The Hang Point is also in millimeters,
It's .2242 times the overall length of the tube.
Each note is greater or lesser than its neighbour in frequency by the twelfth root of two times its neighbour's frequency.
F2 = F1(2^1/12)) or F2 = F1/(2^1/12))
Similarly L2 = L1(SQRT(2^1/12)) or L2 = L1/(SQRT(2^1/12))
THIS BIT IS IMPORTANT FOR THIS REASON:
If you have a given length of tubing, or a bunch of tubes of various lengths, you may want to just use them as efficiently as possible (i.
[Non-text portions of this message have been removed]
Each note is greater or lesser than its neighbour in frequency by the twelfth root of two times its neighbour's frequency.
F2 = F1(2^1/12)) or F2 = F1/(2^1/12))
Similarly L2 = L1(SQRT(2^1/12)) or L2 = L1/(SQRT(2^1/12))
THIS BIT IS IMPORTANT FOR THIS REASON:
If you have a given length of tubing, or a bunch of tubes of various lengths, you may want to just use them as efficiently as possible (i.
[Non-text portions of this message have been removed]