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Pressurized water pin 10 bar Tin 110 C enters thebottom of an L 10 m long vertical tube of diameterD 100 mm at a mass flow rate of 15 kgs Thetube is located inside a combustion chamber

Pressurized water (pin  10 bar, Tin  110 C) enters thebottom of an L  10-m-long vertical tube of diameterD  100 mm at a mass flow rate of 1.5 kg/s. Thetube is located inside a combustion chamber, resultingin heat transfer to the tube. Superheated steam exits thetop of the tube at pout  7 bar, Tout  600 C. Determinethe change in the rate at which the following quantitiesenter and exit the tube: (a) the combined thermal andflow work, (b) the mechanical energy, and (c) the totalenergy of the water. Also, (d) determine the heat transferrate, q. Hint: Relevant properties may be obtainedfrom a thermodynamics text
 

Jun 20 2020 View more View Less

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