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Unformatted text preview: H = ), above-ground swimming pool ( for water: 3 / 1000 m kg = ρ ) with a very small hole at the location shown ( m H 5 . 1 = ). Assume steady flow with no losses. Find the speed of the water exiting the hole. 5) Air is drawn form the atmosphere at standard sea level conditions into a wind tunnel as shown. The test section air velocity is 100 MPH. What is the stagnation pressure at the stagnation point on the model in the test section? What is the static pressure in the test section with the model removed? 6) 7) Note: For this problem, the “gage” pressure given is based on the atmospheric pressure at 8km (not sea level atmospheric pressure)…...
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- Summer '07
- Fluid Dynamics, test section, Inviscid flow, Body Forces, LOW-SPEED AERODYNAMICS Assignment