Jacaranda Chemistry 1 VCE Units 1 2 1st Edition by Neale Taylor ISBN 9780730321408 0730321408

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Product details: 

ISBN 10:  0730321408 

ISBN 13:  9780730321408

Author:  Neale Taylor

Table of contents: 

CHAPTER 1
Atomic structure

Atoms
The structure of atoms
A matter of size
Responsible use of nanotechnology
Representing atoms
Isotopes
Exciting electrons
Bohr’s energy levels
Electron configuration
Erwin Schrödinger – the quantum-mechanical model of an atom
Electron configuration
Chromium and copper – atypical electron configurations
Chapter review
CHAPTER 2
The periodic table

Classification of the elements
Dmitri Mendeleev
Organisation of the periodic table
Periods and groups in the periodic table
Electron configuration and blocks of elements in the periodic table
Metals and non-metals in the periodic table
Patterns in the periodic table
Periodic trends in atomic size
Periodic trends in ionisation energy
Periodic trends in electronegativity
Periodic trends in metallic characteristics
Periodic trends in oxidising and reducing strength
Chapter review

CHAPTER 3
Ionic bonding

Introducing chemical bonds
Electron configuration and stability
Types of chemical bond
From atoms to ions
Ionic bonding
Structure and properties of ionic substances
Ionic lattices
Connecting properties of ionic compounds to structure
Naming ionic compounds
Formulas of binary ionic compounds
Ions of variable charge
Polyatomic ions
Uses of ionic compounds
Why do athletes take sports drinks?
Hydrated ionic compounds
Growing ionic crystals
Chapter review
CHAPTER 4
Metallic bonding

Metals
Properties of metals
Structure of metals
Metallic properties and lattice structure
Alloys
Specific properties and uses of s-block metals
Specific properties and uses of p-block metals
Specific properties and uses of d-block elements
Other models that explain metallic properties
Modifying metals
Modifying a metal by work hardening
Modifying a metal using heat
Coating metals
Surface protection
Reactivity of metals
Reactivity of metals and the periodic table
Metallic nanomaterials

CHAPTER 5
Quantifying chemistry

Measuring atoms
Measuring masses of atoms
Relative atomic mass
Counting atoms
The mole concept
Molar mass (M)
Compounds and molar mass
Changing moles to numbers of particles
Changing mass to moles and moles to mass
Percentage composition
Calculating percentage composition of hydrated compounds
Empirical formulas
Molecular formulas
Chapter review
CHAPTER 6
Covalent bonding

Introducing covalent bonds
Covalent molecular substances
A theory for the structure of covalent molecular substances
The molecule
What is covalent bonding?
Electron dot diagrams
Electron dot diagrams for atoms
Electron dot diagrams for molecular elements
Electron dot diagrams for molecular compounds
Molecular models
Predicting molecular shape
Naming covalent compounds
Molecular elements
Molecular compounds
Electronegativity
Non-polar and polar covalent bonds
Non-polar and polar molecules
Intermolecular attractions
Dispersion forces
Dipole-dipole interactions
Hydrogen bonding
Effects of hydrogen bonding on the properties of water
Properties of molecular substances in relation to structure
CHAPTER 7
Networks and nanomaterials

Carbon
Same but different
Covalent network lattices
Covalent layer lattices
Fullerenes
Comparing structures
Bonding and modelling
Bonding
Lattice structures
Identifying the bonding in different substances
Properties
Composition
Chapter review
CHAPTER 8
Organic chemistry

Organic chemistry
What are organic compounds?
Hydrocarbons
Properties of hydrocarbons
Reactions of alkanes
Structural isomers
The alkenes
Reactions
The alkynes
Reactions
Cyclic hydrocarbons
Naming organic substances
Rules for naming hydrocarbons
Condensed formulas
Functional groups
Alcohols
Carboxylic acids
Where do hydrocarbons come from?
Petroleum
Refining crude oil
Cracking
Chapter review
CHAPTER 9
Polymers

Polymers
The first polymers
What is a polymer?
Thermoplastic and thermosetting polymers
Polymer manufacture
Addition polymerisation
Changing the properties of linear polymers
Extent of branching
Arrangement of side branches in linear polymers

CHAPTER 10
Investigating and reporting

Research investigations
Planning
Presentation of findings
Practical investigations
Procedure
Writing your report
General safety rules
Risk assessments
Working with figures
Scientific notation
Significant figures
How do we count significant figures?
Significant figures and calculations
Errors and uncertainties
Effective study techniques to improve your results
The exam
Using reading time effectively
Getting the best results in writing time
Calculations
CHAPTER 11
Connecting chemical reactions and equations

Chemical changes
Chemical equations
Balancing chemical equations
Rules for balancing equations
Types of chemical reaction
Precipitation reactions
Acid-base and neutralisation reactions
Combustion reactions
Chemical reactions – by patterns
Chapter review
CHAPTER 12
Properties of water

Water – the life force
The physical properties of water
Latent heat
Specific heat capacity
Density
Electrical conductivity
Hydrogen bonding and the properties of water
Effects of hydrogen bonding on the properties of water
Water as a solvent
Solubility
Solubility of gases in water
Using water as a solvent
Mixing solutions
Precipitation reactions
Rules for solubility
Ionic equations
Writing ionic equations for precipitation reactions
Chapter review
CHAPTER 13
Reactions in water

Two new groups of reactions
Introducing acids and bases
Safety with acids and bases
The properties of acids
Reactions of acids
The properties of bases
The Brønsted–Lowry theory of acids and bases
Ionisation and the production of the hydronium ion
Hydrolysis
Dissociation of bases

CHAPTER 14
Measuring solubility and concentration

Using water
Solubility curves
Solubility of solids in water
Crystallisation
Solubility of liquids and gases
The concentration of substances
Ways of expressing concentration
A special unit of concentration
The concentration of water
Calculating the concentration of ions in solution
Environmental issues
Micro-organisms
CHAPTER 15
Analysing water for salts

What is chemical analysis?
Qualitative analysis
Quantitative analysis
Methods of chemical analysis
Deciding on an analytical method
Analysing water
Sources of salts in water
Sources of contaminants in water
Water sampling protocols
A closer look at analytical methods
Electrical conductivity
Colorimetry
UV–visible spectroscopy
Atomic absorption spectroscopy (AAS)
Gravimetric analysis
Stoichiometry – calculations using balanced equations
What a balanced chemical equation tells us
What a chemical equation does not tell us
Mass–mass stoichiometry
Mass–concentration stoichiometry
Gravimetric analysis
Analysing for water content
Extending the gravimetric method
Examining sources of error
Chapter review
CHAPTER 16
Analysing water for organic compounds

Organic compounds in the environment
Some organic chemistry revisited
Naming
Solubility in water
What are organic compounds used for?
Persistent organic pollutants
How do organic contaminants enter water?
Analysing for organic substances
Principles of chromatography
High-performance liquid chromatography (HPLC)
Interpreting the results from HPLC
HPLC at work
Oil spills
Effects of a marine oil spill

CHAPTER 17
Analysing water for acids and bases

Isn’t water neutral?
How is water made acidic?
How is water made basic?
Sources of acids and bases found in water
Reasons for analysing
Analysing for acids and bases
Solution stoichiometry
Dilution
Acid–base titrations
Standard solutions
Volumetric techniques
The pipette
The burette
Volumetric flasks
Indicators
Total alkalinity
Examining sources of error
Chapter review

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Neale Taylor,Jacaranda Chemistry