Separation .108 The velocity distribution over the surface of a sphere up- tream of the separation point is u̟ = 1.5 U sin0, where U is the ree stream velocity and 0 is the angle measured from the for- vard stagnation point. A pressure of – 2.5 in H,O gage is mea- ured at the point of separation on a sphere in a 100 ft/s airflow vith a density of 0.07 İbm/ft². The pressure far upstream of the phere in atmospheric. Estimate the location of the stagnation point (0). Separation occurs on the windward side of the sphere.

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Separation
4.108 The velocity distribution over the surface of a sphere up-
stream of the separation point is ug = 1.5Usin0, where U is the
free stream velocity and 0 is the angle measured from the for-
ward stagnation point. A pressure of – 2.5 in H,O gage is mea-
sured at the point of separation on a sphere in a 100 ft/s airflow
with a density of 0.07 Ibm/ft³. The pressure far upstream of the
sphere in atmospheric. Estimate the location of the stagnation
point (0). Separation occurs on the windward side of the sphere.
Transcribed Image Text:Separation 4.108 The velocity distribution over the surface of a sphere up- stream of the separation point is ug = 1.5Usin0, where U is the free stream velocity and 0 is the angle measured from the for- ward stagnation point. A pressure of – 2.5 in H,O gage is mea- sured at the point of separation on a sphere in a 100 ft/s airflow with a density of 0.07 Ibm/ft³. The pressure far upstream of the sphere in atmospheric. Estimate the location of the stagnation point (0). Separation occurs on the windward side of the sphere.
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