Fundamentals of Physics, Chapters 33-37

amplitude beam bright fringes Calculations central axis central maximum CHAPTER clock colors component coordinates dark fringes diameter diffraction grating diffraction pattern Doppler effect double-slit experiment Earth electric field electromagnetic wave emitted equation Figure film focal length focal point frequency glass index of refraction inertial reference frames intensity interface interference pattern interval KEY IDEAS kinetic energy lens lenses light of wavelength light rays light waves Lorentz factor magnetic field mass energy maxima measured minima minimum momentum moving observer occur parallel particle path length difference perpendicular phase difference phasors point source polarizing direction polarizing sheets produced radiation radius rays r1 reflection relative Sally Sample Problem shown in Fig shows side single-slit diffraction slit width special relativity speed of light spherical mirror telescope thickness thin tion transverse Doppler effect velocity vertical viewing screen virtual image wavefront wavelength θ θ