Ө1 Figure 1. Interference pattern for two finite slits. is the angle of the first diffraction minimum. A double-slit experiment is illuminated with light with a wavelength λ = 545 nm. The angle versus intensity plot observed is shown in the figure. A minimum of the diffraction envelope and one of the maxima of the double slit interference fringes coincide at 0 = 3.35°. Part 1) What is the slit width? Part 2) What is the slit separation? d= um um m m
Ө1 Figure 1. Interference pattern for two finite slits. is the angle of the first diffraction minimum. A double-slit experiment is illuminated with light with a wavelength λ = 545 nm. The angle versus intensity plot observed is shown in the figure. A minimum of the diffraction envelope and one of the maxima of the double slit interference fringes coincide at 0 = 3.35°. Part 1) What is the slit width? Part 2) What is the slit separation? d= um um m m
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Transcribed Image Text:Figure 1. Interference pattern for two finite slits. is the
angle of the first diffraction minimum.
A double-slit experiment is illuminated with light with a
wavelength X = 545 nm. The angle versus intensity
plot observed is shown in the figure. A minimum of the
diffraction envelope and one of the maxima of the
double slit interference fringes coincide at 0 = 3.35°.
Part 1)
What is the slit width?
a =
Part 2)
What is the slit separation?
d=
ya
0₁
um
um
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