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Basic of Organic Chemistry - CBSE, ICSE, IB, AP, JEE, NEET

Name: Basic of Organic Chemistry - CBSE, ICSE, IB, AP, JEE, NEET
Rating: 3.5 (6 reviews)

Organic chemistry - For beginners (CBSE, ICSE, IB, AP, JEE, NEET)

Created byPooja P

Last updated 5/2025

English

What you'll learn

Foundational Knowledge : Provide a comprehensive introduction to the fundamentals of organic chemistry, covering the basic concepts and principles that underpin
Foster the development of problem-solving skills through regular assignments, practice problems, in-class exercises, enabling
Students will build confidence in their ability to apply organic chemistry concepts, leading to increased competence and a stronger foundation for further study
Students will be well-prepared to tackle more advanced topics in organic chemistry, including complex reaction mechanisms and synthesis.

Course content

17 sections • 145 lectures • 20h 39m total length

Introduction2:30
Details about the course
Content
Content
Introduction of organic chemistry6:14
Introduction to organic chemistry

Tetravalency of carbon7:04
Unlock the secrets of Organic Chemistry by understanding the fundamental property of carbon: Tetravalency. In this video, we'll explore why carbon forms four bonds, and how this unique property enables the formation of complex molecules.
Ionisation and Electronegativity2:32
Discover how ionization energy and electronegativity influence the characteristics of carbon compounds. Learn how these properties affect bond polarity, reactivity, and the overall behavior of organic molecules.
Tendency to form multiple bonds0:48
Unlock the versatility of carbon! Learn how carbon's unique ability to form multiple bonds (double and triple bonds) enables the creation of diverse molecules.
Catenation1:43
Explore the remarkable property of catenation, where carbon atoms form long chains and rings, giving rise to a vast array of organic compounds. Learn how this unique ability shapes the diversity of organic chemistry.
Strength of bonds with other elements1:10
Summary1:41
Wrap up your understanding of carbon compounds! This summary video covers the key characteristics of carbon compounds.
Assignment 1

Best trick to remember SP3, SP2, SP Hybridisation2:40
Master the art of determining carbon hybridization! Learn a simple trick to identify sp3, sp2, and sp hybridization states based on sigma bonds and pi bonds. Boost your confidence in organic chemistry with this essential concept.
SP3 with example1:46
Learn how carbon forms four equivalent SP3 hybrid orbitals. See examples like methane (CH4) and Ethane (C2H6) understand how SP3 hybridization applies to real molecules.
SP2 with example1:13
Learn how carbon forms four equivalent SP2 hybrid orbitals. See examples like Ethene and Propene and understand how SP2 hybridization applies to real molecules.
SP with example1:42
Learn how carbon forms four equivalent SP hybrid orbitals. See examples like Ethyne and Propyne and understand how SP hybridization applies to real molecules.
Questions on Hybridisation0:42
Test your knowledge of hybridization! Explore key questions and examples to deepen your understanding of SP3, SP2, and SP hybridization. Get ready to apply your knowledge and boost your confidence in organic chemistry
Answers9:26
Hybridisation state of Carbon atom

