Answer:
The Prandtl number for this example is 14,553.
Explanation:
The Prandlt number is defined as:
[tex]Pr=\frac{C_{p}*\mu}{k}[/tex]
To compute the Prandlt number for this case, is best if we use the same units in every term of the formula.
[tex]\mu=1896 \frac{lbm}{ft*h}*\frac{1000 g}{2.205 lbm}*\frac{3.281 ft}{1 m}*\frac{1h}{3600s} =7938 \frac{g}{m*s}[/tex]
Now that we have coherent units, we can calculate Pr
[tex]Pr=\frac{C_{p}*\mu}{k}=0.66*7938/0.36=14553[/tex]