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9. Astrophysics

10. Medical physics

11. Engineering physics

12. Turning points in physics

13. Electronics

10. Medical physics

11. Engineering physics

12. Turning points in physics

13. Electronics

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Revision notes created by Revisely and Milo Noblet (milo.me.uk)

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- Factsheets
- 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

- Revision notes
- Factsheets
- Atomic Calculations from the Bohr Model
- Calculations on the Photoelectric Effect
- Calculations on the Quantum Atom
- Conservation Laws in Particle Physics
- Line Spectra
- Particle Physics
- Principles of Detecting Particles
- The Quantum Nature of Light
- Wave-Particle Duality - the Electron
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- Revision notes
- Factsheets
- Diffraction Effects
- Diffraction and Light
- Experiments with Waves
- Interference
- Optical Fibres in Communication
- Polaroids and Polarisation
- Refraction Calculations
- Stationary Waves on Strings and in Air Columns
- Waves Basics
- Video tutorials for this topic

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

- Answering Exam Questions: Simple Harmonic Motion
- Answering Questions Using Conservation of Mechanical Energy
- Applying Newton's Laws
- Applications of Circular Motion
- Circular Motion and Vectors
- Circular Motion
- Damping in Oscillations
- Difficulties with Motion and Energy Problems
- Mechanical Oscillations and the Mass-Spring System
- Momentum - Macroscopic and Microscopic
- Pratical Techniques for Damping Oscillations
- Simple Harmonic Motion - Basic Concepts
- The Simple Pendulum
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- 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
- Video tutorials for this topic

- Calculations: Charged Particles in Electric and Magnetic Fields
- Capacitors
- Circular Particle Accelerators
- Coulomb's Law
- Electric Field Strength and Potential
- Electromagnetic Induction
- Graphical Work with Electromagnetic Induction
- Linear Particle Accelerators
- Magnetic Fields
- Particle Paths
- Transformers
- Uses of Capacitors
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- Electromagnetic Doppler Effect and the Expanding Universe
- Lives of Stars
- Measuring Distances in Astronomy
- Solar System Part I
- Solar System Part II
- Stars Luminosity and Surface Temperature
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- Rotational Dynamics
- Angular Momentum and Power
- First Law of Thermodynamics
- The p-V Diagram
- Engine Cycles
- Second Law of Thermodynamics and Heat Pumps
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- Calculations: Photoelectric Effect
- Wave-Particle Duality - The Electron
- Video tutorials for this topic