Required information An excellent approximation for the two-dimensional incompressible laminar boundary layer on the flat surface in the given figure is -U (2% – 2% + ) for y sõ, where o = Cx2, C =...


Need help with this engineering problem. On my online homework, it says the answer 10.5 m/s is incorrect.



Required information<br>An excellent approximation for the two-dimensional incompressible laminar boundary layer on the flat surface in the given<br>figure is<br>-U (2% – 2% + )<br>for y sõ, where o = Cx2, C = const.<br>Layer thickness d(x)<br>U<br>U = constant<br>JU<br>и (х, у)<br>Ju(x, y)<br>Find the maximum value of vat the station x=1 m, for the particular case of airflow, when U= 10.5 m/s and o = 1.1 cm.<br>The maximum value of v is<br>m/s.<br>

Extracted text: Required information An excellent approximation for the two-dimensional incompressible laminar boundary layer on the flat surface in the given figure is -U (2% – 2% + ) for y sõ, where o = Cx2, C = const. Layer thickness d(x) U U = constant JU и (х, у) Ju(x, y) Find the maximum value of vat the station x=1 m, for the particular case of airflow, when U= 10.5 m/s and o = 1.1 cm. The maximum value of v is m/s.

Jun 11, 2022
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