Download Physics Notes O Level [TOP]

Hi. I wanted to make my A-level unit one physics notes available. I spent many hours trying to master topics such as Newton's Law, kinematics, and energy conservation - and this is presented within these notes. The notes start off easy, but then start to go more in-depth, with questions compiled from many different sources not limited to A-level. They're very math-based, so are useful for mechanics.

When the electrons within an atom jump from one atomic energy level to a lower energy level, energy is released in the form of light. Likewise, light is absorbed when the electrons within an atom jump from one atomic energy level to a higher energy level.

Download Physics Notes O Level

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A full set of A level physics notes free to download. Detailed notes written by experienced physics teacher covering the core topics of A/AS level physics. Written for the AQA exam board, but should be useful for all other exam boards, including Edexcel, CIE, OCR A, OCR B. You might also consider purchasing the workbooks for essential exam question practice.

Want to cite, share, or modify this book? This book uses the Creative Commons Attribution License and you must attribute Texas Education Agency (TEA). The original material is available at: -physics . Changes were made to the original material, including updates to art, structure, and other content updates.

Cambridge International AS and A Level Physics builds on the skills acquired at Cambridge IGCSE (or equivalent) level. The syllabus includes the main theoretical concepts which are fundamental to the subject, a section on some current applications of physics, and a strong emphasis on advanced practical skills.

The emphasis throughout is on the understanding of concepts and the application of physics ideas in novel contexts as well as on the acquisition of knowledge. The course encourages creative thinking and problem-solving skills which are transferable to any future career path. Cambridge International AS and A Level Physics is ideal for learners who want to study physics or a wide variety of related subjects at university or to follow a career in science.

The notes available here are great for revision and studying on the go. The O Level Physics content here is equivalent to the Physics required to obtain American high school diploma. If this is too basic for you, you can read up on A Level Physics (equivalent to Advanced placement) Most of the topics have multiple-choice questions (MCQs) quiz for you to practice. The list with all the quizzes can be found here.

This is a course on the quantum Hall effect, given in TIFR, Mumbai. The first four chapters require only basic quantum mechanics; the final two chapters need techniques from quantum field theory. The full lecture notes are around 230 pages. They are also available to download at the arXiv. Please do email me if you find any typos or mistakes.

An introduction to the quantum Hall effect. The first half uses only quantum mechanicsand is at a levelsuitable for undergraduates. The second half covers more advanced field theoretic techniques of Chern-Simonsand conformal field theories.

An elementary course on elementary particles. This is, by some margin, the least mathematically sophisticated of all my lecture notes, requiring little more than high school mathematics. The lectures provide a pop-science, but detailed, account of particle physics and quantum field theory.

Quantum Field Theory An introductory course on quantum field theory, aimed at first year graduate students. It covers the canonical quantization of scalar, Dirac and vector fields. Videos are also included.

These notes provide an introduction to the fun bits of quantum field theory, in particular those topics relatedto topology and strong coupling. They are aimed at beginning graduate students and assumea familiarity with the path integral.

The material on this website is written to support the AS and A level lessons that I teach. I have tried to explain the Physics within the AQA course in enough detail for you to gain a good understanding of the course content. There is quite a bit of maths, but to really understand physics you must understand the mathematics.

I have tried to include worked examples for all the sections and I have used feedback from the AQA examiners to help you avoid some of the more common mistakes made by students. There are step by step solutions for a range of different style of questions, from multiple choice to extend writting. On the main pages I have tried to focus only on what you need to know for the exams and how to approach exam questions, but I have you will also find lots of extension pages with some more developed ideas, applications and physics beyond the specification, because, at the end of the day, physics is really, really interesting!

There are five topics taught in Year 12, shared between your two teachers. You will also complete six CAPs during this year. Here you will find notes covering these five topics, however, as I only teach the electricity and mechanics topics, you may have to wait for me to write the notes on the other sections, but they are on their way!

There are four topics and one extra optional topic studied in Year 13. The optional topic taught at LCS is astrophysics (so not really an option!) You will also complete six more CAPs. You will of course be expected to be able to recall the Year 12 content and apply it to the Year 13 work.

The A level exam at the end of Year 13 will consist of three papers. Paper 1 is all the Year 12 work AND the periodic motion topic. Paper 2 consists of the other three topics (not the optional topic). These papers contain both long questions and multiple choice questions. Paper 3 has practical questions, and questions on the optional topic.

As part of the A level course you will carry out 12 CAPs, 6 in Year 12 and 6 in Year 13. These will either be practicals where you will follow a method and collect data before analysing it, or there will be methods that you will have planned yourself. You will, collect data, make notes, write up, and analyse these practicals in a formal logbook that will be assessed at the end of the course, at which point you will (hopefully) gain a practical accreditation alongside your A level grade.

Oliver Toogood has been teaching Physics at Littleover Community School for nearly 10 years. In this time he has seen through three new GCSE and two new A level courses, and has been lucky enough to teach some outstanding young students. He is very passionate about science, learning and the science of learning! He qualified as an electronic engineer and worked as a audio engineer for four years before training to be a teacher. At school he is enthusiastic about practical work and tries to encourage students to truly experiment in order that they can make discoveries and learn about the world, and the physics that underpins it for themselves.

The ability to pass physics exams lies in writing and rewriting notes, questions and answers to internalise the concepts, improve on spellings and writing skills . It upon this that you are advised to write and rewrite these notes and read about each topic from all sources possible to widen your knowledge.

One of the requirements for a PhD in Physics is comprehension of core physics at the graduate level. We consider this level of understanding to be more than simply passing the core courses, requiring additional study and exposure to a wider range of physics problems. The goal of the comprehensive exam is to assess if such understanding has been accomplished.

The comprehensive exam can be passed at three different levels. The highest level is at the placement level, at this level all three problems in a given subject area have to be passed at a high level. Students passing at this level are exempt from the corresponding core course requirement. The second pass level is the PhD level -- at this level students have to pass only two of the three problems at a lower level than the placement level. The lowest pass level, also for two out of the three problems for each subject, is as the Master level. All three passing levels are set by the faculty based on historical norms and the perceived difficulty of the exam after it has been graded. The comprehensive exam is passed in each subject separately. The level is roughly that of the midterm and final examinations in the core courses. With regards to academic integrity, religious observances, disabilities, etc., this exam follows the university wide guidelines for courses and exams. One hand written page of notes (both sides) is allowed for each subject.

There is aconsiderable amount of study material for the comprehensive exam. The first resource should be the lecture notes of both your graduate and undergraduate classes in each of the subjects. There are many standard textbooks for each of the subjects, for example Goldstein for Classical Mechanics, Jackson for Electrodynames, Sakurai for Quantum Mechanics and Huang for Statistical Mechanics. Also useful as study material are the lecture notes by Prof. Likharev as well as the lecture notes of our recent courses in these subjects. Mastery of the undergraduate material in the core subjects is essential and should be the starting point for studying for the exam.

There are so many syllabuses in schools, colleges and universities, but the maths and physics is all the same. Anybody looking for tailored course notes on the internet must have an extremely confusing time between the in depth articles on wikipedia and explanations without examples on many websites. Not many of these are written by teachers who know all the pitfalls and misconceptions that trip up many students. I am working now on creating a comprehensive set of notes for every major maths and physics topic and qualification in the English speaking world.

I estimate it will take about 10 years writing two pages of notes a day, with worked examples if necessary. Some of the notes can be used for more than one qualification, which might cut the work down a bit. I have written several complete sets of notes already - click the links at bottom right - and hope to finish all the A Level Maths and Physics notes by the end of 2013. 2351a5e196