Description
Form 4
KBSM
Introduction to Chemistry
- Chemistry and its Branches
- Chemicals Used in Daily Life
- Chemistry Related Careers and Chemical-Based Industries
- Scientific Method
The Structure of Atoms
- The Particulate Nature of Matter
- The Kinetic Theory of Matter
- Diffusion
- Changes in the States of Matter
- Development of the Atomic Model
- Proton Number and Nucleon Number
- Symbols of Elements
- Properties and Uses of Isotopes
- The Electronic Structure of an Atom and Valence Electrons
Chemical Formulae and Equations
- Relative Atomic Mass and Relative Molecular Mass
- The Mole and the Number of Particles
- The Mole and the Mass of a Substance
- The Mole and the Volume of a Gas
- Chemical Formulae
- Nomenclature: Naming Chemical Systematically
- Writing Balanced Chemical Equations
- Stoichiometric Problems Involving Chemical Equations
- Stoichiometry Involving Limiting Reagents
- Practising Positive Scientific Attitudes and Values
- Use of Chemical Nomenclature and Chemical Equations
Periodic Table of Elements
- Historical Development of the Periodic Table of Elements
- Groups and Periods in the Periodic Table
- Group 18 Elements: Properties and Uses
- Physical Properties
- Group 1 Elements: Chemical Properties
- Group 17 Elements: Physical Properties
- Group 17 Elements: Chemical Properties
- Trends in Reactivity and Safety Precautions for Handling Group 17 Elements
- Elements in Period 3: Changes in the Properties Across the Period
- Properties and Uses of Metalloids (Semi-metals)
- Properties and Uses of Transition Elements
- Appreciating the Existence of Elements and Their Compounds
Chemical Bonds
- Formation of Chemical Bonds
- Formation of Ionic Bonds
- Covalent Bonds
- Properties of Ionic and Covalent Compounds
Electrochemistry
- Understanding Properties of Electrolytes and Non-Electrolytes
- Electrolysis, Electrolytic Cell and Ions in Molten Compounds
- Writing Half-Equations for Electrolysis
- Electrolysis of Aqueous Solutions
- Electrolysis in Aqueous Solutions: Selective Discharge of Ions
- Predicting the Products of Electrolysis of Aqueous Solutions
- Electrolysis in Industry: Extraction and Purification
- Electrolysis in Industry: Electroplating
- Voltaic Cells and the Production of Electrical Energy
- Types of Voltaic Cells and Comparison with Electrolytic Cells
- The Electrochemical Series
- Predicting the Metal Displacement Reactions
- Handling Chemicals Used in the Electrochemical Industry
Acids and Bases
- Definitions, Properties and Uses of Acids and Bases
- Chemical Reactions of Acids
- Chemical Reactions of Alkalis
- pH and its Relationship to Acidity and Alkalinity
- Strong and Weak Acids and Alkalis
- Molarity and its Relationship to pH
- Preparation of Standard Solutions
- Neutralisation and its Applications
- Acid -Base Titration
Salts
- Salts and their Uses
- Preparation and Purification of Soluble Salts
- Preparation and Purification of Insoluble Salts
- Stoichiometry of Precipitation Reactions
- Qualitative Analysis of Salts: Tests for Anions and Gases
- Qualitative Analysis of Salts: Tests for Cations – Part 1
- Qualitative Analysis of Salts: Tests for Cations – Part 2
- Qualitative Analysis of Two Unknown Salts
Manufactured Substances in Industry
- Manufacture, Uses and Effects of Sulphuric Acid on the Environment
- Properties, Manufacture and Uses of Ammonia
- Alloys
- Introduction to Polymers
- Synthetic Polymers
- Properties and Uses of Glass and Ceramics
- The Properties and Uses of Composite Materials
