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An initially empty rigid container has a volume of 200 L. It is then filled with water from a line at 500 kPa, 200 deg C. until there is no more flow. Assume the process is adiabatic. 36. Determine the final mass of water inside the container. a. 0.639 kg b. 0.361 kg c. 2.77 kg d. 1.77 kg 37. Determine the entropy generation for the process in kJ/kg-K e. 0.814 f. 0.186 g. 0.911 h. 0.089

An initially empty rigid container has a volume of 200 L. It is then filled with water from a line at 500 kPa, 200 deg C. until there is no more flow. Assume the process is adiabatic. 36. Determine the final mass of water inside the container. a. 0.639 kg b. 0.361 kg c. 2.77 kg d. 1.77 kg 37. Determine the entropy generation for the process in kJ/kg-K e. 0.814 f. 0.186 g. 0.911 h. 0.089

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
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An initially empty rigid container has a volume of 200 L. It is then filled with water from a line at 500 kPa, 200 deg C. until there is no more flow. Assume the process is adiabatic. 36. Determine the final mass of water inside the container. a. 0.639 kg b. 0.361 kg c. 2.77 kg d. 1.77 kg 37. Determine the entropy generation for the process in kJ/kg-K e. 0.814 f. 0.186 g. 0.911 h. 0.089
Transcribed Image Text:An initially empty rigid container has a volume of 200 L. It is then filled with water from a line at 500 kPa, 200 deg C. until there is no more flow. Assume the process is adiabatic. 36. Determine the final mass of water inside the container. a. 0.639 kg b. 0.361 kg c. 2.77 kg d. 1.77 kg 37. Determine the entropy generation for the process in kJ/kg-K e. 0.814 f. 0.186 g. 0.911 h. 0.089
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