5. Two hollow cylinders are 0.650 meters in length. One is open at both ends and the other is closed at one end. Standing waves are then produced in them such that they produce sound. a) List the 3 lowest frequencies that will resonate in the open/open ended cylinder. b) List the 3 lowest frequencies that will resonate in the open/closed ended cylinder. c) What would the velocity of the open/closed system need to be such that you perceive its fundamental frequency (n = 1) to be that of the open/open systems when it is traveling away from you at 40.0 m/s?
5. Two hollow cylinders are 0.650 meters in length. One is open at both ends and the other is closed at one end. Standing waves are then produced in them such that they produce sound. a) List the 3 lowest frequencies that will resonate in the open/open ended cylinder. b) List the 3 lowest frequencies that will resonate in the open/closed ended cylinder. c) What would the velocity of the open/closed system need to be such that you perceive its fundamental frequency (n = 1) to be that of the open/open systems when it is traveling away from you at 40.0 m/s?
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Transcribed Image Text:5. Two hollow cylinders are 0.650 meters in length. One is open at both ends and the other is
closed at one end. Standing waves are then produced in them such that they produce sound.
a) List the 3 lowest frequencies that will resonate in the open/open ended cylinder.
b) List the 3 lowest frequencies that will resonate in the open/closed ended cylinder.
c) What would the velocity of the open/closed system need to be such that you perceive its
fundamental frequency (n = 1) to be that of the open/open systems when it is traveling away
from you at 40.0 m/s?
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Given:
Here are the given data,
To find:
The velocity of the open/closed system.
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