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Optics Module 2 — Optical Bench |
Includes heavy aluminum rails with metric scale on one side; a connector makes them a 1 meter bench. Also includes sliding carriers that clamp on the bench, four lens holders, two with set screw clamps, and one for screens and flats. We include three blank lens holders; two holders with permanent lenses, one double-concave and the other double-convex; and two with polarizing filters and graduations. Also two additional lenses of different focal lengths; concave and convex mirrors; both additive and subtractive color filter sets; three 12V lamps; a cuvette and photoelastic solid and a translucent screen. Also an Earth-Moon model; a prism and prism table; eight slides of diaphragms, slits, and a diffraction grating; and two mountable slide holders. You will need a 12V power supply. The manual offers 63 different experiments covering reflection, refraction, lenses, optical instruments and wave behavior. With permanent storage case.Note: Optics 2 Module requires materials from the Optics 1 module to perform all experiments listed.Experiment List—Optics Module 21. Propagation of Light• Light & Shadow• Core shadow, half shadow• Lunar phases• Solar and lunar eclipse• Pinhole camera• Photometer2. Mirrors• Images on a concave mirror• Images on a convex mirror3. Lenses• Determination of the focal length of convex lenses• Images of a convex lens• Law of imagery for convex lenses• Determination of the focal length of concave lenses• Images with concave lenses• Spherical lens aberration• Chromatic lens aberration4. Colors• Color splitting of light by means of a prism and consequent recombination• Additive mixing of colors• Subtractive mixing of colors• Body colors5. The Eye• Model of the human eye• Aberrations of the eye and their corrections6. Optical Instruments• Magnifying glass• Slide projector• Microscope• Telescope• Camera7. Wave Optics• Diffraction at the grating• Determination of the wave length• Polarizing with filters• Rotation of plane of polarization by means of inserting of solid matter• Model of a saccarimeter• Photoelectricity
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