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60-Light of wavelength 620nm falls on a double slit system immersed in water. It may form an interference pattern on a barrier 2.0 m away about the same water tank. What is the distance between the maximum central value and the maximum value of the second order appearing on the barrier. If the distance between the two holes is 0.5mm?

60-Light of wavelength 620nm falls on a double slit system immersed in water. It may form an interference pattern on a barrier 2.0 m away about the same water tank. What is the distance between the maximum central value and the maximum value of the second order appearing on the barrier. If the distance between the two holes is 0.5mm?

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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60-Light of wavelength 620nm falls on a double slit system immersed in water. It may form an interference pattern on a barrier 2.0 m away about the same water tank. What is the distance between the maximum central value and the maximum value of the second order appearing on the barrier. If the distance between the two holes is 0.5mm?
Transcribed Image Text:60-Light of wavelength 620nm falls on a double slit system immersed in water. It may form an interference pattern on a barrier 2.0 m away about the same water tank. What is the distance between the maximum central value and the maximum value of the second order appearing on the barrier. If the distance between the two holes is 0.5mm?
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