Fundamentals of Physics, Chapters 35-42

alternating current amplitude angular frequency Assume beam bright fringes capacitive capacitor central axis central maximum Chapter charge clock constant Courtesy diffraction grating diffraction pattern direction displacement current distance double-slit electric field electromagnetic wave electron equations event fiber FIGURE film focal length glass hologram index of refraction inductance inductor inertial intensity interference laser LC circuit lens light of wavelength Lorentz Lorentz factor m/s² magnetic field maxima Maxwell's Maxwell's equations measured minima momentum moving n₁ object observer optical optical fiber parallel particle path length difference perpendicular phase difference phasor plane mirror plate potential difference pulse R-side rad/s radiation radius reference frame reflected relative resistor resonance SAMPLE PROBLEM screen SECTION shown in Fig shows signal slit SOLUTION space speed of light surface thin tion transmitted vector velocity voltage wavelength width zero