8. Imagine that we manage to create a pair of slits in a metal foil that are 100 nm apart, and imagine that we send a beam of 100-eV electrons through these slits and project them on a fluorescent screen 1.0 m away from the slits. What will be the approximate distance be- tween bright spots in the interference pattern display on the screen?
8. Imagine that we manage to create a pair of slits in a metal foil that are 100 nm apart, and imagine that we send a beam of 100-eV electrons through these slits and project them on a fluorescent screen 1.0 m away from the slits. What will be the approximate distance be- tween bright spots in the interference pattern display on the screen?
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Transcribed Image Text:8. Imagine that we manage to create a pair of slits in a metal foil that are 100 nm apart, and
imagine that we send a beam of 100-eV electrons through these slits and project them on
a fluorescent screen 1.0 m away from the slits. What will be the approximate distance be-
tween bright spots in the interference pattern display on the screen?
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