OCR Paper 1 135 minutes 100 mark 15 short ? 9 long ? 23 May 2025
OCR Paper 1 135 minutes 100 mark 15 short ? 9 long ? 23 May 2025
Embedded Files
SUVAT Graphs Projectiles
Forces Energy Momentum
Circular motion Moments
Oscillations
Materials Fluids
Gravitational field strength Gravitational potential Orbits
Heat and temperature Ideal gas Kinetic theory
Stars Distances in universe Cosmology
OCR Paper 2 135 minutes 100 mark 15 short ? 9 long ? 9 June 2025
OCR Paper 2 135 minutes 100 mark 15 short ? 9 long ? 9 June 2025
Current Voltage Resistance Battery Circuits
Travelling wave
Superposition of waves
Standing waves
Index of refraction Polarization
Photoelectric effect Atomic energy levels Wave-particle duality
Electric field Electric potential Capacitor
Magnetic force on a particle Magnetic force on current
Electromagnetic induction
The nucleus Radius Strong nuclear force Quarks Hadrons
Nuclear energy Nuclear radiation Radioactivity Fission reactor
Ultrasound scans Acoustic impedance Doppler imaging
Imaging with X-rays Contrast material
PET scanners Medical tracers Gamma camera
OCR Paper 3 90 minutes 70 mark 6 long ? 17 June 2025
OCR Paper 3 90 minutes 70 mark 6 long ? 17 June 2025
AQA Paper 1 120 minutes 85 mark 5 long ? 25 short ? 23 May 2025
AQA Paper 1 120 minutes 85 mark 5 long ? 25 short ? 23 May 2025
Motion Forces Momentum Energy Circular motion Statics Materials
Oscillations
Travelling waves Superposition of waves Standing waves
Index of refractio
Current Voltage Resistance Battery Circuits
Photoelectric effect The atom Wave-particle duality
The nucleus-basic structure Nuclear radiation
Elementary particles
AQA Paper 2 120 minutes 85 mark 6 long ? 25 short ? 9 June 2025
AQA Paper 2 120 minutes 85 mark 6 long ? 25 short ? 9 June 2025
Gravitational force Gravitational field Circular orbits GPE Gravitational potential
Heat capacity Latent heat Ideal gas Kinetic theory of ideal gas
Electric field Electric potential Capacitor
Magnetic force on a particle Magnetic force on current
Electromagnetic induction
The nucleus Nuclear energy Nuclear radiation Radioactivity Fission reactor
AQA Paper 3 120 minutes 17 June 2025
AQA Paper 3 120 minutes 17 June 2025
Section A 70 minutes 3 long ?
Section A 70 minutes 3 long ?
Section B 50 minutes 4 long ? One optional topic:
Section B 50 minutes 4 long ? One optional topic:
Astrophysics
Medical physics
Turning points
Engineering
Electronics
Edexcel Paper 1 1:45 hours 90 mark 10 short ? 7 long ? 23 May 2025
Edexcel Paper 1 1:45 hours 90 mark 10 short ? 7 long ? 23 May 2025
SUVAT Graphs Projectiles
Forces Energy Momentum
Moments Circular motion
Current Voltage Resistance Battery Circuits Galvanometer
Electric field Electric potential Capacitor
Magnetic force on current and particle Electromagnetic induction
Particle physics Rutherford
Edexcel Paper 2 1:45 hours 90 mark 10 short ? 8 long ? 9 June 2025
Edexcel Paper 2 1:45 hours 90 mark 10 short ? 8 long ? 9 June 2025
Materials
Terminal velocity and viscosity
Oscillations
Travelling waves Superposition of waves Standing waves
Index of refraction TIR
Focal length and power of lens
Celestial mechanics Gravitational field strength Gravitational potential
Electromagnetic radiation from stars Lifetime of stars Distances in universe Cosmology
Heat exchange and temperature Heat capacity
Latent heat Phase transition Potential energy
Ideal gas equation
Kinetic theory of ideal gas
Photoelectric effect Light & photons Atomic energy levels Wave7-particle duality
The nucleus Binding energy Nuclear radiation Temporal radioactivity Fission reactor
Edexcel Paper 3 2:30 hours 120 mark 11 long ? 17 June 2025
Edexcel Paper 3 2:30 hours 120 mark 11 long ? 17 June 2025
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