Light that has a wavelength equal to falls normally on
Chapter , Problem 54(choose chapter or problem)
Light that has a wavelength equal to falls normally on four slits. Each slit is wide and the center-to-center separation between it and the next slit is (a) Find the angular width of the central intensity maximum of the single-slit diffraction pattern on a distant screen. (b) Find the angular position of all interference intensity maxima that lie inside the central diffraction maximum. (c) Find the angular width of the central interference maximum. That is, find the angle between the first interference intensity minima on either side of the central interference maximum. (d) Sketch the relative intensity as a function of the sine of the angle.
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