Questions0:50
Test your knowledge with a few questions! Apply your understanding of Lewis structures, structural formulas, and bond-line formulas to solve problems and reinforce your learning
Answers6:58
Cyclic Compounds4:07
Uncover the structure of cyclic compounds! Learn about the ring-shaped molecular bonding .Understand how to represent cyclic compounds.
Rules to add suffix for Alkane ,Alkene,Alkyne6:19
Master the art of classifying organic compounds! Learn the rules for suffixes in alkane, alkene, and alkyne nomenclature.
Alkyl group6:37
Understand definition of alkyl group and learn how alkyl groups are used in organic chemistry to form complex molecules.
Question: 15:10
Question : 25:45
Watch as I break down the problem and provide a step-by-step solution.
Assignment
Question : 34:23
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Classification based on structure6:48
Learn about the classification of organic compounds based on their structure, including:
- Chain structure (straight and branched)
- Cyclic structure (alicyclic and aromatic)
Classification based on Functional group5:16
Discover the power of functional groups in organic chemistry! Learn how specific groups of atoms determine a molecule's chemical properties and reactivity. Understand the definition, examples, and importance of functional groups in predicting chemical behavior
Functional group 125:23
Explore the world of functional groups! Learn about tricks to write structure and name of the following functional groups:
- Hydrocarbons: Alkanes, Alkenes, Alkynes
- Oxygen-containing groups: Alcohols, Phenols, Ethers
- Nitrogen-containing groups: Amines, Alkyl cyanides, Alkyl isocyanides
- Nitrogen-oxygen containing groups: Nitroalkanes
Functional group 218:39
Explore the chemistry of these key functional groups:
- Aldehydes (R-CHO)
- Ketones (R-CO-R')
- Carboxylic Acids (R-COOH)
- Esters (R-COO-R')
Functional group 35:57
Explore the chemistry of these key functional groups:
- Amides (R-CO-NR')
- Acid Chlorides (R-CO-Cl)
- Acid Anhydrides (R-CO-O-CO-R'
Solve Questions on functional groups2:57
Solve questions on the following topic
1. Draw structures of various functional groups .
2. Identify the corresponding family names (e.g., alcohols, aldehydes, carboxylic acids, etc.)
Homologous series5:12
Unlock the secrets of Homologous series in organic chemistry!
Learn how compounds with similar structures and functional groups exhibit similar chemical properties and gradual changes in physical properties. Understand the pattern in homologous series
Question : 1.6:54
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Question : 29:53
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Question : 39:27
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Question : 49:04
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Question : 53:48
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Assignment

