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Physics Lecture – 39 – Guitar Sound Waves Velocity
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26 responses to “Physics Lecture – 39 – Guitar Sound Waves Velocity”
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Yes they can break the sound barrier many times but they do it very high in the atmosphere to reduce drag. It's kind of cheating but technically they did break it so ehh.
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Kinda relating to waves but have you guys seen if you tap the screen of ur laptop with ur nail it makes a sort of wave?
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ty you should teach if do not you
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Another guy who gets it right, terminology not withstanding
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Is it me or does the guitar look a little like Sid from Ice Age? O.o
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hahaha 1:24 i laughed out loud when you said blow hole. thank you bucky.
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Hey man, continue with slick development!
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waiting for more physics tutorial! π
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NICE!!!!! You are starting to get into waves.. Please please get into Modern Physics. There are hardly any modern physics videos online. Not even Khanacademy even really touches those topics.
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tnx for uploading my teacher cant explain anything to me, but you can thanks a lot π
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bucky,can you please continue tutorial for java dev game with slick?
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i LIKE THE GUITAR YOU DRAWN
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Nothing you teach is practical, since you never explain how to apply those things. I really love your lessons and appreciate them but your fans are a bit too fanny and ignore the fact that you never get to the root of anything.
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what program do you use for the chalk board i can tell your using a tablet to draw it?
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please tell me how you made that green board and colors.. my teacher asked that for his classes
please reply.
thanks π -
Better than millions of physics teachers π You are the one π
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eerm… i know it is REALLY off topic but i cant get my udk to work and i don't know what to do… π i followed your tutorials and it still doesnt work. HALP MEH PLS!
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actually the speed of a sound wave is always about 330 m/s, and the length of the wave then depends on the frequency.
the length of a sound wave then would be: 330m/s / fequency -
*Clicks on video.* "Hey I know that voice."…
Is there anything you don't teach? -
no, it depends on what the sound wave is travelling in, or the medium that it's traveling in, for example sound travels at around 340 m/s in air at around room temperature, but it travels at around 1500 m/s in water and way faster in solids
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great video, but I don have one questions. Isn't the speed of sound 340-350 m/s?
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like a boss
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Damn! awesome vidz and tutorials!
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i love physics!
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I dont even like or need to watch physics but I enjoy ur videos anyway lol.
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first view first comment π heei bucky how are you keep up the good work π
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