A home made spectrometer uses a diffraction grating with 500 lines per mm. Setting the diffraction grating to be 1.02 m away from a detecting wall, a pink sample blocks all but the violet and red lines from the spectrum. The second order violet line occurs at a distance of 50.0 cm from the n=0 central bright spot (as shown below). central bright spot Yz(vioter) detection screen pink sample diffraction grating light source Part A The wavelength of violet light that passes through the pink sample is Vo AEO ?

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A home made spectrometer uses a diffraction grating with 500 lines per mm. Setting the diffraction grating to be 1.02 m away from a detecting wall, a pink sample blocks all but the violet
and red lines from the spectrum. The second order violet line occurs at a distance of 50.0 cm from the n=0 central bright spot (as shown below).
central bright spot
Yz(violer)
detection screen
pink sample
diffraction grating
light source
Part A
The wavelength of violet light that passes through the pink sample is
?
A= 392
nm
Transcribed Image Text:A home made spectrometer uses a diffraction grating with 500 lines per mm. Setting the diffraction grating to be 1.02 m away from a detecting wall, a pink sample blocks all but the violet and red lines from the spectrum. The second order violet line occurs at a distance of 50.0 cm from the n=0 central bright spot (as shown below). central bright spot Yz(violer) detection screen pink sample diffraction grating light source Part A The wavelength of violet light that passes through the pink sample is ? A= 392 nm
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