Key Topics
- Mechanics and motion
- Electricity and magnetism
- Thermodynamics
- Waves and light
- Quantum physics
Exam Preparation Strategies
We emphasize practical experiments, data analysis, and conceptual understanding for top VCE results.
Building Strong Foundations
Our tutoring connects theoretical concepts to real-world applications, fostering deep understanding.
Current Curriculum (2023-2027)
The VCE Physics study design emphasizes inquiry-based learning and practical investigations.
Unit 1: How is energy useful to society?
Thermodynamics, electricity, matter and energy.
Unit 2: How does physics help us to understand the world?
Motion, optional topics like astrophysics or medical physics.
Unit 3: How do fields explain motion and electricity?
Motion in fields, generation of electricity.
Unit 4: How can waves explain the behaviour of light?
Light and matter, practical investigation.
Study Tips
- Conduct home experiments to visualize concepts.
- Use simulations for fields and waves.
- Practice graph analysis and data interpretation.
- Link physics to math skills from Methods.
Strategies to Score High
Excel in practical investigations (20% of score), master calculations, and understand conceptual questions. Use VCAA formula sheet effectively.
Scaling and Marks Distribution
Physics scales up for scores above 30, average +4. Marks: Unit 3 SACs 21%, Unit 4 SACs 19%, End-of-year exam 60%.
Detailed Study Design
| Unit | Areas of Study | Topics/Subtopics |
|---|---|---|
| Unit 1 | How can thermal effects be explained? How do electric circuits work? What is matter and how is it formed? | Thermodynamics principles, circuit analysis, atomic physics |
| Unit 2 | How can motion be described and explained? Options (e.g., How does physics inform contemporary issues?) | Kinematics, dynamics, special relativity or electronics |
| Unit 3 | How do things move without contact? How are fields used in electricity generation? | Gravitational/electric/magnetic fields, electromagnetic induction |
| Unit 4 | How can waves explain the behaviour of light? How are light and matter similar? Practical investigation | Wave properties, quantum theory, particle-wave duality |
Past Question Papers
Additional Resources
VCAA study design, Heinemann Physics textbook, PhET simulations, past exams.