4. A thermodynamic steady flow system receives 4.56 kg per minute of a fluid work pressure is equal to 130 7.90 kilo pascal and specific volume is equal to 0.0388 m3 per kg, speed equals 122 m per second specific internal energy is equal to 17.16 kj/kg. The fluid leaves the system in the boundary where pressure is equal to 551.6 kpa. specific volume is equal to 0.193 cubic meter per kg speed equals 183 m per second and specific internal energy 52.8 kj/kg. Dream passage through the system the fluid receives 3,000 J/s of heat. determine the work in kilojoule per minute.
4. A thermodynamic steady flow system receives 4.56 kg per minute of a fluid work pressure is equal to 130 7.90 kilo pascal and specific volume is equal to 0.0388 m3 per kg, speed equals 122 m per second specific internal energy is equal to 17.16 kj/kg. The fluid leaves the system in the boundary where pressure is equal to 551.6 kpa. specific volume is equal to 0.193 cubic meter per kg speed equals 183 m per second and specific internal energy 52.8 kj/kg. Dream passage through the system the fluid receives 3,000 J/s of heat. determine the work in kilojoule per minute.
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![4. A thermodynamic steady flow system receives 4.56 kg per minute of a fluid work
pressure is equal to 130 7.90 kilo pascal and specific volume is equal to 0.0388 m3 per
kg, speed equals 122 m per second specific internal energy is equal to 17.16 kj/kg. The
fluid leaves the system in the boundary where pressure is equal to 551.6 kpa. specific
volume is equal to 0.193 cubic meter per kg speed equals 183 m per second and
specific internal energy 52.8 kj/kg. Dream passage through the system the fluid receives
3,000 J/s of heat. determine the work in kilojoule per minute.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F77c4ec23-7faf-4be1-a899-03a061fa6d7e%2F0c70b9f4-5188-4f90-8952-59dc2622723f%2F4l5happ_processed.jpeg&w=3840&q=75)
Transcribed Image Text:4. A thermodynamic steady flow system receives 4.56 kg per minute of a fluid work
pressure is equal to 130 7.90 kilo pascal and specific volume is equal to 0.0388 m3 per
kg, speed equals 122 m per second specific internal energy is equal to 17.16 kj/kg. The
fluid leaves the system in the boundary where pressure is equal to 551.6 kpa. specific
volume is equal to 0.193 cubic meter per kg speed equals 183 m per second and
specific internal energy 52.8 kj/kg. Dream passage through the system the fluid receives
3,000 J/s of heat. determine the work in kilojoule per minute.
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