The diffraction grating is a way of separating or dispersing light of different wavelengths, producing a spectrum of light.  The grating interferes light constructively in particular directions: dsinθm=mλdsin⁡θm=mλ  For a particular angle, we calculate the wavelength. The grating constant (or line density) is 500 lines per mm -- every millimeter has 500 lines scratched onto it, equally spaced.  The quantity d is the distance between the lines, and λ is the light wavelength.   In the previous problem, calculate y2, where one of the second-order spots appears on the meter stick.  Either that, or show that y2 can't be determined.

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The diffraction grating is a way of separating or dispersing light of different wavelengths, producing a spectrum of light.  The grating interferes light constructively in particular directions:

dsinθm=mλdsin⁡θm=mλ 

For a particular angle, we calculate the wavelength.

The grating constant (or line density) is 500 lines per mm -- every millimeter has 500 lines scratched onto it, equally spaced.  The quantity d is the distance between the lines, and λ is the light wavelength.

 

In the previous problem, calculate y2, where one of the second-order spots appears on the meter stick.  Either that, or show that y2 can't be determined.

 
y2
grating/6, L
Yo
Laser
Y-1
Y-2
Transcribed Image Text:y2 grating/6, L Yo Laser Y-1 Y-2
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