What Experiments Can We Conduct on Resonance and End Correction in Sound Pipes?

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Homework Help Overview

The discussion revolves around potential experiments related to sound waves and frequencies, specifically focusing on resonance and end correction in sound pipes. Participants are exploring various setups and tools available for conducting these investigations.

Discussion Character

  • Exploratory, Conceptual clarification, Problem interpretation

Approaches and Questions Raised

  • Participants suggest a variety of experiments, including frequency response tests for microphones and speakers, interference patterns from multiple speakers, and investigations into the Doppler effect. There are also mentions of examining constructive and destructive interference through movement in a sound field and exploring aliasing with strobe lights.

Discussion Status

The conversation is active with multiple ideas being proposed. Some participants have offered specific experimental suggestions, while others are questioning the implications of resonance and end correction in different pipe shapes. There is a collaborative exploration of concepts without a clear consensus yet.

Contextual Notes

Participants are working within the constraints of a high school unit, utilizing available equipment such as speakers, microphones, guitars, and strobe lights. There is an emphasis on understanding resonance in different types of pipes, including circular and rectangular cross-sections.

dazza95
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Our high school unit is looking at sound waves and frequencies and we are looking for some suggestions as to what experiments/investigations we could run?
We have speakers, microphones, guitars, strobe lights pluss more to use,
What are some ideas we could look at?
 
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dazza95 said:
Our high school unit is looking at sound waves and frequencies and we are looking for some suggestions as to what experiments/investigations we could run?
We have speakers, microphones, guitars, strobe lights pluss more to use,
What are some ideas we could look at?

Frequency response of a microphone

Frequency response of a speaker.

Interference pattern from two speakers space side by side.

I am assuming you also have a signal generator.
 
Maybe something to do with the Doppler effect?
 
Constructive and Destructive interference. Play a loud single frequency sinewave and move around the room. At some points you won't be able to hear the tone at all, at others it will be quite loud. Just one simple idea that's effective.

You could examine aliasing with the strobe light and a spinning disc with a dot, just make sure no-one has photo-sensitive epilepsy!
 
dazza95 said:
Our high school unit is looking at sound waves and frequencies and we are looking for some suggestions as to what experiments/investigations we could run?
We have speakers, microphones, guitars, strobe lights pluss more to use,
What are some ideas we could look at?

I you want a real challenge, read up about resonance in a pipe and end correction. There is a formula for the end correction in a round pipe [circular cross-section]. Try to find the formula for end correction in a square or rectangular pipe [square or rectangular cross-section - like many drain pipes].
 

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