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An award winning sixth-form college in the heart of Central London offering a wide range of GCSE and A-Level courses

The quality of the curriculum, teaching and learners' achievements is excellent
ISI INSPECTION REPORT - NOVEMBER 2019

T (+44) 20 7409 7273
Albemarle Independent College, 18 Dunraven Street, Mayfair, London W1K 7FE

PHYSICS A (OCR)

AS Course Outline

What is Physics?

Physics

As you probably know from GCSE, Physics is the science of the physical world. There are few completely new topics at A-level that you won't have come across. AS level physics is simply GCSE work on mechanics, electricity and waves in more detail. Most Higher Level calculation topics are simply repeated, e.g. acceleration and kinetic/potential energy, voltage-current-resistance, while others e.g. heat energy electromagnetism and astronomy have calculation introduced at A-level, while only descriptive at GCSE. Maths is involved in A-level Physics but you do not need to do A-level Maths (though it is useful, as you'll repeat Mechanics in both Maths and Physics!). You just need to be good at most of the higher-tier GCSE maths, e.g. formulae (using and re-arranging them), graphs e.g. y=mx+c, Pythagoras, sin cos and tan percentages and standard form.

AS-level Physics involves mechanics; motion, forces, momentum, kinetic/potential energy, and stretching solids, Hooke's Law. We study electricity, both circuits and how current is explained by electrons, then waves (e.g. light and sound waves). Other topics include refraction, diffraction, interference and sound waves in musical instruments. We study the wave and particle photon nature of light called quantum physics.

In the second year of the course, not AS, you will study further mechanics topics e.g. circular motion and oscillations, heat energy, the kinetic molecule theory of gases, astronomy-planet orbits, star life cycles, the Big Bang theory of the Universe, electromagnetism (motors, generators, transformers), radioactivity, particle physics and medical physics(e.g. how X Ray machines work). There is no “coursework” or practical examinations to worry about. You will do experiments throughout the course and answer exam questions about these in the exams. There will be two exam papers to do in May/June. There will be multiple choice and structured questions with a mix of calculations and descriptive work. You may need to write a paragraph to explain something but no essays. The whole AS syllabus, modules 1-4 will be examined in both papers. You get a formula sheet in the exams.

Students will face questions based on:

What Skills Will Students Develop by Studying Physics?


PHYSICS (OCR) Syllabus A H156 Summary of Content at AS

Course Content

Module 1: Development of Practical Skills in Physics
Physics is a practical subject. The development and acquisition of practical skills is fundamental. Students are introduced to experimental design, analysis and evaluation techniques. Skills learned in this part of the course are vital for those who wish to study science and engineering courses at university.

Module 2: Foundations in Physics
The aim of this module is to introduce important conventions and ideas that permeate the fabric of physics. Understanding of physical quantities, S.I. units, scalars and vectors helps physicists to effectively communicate their ideas within the scientific community

Module 3: Forces and Motion
This develops the mathematical foundation to much of what is learned at GCSE, including momentum, moments, work done and efficiency. Students are also introduced to studies involving Young's modulus, which is a key link to civil and mechanical engineering. Practicals completed in this part of the course include methods to determine g on Earth, determining the terminal velocity of materials, and investigating the properties of plastics.

Module 4: Electrons, waves and photons
Building upon GCSE electricity and waves, students examine more complicated electric circuits and gain a greater understanding the electrical systems of every day objects, as well as furthering their knowledge in wave behaviour, refraction and diffraction. Students gain their first exposure to quantum physics and study the phenomenon of wave-particle duality. Practicals completed in this part of the course include investigating potential divider circuits, determine the wavelength of light using a diffraction grating, and determining the speed of sound in air.

Course Structure
Students will have 5 hours of contact time per week, covering the course content, practical work, and exam practice.

Core Textbook
OCR Year 1 and AS Level ISBN 9780198352174 Oxford University Press

Introductory Reading
CGP Revision Guide New 2015 A-Level Physics: OCR A Year 1 & AS Complete Revision & Practice with Online Edition ISBN-13: 9781782942955
Physics for You Keith Johnson ISBN 13 9781408509227

Further Reading
Introducing Quantum Theory (great book!) J.P McEvoy, Oscar Zarate
Six Easy Pieces Richard Feynman
Advanced Physics Steve Adams Jonathan Allday
A Level Physics Roger Muncaster
Practice in Physics Tim Akrill George Bennet Chris Millar

Physics