Essential Summary: At the end of this lesson, you should be able to determine the wavelength of laser beam using a In this short video, from the Institute of Physics and the National STEM Learning Centre and Network (

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Detailed Snapshot for Readers

At the end of this lesson, you should be able to determine the wavelength of laser beam using a SP025 Theoretical Value: 1) Wavelength: 650 nm 2) Number of line per unit length: 300 lines per mm.

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Quick reference points

  • At the end of this lesson, you should be able to determine the wavelength of laser beam using a
  • SP025 Theoretical Value: 1) Wavelength: 650 nm 2) Number of line per unit length: 300 lines per mm.
  • In this short video, from the Institute of Physics and the National STEM Learning Centre and Network (

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Experiment 6 : Diffraction

Experiment 6 : Diffraction

SP025 Theoretical Value: 1) Wavelength: 650 nm 2) Number of line per unit length: 300 lines per mm.

Physics SP025 Experiment 6 : Diffraction

Physics SP025 Experiment 6 : Diffraction

Read more details and related context about Physics SP025 Experiment 6 : Diffraction.

《EXPERIMENT 6》DIFFRACTION  || REPORT WRITING || SP025 || PHYSICS

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Read more details and related context about 《EXPERIMENT 6》DIFFRACTION || REPORT WRITING || SP025 || PHYSICS.

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Demonstrating diffraction using laser light – for teachers

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In this short video, from the Institute of Physics and the National STEM Learning Centre and Network (

SP025 Experiment 6 - Diffraction grating

SP025 Experiment 6 - Diffraction grating

At the end of this lesson, you should be able to determine the wavelength of laser beam using a

Experiment 6: Diffraction

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Diffraction Grating Experiment - A Level Physics Practical

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