A fluid with a pressure of 820 kPa, specific volume of 0.30 m/kg and a velocity of 150 m/s enters a device. The work done by the fluid is 460 ki/kg and the heat loss due to radiation is 28 ki/kg. The exit condition of the fluid are 130 kPa, 0.82 m/kg and 320 m/s. Determine the change in internal energy. W = 0- O PE -4K -AWA -AU USING THIS FORMULA ERMODYNAMICS
A fluid with a pressure of 820 kPa, specific volume of 0.30 m/kg and a velocity of 150 m/s enters a device. The work done by the fluid is 460 ki/kg and the heat loss due to radiation is 28 ki/kg. The exit condition of the fluid are 130 kPa, 0.82 m/kg and 320 m/s. Determine the change in internal energy. W = 0- O PE -4K -AWA -AU USING THIS FORMULA ERMODYNAMICS
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![A fluid with a pressure of 820 kPa, specific volume of
0.30 m/kg and a velocity of 150 m/s enters a device.
The work done by the fluid is 460 kJ/kg and the heat
loss due to radiation is 28 kl/kg. The exit condition of
the fluid are 130 kPa, 0.82 m/kg and 320 m/s.
Determine the change in internal energy.
W= 0-O PE -4Kr -AWA -AU
-4K -AWA -AU
USING THIS FORMULA
THERMODYNAMICS](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F5481ed96-3e46-4dd4-9e54-21d88bd00758%2F67d5f597-0d48-4fde-ae8f-e28d84d843d7%2F99b5zdo_processed.jpeg&w=3840&q=75)
Transcribed Image Text:A fluid with a pressure of 820 kPa, specific volume of
0.30 m/kg and a velocity of 150 m/s enters a device.
The work done by the fluid is 460 kJ/kg and the heat
loss due to radiation is 28 kl/kg. The exit condition of
the fluid are 130 kPa, 0.82 m/kg and 320 m/s.
Determine the change in internal energy.
W= 0-O PE -4Kr -AWA -AU
-4K -AWA -AU
USING THIS FORMULA
THERMODYNAMICS
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