India's First 3D Chemistry Course | Basic Organic Chemistry Foundation

Why Choose India's First 3D Chemistry Course?

Strong foundation builds tall buildings

Strong Foundation = Success

"Just like skyscrapers need solid foundations, advanced organic chemistry requires crystal clear understanding of basic concepts first. Don't rush - build step by step."

Many students struggle in Class XI-XII because they skip the basics. Our zero-level foundation course ensures every student understands bonding, nomenclature, and isomerism thoroughly with India's first 3D visualization methodology. Watch our teaching approach at kotafactory.com to see how we make learning visual and memorable.

India's First 3D Visualization

Revolutionary 3D teaching methodology developed exclusively for Indian students. Watch our unique approach at kotafactory.com and see the difference.

Zero Level Start

Perfect for absolute beginners. No prior organic chemistry knowledge required. Start from basics and build confidence systematically.

Self Assessment Tests

Regular self-evaluation tests to track your progress. Instant feedback helps identify weak areas and reinforces strong concepts.

Fixed Schedule

Tuesday, Thursday, Saturday 7-8 PM. Consistent timing helps build study habits. Live on Zoom with recorded sessions.

Affordable Learning

High-quality education at just ₹2,000. No hidden charges. Complete course materials and self-assessment tools included.

Direct Registration

No demo classes, no long discussions. Register, pay fee, get Zoom ID and start learning immediately. Simple process.

Class-wise Detailed Syllabus with 3D Teaching Method

Module 1: Elementary Bonding Concepts (Classes 1-12)

Foundation Level • 3D Visualization of Molecular Structures & Class X Integration

Class 1: Introduction to Organic Chemistry

3D Method: Virtual molecular models
What makes organic chemistry special
Carbon's unique properties in nature
Difference from inorganic chemistry
Real-life organic molecules in 3D space
Importance in daily life and living systems

Class 2: Carbon - The Versatile Element

3D Method: Carbon atom and allotrope visualization
Electron configuration of carbon (1s² 2s² 2p²)
Tetravalency and catenation properties
Allotropes: Diamond and Graphite structures
Carbon chains, rings, and branched structures
Why carbon forms millions of compounds

Class 3: Covalent Bonding Fundamentals

3D Method: Bond formation animations
How covalent bonds form in carbon
Electron sharing mechanism
Polar and non-polar covalent bonds
Bond polarity and electronegativity
Molecular polarity visualization

Class 4: Types of Carbon-Carbon Bonds

3D Method: Bond type animations
Single bonds (C-C): Sigma bonds
Double bonds (C=C): Sigma + Pi bonds
Triple bonds (C≡C): Sigma + 2 Pi bonds
Bond length and bond energy relationships
Saturated vs Unsaturated compounds

Class 5: Hybridization - sp³ (Tetrahedral)

3D Method: Orbital mixing animations
What is hybridization and why it occurs
sp³ orbital formation process
Tetrahedral geometry (109.5°)
Methane (CH₄) as perfect example
Ethane (C₂H₆) structure and rotation

Class 6: Hybridization - sp² & sp (Planar & Linear)

3D Method: Planar and linear geometries
sp² hybridization and trigonal planar shape
sp hybridization and linear shape
Ethene (C₂H₄): planar structure, 120°
Ethyne (C₂H₂): linear structure, 180°
Pi bond formation and restrictions

Class 7: Alkanes - Saturated Hydrocarbons

3D Method: Alkane 3D molecular structures
General formula: CₙH₂ₙ₊₂
Methane, Ethane, Propane, Butane
Physical properties and boiling points
Conformational analysis of ethane
Combustion reactions in 3D visualization

Class 8: Alkenes - Unsaturated Hydrocarbons

3D Method: Alkene structure visualization
General formula: CₙH₂ₙ
Ethene structure and properties
Addition reactions: H₂, Br₂, HBr, H₂O
Markovnikov's rule introduction
Test for unsaturation (Bromine water)

Class 9: Alkynes - Triple Bond Chemistry

3D Method: Triple bond visualization
General formula: CₙH₂ₙ₋₂
Ethyne (Acetylene) structure and uses
Addition reactions of alkynes
Acidic nature of terminal alkynes
Industrial applications

Class 10: Functional Groups - Alcohols

3D Method: Functional group recognition
Hydroxyl group (-OH) structure
Methanol (CH₃OH), Ethanol (C₂H₅OH)
Physical properties: boiling point, solubility
Hydrogen bonding in 3D
Uses and physiological effects

