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IIT-JEE Organic Chemistry Masterclass

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Last updated Aug 2026

Course Overview

About This Course

Welcome to the IIT-JEE Organic Chemistry Masterclass, a comprehensive course designed to help you master the core concepts of Organic Chemistry required for IIT JEE Main, IIT JEE Advanced, and other engineering entrance examinations. This course is ideal for students who want to build a strong conceptual foundation and develop the problem-solving skills needed to excel in Organic Chemistry.


The course covers the most important topics of the IIT JEE Organic Chemistry syllabus, including General Organic Chemistry (GOC), Isomerism, Reagents and Reaction Mechanisms, and Alkyl & Aryl Halides. Beginning with the fundamentals, each topic is explained in a simple, logical, and step-by-step manner before progressing to advanced IIT JEE-level concepts and applications. You will learn reaction mechanisms, the behavior of organic reagents, stereochemistry, isomerism, and substitution and elimination reactions through detailed explanations, solved examples, mechanism-based approaches, and extensive numerical and conceptual practice.


Designed according to the latest IIT JEE syllabus, this course emphasizes conceptual clarity, analytical thinking, and exam-oriented problem-solving techniques. By the end of the course, you will have the confidence to solve challenging Organic Chemistry questions and build a strong foundation for advanced Organic Chemistry topics.

Learning Outcomes

Master the fundamental concepts of General Organic Chemistry (GOC), Isomerism, Reagents & Reaction Mechanisms, and Alkyl & Aryl Halides.

Understand and predict the behavior of organic compounds using reaction mechanisms and reagent chemistry.

Solve IIT JEE Main and Advanced level Organic Chemistry problems with speed and accuracy.

Apply concepts of isomerism and stereochemistry to analyze complex organic structures and reactions.

Develop strong analytical and logical problem-solving skills for competitive examinations.

Build a solid conceptual foundation in Organic Chemistry to excel in IIT JEE and other engineering entrance examinations.

