OCR • Physics A

Physics OCR A Level Formula Sheet. It is the official formula sheet provided by OCR with additional formulas added by me.

Handwritten notes for Module 4. It doesn't have notes on 4.4.3 Superposition and 4.4.4 Stationary Waves.

Handwritten notes for 3.5 Newton's laws of motion and momentum (Module 3)

Handwritten notes for 3.4 Materials (Module 3).

Handwritten notes for 3.3 Work, energy and power (Module 3).

Handwritten notes for 3.2 Forces in action (Module 3)

Notes for 3.1 Motion (Module 3). They are handwritten.

Handwritten flashcards Module 3: Motion.

Summary of Chapter 3 of OCR A Physics textbook and class notes for quicker and more simplified revision. Includes definitions and equations needed for this chapter.

This is a summary of Chapter 4 of the OCR A Physics textbook (Oxford). Textbooks can be overly complicated with information and a lot you do not end up using when doing exam practice and tests. Textbooks are really overwhelming and a lot of times fail to give the basic information needed. This is a summary from the textbook and videos watched to put together a simple summary sheet for quick revision, with definitions and equations.

This document is a summary-type note containing all definitions and formulae related to the following: Physical Quantities & unit, Kinematics, Dynamics, Work-Energy-Power, Circular motion, Simple harmonic motion, Elasticity & Deformation, Electricity & Capacitors, Gravitation, Magnetism, Electrostatic forces, Temperature & Thermal properties of matter, Ideal gas, Particle physics & Radioactivity, Communication, Waves & Superposition

This last page of this topic describes how it is that light is both: a particle and a wave and therefore it talks about the wave and the particle theories separately. This past it's just needed for an in-depth knowledge but not for the exam(for this exam board)

This page of this topic provides and overview of what and how does the photoelectric effect work with diagrams to make the understanding easy.

This page provides the important keywords which need to be used to answer "explain" and "describe" type of questions and also the important formulas for answering calculations questions and talks about also how is energy conservation linked to this topic

Topics covered: -Pendulums -Mass-spring systems -Displacement, velocity and acceleration graphs -Energy changes -Practical: determining the spring constant of a spring -Practical: determining the period of pendulum -Damping -Resonance

Everything you will need to know for forces and motion up to archemides principle. This document is appealing to the eye and is very concise so is brilliant when studying for an exam or for filling in gaps where there is lack on knowledge. There is also some walkthrough questions to help you if you don’t understand yet.

This document contains everything you will need to know on electricity in Physics, layed out and presented in a way that will maximise your learning. This has helped people I know to improve by a whole grade and some by even more when being tested on this specific area.

Topics: -Energy of a photon -Wave-particle duality -Electron diffraction -Photoelectric effect

Topics: -Transverse and longitudinal waves. -Wave phenomena including polarisation, diffraction, reflection and refraction. -Electromagnetic waves -Stationary waves -Reflection and refraction Includes tables, diagrams and equations.

Topics: -Charge -Current -Voltage and e.m.f. -Resistance -Resistivity -Voltage/Current graphs -Circuit components -Series and parallel circuits Includes diagrams and equations.