Since the Prandtl number and the heat capacity of air are nearly independent of temperature, Eq (12 34) seems to indicate that h i for air increases with 0 2 (a) Explain this anomaly and determine the approximate dependence of h i on temperature, using h i T n (b) How does h i for air vary with tem...

Based on the information provided heres an explanation for the anomaly and how hi varies with temperature Explanation of the Anomaly Equation 1234 sug ...

Since the Prandtl number and the heat capacity of air are nearly independent of temperature, Eq. (12.34)

Question:

Since the Prandtl number and the heat capacity of air are nearly independent of temperature, Eq. (12.34) seems to indicate that h_i for air increases with μ^0.2

(a) Explain this anomaly and determine the approximate dependence of h_i on temperature, using h_i∝ Tⁿ.

(b) How does h_i for air vary with temperature if the linear velocity, rather than the mass velocity, is kept constant?

Eq. 12.34