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P1.7.3.3 Determining the Velocity of Sound in Air as a Function of the Temperature
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P1.7.3.3 Determining the Velocity of Sound in Air as a Function of the Temperature
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P1.7.3.3 Determining the Velocity of Sound in Air as a Function of the TemperatureDetermining the Velocity of Sound in Air as a Function of the Temperature The experiment P1. 7. 3. 3 measures the velocity of sound in the air as a function of the temperature and compares it with the linear function resulting from the temperature dependency of pressure and density The value c(0) determined using a best fit straight line and the literature values p(0) and (0) are used to determine the adiabatic coefficient of air according to the
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Determining the Velocity of Sound in Air as a Function of the Temperature
The experiment P1.7.3.3 measures the velocity of sound in the air as a function of the temperature ϑ and compares it with the linear function resulting from the temperature-dependency of pressure and density
The value c(0) determined using a best-fit straight line and the literature values p(0) and ρ(0) are used to determine the adiabatic coefficient κ of air according to the formula
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P1.7.3.3 Determining the Velocity of Sound in Air as a Function of the Temperature
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