Curriculum

5 Sections • 389 Lectures
About the Mentor
2:17
Introduction to the Syllabus
3:09
Introduction to Alkyl and Aryl Halides: Preparation
8:52
What are haloalkane and Aryl halides?
8:30
Introduction to Alkyl and Aryl Halides: What All You'll Learn in the chapter
4:15
Uses of Alkyl Halides
3:14
Classification of Alkyl Halides
10:21
Nomenclature
12:13
Nature of C-X Bond
13:06
Physical Properties of Alkyl Halides_Part 1
9:07
Physical Properties of Alkyl Halides_Part 2
2:44
Physical Properties of Alkyl Halides_Part 3
6:40
Physical Properties of Alkyl Halides_Part 4_Density
5:18
Preparation of Alkyl Halides from Alkenes
10:16
Preparation of Alkyl and Aryl Halides: Examples Part 1
6:05
Preparation of Alkyl and Aryl Halides_Examples Part 2
3:44
Preparation of Alkyl and Aryl Halides By Alkene Through Antimarkonikoff addition
6:51
Preparation of Alkyl Halides from Alkenes via bromine
7:30
Preparation of Alkyl Halides Allylic substitution of halogens
3:30
Preparation of Alkyl Halides Allylic substitution of halogens Mechanism
7:47
Preparation of Alkyl Halides Allylic substitution of halogens Examples
4:22
Preparation of Alkyl Halides from alkynes
4:13
Preparation of Alkyl Halides Through Halide Exchange Reaction
7:17
Preparation of Alkyl Halides from alcohol Part 1
9:39
Preparation of Alkyl Halides From Alcohol Part 2
3:34
Preparation of Alkyl Halides From Alcohol Part 3
5:16
Preparation of alcohols from hydroxyl exchange and carbonyl compounds
8:06
Preparation of Alcohols from carboxylic acid
7:09
Conclusion of Alkyl and Aryl Halides_Preparation
5:30
Recap of Substitution reaction SN1 Part 01
10:46
Recap of Substitution reaction SN1 Part 02
4:44
Recap of Substitution reaction SN2
8:16
Recap of Elimination reaction E1 part01
6:12
Recape of Elimination reaction E1 part02
8:12
Recap of Elimination reaction E2
8:31
Comparison between substitution and elimination reaction
9:16
Alkyl Halides and Aryl halides; Problem Solving Part 1
11:57
Alkyl Halides and Aryl halides; Problem Solving Part 2
9:38
Alkyl Halides and Aryl halides; Problem Solving
9:47
Alkyl Halides and Aryl halides; Problem Solving Part 2
11:23
Reduction of Alkyl Halides Part 1
10:04
Reduction of Alkyl Halides Part 2
6:41
Oxidations of Alkyl Halides
5:30
Named Reactions of Alkyl Halides Part 1
8:24
Named Reactions of Alkyl Halides Part 2
5:12
Named Reactions of Alkyl Halides Part 3
5:21
Introduction To Grignard Reagent Part 1
6:42
Introduction To Grignard Reagent Part 2
3:46
Reactions of Grignard Reagent Part 1
8:45
Reactions of Grignard Reagent Part 2
8:06
Reactions of grignard reagent Part 3
8:24
Reactions of grignard reagent Part 4
8:47
Reaction of grignard reagent with esters_Part 1
7:25
Reaction of Grignard reagent with esters Part 2
7:34
Reaction of Grignard reagent with esters Examples
9:49
Reactions of Grignard Reagent with acyl Chloride and Nitriles
6:16
Reaction of Grignard Reagent with Anhydrides
8:09
IIT JEE Question on Reactions of Grignard Reagent
9:44
Formation of Acid Grignard Reagent
2:42
Grignard Reagent Nucleophilic Attack on Ether
7:40
Most Important Reactions of Grignard Reagent
11:30
Problem Solving of Grignard Reagent Ques1 Part 1
8:03
Problem Solving of Grignard Reagent Ques1 Part 2
5:49
Problem Solving of Grignard Reagent_Ques 2
12:30
Grignard Reagent;1 2 and 1 4 Addition Part1
8:16
Grignard Reagent;1 2 and 1 4 Addition Part 2
6:38
Problem Solving of Grignard Reagent Ques 3
8:30
Problem Solving of Grignard Reagent Ques 4
11:17
Problem Solving of Grignard Reagent Ques 5
10:42
Reaction of Grignard Reagent Practice Question 6
2:16
Reaction of Grignard Reagent Practice Question 7
3:18
Reaction of Grignard Reagent Practice Question 8
1:33
Reaction of Grignard Reagent Practice Question 9
3:36
Preparation of Aryl Halides Via Diazonium Salt
10:49
Preparation of Aryl Halides Via EAS RXN
8:39
Chemical Properties-EAS Reaction
4:31
EAS Reaction
