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34) Two coherent sources P and Q radiate in phase emitting waves of wavelength 0.01m. The waves travel to a point X such that XO – XP = 22.5mm Fig 17. P• Figure 17 1. The phase difference between the waves, when they arrive at X is - radians. 2 2. The two waves will combine so that there is no disturbance at X. 3. The displacement at X will never be zero.

34) Two coherent sources P and Q radiate in phase emitting waves of wavelength 0.01m. The waves travel to a point X such that XO – XP = 22.5mm Fig 17. P• Figure 17 1. The phase difference between the waves, when they arrive at X is - radians. 2 2. The two waves will combine so that there is no disturbance at X. 3. The displacement at X will never be zero.

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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DIRECTIONS SUMMARISED A B C D 1,2 only 2,3 only 1 only 3 only
Transcribed Image Text:DIRECTIONS SUMMARISED A B C D 1,2 only 2,3 only 1 only 3 only
34) Two coherent sources P and Q radiate in phase emitting waves of wavelength 0.01m. The waves travel to a point X such that XO – XP = 22.5mm Fig 17. P• Figure 17 1. The phase difference between the waves, when they arrive at X is - radians. 2 2. The two waves will combine so that there is no disturbance at X. 3. The displacement at X will never be zero.
Transcribed Image Text:34) Two coherent sources P and Q radiate in phase emitting waves of wavelength 0.01m. The waves travel to a point X such that XO – XP = 22.5mm Fig 17. P• Figure 17 1. The phase difference between the waves, when they arrive at X is - radians. 2 2. The two waves will combine so that there is no disturbance at X. 3. The displacement at X will never be zero.
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