Drag force is produced by a flow around an object. To relate the forces involved with...
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Drag force is produced by a flow around an object. To relate the forces involved with the object, Reynolds number was introduced. The Reynolds number of an object relates the inertial forces to the viscous forces of the fluid to the object interaction. In Experimental testing, a pitot static tube is typically used to determine flow velocity which can be used to generate velocity profiles. Determine the Uncertainty of using a Pitot static tube for finding the Reynolds number. Pt-Ps Velocity: V = Where P, is the total pressure, P, is the static pressure and p is the density. A manometer reads in P.-P.,. VL The formula for Reynolds number is Re= Where V is velocity, L is some length parameter and v is the Kinematic viscosity. Use the following values to solve the Uncertainty P-P, = 10.74 +/-0.02 Pa, p = 101.3 +/-0.05 Kg/m^3, v= 15.11 10 +/-0.3*10 m^2/2 and L= 10 +/- 0.01 cm Drag force is produced by a flow around an object. To relate the forces involved with the object, Reynolds number was introduced. The Reynolds number of an object relates the inertial forces to the viscous forces of the fluid to the object interaction. In Experimental testing, a pitot static tube is typically used to determine flow velocity which can be used to generate velocity profiles. Determine the Uncertainty of using a Pitot static tube for finding the Reynolds number. Pt-Ps Velocity: V = Where P, is the total pressure, P, is the static pressure and p is the density. A manometer reads in P.-P.,. VL The formula for Reynolds number is Re= Where V is velocity, L is some length parameter and v is the Kinematic viscosity. Use the following values to solve the Uncertainty P-P, = 10.74 +/-0.02 Pa, p = 101.3 +/-0.05 Kg/m^3, v= 15.11 10 +/-0.3*10 m^2/2 and L= 10 +/- 0.01 cm
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Related Book For
Financial Accounting
ISBN: 978-1259103285
5th Canadian edition
Authors: Robert Libby, Patricia Libby, Daniel Short, George Kanaan, M
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