LECTURE 1

What is mechanism?; Substrate and Reagent; Thermodynamics and Kinetics of reaction

LECTURE 2

Discussion of reagents (Nucleophiles, Electrophiles, Ambiphiles); Categories of organic reactions (Substitution reaction (nucleophilic, electrophilic, free radical substitution), elimination reaction (dehydrohalogenation, dehydration, dehalogenation), addition reaction, rearrangement reaction, oxidation, reduction, pericyclic reactions (electrocyclic, cycloaddition, sigmatropic rearrangement)

LECTURE 3

SN1, SN2 Reactions – Introduction

LECTURE 4

Factor responsible for SN1, SN2 Reactions, REARRANGEMENT IN CARBOCATION

LECTURE 5

Lucas Reagent (Conc. HCl + Anhydrous ZnCl2), Problems Discussion

LECTURE 6

SNi Reaction (DARZENS HALOGENATION) SUBSTITUTION NUCLEOPHILIC INTERNAL REACTION RETENTION IN CONFIGURATION

LECTURE 7

N. G. P. (NEIGHBOURING GROUP PARTICIPATION) – SUBSTITUTION REACTIONS

LECTURE 8

ELIMINATION REACTIONS – DEHYDRATION OF ALCOHOLS (E1 ELIMINATION)

LECTURE 9

E1, E2 REACTION MECHANISMS

LECTURE 10

KINETIC ISOTOPE EFFECT, ANTI ELIMINATION, DIAXIAL ELIMINATION IN CHAIR FORM, STEREOSPECIFIC, STEREOSELECTIVE, E1CB MECHANISM

LECTURE 11

IMPORTANT POINTS FOR PROBLEM SOLVING, HOFMANN EXHAUSTIVE METHYLATION, COPE ELIMINATION , Ei MECHANISM

LECTURE 12

Competition Elimination vs Substitution Reactions, Pinacol-Pinacolone Rearrangement

LECTURE 13

SNAr Mechanism, Benzyne Mechanism, Booklet Discussion

BOOKLET DISCUSSION

Booklet