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• W560938103 abstract "CHAPTER 1: STATES OF MATTER 1.1 Everything is made of particles 1.2 Solids, liquids and gases 1.3 Particles in solids, liquids and gases 1.4 A closer look at gases 1.5 Mixtures, solutions and solvents 1.6 Pure substances and impurities 1.7 Separation methods (1) 1.8 Separation methods (2) 1.9 More about chroatography Questions on Chapter 1 CHAPTER 2: THE ATOM 2.1 Atoms, elements and compounds 2.2 More about atoms 2.3 Isotopes and radioactivity 2.4 How electrons are arranged Questions on chapter 2 CHAPTER 3: ATOMS COMBINING 3.1 Why compounds form 3.2 The ionic bond 3.3 More about ions 3.4 Ionic compounds and their properties 3.5 The covalent bond 3.6 Covalent compounds 3.7 Molecular substances 3.8 Giant covalent structures 3.9 The bonding in metals 3.10 Bonding, structure and properties: a review Questions on chapter 3 CHAPTER 4: THE PERIODIC TABLE 4.1 An overview of the periodic table 4.2 Group 1: the alkali metals 4.3 The patterns within Group 1 4.4 Group 7: the halogens 4.5 Group 0: the noble gases 4.6 The transition elements 4.7 Across the Periodic Table Questions on Chapter 4 CHAPTER 5: THE MOLE 5.1 The names and formuale of compounds 5.2 The masses of atoms, molecules and ions 5.3 Percentage composition of a compund 5.4 The mole 5.5 The empirical formula 5.6 From empirical to final formula 5.7 The concentration of a solution Questions from Chapter 5 CHAPTER 6: CHEMICAL EQUATIONS 6.1 Physical and chemical change 6.2 Equations for chemical reactions 6.3 Calculations from equations 6.4 Reactions involving gases 6.5 Finding % yield and % purity Questions on Chapter 6 CHAPTER 7: REDOX REACTIONS 7.1 Different types of reactions 7.2 Oxidation and reduction 7.3 Redox and electron transfer 7.4 Changes in oxidation state 7.5 Oxidising and reducing agents Questions on Chapter 7 CHAPTER 8: ACIDS AND BASES 8.1 Acids and alkalis 8.2 A closer look at acids and alkalis 8.3 The reactions of acids and bases 8.4 A closer look a neutralisation 8.5 Acids and bases outside the lab 8.6 Making salts 8.7 Making insoluble salts by precipitation 8.8 Finding concentrations by titration Questions on Chapter 8 CHAPTER 9: ELECTRICITY AND CHEMICAL CHANGE 9.1 Conductors and insulators 9.2 The principle of electrolysis 9.3 The electrolysis of solutions 9.4 The electrolysis of brine 9.5 Two more uses of electrolysis Questions on Chapter 9 CHAPTER 10: HOW FAST ARE REACTIONS? 10.1 Rates of reaction 10.2 Measuring the rate of a reaction 10.3 Changing the rate of a reaction (1) 10.4 Changing the rate of a reaction (2) 10.5 Explaining rates 10.6 Catalysts 10.7 Enzymes: biological catalysts Questions on chapter 10 CHAPTER 11: ENERGY CHANGES AND REVERSIBLE REACTIONS 11.1 Energy changes in reactions 11.2 Explaining energy changes 11.3 Energy from fuels 11.4 Reversible reactions 11.5 Shifting the equilibrium Questions on Chapter 11 CHAPTER 12: THE BEHAVIOUR OF METALS 12.1 Metals and non-metals 12.2 Comparing metals for reactivity (1) 12.3 Comparing metals for reactivity (2) 12.4 The reactivity series 12.5 Making use of the reactivity series Questions on Chaoter 12 CHAPTER 13: MAKING USE OF METALS 13.1 Metals in the Earth's crust 13.2 Extracting iron 13.3 Extracting iron 13.4 Extracting aluminium 13.5 Making use of metals 13.6 Steels and other alloys 13.7 Corrosion 13.8 Mining, using, and recycling metals Questions on Chapter 13 CHAPTER 14: AIR AND WATER 14.1 What is air 14.2 Making use of air 14.3 Pollution alert! 14.4 Water supply Questions on Chapter 14 CHAPTER 15: NON-METALS: HYDROGEN AND NITROGEN 15.1 Hydrogen 15.2 Nitrogen and ammonia 15.3 Making ammonia in industry 15.4 Fertilisers Questions on Chapter 15 CHAPTER 16: NON-METALS: OXYGEN, SULPHUR, CHLORINE AND CARBON 16.1 Oxygen 16.2 Oxides 16.3 Sulphur and sulphur dioxide 16.4 Sulphuric acid 16.5 Chlorine 16.6 Carbon and its compounds 16.8 Limestone Questions on Chapter 16 CHAPTER 17: ORGANIC CHEMISTRY 17.1 Oil: a source of useful compounds 17.2 Separating oil into fractions 17.3 Cracking hydrocarbons 17.4 The alkanes 17.5 The alkenes 17.6 The alcohols 17.7 The manufacture of ethanol 17.8 Carboxylic acids and esters Questions on Chapter 17 CHAPTER 18: POLYMERS 18.1 Introducing polymers 18.2 Addition polymerisation 18.3 Condensation polymerisation 18.4 Making use of synthetic polymers 18.5 Plastics: here to stay 18.6 The macromolecules in food (1) 18.7 The macromolecules in food (2) 18.8 Breaking down the macromolecules Questions on chapter 18 CAMBRIDGE IGCSE EXAM QUESTIONS Core material Extended material WORKING IN THE LAB Working with gases in the lab Testing for ions in the lab Safety first! REFERENCE Answers to numerical questions Glossary The periodic table and atomic masses Index" @default.
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