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Revision notes, chapter packs and official OCR A H556 papers. Every PDF opens in a new tab.
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Module 2
Measurements and uncertainties
1 sheet
Module 3
Motion and forces
1 sheet
Work, energy and power
1 sheet
Materials
1 sheet
Laws of motion and momentum
1 sheet
Module 4
Charge, current and power
1 sheet
Resistance and circuits
1 sheet
Waves: properties and refraction
1 sheet
Superposition and stationary waves
2 sheets
Quantum physics
1 sheet
Module 5
Thermal physics
4 sheets
Circular motion
1 sheet
Simple harmonic motion
1 sheet
Gravitational fields
1 sheet
Module 6
Capacitance
1 sheet
Electric fields
2 sheets
Question packs
Thermal physics
Temperature, matter and internal energy
Practice · 20 marks
Heat capacity and latent heat
Practice · 28 marks
Ideal-gas laws and experiments
Practice · 26 marks
Kinetic theory and molecular energy
Practice · 44 marks
Thermal physics chapter test
Chapter test · 40 marks
Circular motion
Period, speed and circular acceleration
Practice · 20 marks
Centripetal force and contact forces
Practice · 29 marks
Orbital, magnetic and Doppler applications
Later topics · 32 marks
Circular motion chapter test
Chapter test · 35 marks
Capacitance
Charge and stored energy
Practice · 10 marks
Charging, discharging and circuit models
Practice · 23 marks
Discharge graphs and experiments
Practice · 22 marks
Capacitance links to electric fields
Later topics · 20 marks
Capacitance chapter test
Chapter test · 25 marks
Electric fields
Point charges, force and potential energy
Practice · 15 marks
Uniform fields and charged-particle motion
Practice · 23 marks
Parallel-plate capacitors and permittivity
Practice · 18 marks
Gravitational and magnetic-field links
Later topics · 9 marks
Electric fields chapter test
Chapter test · 30 marks
Past papers
June 2025
Paper 1: Modelling physics
H556/01 · 100 marks
Paper 2: Exploring physics
H556/02 · 100 marks
Paper 3: Unified physics
H556/03 · 70 marks
June 2024
Paper 1: Modelling physics
H556/01 · 100 marks
Paper 2: Exploring physics
H556/02 · 100 marks
Paper 3: Unified physics
H556/03 · 70 marks
June 2023
Paper 1: Modelling physics
H556/01 · 100 marks
Paper 2: Exploring physics
H556/02 · 100 marks
Paper 3: Unified physics
H556/03 · 70 marks
June 2022
Paper 1: Modelling physics
H556/01 · 100 marks
Paper 2: Exploring physics
H556/02 · 100 marks
Paper 3: Unified physics
H556/03 · 70 marks
November 2021
Paper 1: Modelling physics
H556/01 · 100 marks
Paper 2: Exploring physics
H556/02 · 100 marks
Paper 3: Unified physics
H556/03 · 70 marks
November 2020
Paper 1: Modelling physics
H556/01 · 100 marks
Paper 2: Exploring physics
H556/02 · 100 marks
Paper 3: Unified physics
H556/03 · 70 marks
June 2019
Paper 1: Modelling physics
H556/01 · 100 marks
Paper 2: Exploring physics
H556/02 · 100 marks
Paper 3: Unified physics
H556/03 · 70 marks
June 2018
Paper 1: Modelling physics
H556/01 · 100 marks
Paper 2: Exploring physics
H556/02 · 100 marks
Paper 3: Unified physics
H556/03 · 70 marks
June 2017
Paper 1: Modelling physics
H556/01 · 100 marks
Paper 2: Exploring physics
H556/02 · 100 marks
Paper 3: Unified physics
H556/03 · 70 marks
Grade boundaries
June 2026
Qualification and notional component boundaries
June 2025
Qualification and notional component boundaries
June 2024
Qualification and notional component boundaries
June 2023
Qualification and notional component boundaries
June 2022
Qualification and notional component boundaries
November 2021
Qualification and notional component boundaries
November 2020
Qualification and notional component boundaries
June 2019
Qualification and notional component boundaries
June 2018
Qualification and notional component boundaries
June 2017
Qualification and notional component boundaries