Determining overtones of sound waves in a pip

In summary, the conversation discusses the production of standing sound waves in a closed pipe that is 1.60m long. The first question is about determining the locations of displacement nodes for the first overtone in a closed pipe, while the second question is about determining the locations of displacement nodes for the second overtone. The conversation also mentions the presence of anti-nodes at the open end and nodes at the closed end during resonance in a closed pipe. Additionally, the topics of the number of nodes between extreme ends during different overtones and an explanation of overtones are brought up.
  • #1
jackleyt
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0

Homework Statement


Standing sound waves are produced in a pipe that is 1.60 {\rm m} long. 1) the pipe is closed at the left end and open at the right end , determine the locations along the pipe (measured from the left end) of the displacement nodes for the first overtone. 2) If the pipe is closed at the left end and open at the right end , determine the locations along the pipe (measured from the left end) of the displacement nodes for the second overtone.


Homework Equations





The Attempt at a Solution


I got the first four questions to this set regarding pipes opened at both ends, but can't figure this out. Does anyone have an easy solution? I need to know how to do this for my test. Thanks!
 
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  • #2


In the closed pipe, during resonance, always anti node appears on the open end and node appears at the closed end. Can you find out the number of nodes between the extreme ends during first and second over tones?
 
  • #3


Can you explain overtones?
 

Related to Determining overtones of sound waves in a pip

1. How do you determine the overtones of sound waves in a pip?

To determine the overtones of sound waves in a pip, you can use a technique called harmonic analysis. This involves using a spectrogram or a frequency analyzer to visualize the sound waves and identify the different frequencies present. You can also use a tuning fork or other instruments to create different tones and compare them to the sound of the pip to identify the overtones.

2. What are overtones in sound waves?

Overtones are higher frequency components that are present in a sound wave in addition to the fundamental frequency. They are created by the vibration of smaller sections of the pip, resulting in a more complex sound wave with multiple frequencies present.

3. How do overtones affect the sound of a pip?

Overtones can significantly impact the quality and tone of a sound produced by a pip. They can add richness and complexity to the sound, making it more pleasant to listen to. The presence and strength of overtones can also indicate the quality and craftsmanship of the pip.

4. Can overtones be manipulated in a pip?

Yes, overtones can be manipulated in a pip through various techniques such as adjusting the size and shape of the pip, altering the material it is made of, and changing the air flow and pressure. These modifications can help produce specific overtones and create a desired sound.

5. How can determining the overtones of sound waves in a pip be useful?

Determining the overtones of sound waves in a pip can be useful in a number of ways. It can help in understanding the physics of sound and how it is produced by different musical instruments. It can also assist in tuning and adjusting the pip to achieve the desired sound. Additionally, it can aid in identifying the quality and authenticity of a pip, especially in the case of antique or rare instruments.

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