8:37
Formation of Aryl Grignard Reagent
6:01
REACTIONS OF ARYL GRIGNARD REAGENT
8:10
Formation of DDT
4:35
SNAr Reaction
7:00
Mechanism SNAr Reactions A
7:58
Mechanism SNAr Reactions B
7:04
Problem Solving on SNAr Reaction Part A
10:23
Benzyne Mechanism Reaction
14:18
Mechanism of Benzyne Reaction Part A
6:10
Mechanism of Benzyne Reaction Part B
8:13
Problem Solving on Benzyne Mechanism
7:55
Dihalides Preparation and Properties
7:05
Dihalides Preparation and Properties
8:04
Everything you need to know regarding Solvent
9:59
Types of Solvent
8:26
Role of polar and aprotic solvent
8:05
Role of a solvent Part 1
10:24
Role of a solvent Part 2
7:32
Nucleophilicity and Basicity
9:38
Factors Influencing Nucleophilicity part 1
6:32
Factors Influencing Nucleophilicity part 2
8:15
Factors Influencing Nucleophilicity part 3
12:38
Factors Influencing Nucleophilicity part 4
11:53
Factors Influencing Nucleophilicity part 5
10:10
Factors Influencing Nucleophilicity good leaving group
8:13
Factors Influencing Nucleophilicity poor leaving group
4:15
Hammond Leffler Postulate Part B
12:39
Nucleophilic Substitution Reaction
8:55
Revising absolute configuration Part A
11:06
Revising absolute configuration Part B
8:14
Revision of Configuration Part C
15:21
Sn2 Reaction
11:49
Salient features of Sn2 Reaction
16:01
Reactivity of substrate in Sn2 reaction
8:49
Adjacent group effect on Sn2 Reactions Part A
15:18
Adjacent group effect on Sn2 Reactions Part B
10:34
Substitution with Ambident Nucleophile
14:23
Problem solving
7:44
Molecules that do not undergo SN2 reactions
8:14
Problem Solving on Sn2
15:58
Problem Solving on Sn2
10:53
Neighbouring Group Participation Part A
6:37
Neighbouring Group Participation Part B
11:56
Neighbouring Group Participation Part C
7:07
Neighbouring Group Participation Part D
11:37
Neighbouring Group Participation Part E
5:58
Sn1 Reaction and its feature Part 1
12:40
Sn1 Reaction and its feature Part 2
11:54
Sn1 Reaction and its feature Part 3
4:11
Sn1 Reaction and its feature Part 4
10:08
Sn1 Reaction ; Problem Solving 1
9:39
Sn1 Reaction ;Problem Solving 2 part 1
11:02
Sn1 Reaction ;Problem Solving 2 part 2
7:06
Sn Reaction ;Problem Solving 1
8:39
Sn1 Reaction ;Problem Solving 1
8:50
Sni Reaction Part A
13:08
Sni Reaction Part B
9:51
Sni Reaction Part C
9:03
Comparison between Sn Reactions part 2
10:23
Regioselectity in E2 Reactions part 2
11:07
Elimination reactions
9:10
Elimination reaction Bimolecular A
14:39
Elimination reaction Bimolecular B
8:59
Elimination reaction Bimolecular C
5:33
Regioselectivity in E2 Reactions Examples
11:06
E2 Reaction in cyclic System
8:53
E2 Reaction inn cyclic System Examples
6:56
E2 Reactions with poor Leaving Group Examples
10:43
Problem Solving E2 Reaction Part 1
9:05
Problem Solving E2 Reaction Part 2
12:03
HEME Reaction 1
11:58
Reagent and Mechanism E2 Reaction
7:03
Formation of Alkynes through E2 rxn
7:29
Formation of Alkynes through E2 rxn Problem Solving
9:07
E1 Reaction Part A
7:13
E1 Reaction Part B
5:31
E1 Reaction ;Problem Solving Part A
8:32
E1 Reaction ;Problem Solving Part B
6:52
E1 Reaction; Problem Solving Part C
6:33
E1 Reaction Problem Solving Part D
7:23
E1 Reaction; Problem Solving Part E
4:02
ECB Reaction
6:56
E1CB Reaction and Problem
9:43
Elimination Intramolecular Copy Elimination Introduction
4:22
Elimination Intramolecular Copy Elimination
5:55
Elimination Intramolecular pyrolysis of Esters
6:09
Comparison between Sn and E reaction 1
12:19
Comparison between Sn and E reaction 2
4:42
Comparison between Sn and E reaction 3
6:00
Comparison between Sn and E reaction 4
6:57
Electrophilic Aromatic Substitution Reaction; HALOGENATION RXN Problem
8:56
Electrophilic Aromatic Substitution Reaction; HALOGENATION RXN PART 2
6:03
Electrophilic Aromatic Substitution Reaction; HALOGENATION RXN Problem 3
4:03
Electrophilic Aromatic Substitution Reaction; HALOGENATION RXN Problem
