Open or One-End-Closed Tubes for Beethoven’s Ninth Symphony : Boomwhackers (Journal Article)
Aygün, Müge
Open or One-End-Closed Tubes for Beethoven’s Ninth Symphony : Boomwhackers (Journal Article) - Washington :American Association of Physics Teachers , December 2023 - 777–779p. - The Physics Teacher Volume 61, Number 9, December 2023 .
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Abstract: A symphony can provide a context for teaching about the frequency of sound waves in open or one-end-closed tubes. A set of Boomwhackers and smartphone applications are sufficient to do this. As an exploratory approach to understanding the frequency of the sound produced in tubes, we can challenge students to play Beethoven’s “Ode to Joy.” Right after that, we can use Boomwhackers again to find the speed of sound.
0031-921X
Musical instruments| Acoustic standing waves| Acoustic waves| General physics| Learning and learning models| Knowledge| Teaching
Open or One-End-Closed Tubes for Beethoven’s Ninth Symphony : Boomwhackers (Journal Article) - Washington :American Association of Physics Teachers , December 2023 - 777–779p. - The Physics Teacher Volume 61, Number 9, December 2023 .
***______________***
Abstract: A symphony can provide a context for teaching about the frequency of sound waves in open or one-end-closed tubes. A set of Boomwhackers and smartphone applications are sufficient to do this. As an exploratory approach to understanding the frequency of the sound produced in tubes, we can challenge students to play Beethoven’s “Ode to Joy.” Right after that, we can use Boomwhackers again to find the speed of sound.
0031-921X
Musical instruments| Acoustic standing waves| Acoustic waves| General physics| Learning and learning models| Knowledge| Teaching