some wind instruments (such as flute) are open to the air at both ends. other instruments (such as clarinet) are closed at the end where the mouth blows and open at the other end. We'll call instrument A the open-open instrument and instrument B the open-closed instrument. a) draw a picture which shows the lowest frequency standing wave that can be formed in instrument A b) draw a picture which shows the lowest frequency standing wave that can be formed in instrument B c) An instrument designer wants to create the instruments so that whne each is playing their lowest note possible, both instruments are playing the same exact frequency. To make this happen, describe how the length of A should compare to length of B.
some wind instruments (such as flute) are open to the air at both ends. other instruments (such as clarinet) are closed at the end where the mouth blows and open at the other end. We'll call instrument A the open-open instrument and instrument B the open-closed instrument.
a) draw a picture which shows the lowest frequency standing wave that can be formed in instrument A
b) draw a picture which shows the lowest frequency standing wave that can be formed in instrument B
c) An instrument designer wants to create the instruments so that whne each is playing their lowest note possible, both instruments are playing the same exact frequency. To make this happen, describe how the length of A should compare to length of B.
Trending now
This is a popular solution!
Step by step
Solved in 3 steps with 2 images
