Return to Fig 12 8 and the broad, quasimonochromatic, long, rectangular source of light ( 0 500 nm) How far apart should the two movable narrow aperture slits be if the fringe pattern on o is to disappear for the first time as that separation increases from near zero The source is 1 0 m in front of the aperture screen, and the width of the source is 0 10 mm

Question: Return to Fig. 12.8 and the broad, quasimonochromatic, long, rectangular source of light ( 0 = 500 nm). How far apart should the two movable

Return to Fig. 12.8 and the broad, quasimonochromatic, long, rectangular source of light (λ̅₀= 500 nm). How far apart should the two movable narrow aperture slits be if the fringe pattern on Σ_o is to disappear for the first time as that separation increases from near zero? The source is 1.0 m in front of the aperture screen, and the width of the source is 0.10 mm.

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