Question

In: Physics

Suppose that you shine light from a laser through two slits that are placed one in...

Suppose that you shine light from a laser through two slits that are placed one in front of the other, separated by 0.6mm. The width of each slit is 0.12mm. The light will travel from the laser, through the slits, and onto a screen 1.5m away.

a. Predict what you will observe on the screen, and compare it to what you would expect from single-slit diffraction.

b. If ray (geometrical optics) accurately described this siutation, what would the pattern on the screen look like? Explain.

c. How would the pattern change if you used narrower slits?

d. How would the pattern change if you used wider slits?

e. Draw a graph showing the relationship between intensity (y-axis) and distance across the screen (x-axis).

f. Is there a relationship between the maximum intensity of the double-slit bright spots and the intensity pattern of a single slit of the same width? Do the heights of the peaks seem to follow the same pattern as the intensity of the single-slit pattern?

Expert Solution

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genius_generous answered 1 year ago

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