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In an experiment to determine drag, a circular cylinder of diameter d was immersed in a steady two dimensional incompressible flow. Measurements of velocity and pressure were made at the boundaries of the control surface shown. The pressure was found to be uniform over the entire control surface. The x component of velocity at the control surface boundary was approximately as indicated in the figure. From the measured data calculate the drag force per unit length of the cylinder, based on diameter d and the free stream dynamic head.
A 10kg block sliding along a frictionless surface with a velocity of 10m/s comes into contact with a horizontal, uncompressed linear spring. If the spring slows the block down to 0 m/s while being compressed a total of 30 cm, what is its spring const..
at intel 0.00005 of manufactured chips have defects. in a day 5 million chips are produced. what is the probability
many diesel engines can be approximated by a limited-pressure cycle. in a limitedpressure cycle a fraction of the fuel
Three kg of nitrogen is compressed from 110 kPa, 27 C to 1100 kPa in a polytropic process with n=1.3 in a closed system. Assuming ideal gas behavior and using nitrogen table,
You have a centrifugal pump with an inlet radius of 200mm, an inlet blade width of 60mm, and inlet blade angle of 50 degrees. The outlet radius is 600mm, outlet blade width is 40mm and the outlet blade angle is 70 degrees. The pump handles water and ..
a pitot static tube records a static pressure of 5.20 psig and a difference between impact pressure and static pressure
a heat-engine of 32 thermal efficiency is used to drive a refrigerator having coefficient of performance of 5.
A two capacity process tank is to be analyzed using proportional and integral controllers. A process could be a steam jacketed kettle as shown in Figure.1.Water is heated continuously by the steam flow and it is proposed to use a controller to regula..
one kilogram of refrigerant 22 undergoes a process from 0.2 mpa 20 c to a state where the pressure is 0.06 mpa. during
h2o enters a well-insulated nozzle operation at 1000of 500 psi and a velocity of 10 fts. at the nozzle exit the
what four processes make up the ideal rankine cycle? what is happening in an actual power plant during the real
a steady incopressible two dimensional velocity field is shown below where u is the velocity component in x-direction
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