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Experiment: Diffraction by a Single Slit

Experiment: Diffraction by a Single Slit

785.70 827.05 €
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Objective: Demonstrate the wave nature of light and determine the wavelength

Diffraction of light by a single slit can be described as the superposition of coherent wavelets which, according to Huygens’ principle, spread out from the illuminated slit in all directions. Depending on the angle along which they propagate, the wavelets cause either constructive or destructive interference. If the width of the slit and the distance to the screen are known, then the wavelength can be calculated based on the distance between adjacent dark bands of the interference pattern.

Additionally required: Wire.
Red Laser Diode, 650 nm, 1003201 [U22000], Optical Lamps on Stem

Red Laser Diode, 650 nm

1003201 [U22000]
Unit price
135.66 €
Laser Module, Green, 1003202 [U22001], Optical Lamps on Stem

Laser Module, Green

1003202 [U22001]
Unit price
284.41 €
Optical Bench K, 1000 mm, 1009696 [U8475240], Kröncke Optics

Optical Bench K, 1000 mm

1009696 [U8475240]
Unit price
89.25 €
Optical Rider K, 1000862 [U8475350], Kröncke Optics

Optical Rider K

1000862 [U8475350]
Unit price
20.23 €
Adjustable Slit K, 1008519 [U8476675], Kröncke Optics

Adjustable Slit K

1008519 [U8476675]
Unit price
233.24 €
Holder K for Diode Laser, 1000868 [U8475550], Kröncke Optics

Holder K for Diode Laser

1000868 [U8475550]
Unit price
44.03 €
Product Data
Item No. 8000768 [UE4030100]
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