Class 11: Carboxylic Acids & Derivatives

3D Method: Carboxyl group visualization
Carboxyl group (-COOH) structure
Methanoic acid, Ethanoic acid (Acetic acid)
Acidic nature and ionization
Esterification reaction mechanism
Industrial and biological importance

Class 12: Soaps, Detergents & Applications

3D Method: Micelle formation visualization
Soap formation: Saponification reaction
Structure of soap molecules
Cleansing action mechanism in 3D
Detergents vs Soaps
Environmental impact and biodegradability

Complete Class X "Carbon and its Compounds" Integration

This expanded module comprehensively covers NCERT Class X syllabus with advanced 3D visualization:

Carbon Properties: Catenation, tetravalency, allotropes
Bonding: Covalent bonds, polarity, hybridization
Hydrocarbons: Complete alkanes, alkenes, alkynes
Functional Groups: Alcohols, carboxylic acids

Reactions: Combustion, addition, esterification
Applications: Soaps, detergents, industrial uses
Properties: Physical and chemical characteristics
3D Understanding: Spatial visualization of all concepts

Learning Progression (Classes 1-12)

Foundation (Classes 1-4):

Basic concepts, carbon properties, bonding fundamentals

Structure (Classes 5-8):

Hybridization, molecular geometry, hydrocarbons

Applications (Classes 9-12):

Functional groups, reactions, real-world applications

Module 2: IUPAC Nomenclature Rules (Classes 13-19)

Systematic Naming • 3D Structure to Name Conversion

Class 13: IUPAC Nomenclature Basics

3D Method: Structure-to-name visualization
IUPAC naming principles
Parent chain identification
Numbering system rules
3D structure analysis for naming

Class 14: Alkanes Naming System

3D Method: Alkane chain visualization
Straight chain alkanes
Branched alkanes naming
Substituent positioning in 3D
Common alkyl groups

Class 15: Complex Alkane Structures

3D Method: Multi-branched molecules
Multiple substituents
Priority rules application
Longest chain identification
3D visualization for accuracy

Class 16: Alkenes Naming

3D Method: Double bond positioning
Alkene nomenclature rules
Double bond position numbering
E-Z notation introduction
3D geometry impact on naming

Class 17: Alkynes and Functional Groups

3D Method: Triple bond visualization
Alkyne naming rules
Functional group suffix rules
Priority order of functional groups
3D structure recognition

Class 18: Advanced Nomenclature

3D Method: Complex molecule navigation
Cyclic compounds naming
Multiple functional groups
Aromatic compounds introduction
3D to 2D structure conversion

Class 19: Nomenclature Practice

3D Method: Interactive naming exercises
Mixed practice problems
Common vs IUPAC names
Error identification and correction
Speed naming techniques

Module 3: Structural & Geometric Isomerism (Classes 20-25)

Spatial Relationships • 3D Isomer Visualization and Recognition

Class 20: Introduction to Isomerism

3D Method: Isomer comparison models
What are isomers?
Same molecular formula, different structures
Types of isomerism overview
3D visualization of isomeric differences

Class 21: Structural Isomerism Types

3D Method: Structure manipulation exercises
Chain isomerism in 3D space
Position isomerism visualization
Functional isomerism examples
Metamerism and tautomerism basics

Class 22: Chain and Position Isomers

3D Method: Branching pattern visualization
Drawing different carbon skeletons
Position isomer identification
Systematic isomer generation
3D models for better understanding

Class 23: Geometric Isomerism Introduction

3D Method: Cis-trans model demonstration
Restricted rotation concept
Double bond geometry
Cis and trans arrangements
3D space orientation importance

Class 24: E-Z Nomenclature System

3D Method: Priority group positioning
Cahn-Ingold-Prelog rules
E and Z designation
Complex substituent priorities
3D model manipulation practice

Class 25: Isomerism Practice & Applications

3D Method: Comprehensive isomer exercises
Mixed isomerism problems
Real molecule examples
Isomerism in biological systems
Course summary and integration

India's First 3D Teaching Method Highlights

Visual Learning:

Interactive 3D molecular models for every concept

Spatial Understanding:

Real-time rotation and manipulation of structures

Memory Enhancement:

3D visualization creates lasting mental images

Concept Clarity:

Complex relationships made simple through 3D

Master Basic Organic Chemistry Foundation

INDIA'S FIRST CHEMISTRY COURSE WITH 3D VISUALIZATION

BATCH STARTS: 23rd SEPTEMBER 2024

Dear Students & Parents:

Course Highlights