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Heinemann Chemistry
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Heinemann Chemistry 1 Enhanced (4th Edition): Student Book |
By Nicole Lukins, Carolyn Elvins, Philippa Lohmeyer, Bob Ross, Robert Sanders, Gordon Wilson |
The exciting new Heinemann Chemistry Enhanced series has been developed to support the 2007-2012 Chemistry Study Design.
Key features:
- Chapter opener includes key knowledge statements and outcomes
- Each chapter is divided into clear-cut sections which finish with a set of summary points and key questions
- Chapter review questions are found at the end of each chapter
- Chemistry in Action boxes contain Chemistry in an applied situation of relevant context
- ChemCAL boxes flag the ChemCAL website which is found on Exam Cafe Online.
- Extension boxes contain material which goes beyond the core content of the study design
- The Area of Study Review includes a large range of exam-style questions both multiple choice and extended response
- The 'Cutting Edge' spreads are written by practising Australian scientists and have been updated to the most modern Chemistry to life while addressing this vital area of the study design
- Chemfacts are snippets of information that add interest and relevance to the text
- The glossary at the end of the book can be used to check the meaning of important words
- A comprehensive index is included and appendices include important support material.
- Exam Cafe CD which contains an electronic student book, course content checklist, general advice, practice exams and answers, glossary and student book answers.
Contents
- Chapter 1 How did chemistry begin?
- The foundations of chemistry
- Who discovered the elements?
- Elements: names and symbols
- Dalton: recognising invisible atoms
- The periodic table: the elements organised
- Chapter 2 A particle view of matter
- Inside atoms
- The nuclear atom
- Arranging electrons around a nucleus
- Limitations of this model
- Chapter 3 The periodic table
- Why is the periodic table important?
- Why are element properties periodic?
- Trends in properties
- Chapter 4 Relative atomic mass and the mole
- Masses of particles
- The mole
- Molar mass
- Formulas of compounds
- Chapter 5 Metals
- Uses of metals
- Properties and structure
- Modifying metals
- Chapter 6 Ionic compounds
- Properties of ionic compounds
- Electron transfer diagrams
- Chemical formulas
- Uses of ionic compounds
- Chapter 7 Covalent molecules, networks and layers
- Three different forms of carbon
- Bonding model for covalent molecular substances
- Shapes of molecules
- Forces between molecules
- Covalent lattices
- Using the model of bonding
- Chapter 8 Compounds of carbon
- Why is carbon important?
- How does carbon form so many compounds?
- Hydrocarbons
- Naming carbon compounds
- Properties of alkanes and alkenes
- Polymers: long-chain molecules
- Polymers: what are they?
- Chapter 9 Bonding, surfaces and nanoparticles
- An overview of bonding
- Surfaces of materials
- Nanoparticles
- Chapter 10 Water: essential to life
- A molecule essential for life
- The water cycle
- Explaining the properties of water
- Water as a solvent
- Chapter 11 Measuring solubility
- Measuring solubility
- Concentration of solutions
- Chapter 12 Water: removing dissolved solutes
- Precipitation reactions
- Maintaining water quality
- Chapter 13 Introducing acids and bases
- Introducing acids and bases
- Reactions involving acids and bases
- Chapter 14 Acids and bases
- History of acids and bases
- Bronstad-Lowry acids and bases
- Acid and base strength
- Acidic, basic and neutral solutions
- Chapter 15 Calculations in chemistry: stoichiometry
- Calculations based on amount of a reactant or product
- Calculations based on amount of two reactants
- Volumetric analysis
- Chapter 16 Redox chemistry and corrosion
- Oxidation and reduction
- Redox reactions
- Oxidation numbers
- Half equations for complex redox reactions
- Evidence for electron transfer
- The electrochemical series
- The corrosion process
- Chapter 17 Green chemistry
- Development of CFCs
- How does green chemistry help?
- Green chemistry in action
- Chapter 18 The atmosphere
- The atmosphere supports life
- The atmosphere and essential gases
- Chapter 19 Environmental issues
- Acid rain
- Depletion of the ozone layer
- Photochemical smog
- Enhanced greenhouse effect
- A solution to the enhanced greenhouse effect?
- Chapter 20 Gases of the atmosphere
- Nitrogen
- Oxygen
- Carbon dioxide
- Chapter 21 Physical properties of gases
- Behaviour of gases
- Kinetic molecular theory
- Measuring pressure and volume
- The gas laws
- Combined gas equation
- General gas equation
- Reacting quantities
Recommended Specifications
PC
- Intel® Pentium® III processor or higher
- Windows® 2000, XP or Vista
- Microsoft® Office 2000, XP or 2007
- 128MB or more of installed RAM (256MB recommended for complex forms or large documents)
- Adobe® Reader® 8 or 9
MAC
- G3 or higher
- OS X.2.8 or higher
- Microsoft® Office for MAC 2001, X or 2004
- 128MB or more of installed RAM
- Adobe® Reader® 8 or 9
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| Category: CD-ROMs/Audio CDs, Chemistry, Science |
| ISBN: 978 1 44253 752 1 |
| Description: Student Book |
| Publisher: Pearson Secondary |
| List Price $69.95 (AUD) |
| Expected release date: Oct - 2010 |
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Paperback
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