About Course

Chemistry – Introduction

Chemistry is the science of matter and its interactions. At Stage 5, students learn how atoms combine to form compounds, how different types of reactions occur, and how materials are structured and used in daily life. By investigating reactions, bonding, and the properties of substances, Chemistry builds analytical skills and connects classroom learning to industries, sustainability, and environmental challenges.

About Contents

Chemistry lessons begin with Reactions, revisiting atomic structure and classification of elements, compounds, and mixtures before progressing into combustion, acid‑base, displacement, synthesis, and decomposition reactions. Students practice balancing chemical equations, investigate conservation of mass, and study reaction rates influenced by temperature, concentration, and catalysts, alongside essential safety practices.

The Materials unit introduces bonding types—ionic, covalent, and metallic—while examining properties such as conductivity and strength. Lessons cover organic chemistry basics, naming hydrocarbons, combustion processes, and the role of polymers in modern life.

Environmental impact is emphasized through topics on microplastics, recycling, and sustainable alternatives, with a final investigation into material properties.

 

What You Will Get

  • Complete syllabus coverage aligned with NSW Stage 5 requirements.

  • 22 structured lessons with clear outcomes and progression.

  • Interactive learning through quizzes, worksheets, and problem‑solving tasks.

  • Practical experiments and demonstrations that connect theory to real life.

  • Reaction summaries and bonding diagrams for quick revision.

  • Depth studies and projects on materials and sustainability.

  • Exam preparation support

 
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Course Content

Reactions

  • 1. Atomic structure
  • 2. Elements, compounds, mixtures – classification
  • 3. Types of reactions – combustion
  • 4. Acid base reactions – neutralisation experiments
  • 5. Displacement reactions – metals and reactivity
  • 6. Synthesis reactions – combining substances
  • 7. Decomposition reactions – breaking down compounds
  • 8. Balancing chemical equations – practice
  • 9. Conservation of mass – experiments
  • 10. Reaction rates – temperature effects
  • 11. Reaction rates – concentration and catalysts
  • 12. Safety in chemical reactions – lab practices

Materials