Cambridge IGCSE Chemistry Coursebook (fourth edition)

Page 4

Contents Introduction

v

1 Planet Earth

1

1.1 Natural cycles and resources 1.2 The atmosphere 1.3 Seas and rivers 1.4 The Earth’s crust

2 5 11 14

2 The nature of matter

21

2.1 The states of matter 2.2 Separating and purifying substances 2.3 Atoms and molecules 2.4 The structure of the atom 2.5 Electron arrangements in atoms

22 27 34 41 47

3 Elements and compounds

55

3.1 The Periodic Table – classifying the elements 3.2 Trends in groups 3.3 Trends across a period 3.4 Chemical bonding in elements and compounds 3.5 The chemical formulae of elements and compounds 3.6 Metals, alloys and crystals

56 60 63 65 75 78

4 Chemical reactions

89

4.1 Chemical reactions and equations 4.2 Equations for chemical reactions 4.3 Types of chemical reaction 4.4 A closer look at reactions, particularly redox reactions 4.5 Electrolysis 4.6 A closer look at electrode reactions

90 91 94

5 Acids, bases and salts

100 102 113

119

5.1 What is an acid? 5.2 Acid and alkali solutions 5.3 Metal oxides and non-metal oxides

120 124 125

5.4 Acid reactions in everyday life 5.5 Alkalis and bases 5.6 Characteristic reactions of acids 5.7 Acids and alkalis in chemical analysis 5.8 Salts 5.9 Preparing soluble salts 5.10 Preparing insoluble salts 5.11 Strong and weak acids and alkalis

127 129 131 134 136 138 141 143

6 Quantitative chemistry

151

6.1 Chemical analysis and formulae 6.2 The mole and chemical formulae 6.3 The mole and chemical equations 6.4 Calculations involving gases 6.5 Moles and solution chemistry

152 158 161 165 166

7 How far? How fast?

174

7.1 Energy changes in chemical reactions 7.2 Rates of reaction 7.3 Catalysts 7.4 Photochemical reactions 7.5 Reversible reactions and chemical equilibria

175 181 187 193 194

8 Patterns and properties of metals 206 8.1 The alkali metals 8.2 Aluminium 8.3 The transition elements 8.4 The reactivity of metals 8.5 Electrical cells and energy

207 210 212 215 221

9 Industrial inorganic chemistry

226

9.1 The extraction of metals by carbon reduction 9.2 The extraction of metals by electrolysis 9.3 Ammonia and fertilisers 9.4 Sulfur and sulfuric acid 9.5 The chlor–alkali industry 9.6 Limestone 9.7 The economics of the chemical industry

Original material © Cambridge University Press 2014

Contents

227 234 235 238 241 242 245 iii


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