Oxford University Press
Cambridge IGCSE® & O Level Complete Chemistry: Student Book (Fourth Edition)
RoseMarie Gallagher, Paul Ingram
Cambridge IGCSE® & O Level Complete Chemistry: Student Book (Fourth Edition)
US$ 34.49
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Description
Contents
Reviews

The Cambridge IGCSE® & O Level Complete Chemistry Student Book is at the heart of delivering the course. It has been fully updated and matched to the latest Cambridge IGCSE (0620) & O Level (5070) Chemistry syllabuses, ensuring it covers all the content that students need to succeed.

The Student Book is written by RoseMarie Gallagher and Paul Ingram, experienced and trusted authors of our previous, best-selling edition. It has been reviewed by subject experts globally to ensure it meets teachers' needs.

The book offers a rigorous approach, with a light touch to make it engaging. Varied and flexible assessment-focused support and exam-style questions improve students' performance and help them to progress, while the enriching content equips them for further study.

The Student Book is available in print, online or in a great-value print and online pack. The supporting Exam Success Guide and Practical Workbook help students achieve top marks in their exams, while the Workbook, for independent practice, strengthens exam potential inside and outside the classroom.

Language
English
ISBN
9781382005883
Contents
1 States of matter
1.1 Everything is made of particles
1.2 Solids, liquids, and gases
1.3 The particles in solids, liquids, and gases
1.4 Heating and cooling curves
1.5 A closer look at gases
Checkup on Chapter 1
2 Atoms and elements
2.1 Meet the elements
2.2 More about atoms
2.3 How electrons are arranged
2.4 Isotopes and Ar
How our model of the atom developed
Checkup on Chapter 2
3 Atoms combining
3.1 Compounds, mixtures, and chemical change
3.2 Why do atoms form bonds?
3.3 The ionic bond
3.4 More about ions
3.5 The covalent bond
3.6 Covalent compounds
3.7 Comparing ionic and covalent compounds
3.8 Giant covalent structures
3.9 The bonding in metals
Checkup on Chapter 3
4 Reacting masses, and chemical equations
4.1 The names and formulae of compounds
4.2 Equations for chemical reactions
4.3 The masses of atoms, molecules, and ions
4.4 Calculations about mass and %
Checkup on Chapter 4
5 Using moles
5.1 The mole
5.2 Calculations from equations
5.3 Reactions involving gases
5.4 The concentration of a solution
5.5 Finding the empirical formula
5.6 From empirical to final formula
5.7 Finding % yield and % purity
Checkup on Chapter 5
6 Redox reactions
6.1 Oxidation and reduction
6.2 Redox and electron transfer
6.3 Redox and oxidation numbers
6.4 Oxidising and reducing agents
Checkup on Chapter 6
7 Electricity and chemical change
7.1 Conductors and non-conductors
7.2 The principles of electrolysis
7.3 The reactions at the electrodes
7.4 Electroplating
Checkup on Chapter 7
8 Energy changes in reactions
8.1 Energy changes in reactions
8.2 A closer look at energy changes
8.3 Calculating enthalpy changes
8.4 The hydrogen-oxygen fuel cell
Checkup on Chapter 8
9 The rate of reaction
9.1 Introducing reaction rates
9.2 Measuring the rate of a reaction
9.3 Changing the rate (part I)
9.4 Changing the rate (part II)
9.5 Explaining rate changes
9.6 Catalysts
More about enzymes
Checkup on Chapter 9
10 Reversible reactions and equilibrium
10.1 Reversible reactions
10.2 Shifting the equilibrium
10.3 The Haber process
10.4 The Contact process
Checkup on Chapter 10
11 Acids, bases, and salts
11.1 Acids and bases
11.2 A closer look at acids and alkalis
11.3 The reactions of acids and bases
11.4 A closer look at neutralisation
11.5 Oxides
11.6 Making salts (part I)
11.7 Making salts (part II)
11.8 Finding concentration by titration
Checkup on Chapter 11
12 The Periodic Table
12.1 The Periodic Table: an overview
12.2 Group I: the alkali metals
12.3 Group VII: the halogens
12.4 More about the trends
12.5 The transition elements
How the Periodic Table developed
Checkup on Chapter 12
13 The behaviour of metals
13.1 Comparing metals and non-metals
13.2 Comparing metals for reactivity
13.3 Metals in competition
13.4 The reactivity series
13.5 The rusting of iron
Checkup on Chapter 13
14 Extracting and using metals
14.1 Metal ores and metal extraction
14.2 Extracting iron
14.3 Extracting aluminium
14.4 Making use of metals
14.5 Alloys
Metals, civilisation, and you
Checkup on Chapter 14
15 Chemistry of the environment
15.1 Our environment and us
15.2 What is in river water?
15.3 Our water supply
15.4 Fertilisers
15.5 Air, the gas mixture we live in
15.6 Air pollution from fossil fuels
15.7 Two greenhouse gases
15.8 Tackling climate change
Checkup on Chapter 15
16 Organic chemistry
16.1 Petroleum: a fossil fuel
16.2 Refining petroleum
16.3 Four families of organic compounds
16.4 The alkanes
16.5 Cracking alkanes
16.6 The alkenes
16.7 The alcohols
16.8 The carboxylic acids
Checkup on Chapter 16
17 Polymers
17.1 Introducing polymers
17.2 Addition polymerisation
17.3 Condensation polymerisation
17.4 Plastics
17.5 The plastics problem
17.6 Tackling the plastics problem
17.7 Proteins
Checkup on Chapter 17
18 Separation and purification
18.1 Making a substance in the lab
18.2 Solutions and solubility
18.3 Separating a solid from a liquid
18.4 Separating by distillation
18.5 Paper chromatography (part I)
18.6 Paper chromatography (part II)
18.7 Checking purity
The chromatography detectives
Checkup on Chapter 18
19 Experiments and tests in the lab
19.1 The scientific method, and you
19.2 Writing up an experiment
19.3 Preparing, and testing, gases
19.4 Testing for cations
19.5 Testing for anions
Checkup on Chapter 19
Answers for Chapters 1 – 19
IGCSE practice questions for the exam
IGCSE practice questions for Paper 3
IGCSE practice questions for Paper 4
IGCSE practice questions for Paper 6
Reference
Glossary
The Periodic Table and atomic masses
Index
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