6:18
Electrophilic Aromatic Substitution Reaction Nitration Rxn
6:44
Electrophilic Aromatic Substitution Reaction Nitration Rxn
3:15
Electrophilic Aromatic Substitution Reaction Sulphonation Question
4:06
Electrophilic Aromatic Substitution Reaction Sulphonation Rxn
9:47
Friedel Craft Alkylation Reaction
7:49
Friedel Craft Alkylation Reaction Examples
6:08
Limitations of Friedel Craft Alkylation Reaction 1
4:43
Limitations of Friedel Craft Alkylation Reaction 2
4:42
Intramolecular Friedel Craft Reaction
6:45
FRIEDEL CRAFT ACYLATION REACTION 2
6:38
FRIEDEL CRAFT ACYLATION REACTION
6:13
EAS REACTIONS CONCLUSION
6:38
ORTHO AND PARA DIRECTING GROUPS
9:04
PROBLEM SOLVING 1
7:47
ORTHO AND PARA DIRECTING GROUPS
7:55
ORIENTATION OF ELECTROPHILES, Ortho-Para Ratio
7:23
ORTHO PARA RATIO ANALYSIS
4:58
ORTHO AND PARA RATIO QUESTION
4:46
ACTIVATING GROUPSN
8:52
DEACTIVATING GROUPS
6:58
PROBLEM SOLVING 1
6:46
PROBLEM SOLVING 2
2:58
PROBLEM SOLVING 3
6:42
PROBLEM SOLVING 4
7:42
PROBLEM SOLVING 5
5:01
CONCLUSION OF EAS
6:22
Definition of Inductive effect
10:49
Negative Inductive effect
6:20
Negative inductive effect
10:01
Positive Inductive Effect
9:04
Application of Inductive effect—Acidic Strength-Part A
10:18
Application of Inductive effect—Acidic Strength-Part B
6:46
Application of Inductive effect—Acidic Strength-Part C
9:03
Application of Inductive effect—Acidic Strength-Part D
8:07
Application of inductive effect_Basic strength_A
9:41
Application of inductive effect_Basic strength_B
11:09
Application of Inductive effect—Stability of Carbocations
12:06
Application of Inductive effect—Stability of Carbanions
9:26
Application of Inductive effect—Stability of Carbon Free
6:12
Understanding Resonance Effect_Part 1
9:45
Understanding Resonance Effect_Part 2
9:01
Understanding Resonance Effect in Benzene
9:49
Rules for writing Resonance Structures
7:27
Types of Conjugation- Part A
11:10
Types of Conjugation- Part B
7:27
Types of Conjugation- Part D
4:52
Types of Conjugation- Part E
5:50
Types of Conjugation- Part F
6:59
Types of Conjugation- Part G
4:23
Types of Conjugation- Part H
6:29
Problem Solving 1
6:28
Problem Solving 2
5:54
Validity Of Reasoning Structures
8:04
Rules For Determining Stability of Resonating Structures
8:15
Problem Solving on Stability Of Resonating Structures
10:02
Resonating Structures of Aniline
6:42
Resonating Structures of Benzaldihyde
3:22
Modification of JEE Advanced Problem
7:50
JEE ADVANCED PROBLEM
5:55
PROBLEM SOLVING
5:21
PROBLEM SOLVING 2
7:12
PROBLEM SOLVING 3
9:04
Resonating structure of Benzonoid structures
10:11
Mesomeric Effect
7:32
Positive Mesomeric Effect
6:21
Positive Mesomeric Effect and Examples
6:39
Example Negative Mesomeric Effect
4:00
Negative Mesomeric Effect
8:41
Groups that can show both Plus M and Plus M effect
5:33
Problem Solving on Mesomeric Effect
7:48
Application of Mesomeric Effect Part-A
12:44
Application of Mesomeric Effect Part-B
10:25
Application of Mesomeric Effect Part-C
4:10
Application of Mesomeric Effect Part D
7:37
Application of Mesomeric Effect Part E
8:13
Application of Mesomeric Effect Part F
10:31
Application of Mesomeric Effect Part G
8:07
Application of Mesomeric Effect Part-H
5:51
Application of Mesomeric Effect Part I
8:30
QUESTION SOLVING PART F
3:57
RESONANCE ENERGY
11:28
HYPERCONJUGATION
11:53
EXPLAINATION OF HYPERCONJUGATION
7:08
COUNTING NOS OF ALPHA HYDROGEN
4:42
APPLICATION OF HYPERCONJUGATION PART A
14:17
Application of Hyperconjugation Part B
8:00
Application of Hyperconjugation Part C
8:40
Application of Hyperconjugation Part D
5:26
Application of Hyperconjugation Part E
7:00
Application of Hyperconjugation Part F
6:00
Application of Hyperconjugation Part G
7:23
Reverese Hyperconjugation
6:45
Aromaticity
12:38
Cases of Aromatic Compounds
11:47
Aromaticity in benzoid Structures
6:31
Cases of Aromaticity in Heterocyclic Compounds
