Complete Chemistry for Cambridge IGCSE

Note

The following two books are same is their content but different in outer cover only.

Complete Chemistry for Cambridge IGCSE and

Fundamental Chemistry for Cambridge O Level

 Book Details:

Oxford University Press; January 2011
322 pages; ISBN 9780198394440
Author: RoseMarie Gallagher and Paul Ingram

CLICK HERE TO DOWNLOAD THE BOOK

Table of 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: A closer look at gases
Checkup on Chapter 1
2. Separating substances
2.1: Mixtures, solutions, and solvents
2.2: Pure substances and impurities
2.3: Separation methods (part I)
2.4: Separation methods (part II)
2.5: More about paper chromatography
2.6: The chromatography detectives
Checkup on Chapter 2
3. Atoms and elements
3.1: Atoms, elements, and the Periodic Table
3.2: More about atoms
3.3: Isotopes and radioactivity
3.4: How electrons are arranged
How our model of the atom developed
The atom: the inside story
3.5: The metals and non-metals
Checkup on Chapter 3
4. Atoms combining
4.1: Compounds, mixtures, and chemical change
4.2: Why do atoms form bonds?
4.3: The ionic bond
4.4: More about ions
4.5: The covalent bond
4.6: Covalent compounds
4.7: Comparing ionic and covalent compounds
4.8: Giant covalent structures
4.9: The bonding in metals
Checkup on Chapter 4
5. Reacting masses, and chemical equations
5.1: The names and formulae of compounds
5.2: Equations for chemical reactions
5.3: The masses of atoms, molecules. and ions
5.4: Some calculations about masses and %
Checkup on Chapter 5
6. Using moles
6.1: The mole
6.2: Calculations from equations, using the mole
6.3: Reactions involving gases
6.4: The concentration of a solution
6.5: Finding the empirical formula
6.6: From empirical to final formula
6.7: Finding % yield and % purity
Checkup on Chapter 6
7. Redox reactions
7.1: Oxidation and reduction
7.2: Redox and electron transfer
7.3: Redox and changes in oxidation state
7.4: Oxidising and reducing agents
Checkup on Chapter 7
8. Electricity and chemical change
8.1: Conductors and insulators
8.2: The principles of electrolysis
8.3: The reactions at the electrodes
8.4: The electrolysis of brine
8.5: Two more uses of electrolysis
Checkup on Chapter 8
9. Energy changes, and reversible reactions
9.1: Energy changes in reactions
9.2: Explaining energy changes
9.3: Energy from fuels
9.4: Giving out energy as electricity
The batteries in your life
9.5: Reversible reactions
9.6: Shifting the equilibrium
Checkup on Chapter 9
10. The speed of a reaction
10.1: Rates of reaction
10.2: Measuring the rate of a reaction
10.3: Changing the rate of a reaction (part I)
10.4: Changing the rate of a reaction (part II)
10.5: Explaining rates
10.6: Catalysts
More about enzymes
10.7: Photochemical reactions
Checkup on Chapter 10
11. Acids and bases
11.1: Acids and alkalis
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
11.7: Making insoluble salts by precipitation
11.8: Finding concentrations by titration
Checkup on Chapter 11
12. The Periodic Table
12.1: An overview of the Periodic Table
12.2: Group I: the alkali metals
12.3: Group VII: the halogens
12.4: Group 0: the noble gases
12.5: The transition elements
12.6: Across the Periodic Table
How the Periodic Table developed
Checkup on Chapter 12
13. The behaviour of metals
13.1: Metals: a review
13.2: Comparing metals for reactivity
13.3: Metals in competition
13.4: The reactivity series
13.5: Making use of the reactivity series
Checkup on Chapter 13
14. Making use of metals
14.1: Metals in the Earth's crust
14.2: Extracting metals from their ores
14.3: Extracting iron
14.4: Extracting aluminium
14.5: Making use of metals and their alloys
14.6: Steels and steel-making
Metals, civilisation, and you
Checkup on Chapter 14
15. Air and water
15.1: What is air?
15.2: Making use of air
15.3: Pollution alert!
15.4: The rusting problem
15.5: Water supply
Living in space
Checkup on Chapter 15
16. Some non-metals and their compounds
16.1: Hydrogen, nitrogen, and ammonia
16.2: Making ammonia in industry
16.3: Fertilisers
16.4: Sulfur and sulfur dioxide
16.5: Sulfuric acid
16.6: Carbon and the carbon cycle
16.7: Some carbon compounds
16.8: Greenhouse gases, and climate change
16.9: Limestone
Checkup on Chapter 16
17. Organic chemistry
17.1: Petroleum: a fossil fuel
17.3: Separating petroleum into fractions
17.3: Cracking hydrocarbons
17.4: Families of organic compounds
17.5: The alkanes
17.6: The alkenes
17.7: The alcohols
17.8: The carboxylic acids
Checkup on Chapter 17
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 (part I)
18.7: The macromolecules in food (part II)
18.8: Breaking down the macromolecules
Checkup on Chapter 18
19. In the lab
19.1: Chemistry: a practical subject
19.2: An example of an experiment
19.3: Working with gases in the lab
19.4: Testing for ions in the lab
Checkup on Chapter 19
Answers to the numerical questions in this book
Your Cambridge IGCSE chemistry exam
About the Cambridge IGCSE chemistry exam
Exam questions from Paper 2
Exam questions from Paper 3
Exam questions from Paper 6
Reference
Glossary
The Periodic Table and atomic masses
Index