H2O in a piston-cylinder arrangement has a quality of 0.8 at 373.07 F and occupies a...

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H2O in a piston-cylinder arrangement has a quality of 0.8 at 373.07 °F and occupies a volume of 0.6 ft³. The piston is initially sitting on a set of stops and will only move when the internal pressure reaches 180 psia. The piston will also stop moving when the volume doubles. See picture for illustration of the piston-cylinder set up. Heat is added to the system until the final pressure in the piston-cylinder is 300 psia. During this process the velocity of the system changes from 200 f/sec to 20 f/sec while the height changes from 1000 ft to 2000 ft. State all assumptions. Find: and i) ii) iv) v) vi) ||||| H₂O LE the final temperature of water in F the quality of steam when the piston stops moving the change in internal energy, in kinetic energy and in potential energy during this process in Btus the work during this process in Btus the amount of heat removed or added during this process in Btus show the process on a properly labeled T-v and a P-v diagram H2O in a piston-cylinder arrangement has a quality of 0.8 at 373.07 °F and occupies a volume of 0.6 ft³. The piston is initially sitting on a set of stops and will only move when the internal pressure reaches 180 psia. The piston will also stop moving when the volume doubles. See picture for illustration of the piston-cylinder set up. Heat is added to the system until the final pressure in the piston-cylinder is 300 psia. During this process the velocity of the system changes from 200 f/sec to 20 f/sec while the height changes from 1000 ft to 2000 ft. State all assumptions. Find: and i) ii) iv) v) vi) ||||| H₂O LE the final temperature of water in F the quality of steam when the piston stops moving the change in internal energy, in kinetic energy and in potential energy during this process in Btus the work during this process in Btus the amount of heat removed or added during this process in Btus show the process on a properly labeled T-v and a P-v diagram