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23 Nov 2019
A pipe of length L is filled with an ideal gas with molecular weight=m and Cp/Cv=y. To measure the Temperature, T, we broadcast sound waves into one end and listen for resonances. The tube resonates at frequencies fo, 3fo, 5fo, and 7fo. Find the formula for the speed of sound in the tube in terms of L and fo and the formula for temperature in terms of L, fo, m and y.
A pipe of length L is filled with an ideal gas with molecular weight=m and Cp/Cv=y. To measure the Temperature, T, we broadcast sound waves into one end and listen for resonances. The tube resonates at frequencies fo, 3fo, 5fo, and 7fo. Find the formula for the speed of sound in the tube in terms of L and fo and the formula for temperature in terms of L, fo, m and y.
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Patrina SchowalterLv2
25 Mar 2019