AS Organic Chemistry
About Course
Complete Course on AS Organic Chemistry
Table of Contents
A complete course on AS (Advanced Subsidiary) Organic Chemistry typically covers a comprehensive range of foundational concepts, reactions, and principles within the realm of organic chemistry at the advanced high school or introductory college level.
Topics commonly included in such a course might encompass:
- Basic Principles: Introduction to organic chemistry, atomic structure, bonding, and molecular structures.
- Functional Groups: Understanding the properties and reactivity of various functional groups such as alkanes, alkenes, alkynes, alcohols, ethers, amines, etc.
- Nomenclature: Learning systematic ways to name organic compounds using IUPAC (International Union of Pure and Applied Chemistry) guidelines.
- Isomerism: Exploring structural, geometric, and optical isomerism, understanding their significance in organic molecules.
- Reaction Mechanisms: Delving into the mechanisms of various organic reactions, including substitution, elimination, addition, oxidation, and reduction reactions.
- Stereochemistry: Understanding stereochemical concepts, including chirality, enantiomers, diastereomers, and their importance in organic molecules.
- Organic Synthesis: Learning strategies and techniques for synthesizing organic compounds, retrosynthetic analysis, and planning multi-step synthesis.
- Spectroscopy: Introduction to spectroscopic methods like NMR (Nuclear Magnetic Resonance) and IR (Infrared) spectroscopy for structure determination.
- Natural Products and Biochemistry: Exploring organic compounds found in nature, their structures, and their biological significance.
- Reaction Kinetics and Thermodynamics: Understanding the energetics and rates of organic reactions.
A comprehensive course would typically involve lectures, laboratory work, problem-solving sessions, and possibly real-world applications to illustrate the relevance of organic chemistry in various fields like medicine, materials science, and environmental science.
Such a course aims to provide students with a solid foundation in organic chemistry, essential for further studies in chemistry, biochemistry, pharmacy, medicine, and related fields. The emphasis is on understanding the principles governing the behavior of organic compounds and their applications in different contexts.
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Course Content
AS Organic Chemistry 2023
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31:34
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42:37
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01:25:22
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42:31
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AS 9701 Organic Chemistry Part 4 | Structural and Stereo Isomers
01:32:03 -
AS 9701 Organic Chemistry Part 5 | Structural and Stereo Isomers | Optical Isomers
39:16 -
AS 9701 Organic Chemistry Part 6 | Isomers and Past Paper Questions
42:07 -
AS 9701 Organic Chemistry Part 7 | Introduction to Alkanes and Mechanisms
36:22 -
AS 9701 Organic Chemistry Part 8 | Alkanes | Free Radical Substitution
37:59 -
AS 9701 Organic Chemistry Part 9 | Alkenes | Cracking | Electrophilic Addition
32:35 -
AS 9701 Organic Chemistry Part 10 | Alkenes | Electrophilic Addition | Markovnikov’s Rule
44:41 -
AS 9701 Organic Chemistry Part 11 | Alkenes | Electrophilic Addition | Mild & Strong Oxidation
29:36 -
AS 9701 Organic Chemistry Part 12 | Alkanes & Alkenes | Past Paper Questions
38:31 -
AS 9701 Organic Chemistry Part 13 | Halogenoalkanes | Nucleophilic Substitution
32:14 -
AS 9701 Organic Chemistry Part 14 | Halogenoalkanes | Nucleophilic Substitution
34:03 -
AS 9701 Organic Chemistry Part 15 | Halogenoalkanes | Elimination
32:59 -
AS 9701 Organic Chemistry Part 16 | Alcohols | Oxidation of Primary, Secondary, Tertiary Alcohols
35:35 -
AS 9701 Organic Chemistry Part 17 | Alcohols | Reduction of Carboxylic Acids, Aldehydes, Ketones
35:40 -
AS 9701 Organic Chemistry Part 18 | Carbonyl | Aldehyde & Ketones | Nucleophilic Addition | 2,4 DNPH
35:49 -
AS 9701 Organic Chemistry Part 19 | Carboxylic Acids
36:40 -
AS 9701 Organic Chemistry Part 20 | Past Paper Questions
34:32 -
AS 9701 Organic Chemistry Part 21 | Past Paper Questions
28:42 -
AS 9701 Organic Chemistry Part 22 | Past Paper Questions
38:43
I would highly recommend this course to anyone interested in pursuing A+ in chemistry.