Australian Physics Practice
From electromagnetic waves to quantum mechanics and Einstein's relativity — master the fundamental laws that govern our universe.
Beta — Help Us Improve!
This platform is currently in beta. All 4 units are available to practise, but there are known issues we are still working through. If you spot anything that doesn't look right — incorrect answers, display glitches, or confusing wording — please let us know at support@subjectcoach.com. Your feedback helps us make this better for everyone.
Suitable for All Australian States
While designed for VCE Physics, our content aligns with the Australian Curriculum framework used across all states. Students in NSW (HSC), Queensland (QCE), Western Australia (WACE), and South Australia (SACE) will find the mechanics, electromagnetism, waves, quantum physics, and relativity skills directly applicable to their curriculum.
Physics Playground — Virtual Laboratory
27 interactive experiments across all 4 units. Launch projectiles, build circuits, explore fields, and discover quantum physics — all in your browser with real-time graphs and data export.
Explore Experiments →Not Just Equations. Physics Understood.
Three ways we bring physics to life — from wave interactions to spacetime itself.
Interactive Wave Lab
Visualise interference patterns, diffraction gratings, and electromagnetic spectra. See how changing wavelength, slit separation, or frequency transforms what you observe.
Visual LearningQuantum Visualiser
Watch the photoelectric effect unfold. See energy level transitions, emission spectra, and de Broglie wavelengths. Quantum physics becomes visible and intuitive.
Unit 4 SignatureField Explorer
Map gravitational, electric, and magnetic fields. Trace charged particles through crossed fields. See how electromagnetic induction powers generators.
InteractiveYour Physics Journey
From waves and energy to fields, forces, and the quantum world. Each unit deepens your understanding of how the universe works.
Unit 1: How Is Energy Useful?
Electromagnetic radiation, wave properties, EM spectrum, nuclear processes, electrical circuits, circuit analysis, power & safety, thermal energy transfer, conduction, convection, radiation
Explore Unit 1Unit 2: How Does Motion Change?
Kinematics, displacement & velocity vectors, acceleration, motion graphs, Newton's laws, friction & normal forces, inclined planes, projectile motion, energy conservation, work-energy theorem, momentum, impulse, collisions
Explore Unit 2Unit 3: How Do Fields Explain Motion and Electricity? 25% SAC + 50% EXAM
Gravitational fields, Newton's universal gravitation, orbital mechanics, electric fields, Coulomb's law, capacitors, magnetic fields, force on moving charges, electromagnetic induction, Faraday's law, power generation & transmission
Explore Unit 3Unit 4: How Have Creative Ideas Revolutionised Physics? 25% SAC + 50% EXAM
Young's double slit, diffraction gratings, photoelectric effect, photon energy, work function, stopping potential, de Broglie wavelength, electron diffraction, atomic spectra, Lorentz factor, time dilation, length contraction, relativistic momentum, mass-energy equivalence
Explore Unit 4Built for the Australian Physics Exam
Every skill targets the exact knowledge and skills assessed in senior Physics exams across Australia.
Section A: Multiple Choice
- 40 questions covering Units 3 and 4
- Our MCQ distractors target common physics misconceptions
- Every wrong answer teaches you correct physical reasoning
Section B: Short Answer
- ~8 extended response questions with calculations and analysis
- Practice interpreting graphs, diagrams, and experimental data
- Step-by-step solutions showing proper physics working
Frequently Asked Questions
Why focus on visual and interactive learning for physics?
Physics is inherently visual and mathematical. Interference patterns, field lines, energy level diagrams, and spacetime graphs all need to be seen to be understood. Our interactive SVG diagrams and animated visualisations help you build the mental models that static textbook images can't provide.
Which units should I prioritise for my ATAR?
Units 3 and 4 contribute 100% of your ATAR study score (25% Unit 3 SAC + 25% Unit 4 SAC + 50% exam). If you're in Year 12, focus on fields, electromagnetism, quantum physics, and relativity. Units 1 and 2 build essential foundations in waves, circuits, and mechanics.
How does this align with the Australian curriculum?
Every skill maps directly to key knowledge points in the Australian Curriculum framework for senior Physics. We use standard notation, follow the study design sequence, and include the exact constants and formulas from the Physics Data Booklet. Content is suitable for VCE, HSC, QCE, WACE, and SACE Physics students.
What makes this different from textbook questions?
Every problem uses randomised values so you can never just memorise answers. Solutions show full working with proper units and significant figures. Interactive diagrams adapt to each problem, and difficulty scales automatically from foundational concepts to exam-level challenges.
What is the Physics Playground?
Our virtual laboratory with 27 interactive experiments across all 4 units. Launch projectiles, build circuits, explore gravitational and electric fields, and simulate quantum phenomena — all in your browser with real-time graphs and data export. It complements the skills practice perfectly.
Ready to See Physics Differently?
Start with the fundamentals or jump straight to exam-critical Units 3 and 4.
Start Practising