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.
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.
College Physics
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Author:Raymond A. Serway, Chris Vuille
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Chapter1: Units, Trigonometry. And Vectors
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Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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Answer should be 81.1 degrees
![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.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F164183ad-b371-4f5e-bfcc-91bce3d66782%2Fb6cab2e5-8f7f-46cb-996f-f90fd4012804%2F9odkk8j_processed.png&w=3840&q=75)
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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