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Classical Physics
Why does end correction in pipes change with radius
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[QUOTE="Tyrone Sawyer, post: 5751309, member: 622277"] That makes some sense, but I'm still a little confused... Say I have the following closed pipe resonating at it's first harmonic: _______________..D |A.....B...C |A.....B...C |A____________B...C ......D Then, as I understand it, the air particles at points A aren't moving, or they aren't moving much, and the air particles at points B are moving the most. Will those particles be moving laterally to points C? Or will they also move to points D? When they move to point D, do they move back into the pipe? If so, than that means that those particles will have traveled over a greater area with a pipe with a greater radius, yes, but I don't see how that actually increases the distance that the particles are traveling. Wouldn't that distance just be affected by the energy of the particles B as they're being displaced? It is the extra traveling distance of the vibrating particles outside of the length of the pipe which creates end correction, no? [/QUOTE]
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Why does end correction in pipes change with radius
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