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A solar shower is to be supplied by 2.5-cm galvanized iron pipe running from a tank (sharp-edged entrance) holding 40 degree C water. The flow is | 0.60 L / s through a fully-open globe valve. The 25-m line includes 4 regular, threaded 90 degree elbows and the loss coefficient for the showerhead is 2.6. Assume the exit velocity at the showerhead equals the line velocity. Determine the height (m) above the shower at which the tank should be placed. Sketch the system and indicate points you use along the streamline.
a particle at rest is located at point 325 with units of ft. it is subjected to an acceleration in units of fts2 of a
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consider a carnot cycle for water in a piston-cylinder device. the mass of the water is 1.5 kg. during the isothermal
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you are to design an air compressor with an inlet pressure of 100 kpa an inlet temperature of 300 k and anexit pressure
Determine (a) the velocity of the air at the duct inlet and (b) the temperature of the air at the exit.
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