Rules to write Primary suffix and Secondary suffix19:09
Mastering Organic Nomenclature: Learn the Rules for Writing Primary Suffixes (-ane, -ene, -yne) and Secondary Suffixes for Functional Groups (-ol, -al, -one, -oic acid, etc.). Understand how to apply these rules to accurately name organic compounds using IUPAC nomenclature.
Examples to add primary and secondary suffix4:56
This video provides step-by-step examples and explanations to help you understand the rules and apply them confidently.
Rules to write Primary prefix and Secondary prefix3:25
Learn the rules for writing primary prefixes (indicating substituents) and secondary prefixes (Functional group).
Alkenes11:47
Learn to write common names (trivial name) and IUPAC names for Alkenes , including the use of prefixes and suffixes.
Alkynes4:46
Learn to write common names (trivial name) and IUPAC names for Alkynes , including the use of prefixes and suffixes.
Haloalkanes15:41
Learn to write common names (trivial name) and IUPAC names for Haloalkanes , including the use of prefixes and suffixes.
Alcohols8:46
Learn to write common names (trivial name) and IUPAC names for Alcohols , including the use of prefixes and suffixes.
Ethers7:14
Learn to write common names (trivial name) and IUPAC names for Ethers , including the use of prefixes and suffixes.
Aldehydes8:45
Learn to write common names (trivial name) and IUPAC names for Aldehydes , including the use of prefixes and suffixes.
Ketones11:41
Learn to write common names (trivial name) and IUPAC names for Ketones , including the use of prefixes and suffixes.
Carboxylic acids11:59
Learn to write common names (trivial name) and IUPAC names for Carboxylic acid , including the use of prefixes and suffixes.
Acid amide4:55
Learn to write common names (trivial name) and IUPAC names for Acid amide , including the use of prefixes and suffixes.
Acyl chloride4:05
Learn to write common names (trivial name) and IUPAC names for Acid chloride , including the use of prefixes and suffixes.
Acid anhydride8:45
Learn to write common names (trivial name) and IUPAC names for Acid anhydride , including the use of prefixes and suffixes.
Esters7:21
Learn to write common names (trivial name) and IUPAC names for Esters , including the use of prefixes and suffixes.
Nitroalkanes6:41
Learn to write common names (trivial name) and IUPAC names for Nitroalkanes, including the use of prefixes and suffixes.
Nitrites7:37
Learn to write common names (trivial name) and IUPAC names for Nitrites, including the use of prefixes and suffixes.
Amines12:21
Learn to write common names (trivial name) and IUPAC names for Amines , including the use of prefixes and suffixes.
Cyanides and Isocyanides7:42
Learn to write common names (trivial name) and IUPAC names for Cyanides and Isocyanides, including the use of prefixes and suffixes.
Question : 12:49
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Question : 24:13
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Question : 36:39
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Question : 48:15
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Question : 57:38
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Question : 64:23
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Rules for writing IUPAC name for alkanes27:16
Mastering IUPAC Nomenclature: Alkanes. Learn the step-by-step rules for writing IUPAC names for alkanes, including:
- Identifying the parent chain
- Numbering the chain
- Naming substituents
- Combining prefixes and suffixes
Examples - Compounds containing double and triple bond7:32
Learn how to identify, name, and illustrate these unsaturated hydrocarbons, including their structures and IUPAC nomenclature.
IUPAC name of the Condensed form10:10
Learn how to derive and write IUPAC names for organic compounds given their condensed structural formulas. This video provides step-by-step explanations and examples to help you understand the process and apply IUPAC rules accurately
Rules for writing IUPAC name of the compounds containing functional group26:43
IUPAC Nomenclature for Single Functional Groups: Learn the step-by-step rules for writing accurate IUPAC names for organic compounds containing one functional group. This video covers:
- Identifying the parent chain
- Numbering the chain
- Applying prefixes and suffixes
Examples26:51
IUPAC Nomenclature for Single Functional Groups: Learn the step-by-step rules for writing accurate IUPAC names for organic compounds containing one functional group. This video covers:
- Identifying the parent chain
- Numbering the chain
- Applying prefixes and suffixes
Examples18:59
IUPAC Nomenclature for Single Functional Groups: Learn the step-by-step rules for writing accurate IUPAC names for organic compounds containing one functional group. This video covers:
- Identifying the parent chain
- Numbering the chain
- Applying prefixes and suffixes
Rules for writing IUPAC name of polyfunctional compounds -Priority order TRICKS15:07
Learn the rules for writing accurate IUPAC names for compounds with Polyfunctional groups, including:
- Identifying the parent chain
- Determining priority order
- Applying prefixes and suffixes
Plus, get handy tricks and mnemonics to remember the priority order of functional groups. Perfect for students and chemistry enthusiasts looking to conquer polyfunctional compound nomenclature.
Examples10:45
Learn the rules for writing accurate IUPAC names for compounds with Polyfunctional groups, including:
- Identifying the parent chain
- Determining priority order
- Applying prefixes and suffixes
Examples18:06
Learn the rules for writing accurate IUPAC names for compounds with Polyfunctional groups, including:
- Identifying the parent chain
- Determining priority order
- Applying prefixes and suffixes
Rules for naming Alicyclic compounds14:33
Learn the rules for naming Alicyclic compounds, including:
- Identifying the ring structure
- Numbering the ring
- Applying prefixes and suffixes
- Handling substituents and functional groups
Get a clear understanding of IUPAC rules for naming cyclic compounds and boost your organic chemistry skills
Structural formula and Bondline formula from IUPAC name15:29
From IUPAC Name to Structure: Learn how to draw structural formulas and bond-line formulas from IUPAC names. This video covers step-by-step techniques for:
- Interpreting IUPAC nomenclature
- Drawing structural formulas
- Converting to bond-line notation.
Question : 17:10
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Question : 25:21
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Question : 310:30
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Introduction of Aromatic compounds11:04
Learn the rules for writing common name and IUPAC names for aromatic compounds, including:
- Naming benzene derivatives
- Handling substituents and functional groups
- Applying prefixes and suffixes
- Examples and practice problems
Get a solid grasp of IUPAC rules for aromatic compounds and boost your organic chemistry skills.
Ortho ,Meta ,Para9:51
Disubstituted Aromatic Compounds: Mastering Ortho, Meta, and Para Isomers. Learn how to:
- Identify and name ortho, meta, and para isomers
- Understand the numbering and naming conventions
- Apply IUPAC rules for disubstituted benzene derivatives
- Visualize and differentiate between isomers
Aromatic hydrocarbons10:58
Learn the Common name and IUPAC rules for naming Aromatic Hydrocarbon.
Aromatic halogen derivatives7:10
Learn the Common name and IUPAC rules for naming Aromatic Halogen derivatives.
Aromatic alcohols6:46
Learn the Common name and IUPAC rules for naming Aromatic Alcohols
Aromatic aldehydes and ketones6:34
Learn the Common name and IUPAC rules for naming Aromatic aldehydes and ketones.
Aromatic acids11:37
Learn the Common name and IUPAC rules for naming Aromatic acids
Aromatic acid derivative6:58
Learn the Common name and IUPAC rules for naming Aromatic acid derivatives.
Aromatic ether7:00
Learn the Common name and IUPAC rules for naming Aromatic ethers
Aromatic cyanides and isocyanides3:24
Learn the Common name and IUPAC rules for naming Aromatic cyanides and isocyanides.
Aromatic nitro group2:41
Learn the Common name and IUPAC rules for naming Aromatic nitro groups
Aromatic amines7:01
Learn the Common name and IUPAC rules for naming Aromatic amines.
Aromatic sulphonic group6:09
Learn the Common name and IUPAC rules for naming Aromatic sulphonic acid.
Question : 12:25
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Assignment

