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Written by a highly experienced author, Chemistry 2: HSC Course provides the most comprehensive coverage of the Chemistry HSC Course in New South Wales. The text covers all syllabus requirements - content, practical investigations and data analysis activities.
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StudyOn HSC Chemistry & Booklet
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Table of Contents:
HSC CORE MODULES
Core Module 1: Production of materials
Chapter 1 Ethylene and addition polymers
1.1 Alkenes and ethylene
1.2 Addition polymerization
Chapter 2 Condensation polymers and biomass
2.1 Condensation polymers
2.2 Biomass
Chapter 3 Ethanol and biofuels
3.1 Ethanol
3.2 Biofuels
Chapter 4 Electrochemistry and batteries
4.1 Oxidation and reduction
4.2 Galvanic cells and batteries
Chapter 5 Nuclear chemistry and radioisotopes
5.1 Nuclear chemistry
5.2 Making and using radioisotopes
Core Module 2: The acidic environment
Chapter 6 Indicsators
6.1 Using indicators to classify substances
Chapter 7 Acidity and environmental pollution
7.1 Oxides and acid rain
7.2 Acids and equilibria
Chapter 8 Acids and pH
8.1 Strong and weak acids
8.2 The pH scales
Chapter 9 Theories of acids and volumetric analysis
9.1 Theories of acids
9.2 Volumetric analysis
Chapter 10 Esterification
10.1 Organic acids and esterification
Core Module 3: Chemical monitoring and management
Chapter 11 The industrial chemist
11.1 The work of an industrial chemist
11.2 The Haber process
Chapter 12 The analytical chemist
12.1 Identification of ions
12.2 Instrumental analysis
Chapter 13 Atmospheric chemistry
13.1 Chemistry of atmospheric pollution and ozone depletion
Chapter 14 Monitoring and managing water quality
14.1 Testing for water quality
14.2 Water purification
HSC OPTIONS
Option Module 1: Industrial Chemistry
Chapter 15 The chemical industry
15.1 Replacements for natural products
15.2 Equilibrium principles in industry
15.3 Production of sulfuric acid
Chapter 16 Industrial bases and surfactants
16.1 Production of sodium hydroxide
16.2 Saponification and the production of detergents
16.3 The Solvay Process
Option Module 2: Shipwrecks, corrosion and conservation
Chapter 17 Electron transfer and corrosion
17.1 Electrolytes and electron transfer reactions
17.2 Metals, alloys and corrosion
17.3 Electrolytic cells
17.4 Corrosion in the marine environment
Chapter 18 Conservation and restoration
18.1 The concentration of solutes in the ocean
18.2 Corrosion in the ocean depths
18.3 Salvage, conservation and restoration
Option Module 3: Forensic chemistry
Chapter 19 The identification of inorganic and organic substances
19.1 The forensic chemist
19.2 Analysis of carbohydrates
19.3 Analysis of proteins
Chapter 20 Instrumental methods in forensic chemistry
20.1 DNA and forensic chemistry
20.2 Sensitive analytical techniques
20.3 Emission spectra and forensic chemistry
