Question: Instead of using diffraction gratings. it is possible to achieve wavelength separation of light via a crystal, as demonstrated in the below picture: Explain this

 Instead of using diffraction gratings. it is possible to achieve wavelength

separation of light via a crystal, as demonstrated in the below picture:

Instead of using diffraction gratings. it is possible to achieve wavelength separation of light via a crystal, as demonstrated in the below picture: Explain this phenomena, and how it is able to cause separation of colours like in the above picture. What numerical relationships can be established that would help you determine the wavelength of certain spectral lines? (Not looking for an explicit derivation here, but some references to relevant laws of physics and how they could be used). a

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