Success at AQA Physics B A2Oxford University Press, 2001 - 150 pages This title is being produced in collaboration with the exam board and they will be marketing it to centres who follow AQA Physics B A level. It consists of concise content, exactly tailored to and following the sequence of the specification. This A2 book covers the second half of the course.In October 2000 the AS book, covering the first half of the course, was published.The book provides the student with: - information about the examination papers - advice on how to tackle exam questions effectively, including synoptic questions - definitions and facts which need to be learnt - essential concepts and principles explained carefully and concisely - real-life applications of content, particularly in the context of Information and Communication which is the underlying theme of the specification - lots of practice exam questions. It's the essential guide to this exam. |
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acceleration alpha particle amplitude atoms beam binding energy Calculate capacitance change in potential change of flux circuit circular path collision constant Determine diagram diffraction direction displacement distance Earth Electric and Gravitational electric field electromagnetic radiation electron emitted energy levels energy stored equation example Explain Exponential Decay field lines fission flux density flux linkage formula frequency given gradient graph hydrogen increases induced emf initial input internal energy ionised kinetic energy laser magnetic field mass maximum Module molecules momentum moving neutrons nucleon nucleus orbit oscillator photon energy plates positive potential difference potential energy pressure produce protons radioactive Radioactive Decay radius rate of change resistor rotor satellite secondary coil shown in Figure simple harmonic motion specific heat capacity spectrum speed spreadsheet strong nuclear force surface temperature Test your understanding unit velocity wave wavelength wire zero