Refraction of light at straight surfaces and investigation of ray paths in prisms and lenses

VP5.1.1.2
Refraction of light at straight surfaces and investigation of ray paths in prisms and lenses
Refraction of light at straight surfaces and investigation of ray paths in prisms and lenses

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Description

The experiment P5.1.1.2 deals with the change of direction when light passes from one medium into another. The law of refraction discovered by W. Snell is quantitatively verified:

This experiment topic also studies total reflection at the transition from a medium with a greater refractive index to one with a lesser refractive index, the concentration of a parallel light beam at the focal point of a collecting lens, the existence of a virtual focal point when a parallel light beam passes through a dispersing lens, the creation of real and virtual images when imaging with lenses and the ray path through a prism.

Components of equipment sets

1 46352 Optical disc LD
1 450641  8  Halogen lamp 12 V, 50/100W LD
1 450681  4  Halogen bulb 12 V/50 W, G6.35 LD
1 726890  4  DC-High Current Power Supply 1...32 V/0...20 A LD
1 46351 Diaphragm with 5 slits LD
1 46008  8  Lens in frame, f=150 mm LD
1 460310  8  Optical bench, S1 profile, 1 m LD
2 460311  8  Clamp rider with clamp 45/65 LD
1 4603112  8  Clamp rider with clamp 75/65 LD
1 30040  4  Stand rod, 10 cm, 12 mm diam. LD
2 500624  4  Safety connecting lead 50 cm, black LD

Experiment Instructions

PDF (Experiment description) PDF (Experiment description) P5.1.1.2
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