Structural isomerism21:11
Explore the world of isomers and learn about:
- Structural isomerism (chain, position, functional group,metamerism)
- Examples and practice problems to reinforce understanding
Get a deep dive into the concepts of isomerism and enhance your organic chemistry knowledge.
Best Tricks to find isomers9:35
Crack Isomerism in Seconds! Learn the Ultimate Trick to Find No. of Isomers Quickly and Easily. This video reveals a powerful technique to:
- Identify structural isomers
- Solve isomerism problems with confidence.
Question : 16:05
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Question : 23:19
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Question : 33:55
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Requirements

Basic knowledge of chemistry: Familiarity with fundamental concepts of chemistry, such as atoms, molecules, and chemical bonds.

Description

Course Description

Welcome to "Basics of Organic Chemistry," a comprehensive course designed to help you master the fundamental concepts of organic chemistry. With 14 years of teaching experience, instructor Pooja Sabre will guide you through the basics of organic chemistry, covering topics such as IUPAC nomenclature, isomerism, and more.

Course Highlights

- Section-wise coverage of organic chemistry topics for better understanding

- Lots of examples to illustrate key concepts and reactions

- Memory aids and tricks to help you remember complex formulas and reactions

- Handwritten notes for quick reference and revision

Course Objectives

- Understand the fundamental concepts of organic chemistry

- Develop problem-solving skills using organic chemistry principles

- Prepare for competitive exams like JEE, NEET, and CET

Suitable For

- Students with no prior knowledge of organic chemistry

- Students preparing for competitive exams

- Students from all boards, including CBSE, ICSE, and state boards

Join the Course

Get ready to excel in organic chemistry with our comprehensive course! With personalized guidance, interactive lessons, and practice questions, you'll be well-prepared to tackle any challenge. Join now and start building a strong foundation in organic chemistry. Let's achieve academic success together! Enroll today and take the first step towards mastering organic chemistry. Your success story begins here!

Enroll in "Basics of Organic Chemistry" today and start building a strong foundation in organic chemistry. With this course, you'll be well-prepared to tackle any challenge that comes your way. Let's get started!

Who this course is for:

High school students : Students who are studying chemistry in high school and want to gain a deeper understanding of organic chemistry. College students : Students who are pursuing a degree in chemistry, biology, or a related field and need a solid foundation in organic chemistry. Entrance exam aspirants : Students who are preparing for entrance exams, such as JEE, NEET,CET or other competitive exams that require knowledge of organic chemistry. Anyone interested in organic chemistry : Individuals who are curious about organic chemistry and want to learn more about its fundamentals and applications. The course is designed to be accessible to students with varying levels of background knowledge, making it an excellent starting point for anyone looking to learn organic chemistry.

Basic of Organic Chemistry - CBSE, ICSE, IB, AP, JEE, NEET

What you'll learn

Explore related topics

Course content

Introduction3 lectures • 9min

Section 2 : Characteristics of carbon compound6 lectures • 15min

Section 3. Types of Hybridisation in carbon and types of covalent bond6 lectures • 17min

Section 4. Structural Representation8 lectures • 40min

Section 5 . Three dimensional representation and conventions ( wedge and dash)1 lecture • 2min

Section 6 . Classification based of Structure and Functional group12 lectures • 1hr 49min

Section 7. Nomenclature - Common name and IUPAC name for all functional groups25 lectures • 3hr 22min

IUPAC name of Aliphatic compounds14 lectures • 3hr 35min

Nomenclature of Aromatic compounds - Common name ( trivial name) and IUPAC name14 lectures • 1hr 40min

Section 10. Isomerism5 lectures • 44min

Requirements

Description

Who this course is for: