OCR • Physics A

I strongly recommend you to get this document as used almost two years to complete this notes. It consists most of the common mistakes you would make for all the topics in OCR A physics specification, as well as some additional knowledge (in the boundary of the A level syllabus, so the teacher may not tell you but it could come up in exam) to let you comprehend those concepts. I included some diagrams so you could have a better understanding when facing those complicated ones. Hope this can help...

In this document, I summarised the definitions that would be very likely to appear in the A level exam (at least this year all the definitions appeared was in my notes so I slay that part :) I made the descriptions as short as possible so it easier to recite (of course you would still gain full marks). I don't recommend you to recite the index from the text book (OCR A physics). Although it contains all the definitions, most of them are useless as they would never appear in exam, some terms are...

This document includes most of the experiment or practicals in the OCR A physics specification. I can guarantee you if you recite the points in the notes, you can get to the 5-6 marks band when facing the 6 markers. I also included a answer structure so even you face some unfamiliar 6 mark questions, you can use this format to gain most of the marks. Hope you guys would like this ;)

This document includes the summary of how to deal with significant figures when facing OCR exam calculation questions. It also contains information about how to find absolute uncertainties and percentage uncertainties, especially for drawing the line of best fit and determine the value and the absolute uncertainty questions. Hope this can help in your A level Exams :)

providing in depth concise notes all on one page providing all necessary information to grasp and understand the topic of capacitance and allow to answer any capacitance question for OCR-A specification.

A summary of Newton's laws, including momentum and car safety.

Module 6 - 'Particles and Medical Physics' - Radioactivity - Fission and Fusion - Einstein's Mass Energy Equation A-Level OCR Physics A

Handwritten notes on 6.4 Nucleus and Particle Physics (Module 6)

Handwritten notes on 6.3 Electromagnetism (Module 6)

Handwritten notes on 6.2 Electric Fields (Module 6)

Handwritten notes on 6.1 Capacitors (Module 6)

Handwritten notes on 5.4 Gravitational Field (Module 5)

Handwritten notes for 5.2 Curcular Motion and 5.3 Oscillations (Module 5)

Handwritten notes for 5.1.4 Ideal Gases (Module 5)

Handwritten notes for 5.1 Thermal Physics (Module 5)

Handwritten flashcards for Module 5.

Handwritten notes for 4.5 Quantum Physics (Module 4).

Handwritten notes for 4.4 Waves (Module 4). It doesn't contain 4.4.3 Superposition and 4.4.4 Stationary Waves.

Handwritten notes for 4.3 Electrical Circuit (Module 4).

Handwritten notes for 4.2 Energy, Power and Resistance (Module 4).