Wow, great video! Thank you for the explanation. I've worked in the field of acoustics for 20 years and I wasn't aware of how those reed horns worked. I love what you used to make the horns. Very creative.
This video helped a bunch. Im trying to figure out a theoretical physics problem and I was specifically looking for knowledge on how the horns shape effects the frequency and amplitude
Your diagram is wrong, for standing waves with an open-end it needs to be an antinode (peak value) at the end, as then the change in acoustic impedance (resistance to sound propagation in a medium) will cause reflection at the end allowing for a standing wave.
Wow, great video! Thank you for the explanation. I've worked in the field of acoustics for 20 years and I wasn't aware of how those reed horns worked. I love what you used to make the horns. Very creative.
This video helped a bunch. Im trying to figure out a theoretical physics problem and I was specifically looking for knowledge on how the horns shape effects the frequency and amplitude
this is the first encounte rof a man explaning this scyans
Got a free music lesson 😂🎶
Correct me if I'm wrong but is it true thag the faster the diaphragm is vibrating the louder the horn
im pretty sure youre wrong. I think
Thanks for the explanation would like to see more how the diagram and trapped air areas work. I'm making stuff for testing also😁
Any clues on how sirens work? It’s such a different design compared to these designs, which seem like what people use in bands.
Every wind instrument is a Overunity Device.
Nice!
Your diagram is wrong, for standing waves with an open-end it needs to be an antinode (peak value) at the end, as then the change in acoustic impedance (resistance to sound propagation in a medium) will cause reflection at the end allowing for a standing wave.
Thank you
r u drunk.?
sound like...