Physics A Level Revision 

AS -Paper-1

• 2016   2017   2018   2019   2020   2021 

• 2022   2023 2024

AS -Paper-2

• 2016   2017   2018   2019   2020   2021 

• 2022   2023 2024

• Formulae Sheet - Edexcel Physics A-level.pdf 

A Level -Paper-1

• 2017     2018    2019   2020   2021 

• 2022   2023    2024

A Level -Paper-2

• 2017   2018   2019   2020   2021 

• 2022   2023 2024 

A Level -Paper-3

• 2017   2018   2019   2020   2021 

• 2022   2023    2024

Paper 1- Exam Style Questions

• 2 Mechanics..pdf

• 2 Mechanics.MS.pdf

• 3 Electric circuits..pdf

• 3 Electric circuits.MS.pdf

• 6 Further mechanics..pdf

• 6 Further mechanics.MS.pdf

• 7 Electric & Magnetic fields..pdf

• 7 Electric & Magnetic fields.MS.pdf

• 8 Nuclear & Particle Physics..pdf

• 8 Nuclear & Particle Physics.MS.pdf 

Paper 2 - Exam Style Questions 

• 4 Materials..pdf

• 4 Materials.MS.pdf

• 5 Waves and Particle nature of light..pdf

• 5 Waves and particle nature of light.MS.pdf

• 9 Thermodynamics..pdf

• 9 Thermodynamics.MS.pdf

• 10 Nuclear radiation..pdf

• 10 Nuclear radiation.MS.pdf

• 11 Gravity fields..pdf

• 11 Gravity fields.MS.pdf

• 12 Space..pdf

• 12 Space.MS.pdf

• 13 Oscillations..pdf

• 13 Oscillations.MS.pdf 

Mechanics

• Vectors & Scalars

• Motion Graphs - Gradients

• Motion Graphs - Areas 

• SUVAT

• Vertical Motion

• Projectiles

• Energy

• Newton's Laws

• Momentum

• Moments

• Core Practical 1

• Moments Exam-style Questions: Mechanics

• Motion Graphs Questions

Waves 

• Wave Basics: Waves

• Superposition: Waves

Particle nature of Light 

• The Photoelectric Effect: Particle Nature of Light 

• Spectra: Particle Nature of Light

Oscillations 

• Core Practical 16: Oscillations 

• SHM Graphs: Oscillations 

• SHM Equations: Oscillations 

• Energy, Resonance, Damping 

• Oscillations Past Paper Questions

Space 

• Blackbody radiators: Thermodynamics 

• Trigonometric Parallax 

• Luminosity 

• HR Diagrams 

• The Universe

Gravitational Fields 

• Gravitation: Gravitational Fields

• Gravitational Potential: Gravitational Fields

Nuclear & Particle 

• The Nucleus: Nuclear & Particle 

• Accelerators & detectors: Nuclear and Particle

• Mass & Energy: Nuclear & Particle 

• Matter: Nuclear & Particle

Magnetic Fields 

• Force on Charged Particles

• Force on a Wire in a Magnetic Field

• Electromagnetic induction

• Motors & Generators

• Induction Questions Linked Coils & AC

 Materials 

• Hooke's Law 

• Stress & Strain 

• Fluids 

• Core Prac 4 - Viscosity 

• Core Practical 5 - Young Modulus

Thermodynamics 

• Core Practical 12: Thermodynamics 

• Core Practical 13: Thermodynamics 

• Core Practical 14: Thermodynamics  

• SHC SLH 

• Internal Energy, Ideal Gases 

• Kinetic Theory Derivations 

• Blackbody radiators

Electric Fields 

• Core Practical 11 

• Radial E-Fields & Force 

• Potential & Equipotentials 

• Capacitors: Electric Fields 

• Charging & Discharging Capacitors

Nuclear Radiation 

• Background Radiation 

• Alpha, Beta, Gamma Decay 

• Core Practical 15 

• Radioactive Decay 

• Binding energy, Fission, Fusion 

• Radioactive Decay Past Paper Questions

Further Mechanics 

• Impulse and 2-D momentum conservation 

• Momentum & KE 

• CorePrac 9: Further Mechanics 

• Angular Velocity 

• Centripetal Acceleration 

• Centripetal Force 

• Calculating Centripetal Force 

• Core Practical 10 

• Further Mechanics Past Paper Questions 1

 Electric Circuits 

• Current

• Waves: Displacement, Amplitude, Wavelength 

• Waves: Phase and Phase Difference 

• Polarisation of Waves

• Stationary and Standing Waves

• Waves: Introduction to Coherence 

• Waves: Introduction to Coherence 

• Young's Double Slit Experiment 

• Diffraction Gratings

• The Photon Model

• Introduction to the Photoelectric Effect 

• Electricity: Kirchhoff's First Law

• Electricity: Potential Difference

• Electricity: The Electromotive Force (EMF)

• Electricity: Ohm's Law

• Superconductivity 

• Work Done 

• Electricity: Internal Resistance

• Electricity: Kirchhoff's Second Law 

• Electricity: Voltage in Parallel Circuits Electricity: Current in Parallel Circuits

• Electricity: Potential Dividers 

• Friction

• Moments

• Elastic and Inelastic Collisions

• Conservation of Momentum

• Hooke's Law

• Stress, Strain & Young's Modulus 

• The SUVAT Equations

• Projectile Motion 

• Refraction and Snell's Law

• Particle Physics: Quarks 

• Particle Physics: Antimatter 

• Particle Physics: Hadrons and Leptons 

• Particle Physics: Baryons 

• Particle Physics: Mesons 

• Particle Physics: Strange Particles 

• Nuclear Physics: Alpha, Beta & Gamma Radiation 

• Nuclear Physics: Half-Life Edexcel

• Nuclear Physics: Binding Energy 

• Induced Nuclear Fission 

• Nuclear Fusion 

• Further Mechanics Centripetal Force & Circular Motion

• Simple Harmonic Motion: Solution for Displacement 

• Simple Harmonic Motion: Solution for Velocity 

• Further Mechanics: Damping

• The First Law of Thermodynamics 

• The Ideal Gas Equation

• Specific Heat Capacity

• Astrophysics: Introduction to Galactic Bodies

• Astrophysics: Star Formation 

• Astrophysics: The Doppler Effect 

•  strophysics: Hubble's Law 

• Introduction to Gravitational Fields 

• Gravitational Field Strength 

• Gravitational Potential Energy 

• Introduction to Capacitors

• Introduction to Capacitance 

• Capacitors in Complex Circuits

• Introduction to Electric Fields 

• Electric Field Strength 

• Coulomb's Law

• Introduction to Magnetic Fields 

• Magnetic Field Patterns 

• Magnetic Flux Density 

• Charged Particle in a Magnetic Field

• Electromagnetic Induction 

• Electromagnetism: Faraday's Law