A light beam involving different wavelengths is incident on a grating. Which color (wavelength) light will have the largest separation between the different principal maxima? A. Shortest wavelength. B. Longest wavelength. C. There is no difference for all wavelengths. D. Depends on total slit number of the grating.
A light beam involving different wavelengths is incident on a grating. Which color (wavelength) light will have the largest separation between the different principal maxima? A. Shortest wavelength. B. Longest wavelength. C. There is no difference for all wavelengths. D. Depends on total slit number of the grating.
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![A light beam involving different wavelengths is incident on a grating. Which color (wavelength)
light will have the largest separation between the different principal maxima?
A. Shortest wavelength.
B. Longest wavelength.
C. There is no difference for all wavelengths.
D. Depends on total slit number of the grating.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F35887c0f-4746-4eb1-9bdc-d440081a02ab%2Fe6dddd9b-2ceb-4d36-89bc-d5eb2a8b84c4%2Fa6up5r_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A light beam involving different wavelengths is incident on a grating. Which color (wavelength)
light will have the largest separation between the different principal maxima?
A. Shortest wavelength.
B. Longest wavelength.
C. There is no difference for all wavelengths.
D. Depends on total slit number of the grating.
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