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23 Nov 2019
Two narrow slit are illuminated by a laser with awavelength of552 nm. The interference pattern on a screen locatedx = 5.10 m awayshows that the second-order bright fringe islocated y = 5.40 cmaway from the central bright fringe. Calculatethe distance betweenthe two slits.
1.04Ã10-2 cm
Thescreen isnow moved 1.8 m further away. What is the new distancebetween thecentral and the second-order bright fringe?
7.31 cm
I have the answers but need toknow how to do theproblems.
Two narrow slit are illuminated by a laser with awavelength of552 nm. The interference pattern on a screen locatedx = 5.10 m awayshows that the second-order bright fringe islocated y = 5.40 cmaway from the central bright fringe. Calculatethe distance betweenthe two slits.
1.04Ã10-2 cm
Thescreen isnow moved 1.8 m further away. What is the new distancebetween thecentral and the second-order bright fringe?
7.31 cm
1.04Ã10-2 cm
Thescreen isnow moved 1.8 m further away. What is the new distancebetween thecentral and the second-order bright fringe?
7.31 cm
I have the answers but need toknow how to do theproblems.
Nestor RutherfordLv2
4 Mar 2019