Course Overview
Organic chemistry is the study of carbon-containing compounds and the reactions that transform them. From the fuels that power transportation to the medicines that improve health and the biomolecules that sustain life, organic chemistry plays a vital role in the modern world. In this course, students will explore the structure, properties, and applications of organic compounds while developing an understanding of how carbon's unique bonding abilities create an extraordinary diversity of molecules.
Explore the foundations of carbon chemistry and the systems used to classify organic compounds.
1.1 What Is Organic Chemistry?
- Definition of organic chemistry
- Organic vs. inorganic compounds
- Importance of carbon chemistry
1.2 Carbon and Its Unique Properties
- Carbon bonding
- Valence electrons
- Single, double, and triple bonds
1.3 Hydrocarbons
- Carbon-hydrogen compounds
- Saturated and unsaturated hydrocarbons
- Uses of hydrocarbons
1.4 Molecular, Structural, and Displayed Formulae
- Molecular formulas
- Structural formulas
- Displayed formulas
1.5 Homologous Series
- Characteristics of homologous series
- Patterns in molecular formulas
- Classification of compounds
Investigate the simplest hydrocarbons and their importance as energy sources.
2.1 The Alkane Family
- Saturated hydrocarbons
- General formula
- Structural characteristics
2.2 Naming Alkanes
- Basic IUPAC naming
- Carbon chain identification
- Molecular and structural formulas
2.3 Physical Properties of Alkanes
- Boiling and melting points
- Solubility
- Trends within the series
2.4 Combustion Reactions
- Complete combustion
- Incomplete combustion
- Energy release and pollution
2.5 Crude Oil and Fractional Distillation
- Composition of crude oil
- Fractional distillation process
- Petroleum products
Study unsaturated hydrocarbons and the materials produced from them.
3.1 The Alkene Family
- Double bonds
- Unsaturated hydrocarbons
- General formula
3.2 Unsaturated Hydrocarbons
- Reactivity of alkenes
- Chemical testing
- Comparison with alkanes
3.3 Addition Reactions
- Hydrogenation
- Halogenation
- Hydration
3.4 Polymerization
- Monomers and polymers
- Addition polymerization
- Synthetic materials
3.5 Uses and Environmental Issues of Plastics
- Applications of plastics
- Recycling
- Environmental challenges
Discover how functional groups determine the properties and reactions of organic compounds.
4.1 Alcohols
- Hydroxyl group
- Naming alcohols
- Physical and chemical properties
4.2 Carboxylic Acids
- Carboxyl group
- Acidity
- Common examples
4.3 Esters
- Formation of esters
- Structure and properties
- Uses in flavors and fragrances
4.4 Amines and Amino Acids
- Amino functional group
- Amino acid structure
- Biological importance
- Classification of compounds
- Structural comparisons
- Property prediction
Explore how organic chemistry influences health, nutrition, technology, and sustainability.
5.1 Biomolecules
- Carbohydrates
- Lipids
- Proteins
- Nucleic acids
5.2 Medicines and Pharmaceuticals
- Drug molecules
- Medical applications
- Drug development
5.3 Food Chemistry
- Organic compounds in foods
- Nutrition and metabolism
- Food processing
5.4 Green Chemistry and Sustainability
- Sustainable chemistry
- Renewable resources
- Waste reduction
5.5 Organic Chemistry Case Studies
- Real-world applications
- Technological innovations
- Environmental and societal impacts
Course Summary
By the end of this course, students will understand how carbon's unique bonding properties give rise to the enormous diversity of organic compounds found in nature and industry. They will be able to identify major classes of organic molecules, interpret chemical structures, predict properties based on molecular structure, and explain how organic chemistry contributes to fields such as medicine, energy production, biotechnology, materials science, and environmental sustainability.
Students will learn to:
- Explain the unique properties of carbon.
- Identify and classify hydrocarbons and functional groups.
- Interpret molecular, structural, and displayed formulas.
- Describe the properties and reactions of alkanes and alkenes.
- Explain polymerization and the production of plastics.
- Recognize common functional groups and their effects on chemical behavior.
- Describe the structure and function of major biomolecules.
- Explain the role of organic chemistry in medicine, food science, and technology.
- Evaluate environmental issues associated with fuels, plastics, and chemical manufacturing.
- Apply organic chemistry concepts to real-world situations and scientific challenges.
This course provides a strong foundation for further study in chemistry, biology, medicine, pharmacy, biotechnology, environmental science, and engineering while helping students understand the chemistry that underlies life and modern society.