How close do two wavelengths of light need to be to produce a metamer?
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Suppose I have two wavelengths (r1,r2)coming from a source .These rays are then reflect specularly on the surface. What is the minimum required for the wave trains of the light to be considered a metamer or perceived by one's eye?what would be their apparent colour if r1and r2 is 590nm and 490nm? dr is the distance between the rays and de is the distance between eye and the surface.
Your answer is..................
Suppose I have two wavelengths (r1,r2)coming from a source .These rays are then reflect specularly on the surface. What is the minimum required for the wave trains of the light to be considered a metamer or perceived by one's eye?what would be their apparent colour if r1and r2 is 590nm and 490nm? dr is the distance between the rays and de is the distance between eye and the surface.
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