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Set of discrete and continuous diffraction of light and wavelength

Function

Intended for experimental study, physics laboratory work, and conducting physics experiments on: Modern physics. Wave phenomena. Light and optics. Diffraction of light by holes and slits. The central point and the central maximum. Determining the wavelength of light. The behavior of light when passing through a hole. The behavior of light when passing through three different pairs of double slits. The behavior of light when passing through three sets with different numbers of slits of the same width. Using a hole of known diameter to determine the wavelength of a laser. The diffraction angle. Bessel's function and equation to find the wavelength of a laser. Laser diffraction by a diffraction grating, grating constant 1.00 x 10⁻⁶ m. Diffraction and Huygens' principle. Light interference, Young's double-slit experiment. The central point and the central maximum. The points of constructive interference. Determining the wavelength of a laser knowing the grating constant. Laser diffraction by diffraction gratings, grating constant 8.33 x 10⁻⁵ m. Determining the average wavelength of colors in the continuous spectrum of white light. Light diffraction and Huygens' principle. What is a diffraction grating? The final diffraction pattern (light spectrum). Determining the average wavelength of the red color band in the white light spectrum. Determining the average wavelength of another color in the continuous spectrum of white light. Light interference, Young's double-slit experiment, the wave nature of light, etc.

Key Experiments

  • » Diffraction of monochromatic light through holes and slits. - 1062.003D2
  • » Laser diffraction by diffraction grating, grating constant 1.00 x 10 - 1062.003M3
  • » Laser diffraction by diffraction gratings, grating constant 8.33 x 10 - 1062.003M4
  • » The URM and its characteristics - 1062.004H6A
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