Unit 3: Equilibrium, acids and redoc reactions
Topic 3.1 Chemical equilibrium
Chapter 1: Chemical equations
Chpater 2: Reversible reactions
Chapter 3: Dynamic equilibrium
Chapter 4: Activation energy
Chapter 5: Equillibrium – effect of temperature
Chapter 6: Equilibrium – effect of concentration, pressure and catalyst
Chapter 7: La Chatelier’s principle
Chapter 8: Equilibrium constants
Chapter 9: Acids
Chapter 10: The strength of acids and the degree of ionization
Chapter 11: Bronsted-Lowry model
Chapter 12: pH scale
Chpater 13: Acid-base reactions
Chapter 14: Volumetric analysis
Topice 3.2 Oxidation and reduction
Chapter 15: Redox reaction
Chapter 16: Oxidation and reduction
Chapter 17: Reactivity series
Chapter 18: Standard electrode potential
Chapter 19: Electrochemical cells
Chapter 20: Galvanic cells
Chapter 21: Standard electrode potential
Chapter 22: Electrolytic cells
Assessment
Unit 4: Structure, synthesis and design
Topic 4.1 Properties and structure of organic molecules
Chapter 23: Structure of organic compounds
Chapter 24: Physical properties
Chapter 25: Chemical properties
Chapter 26: Polymers part I
Chapter 27: Polymers part II
Chapter 28: Analytical techniques
Topic 4.2 Chemical synthesis and design
Chapter 29: Chemical synthesis
Chapter 30: Green chemistry
Chapter 31: Fuels
Chapter 32: Molecular manufacturing
Assessment
Unit 3 & 4 Exam
The dot point approach fully covers the content, formula and mandatory practicals in the syllabi.
Breakout boxes provide springboards for investigating Science as a Human Endeavour (SHE), while reinforcing key terms and key formula.
Scaffolds at the end of each unit support the development of the key skills required to complete the mandatory assessment tasks.
Exam practice at the end of each chapter and unit develop exam skills and help students retain knowledge.