IGCSE Chemistry

IGCSE Chemistry

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Course curriculum

1. 1.1 Particles - Atoms
2. 1.1 Particles - Diffusion
3. 1.1 Particles - Atoms in the Periodic Table
4. 1.1 Introduction to The Particulate Nature of Matter
5. 1.1 Particles - Isotopes
6. 1.1 Particles - Heating Curve and Cooling Curve
7. 1.1 Particles - Electron Arrangement
1. 2.1 Separation Methods Part 1
2. 2.1 Separation Methods Part 2
1. 3.1 Bonding and Structure of Matter
2. 3.2 Ions and Ionic Bonds Part 1
3. 3.2 Ions and Ionic Bonds Part 2
4. 3.2 Ions and Ionic Bonds Part 3
5. 3.2 Ions and Ionic Bonds Part 4
6. 3.2 Ions and Ionic Bonds Part 5
7. 3.2 Macromelecules
8. 3.2 Metallic bonds
9. 3.2 Molecules and Covalent Bonds Part 1
10. 3.2 Molecules and Covalent Bonds Part 2
11. 3.2 Molecules and Covalent Bonds Part 3
12. 3.2 Molecules and Covalent Bonds Part 4
13. 3.2 Molecules and Covalent Bonds Part 5
1. 4.1 Stoichiometry - Formula of Simple Covalent Compounds
2. 4.1 Stoichiometry - Formula of Ionic Compounds
3. 4.1 Stoichiometry - Equations and State Symbols
4. 4.1 Stoichiometry - Word Equations to Chemical Equations
5. 4.1 Stoichiometry - Ionic Equations
6. 4.2 The Mole Concept - Calculations in Equations Part 1
7. 4.2 The Mole Concept - Calculations in Equations Part 2
8. 4.2 The Mole Concept - Concentrations of Solutions
9. 4.2 The Mole Concept - Empirical formula
10. 4.2 The Mole Concept - Empirical Formula to Molecular Formula
11. 4.2 The Mole Concept - Limiting Reactants
12. 4.2 The Mole Concept - The Molar Volume of Gas
13. 4.2 The Mole Concept - Percentage Yield and Percentage Purity
14. 4.2 The Mole Concept - Moles and Equations
15. 4.2 The Mole Concept - The Mole and Avogadro Constant
16. 4.2 The Mole Concept - Mass and Moles
17. 4.2 The Mole Concept - Volume and Mass in Equations
1. 5.1 Comparing Products of Electrolysis
2. 5.1 Electrolysis Using Copper Electrodes
3. 5.1 Electrolysis of Aqueous Solution
4. 5.1 Electrolysis of Molten
5. 5.1 Electrolysis of Brine
6. 5.1 Electrolysis of concentrated NaCl
7. 5.1 Extraction of Aluminium
8. 5.1 Simple Cell
9. 5.1 Refining Copper and Electroplating
10. 5.1 Introduction to electrolysis
11. 5.1 Simple Cells and Reactivity of Metals
1. 6.1 Energy of A Reaction - Calculating Energy Change
2. 6.1 Energy of A Reaction - Endothermic and Exothermic Reactions
3. 6.2 Energy Transfer
1. 7.1 Introduction to Rate of Reaction
2. 7.2 Rate of Reaction - Catalyst
3. 7.2 Rate of Reaction - Concentration
4. 7.2 Rate of Reaction - Particle Size
5. 7.2 Rate of Reaction - Photochemical Reactions
6. 7.2 Rate of Reaction - Pressure and Collision Theory
7. 7.2 Rate of Reaction - Temperature
8. 7.3 Reversible Reactions Part 1
9. 7.3 Reversible Reactions Part 2
10. 7.4 Definition of Redox
11. 7.4 Redox - Oxidising and Reducing Agents
12. 7.4 7.4 Redox - Redox Reactions
1. 8.1 The Characteristics and Properties of Acids and Bases Part 1
2. 8.1 The Characteristics and Properties of Acids and Bases Part 2
3. 8.1 The Characteristics and Properties of Acids and Bases Part 3
4. 8.1 The Characteristics and Properties of Acids and Bases Part 4
5. 8.1 The Characteristics and Properties of Acids and Bases Part 5
6. 8.2 Types of Oxides
7. 8.3 Preparation of Salts - Acid Neutralisation
8. 8.3 Preparation of Salts - Crystallisation
9. 8.3 Preparation of Salts - Precipitation
10. 8.3 Preparation of Salts - Chemical and Ionic Equations
11. 8.3 Preparation of Salts - Solubility of Salts
12. 8.3 Preparation of Salts - Titration
13. 8.4 Identification of Ions and Gases - Flame Test
14. 8.4 Identification of Ions and Gases - Cations Part 1
15. 8.4 Identification of Ions and Gases - Cations Part 2
16. 8.4 Identification of Ions and Gases - Test for Gas
17. 8.4 Identification of Ions and Gases - Anions
1. 9.1 Introduction to The Periodic Table
2. 9.2 Periodic Trends
3. 9.3 Group Properties - Group I Physical Properties
4. 9.3 Group Properties - Group I Chemical Properties
5. 9.3 Group Properties - Group VII Physical Properties
6. 9.3 Group Properties - Group VIII
7. 9.3 Group Properties - Group VII Chemical Properties
8. 9.3 Group Properties - Group VII Displacement
9. 9.4 Transition Elements
1. 10.1 Properties of Metals
2. 10.2 Reactivity Series - Thermal Decompostion of Metal Compounds
3. 10.2 Reactivity Series - Metals and Acid
4. 10.2 Reactivity Series - Displacement of Metals
5. 10.2 Reactivity Series - Metals and Carbon
6. 10.2 Reactivity Series - Metals and Water
7. 10.3 Extraction of Metals - Extraction of Zinc
8. 10.3 Extraction of Metals - Extraction of Iron
9. 10.3 Extraction of Metals - Extraction of Aluminium
10. 10.4 Uses of metals
1. 11.1 Water
2. 11.2 Air - Air Pollution
3. 11.2 Air - Components of Air
4. 11.2 Air - Rusting of Iron
5. 11.3 Nitrogen and Fertilisers
6. 11.4 Carbon Dioxide and Methane
1. 12.1 Sulphur and Contact Process
1. 13.1 Carbonates
1. 14.1 Names of Compounds
2. 14.2 Fuels
3. 14.3 Homologous Series - Isomerism of Alkenes and Alcohols
4. 14.3 Homologous Series - Characteristics
5. 14.4 Alkanes - Physical Properties
6. 14.4 Alkanes - Chemical Properties
7. 14.5 Alkenes - Polymerisation of Ethene
8. 14.5 Alkenes - Comparing Alkanes and Alkenes
9. 14.5 Alkenes - Chemical Reactions
10. 14.5 Alkenes - Preparation and Physical Properties
11. 14.6 Alcohols - Manufacture of Alcohols
12. 14.6 Alcohols - Reactions of Alcohols
13. 14.7 Carboxylic Acids - Reactions of Acids Part 1
14. 14.7 Carboxylic Acids - Preparing Acids
15. 14.7 Carboxylic Acids - Reactions of Acids Part 2
16. 14.8 Natural Polymers
17. 14.8 Polymers - Polymers and Monomers
18. 14.8 Synthetic Polymers - Polyester
19. 14.8 Synthetic polymers - Addition Polymerisation
20. 14.8 Synthetic Polymers - Polyamide
21. 14.3 Homologous Series - Isomerism of Alkanes

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