A summary of Module 2: Foundations of Physics of the OCR AS/A-Level Physics A (H156/H556) course. Comprehensive set of notes covering the entire unit. The specification and textbook as well as class notes used to create this complete set of notes and guide to this module, Foundations of Physics.

A summary of Module 1: Practical Skills of the OCR AS/A-Level Physics A (H156/H556)** course. Set of notes covering the entire unit. The specification and textbook as well as class notes used to create this set of notes and guide to this module, Practical Skills.

Complete Powerpoint covering section 4.5 of the OCR Physics A (H156/H556) syllabus, Quantum Physics, part of the Electrons, waves and photons sections of the AS course. Topics covered in the PPT: Introduction to Quantum Physics Photons Planck Formula Photoelectric Effect Einstein’s Photoelectric equation Threshold frequency and work function Wave-particle duality Electron diffraction de Broglie equation

Complete set of FLASHCARDS for A2 Physics, Thermal Physics (Module 5) for the OCR A2/A-Level Physics A (H556) syllabus. Great for revising the key words associated with this module Topics covered: Thermal equilibrium Absolute zero Kinetic model Solid, liquid, gas Brownian motion Internal energy Specific heat Specific latent heat Ideal gases Molar mass Pressure, volume, temperature Boyle’s Law (Root) mean square speed Maxwell-Boltzmann distribution

Complete set of FLASHCARDS for AS Physics, Quantum Physics (Module 4) for the OCR AS/A-Level Physics A (H156/H556) syllabus. Great for revising the key words associated with this module.

Complete set of FLASHCARDS for AS Physics, Mechanics (Module 3) for the OCR AS/A-Level Physics A (H156/H556) syllabus. Great for revising the key words associated with this module. Topics covered: Forces Motion SUVATs Projectile Motion Mass and acceleration Newton’s Laws Drag and terminal velocity Moments and torques Centre of mass/gravity Density, pressure, upthrust Work, energy, power Conservation of energy Springs, Hooke’s law Stress and strain Momentum Impulses Collisions

Complete set of FLASHCARDS for A2 Physics, Circular Motion, Simple Harmonic Motion (SHM), Gravitational Fields (Module 5) for the OCR A2/A-Level Physics A (H556) syllabus. Great for revising the key words associated with this module. Topics covered: Circular Motion Simple harmonic motion Gravitational Fields

Complete set of FLASHCARDS for AS Physics, Electromagnetism and Circuits (Module 4) for the OCR AS/A-Level Physics A (H156/H556) syllabus. Great for revising the key words associated with this module.

Complete set of FLASHCARDS for A2 Physics, Astrophysics & Cosmology (Module 5) for the OCR A2/A-Level Physics A (H556) syllabus. Great for revising the key words associated with this module.

Complete set of FLASHCARDS for AS Physics, Waves (Module 4) for the OCR AS/A-Level Physics A (H156/H556) syllabus. Great for revising the key words associated with this module.

A summary of Module 4: Electrons, Waves and Photons of the OCR AS/A-Level Physics A (H156/H556) course. Comprehensive set of notes covering the entire unit. The specification and textbook as well as class notes were used to create this complete set of notes and guide to this module.

A summary of Module 5: Newtonian World and Astrophysics of the OCR AS/A-Level Physics A (H156/H556) course. Comprehensive set of notes covering the entire unit. The specification and textbook as well as class notes used to create this complete set of notes and guide to this module, Newtonian World and Astrophysics.

A summary of Module 6: Particles and Medical Physics of the OCR AS/A-Level Physics A (H156/H556) course. Comprehensive set of notes covering the entire unit. The specification and textbook as well as class notes used to create this complete set of notes and guide to this module, Particles and Medical Physics.

A summary of Module 3: Forces & Motion of the OCR AS/A-Level Physics A (H156/H556) course. Comprehensive set of notes covering the entire unit. The specification and textbook as well as class notes used to create this complete set of notes and guide to this module, Forces & Motion.