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Also part of:
Student set Optics / Atomic physics (special edition), TESS advanced Physics
Article no. 13286-88 | Type: Set
Delivery time:
3-4 weeks
Student set Optics / Atomic physics digital, TESS advanced Physics
Article no. 15350-88D | Type: Set
Student set Optics / Atomic physics, TESS advanced Physics
Article no. 15350-88 | Type: Set
Delivery time:
4-8 weeks
Principle
In this experiment, for various LEDs (light emitting diodes) the wavelength is determined by means of a grating using the subjective method.
Benefits
- Specified for the requirements of the german final secondary-school examinations
- Especially for secondary schools
- Quantum and wave optics in a student experiment
Tasks
At which wavelength does an LED emit light? The wavelength is characteristic of the colour of the light. Determine the wavelength of LEDs by means of measurements and observations using a diffraction grating.
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(de) Versuchsbeschreibung
p1419201_de .pdf
File size 1.73 Mb
pdf
(en) Versuchsbeschreibung
p1419201_en .pdf
File size 1.70 Mb
pdf
(ru) Versuchsbeschreibung
p1419201_ru .pdf
File size 1.85 Mb
pdf
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