paperback. Condition: New. Ship out in 2 business day, And Fast shipping, Free Tracking number will be provided after the shipment.Paperback. Pub Date: 2004 Pages: 331 Language: English Publisher: Higher Education Press. Learning from the textbook: Physics basic tutorial 3 (2) in each version based on revised from condensation of long-term teaching experience and hard work. Learning from the textbook: Physics basic tutorial 3 (2nd edition) retains the original first edition selection of appropriate. concept expounded clear. classrooms and refining. in accordance with the lay a solid foundation. Featured Content. updated as appropriate. and conducive to teaching principles. Complement reflect modern physics frontier thematic content and engineering applications. The book is divided into three. the first volume content for mechanics. kinetic theory of gases and thermodynamic basis. the Volume II electromagnetism. Volume III of the basis of the vibration fluctuations and modern physics. This volume is the third volume. a total of eight: mechanical vibration. mechanical waves. electromagnetic waves. oscillations and electromagnetic waves. wave optics. special relativity foundation quantum nature of light. the quantum theory of the atom. solid theoretical foundation. Learning from the textbook: Physics basic tutorial 3 (2nd edition) as universities engineering textbooks. but also for the arts and sciences choose relevant professional and social reader reading. Contents: Chapter 15 of the Title IV vibration and fluctuations mechanical vibrations 15-l simple harmonic motion 15-2 harmonic vibration of energy 15-3 damping vibration by forced vibration resonance 15-4 two in the same direction. the same simple harmonic motion of frequency synthesis 15-5 two mutually perpendicular simple harmonic vibration frequency synthesis Questions Exercises Chapter XVI of mechanical waves 16-1 mechanical wave generation and dissemination of 16-2 mechanical wave propagation velocity wave function 16-3 plane harmonic waves 16-4 wave energy flux density 16-5 Huygens' principle and its application of 16-6 wave superposition principle of wave interference 16-7 standing wave 16-8 Doppler effect of thinking about the basic nature of Chapter XVII questions exercises electromagnetic oscillations and electromagnetic wave the 17-1 oscillation circuit electromagnetic oscillations 17-2 of the generation of electromagnetic waves and radiation of electromagnetic waves in 17-3 17-4 electromagnetic wave energy 17-5 the electromagnetic spectrum Questions exercises Chapter XVIII fluctuations coherence of the light source of the first part of the interference of light in optical 18-0 A brief history of the development of knowledge about the nature of light 18-1 18-2 by the wave front of diffraction of light in the second portion of the surface method generated by interference of light 18-3 pathlength Poor thin lens and the optical path A Property 18-4 divided by the amplitude of the light generated interference 18-5 Mike Michelson interferometer resolving power of optical instruments of the the 18-7 single slit diffraction of the 18-6 light diffraction phenomenon Huygens Fresnel principle 18-8 diffraction grating 18-9 18-10 crystal x-ray diffraction Part III the shear wave nature of the polarization of light 18-11 natural light and polarized light Malus law 18-12 reflections and refractions time polarization 18-13 light thinking birefringence the 18-14 interference of polarized light and its application Questions Question fifth chapter of modern physics underlying Chapter XIX to special relativity foundation. 19-1 Galilean principle of relativity of time and space mechanics transform classical mechanics Michelson - Morley experiment. 19-2 19-3 Einstein postulated the special theory of relativity of time and space Lorentz transformation 19-4 19-5 Lorentz transformation of velocity rule 19-6 relativistic dynamics foundation thinking the Questions Question CHAPTER light quantum 20-1 the thermal ra. Seller Inventory # NE004267

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