Consider a transmisison diffraction grating consisting of an array of thin slits. Laser light at 560 nm shines on the grating at an angle of 30 degrees relative to the normal. What must the grating spacing, d, be in order for the m=2 diffraction spot to diffract at a 80 degree angle? Enter your answer in nanometers as a whole number in the space provided.
Consider a transmisison diffraction grating consisting of an array of thin slits. Laser light at 560 nm shines on the grating at an angle of 30 degrees relative to the normal. What must the grating spacing, d, be in order for the m=2 diffraction spot to diffract at a 80 degree angle? Enter your answer in nanometers as a whole number in the space provided.
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Transcribed Image Text:Consider a transmisison diffraction grating consisting of an array of thin slits. Laser light at 560 nm shines on the grating at an angle of
30 degrees relative to the normal. What must the grating spacing, d, be in order for the m=2 diffraction spot to diffract at a 80 degree
angle?
Enter your answer in nanometers as a whole number in the space provided.
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