Chemistry 144

These Chemistry 144 notes are a complete, neatly summarised, and exam-focused guide covering all key lecture topics taught at Stellenbosch University. They combine definitions, worked examples, diagrams, and simplified explanations that make studying chemistry easier and faster. Covered topics include: Chemical equilibrium and Le Châtelier’s Principle Acid–base equilibria, Ka/Kb and buffer systems pH, pOH, and ionic product of water (Kw) Organic chemistry fundamentals and hy...

All content covered in module chemistry 144 both from the textbook and all the classes, namely focusing on organic chemistry. Distinction achieved with these notes.

This comprehensive summary covers fundamental concepts in organic chemistry, including bonding pairs, lone pairs, hybrid orbitals, and classification of hydrocarbons. It details homologous series, functional groups, isomerism, resonance, and stereochemistry, as well as nucleophilic and electrophilic reactions. The document also outlines mechanisms of addition, substitution, oxidation, and reduction reactions, including Grignard and Fischer esterification processes. It is ideal for students begin...

All the content of Chemistry 144, simplified for those that need all the basics written out in a simple summary. Covers stoichiometry, acids and bases, buffers and organic chemistry. They are mainly focused on organic chemistry and organic chemistry reactions as they are the hardest sections with the most content.

Summary on everything you learn in chemistry 144

A complete summary of Chem 144, with diagrams and examples.

Notes are made as a summary of lecture notes that are only available in class Includes all first year orgainic chemistry notes as well as some hints for assesments and practice questions for reactions and skeletal structures.

Notes are made as a summary of lecture notes and the textbook. Includes: Chemical Equilibruim, Acid and Bases, Aqueous Equilibria, Introduction to polymers, Organic Chemistry

Notes are made as a summary of lecture notes and the textbook. Short summeries of possible organic reactions (alkenes,alkanes,alcohols,,etc)