Intelligent assessment and revision tools for OCR A Physics

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Learning Resources

Flipped learning materials, worksheets, and revision tools organised by module.

📌 Maths for OCR Physics Foundations notes 📌 Scalars and Vectors notes 📌 Uncertainties in Measurements and Data Analysis (OCR A A-Level Physics) notes 📌 Units, Prefixes and Homogeneous Equations notes

📌 Dynamics and Free-Body Diagrams notes 📌 Momentum and Collisions notes 📌 Projectile Motion: Components, SUVAT and OCR-Style Problem Solving notes 📖 SUVAT and Linear Motion (Constant Acceleration) revision 📖 Work, Energy and Power revision

📌 Mean Drift Velocity and the I = nAve Equation notes 📖 Photons — The Photon Model of Electromagnetic Radiation revision 📌 Resistance and Resistivity notes 📖 Stationary Waves - OCR A Level Physics Revision revision 📖 Stationary Waves Part 2: Open–Open and Open–Closed Air Columns revision 📖 The Photoelectric Effect — OCR A Level Physics Revision revision 📌 Wave-particle Duality notes 📌 Young’s Double Slit Experiment: Interference, Coherence and Fringe Spacing notes

📖 Circular Motion Revision (OCR A H556 Module 5.2.1) revision 📌 Damping and Resonance notes 📌 Gravitational Fields notes 📌 Simple Harmonic Motion notes 📌 Stellar Evolution and Star Life Cycles notes 📌 Thermal Physics — Absolute Temperature, Internal Energy and Gas Laws notes

📌 Carbon Dating: Carbon-14 Formation, Decay Calculations, and Limitations notes 📖 Electric Fields revision 📖 Fundamental Particles and Isotopes revision 📖 Gamma Camera and PET Scanning revision 📌 Medical Imaging Overview - X-rays, CAT, Gamma Camera, PET and Ultrasound notes 📖 Nuclear Binding Energy revision 📌 Nuclear Fission and Fusion: Binding Energy, Chain Reactions and Reactor Control notes 📌 Radioactivity — Nuclear Radiation, Decay Equations and Half-Life notes 📖 Ultrasound and Acoustic Impedance revision

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ExamBOT Papers

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QWC Practice

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MCQ Quiz

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GCSE to AS Transition

A practical guide to the jump from GCSE to AS Physics, with summer prep and worked examples.

Moving up from GCSE? Read the GCSE to AS Level Physics transition guide. Looking for revision routes? Start with OCR A Level Physics revision, A Level Physics MCQ practice, or A Level Physics problem solving practice.

Daily Question

Test your physics knowledge with a real daily question. Pick your level and give it a go!

AS · Quantum physics (Module 4.2): photoelectric effect

In a school lab, a clean metal surface in a vacuum tube is illuminated with monochromatic UV light of wavelength 365 nm. The stopping potential needed to reduce the photocurrent to zero is measured as 0.80 V. Using hc ≈ 1240 eV·nm, which is the best estimate for the metal’s work function?

A2 · Quantum (M4)

In a vacuum photoelectric experiment, a clean metal surface is illuminated by monochromatic light of fixed frequency well above the threshold. The anode is held sufficiently positive to collect all emitted electrons. If the light intensity is doubled while the frequency is unchanged, which statement must be true?

Guest Learning Resources

A selection of flipped learning materials and revision tools available without an account.

📌 Maths for OCR Physics Foundations notes 📌 Scalars and Vectors notes 📌 Uncertainties in Measurements and Data Analysis (OCR A A-Level Physics) notes 📌 Units, Prefixes and Homogeneous Equations notes

📌 Dynamics and Free-Body Diagrams notes 📌 Momentum and Collisions notes 📌 Projectile Motion: Components, SUVAT and OCR-Style Problem Solving notes 📖 SUVAT and Linear Motion (Constant Acceleration) revision 📖 Work, Energy and Power revision

📌 Mean Drift Velocity and the I = nAve Equation notes 📖 Photons — The Photon Model of Electromagnetic Radiation revision 📌 Resistance and Resistivity notes 📖 Stationary Waves - OCR A Level Physics Revision revision 📖 Stationary Waves Part 2: Open–Open and Open–Closed Air Columns revision 📖 The Photoelectric Effect — OCR A Level Physics Revision revision 📌 Wave-particle Duality notes 📌 Young’s Double Slit Experiment: Interference, Coherence and Fringe Spacing notes

📖 Circular Motion Revision (OCR A H556 Module 5.2.1) revision 📌 Damping and Resonance notes 📌 Gravitational Fields notes 📌 Simple Harmonic Motion notes 📌 Stellar Evolution and Star Life Cycles notes 📌 Thermal Physics — Absolute Temperature, Internal Energy and Gas Laws notes

📌 Carbon Dating: Carbon-14 Formation, Decay Calculations, and Limitations notes 📖 Electric Fields revision 📖 Fundamental Particles and Isotopes revision 📖 Gamma Camera and PET Scanning revision 📌 Medical Imaging Overview - X-rays, CAT, Gamma Camera, PET and Ultrasound notes 📖 Nuclear Binding Energy revision 📌 Nuclear Fission and Fusion: Binding Energy, Chain Reactions and Reactor Control notes 📌 Radioactivity — Nuclear Radiation, Decay Equations and Half-Life notes 📖 Ultrasound and Acoustic Impedance revision

Supporting learning tools

Optional interactive applications designed to support teaching and independent study.

Half-life Hunt Decay identification game

Projectiles Motion simulation

Inclined Plane Power simulation

Inclined Plane Power Forces and power on slopes

Thermal Laws particle simulation

Thermal Laws Ideal gas particle model

Capacitor Charge & Discharge

Capacitor Sim RC circuit simulation

Field Graphs simulation

Field Graphs Gravity & electric field visualiser