5:26
Aromaticity in Compunds having Benzene Ring
8:57
Aromaticity in Annulenes
9:49
Problem on Aromaticity Part 1
8:34
Problem on Aromaticity Part 2
6:12
Problem on Aromaticity Part 3
11:51
Problem on Aromaticity Part-4
12:11
Carbocations
6:36
Factors Affecting Stability of Carbocations
9:45
Resonance Stablized Carbocations
12:13
Questions on Resonance Stabilized Carbocations
7:42
Factors affecting Stability of Carbocations Part-2
9:36
Factors affecting Stability of Carbocations Part-3
6:13
Generation of Carbocations
4:53
Generation of Carbocations from Alcohols
3:26
Generation of Carbocations from Alkenes
6:38
Fate of Carbocation
6:12
Rearrangement in a Carbocation Part-A
6:11
Rearrangement in a Carbocation Part-B
7:03
Rearrangement in a Carbocation Part -C
10:33
Carbanions
8:33
Factors behind Stability of Carbanions
4:52
Problems on Stability of Carbanions
7:40
Factors behind Stability of Carbanions Part-B
6:47
Carbon Free Radicals
8:53
Application Of Stability of Carbon Free Radical
10:03
Problem on Bond Energy
6:34
Fate of a Free Radical
6:53
Acids and Bases , Ortho Effect
16:32
Problems on Ortho Effect
9:54
Determining Acidic Strength in Benzoic Acids
5:51
Determining Acidic Strength in Benzoic Acids Part-B
9:30
Determining Acidic Strength in Benzoic Acids Part-C
8:48
Determining Acidic Strength in Phenols Part-C
8:16
Determining Acidic Strength in Phenols Part-D
8:23
Summing up Acidic Strength
15:20
Basic Strength Determination and Factors
16:23
Steric Inhibition of Resonance
7:57
Steric Inhibition of Resonance and Ortho Effect in Anilines
8:27
Problem Solving on Basic Strength
9:43
Problem Solving on Basic Strength
5:26
Introduction to Isomerism
10:17
Classification of Isomerism
13:21
Drawing Structural Isomers Examples
9:45
Functional Isomers
10:58
Metamerism
9:08
Ring change Isomers
4:18
Tautomerism
12:07
Keto Enol Tautomerism
11:30
Enol Stabilisation in Carbonyl Compounds
7:28
Enol of 1,3 diketo carbonyl compounds Part 1
4:59
Enol of 1,3 diketo carbonyl compounds part-2
7:14
Enol of 1,2 diketo carbonyl compounds
6:11
Tautomerism from other position than alpha carbon
7:22
Geometric Isomerism
11:02
Properties of Cis and Tran Isomers
10:03
Exceptional case in Cis Trans isomers
5:05
Geometrical isomerism in Oximes and Imines
7:26
Isomerism in Alkenes
6:24
CIP rule for E,Z Nomenclature
14:33
Question on E,Z Configuration
4:11
Counting Number of Geometrical Isomers and Questions
8:34
Geometrical Isomerism in Cycloalkenes-Part-1
5:53
Geometrical Isomerism in Cycloalkanes Part-2
9:14
Geometrical Isomerism in Cycloalkanes Part-1
8:38
Geometrical Isomerism in Cycloalkanes Part-2
5:50
Question on geometrical isomerism in a cycloalkane
6:15
Conformational Isomerism
9:11
Sawhorse Projection
8:26
Sawhorse and Newman projection
10:45
Conformational analysis of ethane
6:46
Conformational Analysis of Butane-A
5:56
Conformational Analysis of Butane-B
10:16
Molecules where Gauche is most stable
6:20
Conformers of Cyclohexane
13:23
Conformational analysis of cyclohexane
9:31
1,3 Diaxial Repulsions and examples
11:23
Optical Isomerism
7:47
Polarimeter and angle of rotation
6:31
Elements of Symmetry-Axis of Symmetry-A
9:19
Elements of Symmetry-Axis of Symmetry-B
8:34
Elements of symmetry Plane of symmetry
13:22
Elements of Symmetry Centre of Symmetry
11:44
Question on symmetry elements
7:47
Elements of Symmetry- Alternate Axis of Symmetry
10:30
Fischer Projections-Part A
10:26
Fischer Projections-Part B
5:02
Fischer Projections-Part C
9:17
Absolute Configuration using CIP rule
12:21
Examples on Absolute Configuration using CIP rule
6:37
Question on Absolute Configuration using CIP rule
6:40
Question on Absolute Configuration using CIP rule
7:49
Question on Absolute Configuration using CIP rule
11:33
Understanding number of chiral centres in a molecule
8:57
Enantiomer
9:59
Enantiomer and Racemic Mixture
9:36
Diastereomers
3:09
