3. A laser beam of wavelength 722 nm is incident on two slits (as shown in the diagram below). Approximately how far apart will be the bright interference fringes on the viewing screen? (0.0114076 m.) 0.3 mm 0 4.74 m Ay Burmata screen

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3. A laser beam of wavelength 722 nm is incident on two slits (as shown in the diagram below). Approximately how far
apart will be the bright interference fringes on the viewing screen? (0.0114076 m.)
0.3 mm
eing
4.74 m
+ Ay →
viewing
screen
Transcribed Image Text:3. A laser beam of wavelength 722 nm is incident on two slits (as shown in the diagram below). Approximately how far apart will be the bright interference fringes on the viewing screen? (0.0114076 m.) 0.3 mm eing 4.74 m + Ay → viewing screen
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