2. Green light with a frequency of 6 × 10¹4 Hz is shined on two slits separated a distance of 5 × 10-5 m. The detectorscreen is located 1.5 m away.a) Treating the slits as point-like, how far above the center of the detector is the first dark fringe? How about the firstbright fringe (excluding the bright fringe at the center)?b) Consider the second dark fringe above the center of the detector and the first bright spot below the center of thedetector, how far apart are these locations?c) Would your answer to a) increase, decrease, or stay the same if the light was violet? What if it was red?d) For this part, suppose a small crystal is placed inside the top slit. The crystal generates a constant phase shift inthe light passing through that slit, but has no other effect. Now, at the center of the detector screen, there is a darkfringe. How far above the center of the detector are the first and second bright fringes? How about the next dark fringe(excluding the center)?e) For this part, the crystal in part d) has been removed. Now let's consider the width of the slits themselves since, inthe real world, there is no such thing as a true point-like slit. Suppose the first dark fringe due to the single slit envelopeoccurs at the same location as the third dark fringe due to the double slit interference pattern. What is the width of theslits?

2. Green light with a frequency of 6 x 10¹4 Hz is shined on two slits separated a distance of 5 x 10-5 m. The detector screen is located 1.5 m away. a) Treating the slits as point-like, how far above the center of the detector is the first dark fringe? How about the first bright fringe (excluding the bright fringe at the center)? b) Consider the second dark fringe above the center of the detector and the first bright spot below the center of the detector, how far apart are these locations? c) Would your answer to a) increase, decrease, or stay the same if the light was violet? What if it was red?

2. Green light with a frequency of 6 x 10¹4 Hz is shined on two slits separated a distance of 5 x 10-5 m. The detector screen is located 1.5 m away. a) Treating the slits as point-like, how far above the center of the detector is the first dark fringe? How about the first bright fringe (excluding the bright fringe at the center)? b) Consider the second dark fringe above the center of the detector and the first bright spot below the center of the detector, how far apart are these locations? c) Would your answer to a) increase, decrease, or stay the same if the light was violet? What if it was red?