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By what fraction will the frequencies produced by a wind instrument change when air temperature goes from $10.0^{\circ} C$ to $30.0^{\circ} C?$ That is, find the ratio of the frequencies at those temperatures.

refer solution

Physics 101 Mechanics

Chapter 17

Physics of Hearing

Sound and Hearing

Rutgers, The State University of New Jersey

Hope College

University of Sheffield

Lectures

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No, we want to find out what, by one fact, fraction frequency changes When temperature goes from tending the centuries to 36 inches. Remember that Tend to do research. Yes is 283. Kelvin on 330 degrees Celsius is 303. No, if you remember frequency, the speed off song goes as 3 31 times squared off temperature and Kelvin by 2 73 major for second. So 2 83 Kevin The speed is 3 31 square root off to 83 by 4 73 on the second. Guess it's 3 31 times square off three or three by 2 73 No frequency speed off sound gives frequency times virulent. So because the Waveland does not change in an instrument because the link is fixed, see what it's data keep. Report the speed. It's a darkly promotional tool frequency. So see one by CDO. It's simply F one. Bye esco. So F one by after its C one by CDO, which is 3 31 and squared off 23 by 2 73 by 3 31 times, squared off 303 by 2 73 We can cancel till 73 3 31 will see that it is a spirit off poetry. My fealty, which turns out to be CEO, find 966 which is one minus zero point 034 So that's one minus 3.4%. Remember that 0.34 is 3.4 by 800 so that's 314%. So the changes frequency is 3.4 person, but that at a fraction of a chip on the fraction, too, in just to sit upon 0966 which is a fractional change off syrup 0.34 simplest.

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