Question

The speed of sound in dry air ( 0% humidity) is dependent on the ambient air temperature. The relationship is given by ^(312mis)larrv_(air )=331.4(m)/(s)+(0.61(m)/(s)deg C)T where v_(air ) is the speed of sound and T is the air temperature in degrees Celsius (deg C). a. Using the value for vair you obtained, calculate the air temperature in the lab room. Show your calculations. 372(m)/(s)=331.4(m)/(s)+(0.61(m)/(s)22) 2.The speed of sound in dry air (0% humidity) is dependent on the ambient air temperature. The relationship is given by 2.224 where Vair is the speed of sound and T is the air temperature in degrees Celsius (C) a.Using the value for Vair you obtained, calculate the air temperature in the lab room. Show your calculations. 372m15=331.4m15+0.61m15.22

          The speed of sound in dry air ( 0% humidity) is dependent on the ambient air temperature. The relationship is given by
^(312mis)larrv_(air )=331.4(m)/(s)+(0.61(m)/(s)*deg C)T
where v_(air ) is the speed of sound and T is the air temperature in degrees Celsius (deg C).
a. Using the value for vair you obtained, calculate the air temperature in the lab room. Show your calculations.
372(m)/(s)=331.4(m)/(s)+(0.61(m)/(s)*22)
2.The speed of sound in dry air (0% humidity) is dependent on the ambient air temperature. The relationship is given by 2.224
where Vair is the speed of sound and T is the air temperature in degrees Celsius (C) a.Using the value for Vair you obtained, calculate the air temperature in the lab room. Show your calculations.
372m15=331.4m15+0.61m15.22

the speed of sound in dry air 0 humidity is dependent on the ambient air temperature the relationship is given by 312mislarrvair 3314ms061msdeg ct where vair is the speed of sound and t is 20102

Added by Ashley S.

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