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An ideal double slit interference experiment is performed with light of wavelength 640 nm. A bright spot is observed at the center of the resulting pattern as expected. For the 2nd bright spot away from the center, it is known that light passing through the more distant slit travels nm further than the light traveling from the closer slit. (Enter just the number- 800 don't include "nm")

An ideal double slit interference experiment is performed with light of wavelength 640 nm. A bright spot is observed at the center of the resulting pattern as expected. For the 2nd bright spot away from the center, it is known that light passing through the more distant slit travels nm further than the light traveling from the closer slit. (Enter just the number- 800 don't include "nm")

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An ideal double slit interference experiment is performed with light of wavelength 640 nm. A bright spot is observed at the center of the resulting pattern as expected. For the 2nd bright spot away from the center, it is known that light passing through the more distant slit travels nm further than the light traveling from the closer slit. (Enter just the number - 800 don't include "nm")
Transcribed Image Text:An ideal double slit interference experiment is performed with light of wavelength 640 nm. A bright spot is observed at the center of the resulting pattern as expected. For the 2nd bright spot away from the center, it is known that light passing through the more distant slit travels nm further than the light traveling from the closer slit. (Enter just the number - 800 don't include "nm")
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