Product details

Halogen lamp for experiments, 12V/50W, with magnetic base

Halogen lamp for experiments, 12V/50W, with magnetic base

Item no.: 08270-20

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  • Description
  • Related Experiments
  • Accessories
  • Downloads and Documents

Function and Applications

For optics demonstration experiments.

Benefits

  • Versatile: With the help of different inserts, parallel and divergent light beams as well as light rays can be generated
  • Due to the use of white light (halogen lamp) the effects of colour mixing and dispersion can be demonstrated
  • Easy and safe mounting on magnetic boards due to strong magnetic foil

Equipment and technical data

  • Metal housing with two lockable light outlets for parallel and divergent lightbeams
  • Magnet foil on bottom
  • Condenser lens
  • 1,5 m connecting cord with two 4-mm-plugs
  • Dimensions (mm): 122 x 261 x 64
  • Set of diaphragms for 1, 2, 3 or 5 parallel beams (spacing between the beams: 2 cm)

Accessories

  • Replacement light bulb: Halogen lamp, 12 V/50 W, 08129-06
Experiment Item no.
Rectilinear propagation of light P1100000
Shadow formation by a point light source P1100100
Umbra and penumbra with two point light sources P1100200
Umbra and penumbra with an extensive light source P1100300
Length of shadows P1100400
Solar and lunar eclipses with a point light source P1100500
Solar and lunar eclipses with an extensive light source P1100600
Reflection of light P1100700
The law of reflection P1100800
Formation of an image point by a plane mirror P1100900
Image formation by a plane mirror P1101000
Applications of reflection by plane mirrors P1101100
Reflection of light by a concave mirror P1101200
Properties of a concave mirror P1101300
Real images with a concave mirror P1101400
Law of imagery and magnification of a concave mirror P1101500
Virtual images with a concave mirror P1101600
Aberrations with a concave mirror (catacaustics) P1101700
Reflection of light by a convex mirror P1101800
Properties of a convex mirror P1101900
Image formation by a convex mirror P1102000
Law of imagery and magnification of a convex mirror P1102100
Reflection of light by a parabolic mirror P1102200
Refraction of light at the air-glass boundary P1102300
Refraction of light at the air-water boundary P1102400
The law of refraction (quantitative) P1102500
Total reflection of light at the glass-air boundary P1102600
Total reflection of light at the water-air boundary P1102700
Passage of light through a planoparallel glass plate P1102800
Refraction by a prism P1102900
Light path through a reversing prism P1103000
Light path of through a deviating prism P1103100
Light transmission by total reflection P1103200
Refraction of light by a convergent lens P1103300
Properties of a convergent lens P1103400
Real images with a convergent lens P1103500
Law of imagery and magnification of a convergent lens P1103600
Virtual images with a convergent lens P1103700
Refraction of light at a divergent lens P1103800
Properties of a divergent lens. OT 4.7 P1103900
Image formation by a divergent lens P1104000
Law of imagery and magnification of a divergent lens P1104100
Lens combination consisting of two convergent lenses P1104200
Lens combination consisting of a convergent and a divergentlens P1104300
Spherical aberration P1104400
Chromatic aberration P1104500
Colour dispersion with a prism P1104600
Non-dispersivity of spectral colours P1104700
Reunification of spectral colours P1104800
Complementary colours P1104900
Structure and function of the human eye P1105200
Short-sightedness and its correction (myopia) P1105300
Long-sightedness and its correction (hyperopia) P1105400
The magnifying glass P1105500
The camera P1105600
The astronomical telescope P1105700
The Newtonian reflecting telescope P1105800
Herschel's reflecting telescope P1105900
Title Item no.
Optional Accessories
Halogen lamp, 12 V/50 W 08129-06
Document     Filesize
0827020e.pdf Operating instructions, English 281.21 KB

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