Meso Compounds- Part A
12:39
Meso Compounds-Part B
9:43
Examples on Meso compounds
7:52
Counting number of optical isomers- Part A
10:18
Counting number of optical isomers- Part B
12:21
Counting number of optical isomers- Part C
11:25
Question on counting number of stereoisomers
12:55
Counting number of stereoisomers on a disubstituted cyclohexane ring
8:48
Question on counting isomers on a cyclohexane ring
5:30
Problem Solving-Part A
10:31
Problem Solving-Part B
12:07
Problem Solving-Part C
11:10
Problem Solving-Part D
6:37
Isomerism in Allenes- even number of doube bond
14:19
Isomerism in Allenes- odd number of doube bond
4:53
Question on isomerism in Allenes
7:34
Isomerism in Spiranes-Part A
7:24
Isomerism in Biphenyl-Part A
4:56
Isomerism in Biphenyl-Part B
4:34
JEE Advanced Problem
10:21
Resolution of enantiomers
5:02
Resolution using a chiral molecule
8:31
Previous Year JEE Problem Solving-Part A
9:57
Previous Year JEE Problem Solving-Part B
9:50
Previous Year JEE Problem Solving-Part E
8:30
Previous Year JEE Problem Solving-Part F
11:10
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An experienced and passionate instructor, [Name] is dedicated to fostering a dynamic and engaging learning environment where students feel motivated to grow both academically and personally. With a strong foundation in their subject area, they bring clarity, structure, and enthusiasm to every lesson, ensuring complex concepts are made accessible and relevant. Their teaching approach blends theoretical knowledge with practical application, encouraging students to think critically and develop problem-solving skills. Known for their supportive and approachable demeanor, [Name] builds meaningful connections with students, understanding that each learner has unique strengths and challenges. They are committed to creating an inclusive classroom atmosphere where curiosity is encouraged, questions are welcomed, and every student feels valued. By adapting teaching methods to suit diverse learning styles, they help students gain confidence and achieve their full potential. Beyond the classroom, [Name] is deeply invested in continuous learning and professional development, staying updated with the latest educational practices and advancements in their field. They often contribute to curriculum development, mentorship programs, and extracurricular activities, reinforcing their role as not just an instructor, but a mentor and guide. Their ultimate goal is to inspire lifelong learning and empower students to succeed in an ever-evolving world.

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Mr. Animesh Verma

Mr. Animesh Verma

IIT Bombay Alumnus | Organic Chemistry Educator | IIT-JEE Expert

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Mr. Animesh Verma is a distinguished Organic Chemistry educator and an accomplished mentor for IIT-JEE and other engineering entrance examinations. A Postgraduate in Chemistry from IIT Bombay (2009 Batch), he brings over 13 years of teaching experience at some of India's leading IIT-JEE coaching institutes. Widely recognized for his exceptional ability to simplify Organic Chemistry, he combines conceptual clarity with logical problem-solving techniques to help students master even the most challenging topics. Throughout his teaching career, he has mentored numerous Top 100 IIT-JEE rankers, guiding aspirants toward outstanding academic success. Mr. Verma is also the author of bestselling Chemistry books published by renowned publishers such as Arihant Publications and Srishti Publishers. Known for his passionate teaching style and unique approach to explaining concepts, he is committed to building strong fundamentals, enhancing analytical thinking, and empowering students to achieve top ranks in IIT-JEE and other competitive examinations.

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