycloheptatriene
Other Benzenoid Derivatives: Polycyclic Aromatic Hydrocarbon Pah, Clar Rule, Polyacenes, Ba
Other Benzenoid Derivatives
Genesis of Clar Rule
Polyacenes
Membered Aromatic Heterocycles
Annulenes
Other Benzenoid Derivatives: Polycyclic Aromatic Hydrocarbon Pah, Clar Rule, Polyacenes, Ba
Poly Aromatic Hydrocarbon-1
Opening Reactions of Aromatic Compounds Aromatic Electrophilic Substitution
Closing Reactions of Aromatic Compounds Aromatic Electrophilic Substitution
Aromatic Electrophilic Substitution, Sigma and Pi Complex
Aromatic Electrophilic Substitution, Nitration, Halogenation
Aromatic Electrophilic Substitution-Friedel-Crafts Reactions
Aromatic Electrophilic Substitution Substituent Effect/Orientation
Opening Substitution Reactions of Aromatic Systems- 1 Snar Substitution
Closing Substitution Reactions of Aromatic Systems- 1 Snar Substitution
Aromatic Nucleophilic Substitution-Basics
Aromatic Nucleophilic Substitution-Addition-Elimination
Aromatic Nucleophilic Substitution-Elimination-Addition
Opening Substitution Reactions of Aromatic Systems - 2 Ipso Substitution, Cine Substitution
Closing Substitution Reactions of Aromatic Systems - 2 Ipso Substitution, Cine Substitution
Snar-Ipso Attack
Aromatic Nucleophilic Substitution-Reactions of Ipso Intermediate, Cine, Tele Substitution
Aromatic Nucleophilic Substitution-Von Richter Reaction
Opening Reaction Dynamics Free Energy Profile, Hammond'S Postulate
Closing Reaction Dynamics Free Energy Profile, Hammond'S Postulate
Reaction Dynamics-Basics
Reaction Dynamics-Hammond'S Postulate
Hammond Postulate Application
Opening Linear Free Energy Relationship, Part 1 Hammett Equation
Closing Linear Free Energy Relationship, Part 1 Hammett Equation
Lfer- Hammett Equation
Substituent Constant
Reaction Constant
Opening Linear Free Energy Relationship, Part 2 Modification of Hammett Equation, Bronsted
Closing Linear Free Energy Relationship, Part 2 Modification of Hammett Equation, Bronsted
Modification of Hammett Equation
Modification of Hammett Equation
Taft Equation
Opening Curtin Hammett Principle, Winstein Holness Equation
Closing Curtin Hammett Principle, Winstein Holness Equation
Winstein-Holness Eqn Application
Introduction, Various R-S In Organic Chemistry
Curtin- Hammett Principle
Different Cases of Curtin-Hammett Principle
Opening Carbocation, Part 1 Generation, Structure and Geometry of Carbocations
Closing Carbocation, Part 1 Generation, Structure and Geometry of Carbocations
Carbocation Introduction, Generation
Structure, Geometry, Stability of Carbocations
Carbocation Stabilising Groups
Opening Carbocation, Part 2 Stabilisation of Carbocation, Reactions
Closing Carbocation, Part 2 Stabilisation of Carbocation, Reactions
Carbocation Stabilisation and Reactions
Stability of Carbocation-Old
Carbocation-Orbital Interaction, Ngp
Reactions of Carbocations
Carbocation In Biosynthesis
Opening Carbocation, Rearrangement 1 No Change In Carbon Skeleto n, Change In Carbon Skeleto
Closing Carbocation, Rearrangement 1 No Change In Carbon Skeleto n, Change In Carbon Skeleto
Demo Wagner Meerwin Rearrangement
Carbocation Rearrangement-1,2- Hydride Shift, Allyl Rearrangement
Carbocation Rearrangement-Neopentyl, Wagner-Meerwin Shift
Carbocation Rearrangement-Pinacol-Pinacolone Neopentyl, Wolff Rearrangement
Opening Carbocation, Rearrangement 2 Involvement of Other Electron Deficient Terminus, Anch
Closing Carbocation, Rearrangement 2 Involvement of Other Electron Deficient Terminus, Anch
Carbocation Rearrangement-Stereochemistry of Rearrangement
Carbocation Rearrangement-Migration to Ato ms Other Than Carbon
Carbocation Rearrangement-Anchimeric Assistance/Ngp
Opening Carbanions 1 Pka and Its Significance
Closing Carbanions 1 Pka and Its Significance
Pka and Its Significance
Parameters That Affect Pka-1
Parameters That Affect Pka-2
Opening Carbanions 2 Hard and Soft Acid and Base Principle
Closing Carbanions 2 Hard and Soft Acid and Base Principle
Application of Pka
Hsab Principle
Klopman Salem Equation, Fmo Model
Application of Hsab Principle
Opening Carbanions 3 Structure, Formation, Stability, Reactivity
Closing Carbanions 3 Structure, Formation, Stability, Reactivity
Carbanion- Structure, Formation
Carbanion Formation
Base Vs Nucleophile
Carbanion Stability
Carbanion Reactions- Benzoin Condensation, Benzilic Acid Rearrangement
Wittig, Stevens, Favorskii Rearrangement
Umpolung-Polarity Inversion, Henry Reaction
Free Radical: Structure and Stability
Fento n, Bouveault-Blanc Reaction, Kolbe Electrolysis, Structure and Stereochemistry
Free Radical Stability, Substituents Effect
Free Radical - Stability and Reactions
Free Radical - Stability-Factors That Are Important
Free Radical - Reactivity, Radical Philicity
Free Radical Reactions- Ato m Abstraction, Bromination
Free Radical Reactions - Radical Addition, Disproportionation
Free Radical Cyclisation
Free Radical Reactions- Fento n Reaction, Kolbe Electrolysis, Bouveault-Blanc Redcution
Giese Reaction, Hofmann-Loffler Reaction, Barton Decarboxylation
Barton-Mccombie Reaction, Birch Reduction, Sandmeyer Reaction, Radical Cyclisation
Carbenes, Types and Properties
Carbene-Generation, Stability
Carbene- Reactions, Rearrangements, Nitrenes
Carbonyl Addition-1
Carbonyl Addition 2
Carbonyl Addition 3
Enols and Enolate-1, Haloform Reaction, Enolate Formation
Steric Effect On Enolate Formation, Regioselectivity, Kinetic Vs Thermodynamic Control
Reactions of Enolates, Alkylation of Enolates, Michael Addition
Enamines, Spectral Evidences, Formation of Enamines
Enamine Formation, Reactions of Enamines
Why Enamines For Alkylation, Acylation of Enamines
Enol Ethers, Significance, Formation of Enol Ethers
Reactions of Enol Ethers, Mukaiyama Aldol Reaction
Choice of Catalyst, Chemoselectivity, Comparison of Reactivity Enolate, Enamine, Enol Ether
Sharpless Epoxidation, Introduction, Stereospecificity
Sharpless Epoxidation, Stereospecificity, Catalyst, Catalytic Cycle
Click Reaction, Cu Azide Alkyne Cycloaddition, Mechanism of Cuaac
Diels-Alder Reaction, Stereo and Regioselectivity, Rules Governing Dar
Examples of Stereo and Regio Selectivity, Exo-Endo Product
Fmo Interactions, Intramolecular Dar, Heteroatom Imda
Introduction to Atomic Orbital Description
Common Bonding Pattern For C, N and O
Deconstruction of Reactions
Arrow Pushing
Geometric Isomerism
Cip Rule
Application of Geometric Isomerism

PG Courses - Organic Chemistry I

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