Question: 1.) Describe how the first fundamental frequency changes when you change the length of an closed ended tube system. Write the general equation for length

1.) Describe how the first fundamental frequency changes when you change the length of an closed ended tube system. Write the general equation for length of an closed ended tube system as a function of frequency and harmonic number, n.

2.) In a closed ended tube system (one closed end and one open end), describe where the nodes and anti-nodes are located when a standing (resonant) sound wave is formed. Try to describe this for the general case.

3.) From Eqn. 1, derive/explain the formation of Eqn. 2.

1.) Describe how the first fundamental frequency changes when you change the

length of an closed ended tube system. Write the general equation for

\f(2) TIU in = 1, 3, 5... n = AL

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