Course description

The content is focused on a particular class of organic compounds made exclusively of carbon and hydrogen atoms. The book is structured into five major sections, each addressing a key subgroup based on molecular structure and chemical behavior.

The first section lays the theoretical foundation by introducing what makes these compounds unique, how they are identified, and how their structures are represented. It walks through the historical evolution of the field and discusses the principles behind naming and categorizing different molecular forms.

Subsequent chapters delve into subclasses that differ based on bonding (single, double, triple) or the presence of cyclic structures. Each chapter thoroughly discusses nomenclature, isomerism, physical and chemical properties, methods of synthesis, and notable examples. Real-life relevance is highlighted through references to fuels, plastics, polymers, and industrial applications.

Visual aids like molecular diagrams, naming flowcharts, and comparative tables enhance understanding. The book also contains supplementary questions, multiple-choice practice problems, and puzzles to reinforce learning.

Overall, it serves as both a textbook and a practical workbook that encourages deeper insight into a field that intersects with everyday materials, from fuels to medicines.

What will i learn?