Why Choose This Course?
What makes a rocket launch, a satellite orbit, or an MRI scanner work? Why is Einstein’s theory still essential for technologies such as GPS? How do physicists explain everything from subatomic particles to the evolution of the universe?
Physics ATAR Year 12 explores the fundamental principles that govern matter, energy, space and time. Students investigate how scientific models and theories have transformed our understanding of the universe and enabled technological advances that shape modern society. Through practical investigations and mathematical analysis, students develop the skills to solve complex problems and apply physical principles to real-world contexts.
Investigate the motion of objects in gravitational, electric and magnetic fields, and explore how these interactions influence the behaviour of matter and energy. Students examine Newtonian mechanics and Einstein’s theory of special relativity to understand circular motion, satellite trajectories and the effects of gravity on space and time. Applications to modern technologies such as GPS, communications systems and aerospace engineering are explored.
Explore the principles of electromagnetism and their application in technologies such as motors, generators and electrical power systems. Students investigate the nature of light and matter through quantum theory, examine the production and behaviour of electromagnetic radiation, and explore models used to explain the origins and evolution of the universe. The application of modern physics to fields such as medical imaging, renewable energy and advanced technologies is also considered.
Skills and Capabilities Developed:
Develop advanced problem-solving and analytical skills through mathematical modelling, practical investigations and scientific inquiry. Students learn to interpret and evaluate experimental data, apply physical principles to unfamiliar situations, construct evidence-based explanations and communicate scientific ideas using appropriate mathematical and scientific conventions.
Potential Careers
Engineering, Physics, Medical Physics, Astronomy, Aviation, Defence, Data Science, Computer Science, Renewable Energy, Geophysics, Research Science and Technology Industries.
Post-School Study Options
Bachelor of Science (Physics), Engineering, Aerospace Engineering, Computer Science, Data Science, Astronomy, Applied Physics, Medical Physics and related STEM degrees.
Pre-requisites
A minimum C Grade in Year 11 Physics ATAR
Ms Kerry-Anne Randall
Head of Science
Kerry.Randall@cewa.edu.au