The trunk of a elephant may extend up to 2.7 m. It acts much like an organ pipe only open at one end when the elephant blows air through it. "Calculate the fundamental frequency of the sound the elephant can create with its trunk. (Express your answer to two significant figures.) 32 Submit Hz If the elephant blows even harder, the next harmonic may be sounded. What is the frequency of the first

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Need help with Part 2, please, thanks! :)

The trunk of a elephant may extend up to 2.7 m. It acts
much like an organ pipe only open at one end when the
elephant blows air through it.
"Calculate the fundamental frequency of the sound the
elephant can create with its trunk. (Express your answer
to two significant figures.)
32
Submit
Hz
2) If the elephant blows even harder, the next harmonic
may be sounded. What is the frequency of the first
overtone? (Express your answer to two significant figures.)
Submit
Hz
Transcribed Image Text:The trunk of a elephant may extend up to 2.7 m. It acts much like an organ pipe only open at one end when the elephant blows air through it. "Calculate the fundamental frequency of the sound the elephant can create with its trunk. (Express your answer to two significant figures.) 32 Submit Hz 2) If the elephant blows even harder, the next harmonic may be sounded. What is the frequency of the first overtone? (Express your answer to two significant figures.) Submit Hz
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