Standing Waves and Harmonics | Equations for Strings and Pipes, Resonant Wavelengths

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Instructor: Dave Carlson

[@ZDubzOnDeck]

Wow, this was the most complicated topic for me.. you made this so simple.

[@shreyashah9598]

This is amazing!! I finally get it!!!! :)

[@aaradhyakumari8080]

Can you make more videos related to sound ,as you explain very well .

[@kaylamcgowan7360]

So helpful -- thank you!

[@PremedHQ]

Glad it was helpful!

[@EthanHaight]

Great visual for the wavelength to equation relationship. Thanks!

[@soufassi]

Would appreciate if you did actual application examples in the video. My issue is understanding the plugging in, your explanation of the formulas are great, would be nice if you did actual pipes and strings and showed us how they worked. Just a thought.

[@yashnarsian7142]

Incredible video, thank you for making my MCAT journey a little easier

[@cuttieBUNNY1]

thank you so much!

[@Mskyraelise]

Wow, this made so much sense. I’ve been struggling with this for so long!

[@coolkid9206]

What about the formulas for frequency?

[@gotlove4la]

frequency is the 1/wavelength so it is the same formulas but inverse

[@markkennedy9767]

Can you explain where the extra length of string comes from when a standing wave is at its highest amplitude vs when it is a straight line.

[@futuredoc7303]

You are fantastic, thank you so much 🙏

[@christinebrutus1935]

Very helpful! Thank you!

[@abhinabachakraborty7207]

Thank you sir 😇

[@dheerajkumarbind8800]

Very good sir

[@dongluochu4963]

thank you!