Question
$2.00 Vibrations/ SHM/ Waves and Sound
- From Physics: General-Physics
- Closed, but you can still post tutorials
- Due on Dec. 03, 2011
- Asked on Dec 03, 2011 at 9:16:00PM
Q:
Explain how the different notes/frequencies are produced on a violin and in an organ pipe based on the principles of standing waves and resonance.
complete explanation
- This tutorial hasn't been purchased yet.
- Posted on Dec 03, 2011 at 10:25:32PM
A:
Preview: ... f a vibrating string or air column's natural frequency, a standing wave is created, allowing harmonics to be identified. Nodes occur at fixed ends and anti-nodes at open e ...
The full tutorial is about 144 words long .
this is solution A++ for you
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- Posted on Dec 03, 2011 at 10:58:24PM
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Preview: ... If you have any question, you can send ...
The full tutorial is about 31 words long plus attachments.

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Preview: ... s or carbon fiber. The bow is strung with finely combed horsehair.
Rosin Helps the Sound
by Greg PC www.flickr.com
Rosin, which is made from tree sap, helps create friction between the bow and the strings on the violin. Rosin is put on the horsehair on the bow. The bow will then grip the strings as it is being pulled across and create vibrations, which are amplified by the body of the violin. Then, you hear the sound produced by the violin. Without the rosin, the horsehair just slides over the strings, and most likely, you wouldn't hear anything when the violin is played.
Supporting the Bridge
When a violin is in tune ...
The full tutorial is about 579 words long .