This elective introduces students to the fascinating world of chemistry, the study of matter and how it changes. Through engaging experiments and real-world applications, students explore the structure and properties of substances, chemical reactions, and the role of chemistry in everyday life.
The course develops scientific knowledge and practical skills through the study of elements and compounds, atomic structure, the periodic table, reactants and products, balancing chemical equations, exothermic and endothermic reactions, rates of reaction, and radioactive decay. Students learn how to safely conduct experiments, analyse and interpret data, evaluate evidence, and communicate scientific ideas using appropriate scientific language and representations.
Students also investigate how chemistry contributes to sustainable practices, technological advancement, and informed decision-making in society. This subject prepares students for VCE Chemistry and supports future pathways in science, engineering, health, and technology-related fields.
Students explore the structure of atoms, including protons, neutrons, and electrons, and examine how atomic structure influences chemical behaviour. They investigate how the periodic table is organised and how patterns and trends can be used to predict the properties and reactivity of elements.
Students investigate the differences between elements, compounds, and mixtures, and explore how substances combine and interact. They examine how chemical bonding influences the properties and uses of different materials.
Students learn how chemical reactions involve reactants forming products and apply the law of conservation of mass to balance chemical equations. They use word and chemical equations to represent reactions accurately and develop mathematical reasoning skills.
Students explore energy changes in chemical reactions and investigate the differences between exothermic and endothermic processes. They examine how heat is transferred during reactions and identify examples from everyday life and industry.
Students investigate factors that affect the rate of chemical reactions, including temperature, concentration, surface area, and catalysts. They conduct controlled investigations and analyse how changing variables influence reaction speed.
Students explore the process of radioactive decay and investigate how unstable atoms release energy over time. They examine the uses and impacts of radiation in medicine, industry, and society, including considerations of safety and sustainability.
Students investigate how chemistry is applied in areas such as environmental science, medicine, energy production, and materials science. They explore how scientific innovations influence society and contribute to sustainable practices and environmental management.
Students will also demonstrate their ability to analyse scientific data, evaluate evidence, and communicate explanations using appropriate scientific conventions.
Students develop skills in planning investigations, identifying variables, analysing and interpreting data, evaluating the reliability of evidence, and communicating scientific findings using scientific conventions and representations.
This subject is excellent preparation for VCE Chemistry and supports pathways in health sciences, engineering, environmental science, medical research, pharmaceuticals, and other STEM-based fields.
