Below you will find our collection of revision notes and video tutorials. For the best revision experience, use both the notes and the videos at the same time to help you follow along. All resources are updated for the latest OCR Physics specification.

Credits to curriculum-press.co.uk & thanks to physicsandmathstutor.com for hosting

- Accuracy in Electrical Investigations
- Dynamic Experiments Using Light Gates
- Experiments: Hooke's Law and Young Modulus
- Experiments: Waves
- Gas Law Practicals and Absolute Zero
- Graphical Work in Electricity
- Graphical Work with Electromagnetic Induction
- Interpreting and Drawing Graphs of Motion
- Interpreting and Using V-I Graphs
- Practical Techniques for Damping Oscillations
- Video tutorials for this topic

- Sorry, we do not currently have notes for this topic, please see the videos instead.

- Motion
- Difficulties with Motion and Energy Problems
- Displacement-Time and Velocity-Time Graphs
- Interpreting and Drawing Graphs of Motion
- Motion I - Uniform Acceleration
- Solving Problems on Projectiles
- Why Students Lose Marks: Motion Questions
- Forces in Action
- Applying Newton's Laws
- Dynamics Experiments Using Light Gates
- Understanding Frictional Forces
- Vectors and Forces
- Where Students Make Mistakes: Balanced Forces and Action-Reaction Pairs
- Why Students Lose Marks: Forces
- Work, Energy and Power
- Answering Questions Using Conservation of Mechanical Energy
- Difficulties with Motion and Energy Problems
- Energy Changes for Vertical Motion
- Work Energy and Power
- Materials
- Experiments: Hooke's Law and Young Modulus
- Material Properties
- Stress and Strain in Metals
- The Young Modulus
- Momentum
- Video tutorials for this topic

- Electricty
- Answering Exam Questions: Series and Parallel Calculations
- Circuit Electricity I
- Answering Questions on Circuits
- Electric Current Voltage and Resistance
- Electrons as Charge Carriers
- Energy in Electric Circuits
- Graphical Work in Electricity
- Interpreting and Using V-I Graphs
- The Negative Temperature Coefficient (NTC) Thermistor and the Light Dependent Resistor
- The Physics of Semiconductor Diodes
- The Potential Divider and its Use
- Why Students Lose Marks: Current Electricty
- Waves
- Diffraction Effects
- Diffraction and Light
- Experiments with Waves
- Interference
- Polaroids and Polarisation
- Refraction Calculations
- Stationary Waves on Strings and in Air Columns
- Opitcal Fibres in Communication
- Waves Basics
- Quantum Physics
- Calculations on the Photoelectric Effect
- Calculations on the Quantum Atom
- The Quantum Nature of Light
- Wave-Particle Duality - the Electron
- Video tutorials for this topic

- Thermal Physics
- First Law of Thermodynamics
- Calculations: First Law of Thermodynamics
- Molecular Kinetic Theory
- Molecules, Moles and Mass
- Gas Law Practicals and Absolute Zero
- Specific Heat Capacity and Specific Latent Heat
- The Gas Laws
- Circular Motion
- Oscillations
- Answering Exam Questions: Simple Harmonic Motion
- Damping in Oscillations
- Mechanical Oscillations and the Mass-Spring System
- Pratical Techniques for Damping Oscillations
- Simple Harmonic Motion - Basic Concepts
- The Simple Pendulum
- Gravitational Fields
- Force in Gravitational Fields
- Energy in Graviational Fields
- Comparing Gravitational and Electric Fields (See bottom of page)
- Astrophysics and Cosmology
- Atomic Calculations from the Bohr Model
- Electromagnetic Doppler effect and the expanding Universe
- Line Spectra
- Lives of Stars
- Measuring Distances in Astronomy
- Solar System Part I
- Solar System Part II
- Stars Luminosity and Surface Temperature
- Video tutorials for this topic

- Capacitors (Credits to the lovely chap James Irvine of antonine-education.co.uk)
- Electric Fields
- Calculations: Charged Particles in Electric and Magnetic Fields
- Coulomb's Law
- Electric Field Strength and Potential
- Linear Particle Accelerators
- Electromagnetism (antonine-education.co.uk)
- Magnetic Fields
- Coils in Magnetic Fields
- Force on a Charge
- Magnetic Flux Density, Flux and Flux Linkage
- Electromagnetic Induction
- Simple AC Generators
- Transformers
- Transmission of Electricty
- Nuclear & Particle Physics
- Conservation Laws in Particle Physics
- Mass Defect and Mass Loss
- Nuclear Reactors
- Nuclear Transformations and Binding Energy
- Particle Paths
- Particle Physics
- Principles of Detecting Particles
- Probing Matter
- Calculations: Radioactive Decay
- Radioactivity I
- Radioactivity II
- Questions on Radioactivity
- Medical Imaging
- Video tutorials for this topic