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Spectral analysis and photoelectric effect set, projectable

Function

Intended for experimental study, chemistry laboratory, physics laboratory, carrying out chemistry experiments and carrying out physics experiments on: Modern physics. Wave physics. Light and physical optics. The continuous spectrum of polychromatic light, overhead projector. Measuring the wavelength of the spectral lines of Mercury. The maxima of order 0 and 1. The diffraction angle. Constructive interference. What is meant by the lattice constant. Determining the value of the wavelength of the lines of the spectrum of Mercury. Measuring the wavelength of the spectral lines of Hydrogen. The maxima of order 0 and 1. The diffraction angle. Constructive interference. The lattice constant of a diffraction grating. Determining the wavelength of the first lines of the discrete spectrum of light emitted by Hydrogen. Measuring the wavelength of the spectral lines of Helium. Determining the wavelength of the first lines of the discrete spectrum of light emitted by Helium. Measuring the wavelength of the spectral lines of Mercury. Determining the wavelength of the first lines of the discrete spectrum of light emitted by mercury. Measuring the wavelength of the spectral lines of nitrogen. Determining the wavelength of the first lines of the discrete spectrum of light emitted by nitrogen. Measuring the wavelength of the spectral lines of oxygen. Determining the wavelength of the first lines of the discrete spectrum of light emitted by oxygen. Measuring the average wavelength of the colors of the continuous spectrum of light, interference, overhead projector. The absorption spectra of filters and materials transparent to light, overhead projector. A qualitative observation of the refraction spectrum, overhead projector. A technique that can be used in the analysis of the color of paints, fabrics, etc. The emission of light caused by high electrical voltage in a Geissler tube with rarefied air. What is meant by a Geissler tube. The cathode and the anode. Ionized gases, third-kind conductors. The emission of light in the Geissler tube. The interaction of magnetic fields with electric discharge in rarefied gases. The electric charge carriers in an ionized gas. The emission of light in well-defined regions. Before you begin, note the following items. Reducing the pressure inside the tube. Ionizing the gas confined inside the tube. The color of the light emitted inside the Geissler tube depends on the confined gas. Ionized gases, third-kind conductors. The emission of light in well-defined regions, in the Geissler tube. The photoelectric effect. Hertz, Wilhelm Hallwachs, Philipp Lenard and the photoelectric effect. The photoelectric effect and the ultraviolet filter. Planck's constant and the work function, etc. Note: Does not include an overhead projector.

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Key Experiments

  • » The continuous spectrum of polychromatic light, overhead projector. - 1062.005A
  • » Measuring the wavelength of spectral lines in mercury. - 1062.004MN
  • » Measuring the wavelength of the spectral lines of Hydrogen. - 1062.004T_H
  • » Measuring the wavelength of the spectral lines of Helium. - 1062.004T_HE
  • » Measuring the wavelength of Mercury's spectral lines. - 1062.004T_HG
  • » Measuring the wavelength of the spectral lines of Nitrogen. - 1062.004T_N
  • » Measuring the wavelength of the spectral lines of Oxygen. - 1062.004T_O
  • » The measurement of the average wavelength of the colors of the continuous spectrum of light, interference, overhead projector. - 1062.005C
  • » Absorption spectra of filters and light-transparent materials, overhead projector. - 1062.005B
  • » A qualitative observation of the refraction spectrum, overhead projector. - 1062.005D
  • » The photoelectric effect. - 1062.008
  • » Electrification, principles of electrostatics, static electricity. - 1082.032
  • » Electrostatics, electrification processes with leaf electroscope. - 1082.033
  • » The photoelectric effect and the ultraviolet filter. - 1062.008A
  • » Light emission caused by high electrical voltage in a Geissler tube with rarefied air. - 1121.010_E1
  • » The interaction of magnetic fields with electric discharge in rarefied gases. - 1121.010_E2
  • » The color of the light emitted inside the Geissler tube depends on the confined gas. - 1121.010_E3
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