VCE Physics - Syllabus & Notes
Study for the VCE Physics exam with expert-written notes, past papers, syllabus-aligned study design, and exam-style questions. All study tools are aligned with the official VCE Physics syllabus to help students understand key topics, stay on track with study goals, and feel confident on exam day. Start studying smarter and improve raw marks and ATAR scores with Simple Study today.
Built around the VCE Physics syllabus
Student-friendly VCE Physics notes
Boost VCE Physics raw marks and ATAR scores
Created by experienced teachers
Structured VCE Physics study design
Improve weak areas with targeted notes
Track your study progress
Impact of SimpleStudy study tools on VCE Physics students
2,250+
students currently enrolled in VCE Physics
87%
of students reported an improvement in their VCE Physics marks
4.8/5
average rating from VCE Physics students
200K+
exam questions answered in VCE Physics practice
Study Tools for VCE Physics Syllabus
VCE Physics Flashcards
Revise key concepts with interactive flashcards
VCE Physics Quizzes
Test your knowledge with fun and engaging quizzes.
VCE Physics Exam Questions
Boost your confidence with real exam questions.
VCE Physics Past Papers
Practice past papers to reinforce exam experience
VCE Physics Revision Notes
Concise and carefully curated learning materials.
VCE Physics Model Answers
Get step-by-step guidance on how to answer questions.
Study VCE Physics Topics
What Is Relativity?
Matter as Particles or Waves
Wave-Like Properties of Light
Peak and RMS Values of Sinusoidal AC Voltages
Solar Panels: Generating Electricity From Photovoltaic Cells
Electric Fields and Forces
Gravity and Gravitational Fields
Work and Energy
Newton’s Laws
Work
Momentum
Concepts Used to Model Motion
Useful Electronic Components
Charge (Q) and Current (I)
Nuclear Energy and Energy-Mass Equivalence
Nuclear Stability: Forces in the Nucleus
Thermal Energy
The Properties of Waves
Questions, Variables, and Predictions
Time Dilation and Length Contraction
Similarities Between Light and Matter
Particle-Like Properties of Light
Transformers: Electromagnetic Induction at Work
Generating EMF by Varying the Magnetic Flux
Magnetic Fields and Forces: The Basics
Gravitational Potential Energy
Momentum and Impulse
Circular Motion
Energy, Power, and Energy Efficiency
Newton’s Laws of Motion
Analysing Motion Through Graphs
Electricity at Home
Electrical Energy and Potential Difference
Comparing Fusion and Fission
Alpha, Beta, and Gamma Radiation
Thermal Energy, Electromagnetic Radiation, and Global Warming
Electromagnetic Waves
Scientific Conventions
Muon Decay
Minimising Power Transmission Losses
DC Generators: Producing DC Voltage
Magnetic Fields and Forces: Further Exploration
Orbiting Satellites
Springs
Projectile Motion
Springs
Equilibrium
Analysing Straight-Line Motion With Uniform Acceleration
Electrical Safety
Modelling Resistance in Series Circuits
Nuclear Energy for Australia
Modelling Radioactive Decay
Reflection and Refraction
Collecting Data
Mass and Energy Equivalence
Generators With Slip Rings Produce Sinusoidal AC
Modelling Resistance in Parallel Circuits
Analysing Decay Series Diagrams
Dispersion
Representing and Analysing Data
Electric Power
The Effect of Radiation on Humans
Communicating Findings
FAQs
Everything students and parents need to know about VCE Physics syllabus, study design and notes.
