The diffraction pattern acts as an "envelope" (the blue dashed curve) that controls the intensity of the regularly spaced interference maxima. Interference fringes Diffraction minima a sin e -2 Figure 37.7 The combined effects of two-slit and single-slit interference. This pattern is produced when 650-nm light waves pass through two 3.0-µm slits that are 18 µm apart.

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As shown, show mathematically how many interference maxima are enclosed by the central diffraction maximum in the pattern. Notice that the diagram is generated by using 650-nm light to illuminate two 3.0-μm slits separated by 18 μm.

The diffraction pattern acts
as an "envelope" (the blue
dashed curve) that controls
the intensity of the regularly
spaced interference maxima.
Interference
fringes
Diffraction
minima
a sin e
-2
Figure 37.7 The combined
effects of two-slit and single-slit
interference. This pattern is
produced when 650-nm light
waves pass through two 3.0-µm
slits that are 18 µm apart.
Transcribed Image Text:The diffraction pattern acts as an "envelope" (the blue dashed curve) that controls the intensity of the regularly spaced interference maxima. Interference fringes Diffraction minima a sin e -2 Figure 37.7 The combined effects of two-slit and single-slit interference. This pattern is produced when 650-nm light waves pass through two 3.0-µm slits that are 18 µm apart.
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