5. A laser travels through two slits onto a screen behind the slits. The central maximum of the diffraction contains 9 i

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5 A Laser Travels Through Two Slits Onto A Screen Behind The Slits The Central Maximum Of The Diffraction Contains 9 I 1 (23.5 KiB) Viewed 9 times

5. A laser travels through two slits onto a screen behind the slits. The central maximum of the diffraction contains 9 individual interference bright spots. [10 points] a. The diffraction pattern is due to the A. width of the slits B. distance between the slits b. The interference pattern is due to the A. width of the slits B. distance between the slits c. The diffraction minimum aligns with an interference minimum. What is the order for the interference minimum that aligns with the diffraction minimum (i.e. what is the appropriate value for m)? Explain your answer. [3 points] d. What is the ratio between the slit spacing to the slit's width (d/a)? [ 5 points]