Learn General Organic Chemistry For Neet & Jee Mains

A Comprehensive Course in General Organic Chemistry, Designed for Intermediate Students, NEET, and JEE Mains Candidates

What you'll learn

In this course you'll learn general organic chemistry in a very simple way and learn how to easily solve the challenging questions that appear in the exams.

With this course, you can easily grasp chemistry at your own pace from the comfort of your home.

After subscribing, if you ever have any doubts about a question, you can discuss it with us through a one-on-one online video call for a very nominal fee.

The language of this course is kept very simple, making it easy for you to comprehend the concepts.

Requirements

A basic understanding of general organic chemistry.

Description

This comprehensive General Organic Chemistry Online Course is highly recommended for students pursuing degrees in the Faculty of Science (Chemistry, Physics, Biology) or Chemical Engineering, provided they possess a foundational knowledge of general chemistry. This introductory course emphasizes contemporary theories of mechanisms and structures in organic chemistry, grounded in experimental observations. Throughout this course, we will explore the fascinating world of chemistry together, gaining insights into the relationships between the properties and typical reactions of various organic compounds. We will examine the structure-reactivity relationship and appreciate the language and logic inherent in chemistry.The course is divided into three main parts to facilitate easier understanding for students. In General Organic Chemistry Part 1, we will cover topics such as electronic displacement, inductive effect, resonance effect, mesomeric effect, hyperconjugation effect, and electromeric effect. Progressing to General Organic Chemistry Part 2, we will delve into topics including acidic strength, basic strength, bond cleavage, carbonium ions, alkyl free radicals, and carbanions. Finally, in Part 3, we will address reaction mechanisms, including SN1 reactions, SN2 reactions, elimination reactions, the Anti-saytzeff reaction, the Hofmann reaction, pyrolysis of esters, E1 reactions of alcohols, and E2 reactions of alcohols.Additionally, an important advantage of this online general organic chemistry course is that it will alleviate the challenges often experienced in traditional offline classes. You will have the flexibility to progress through the course at your own pace and complete it at a time that suits you best.

Overview

Section 1: General Organic Chemistry Part : 1

Lecture 1 V1 Electronic Displacement Inductive Effect

Lecture 2 V2 Resonance Effect-1

Lecture 3 V3 Resonance Effect-2

Lecture 4 V4 Mesomeric Effect

Lecture 5 V5 Hyperconjugation Effect

Lecture 6 V6 Electromeric Effect

Section 2: General Organic Chemistry Part : 2

Lecture 7 V1 Acidic Strength

Lecture 8 V2 Acidic Strength Of Phenol And Effect Of Substituents

Lecture 9 V3 Acidic Strength Of Benzoic Acid And Effect Of Substituents

Lecture 10 V4 Basic Strength Of Amines

Lecture 11 V5 Factors Affecting Basic Strength Of Amines And Aniline

Lecture 12 V6 Bond Cleavage

Lecture 13 V7 Carbonium Ion General Information

Lecture 14 V8 Carbonium IonStability Of Benzylium Ion and Substituted Benzylium ion

Lecture 15 V9 Carbonium IonRearrangement Of Carbocation

Lecture 16 V10 Alkyl Free Radical

Lecture 17 V11 Carbanion

Section 3: General Organic Chemistry Part : 3

Lecture 18 V1 Reaction Mechanism(Solvent and Nucleophilicity)

Lecture 19 V2 Reaction Mechanism(Basicity and Leaving Group Ability)

Lecture 20 V3 Reaction Mechanism SN1 Reaction Basic Information

Lecture 21 V4 Reaction Mechanism SN1 Reaction Application With Examples

Lecture 22 V5 Reaction Mechanism SN2 Reaction Basic Information

Lecture 23 V6 Reaction MechanismSN2 Reaction Application With Examples

Lecture 24 V7 Reaction Mechanism Intramolecular Nucleophilic Substitution Reaction

Lecture 25 V8 Reaction Mechanism Elimination Reaction Categories Of Elimination

Lecture 26 V9 Reaction Mechanism Elimination Reaction E1-Reaction

Lecture 27 V10 Reaction Mechanism Elimination Reaction E2-Reaction

Lecture 28 V11 Reaction Mechanism Elimination Reaction Stereospecific E2-Reaction

Lecture 29 V12 Reaction Mechanism Elimination Reaction E1CB-Reaction

Lecture 30 V13 Elimination Reaction Anti-Saytzeff Reaction Hofmann Reaction

Lecture 31 V14 Elimination Reaction Pyrolysis Of Ester Anti-Saytjeff Reaction

Lecture 32 V15 Elimination Reaction Anti-Saytjeff Reaction Cope Elimination

Lecture 33 V16 Reaction Mechanism Anti-Saytjeff Reaction Elimination Of Poor Leaving group

Lecture 34 V17 Reaction Mechanism SN1 Reaction Of Alcohol

Lecture 35 V18 Reaction MechanismSN2 Reaction Of Alcohol

Lecture 36 V19 Reaction Mechanism E1 Reaction Of Alcohol

Lecture 37 V20 Reaction Mechanism E2 Reaction Of Alcohol

This course is designed for students preparing for intermediate board exams or competitive exams like NEET and JEE Mains.