Grade 12 Chemistry Summaries

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. Theis is an introduction for the equilibrium concept with examples.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This is the second part of the introduction to reaction rates and what affects the reaction rate of a reaction.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document contains the explanation of cracking and examples thereof.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document explains isomers and gives examples of each type examined in the iEB syllabus only.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This is the second part of the explanation of isomers examined in the IEB syllabus.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This is the second part of the introduction the the rates of reactions.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the different types of elimination reactions; what they require and what the produce.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the different types of addition reactions; what they require to take place, what they produce and what the reactant are.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the different types of substitution reactions; what they require to take place, what they produce and what the reactant are.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the different types of substitution reactions; what they require to take place, what they produce and what the reactant are.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the alcohol homologous series; how to name it, its functional group and intermolecular force.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the alcohol homologous series; how to name it, its functional group and intermolecular force.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the carboxylic acid homologous series; how to name it, its functional group and intermolecular force.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the esters homologous series; how to name it, its functional group and intermolecular force.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the haloakane homologous series; how to name it, its functional group and intermolecular force.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the alkene homologous series; how to name it, its functional group and intermolecular force.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the alkanes homologous series; how to name it, its functional group and intermolecular force.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the alkane homologous series; how to name it, its functional group and intermolecular force.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document is an introduction to organic chemistry; what it is and what it's used for including some definitions.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document introduces the alkane and alkene homologous series.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the basics of nomenclature - the naming of things - in organic chemistry. The prefixes of compounds and structural formulae are explained.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. Redox half-reactions are introduced and explained in this document with examples.

This concept is taught in grade 12 Physical Science in both the IEB and CAPS syllabus. This document details the redox reactions for a complete beginner.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. Neutralisation is discussed and explained with examples in this document.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. Acid and bases conjugate pairs are introduced and explained in this document with examples.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. The strength of acids and bases are discussed and listed in this document.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. The concentration of acids and bases versus their strength is discussed in this document.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. Monoprotic, diprotic and polyprotic acids are discussed in this document.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. The empirical formula of a compound is the true formula of it. This document shows how to calculate the empirical formula.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. The percentage purity of a substance is explained in this document and how to calculate it.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. The yield of a product is explained in this document and how to calculate it.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. How to calculate the limiting reagent in a reaction is explained in this document.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. This document contains possible exam questions and answers on qualitative chemistry.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. An introduction of quantitative chemistry with examples are included in this document.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. The melting and boiling point of compounds are explained as well as aspects which influence it.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. This document outlines the formulae used in quantitative chemistry and provides examples for using them.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. This document explains how to use couper notation with chemical bonding.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. Dative covalent bonding is explained with examples in this document.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. The molecular shapes of molecules are listed in this document with examples of each type.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. The bond order of compounds are explained in this document.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. Bond order and bond energy of molecules are explained in this document with a graph.

This concept is examinable in the grade 12 exams for physical science in both the IEB and CAPS syllabus. This is the second part of an explanation of molecular shapes with examples of each type.