The B flat clarinets in the Helium Philamonic are 74 cm long , and (being reed instruments) they are half open tubes , closed by the reed of the mouth end but wide open at the bell. When played in room temperature air (not pressing any of the keys , so the side holes are closed and the clarinet is just a tube) what fundamental frequency do the clarinets produce ? if the same clarinet we’re open at both ends , like a flute , what fundamental frequency would it produce ?
The B flat clarinets in the Helium Philamonic are 74 cm long , and (being reed instruments) they are half open tubes , closed by the reed of the mouth end but wide open at the bell. When played in room temperature air (not pressing any of the keys , so the side holes are closed and the clarinet is just a tube) what fundamental frequency do the clarinets produce ? if the same clarinet we’re open at both ends , like a flute , what fundamental frequency would it produce ?
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The B flat clarinets in the Helium Philamonic are 74 cm long , and (being reed instruments) they are half open tubes , closed by the reed of the mouth end but wide open at the bell. When played in room temperature air (not pressing any of the keys , so the side holes are closed and the clarinet is just a tube) what fundamental frequency do the clarinets produce ? if the same clarinet we’re open at both ends , like a flute , what fundamental frequency would it produce ?
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