Cambridge IGCSE Physics Coursebook with CD-ROM
Cambridge IGCSE Physics matches the requirements of the revised Cambridge IGCSE Physics syllabus (0625). Cambridge IGCSE Physics has been developed to provide full support for the Cambridge International Examinations syllabus (0625). It is written in accessible language and features clear objectives and chapter summaries, exam-style questions and worked examples. It is highly illustrated in full colour throughout. The accompanying Student CD-ROM contains answers to questions in the book, multiple-choice questions and answers, and activity sheets including practical work. Now available in both print and e-book formats. The e-book includes both the print version and materials from the Student CD-ROM. A Workbook and Teacher's Resource CD-ROM are also available to accompany the course.
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The kinetic model
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acceleration alpha particle alternating current angle of incidence atom beam block Boyle’s law bulb calculate car’s cell centre of mass conductor connected Core Describing current flows decay density direction distance travelled Earth electric charge electric current electromagnetic electrons energy transferred equation example Explain ﬁeld ﬂow force acting frequency fuel gamma gate glass graph gravity greater half-life heater horizontal increases input kinetic energy liquid load logic gates look magnetic field magnetised material measure metal molecules moving neutrons nucleus object pole positive charge power station pressure primary coil produced proton push radioactive decay radioactive substances ray of light reﬂection refraction resistance resultant force ripple tank ripples shown in Figure shows solid sound specific heat capacity spectrum speed Step substitute values surface switch Table temperature thermal heat thermistor thermometer transformer transistor truth table vibrations voltage volume wavelength waves weight wire