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Two rays of monochromatic light begin out of phase with each other. Then one of the rays travels a distance of 2.5 wavelengths more than the other. When the rays are then combined, how will they appear?

Two rays of monochromatic light begin out of phase with each other. Then one of the rays travels a distance of 2.5 wavelengths more than the other. When the rays are then combined, how will they appear?

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Two rays of monochromatic light begin out of phase with each other. Then one of the rays travels a distance of 2.5 wavelengths more than the other. When the rays are then combined, how will they appear? O Blue shifted O Dimmer that each ray O Brighter than each ray O No light at all O Flickering over time
Transcribed Image Text:Two rays of monochromatic light begin out of phase with each other. Then one of the rays travels a distance of 2.5 wavelengths more than the other. When the rays are then combined, how will they appear? O Blue shifted O Dimmer that each ray O Brighter than each ray O No light at all O Flickering over time
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