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A grating has 1050 lines per centimetre, and a flat screen is perpendicular to the ray that makes the central peak of the diffraction pattern. The screen is 2.45 m from the grating. If light of two wavelengths, 600 nm and 690 nm, passes through the grating, what is the separation on the screen between the third- order maxima for the two wavelengths?

A grating has 1050 lines per centimetre, and a flat screen is perpendicular to the ray that makes the central peak of the diffraction pattern. The screen is 2.45 m from the grating. If light of two wavelengths, 600 nm and 690 nm, passes through the grating, what is the separation on the screen between the third- order maxima for the two wavelengths?

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A grating has 1050 lines per centimetre, and a flat screen is perpendicular to the ray that makes the central peak of the diffraction pattern. The screen is 2.45 m from the grating. If light of two wavelengths, 600 nm and 690 nm, passes through the grating, what is the separation on the screen between the third- order maxima for the two wavelengths?
Transcribed Image Text:A grating has 1050 lines per centimetre, and a flat screen is perpendicular to the ray that makes the central peak of the diffraction pattern. The screen is 2.45 m from the grating. If light of two wavelengths, 600 nm and 690 nm, passes through the grating, what is the separation on the screen between the third- order maxima for the two wavelengths?
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