Question: . Two rays, 1 and 2 , travel through different configurations of mirrors before arriving at the same spot on a viewing screen. What is

. Two rays, 1 and 2, travel through different configurations of mirrors before arriving at the same spot on a viewing screen. What is the smallest possible length that results in the rays undergoing completely destructive interference? Both rays travel the same distance from the source to the first mirror and again from the final mirror to the screen. Let the rays have wavelength 550.

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