Oxygen enters an insulated 12-cm-diameter pipe with a velocity of 70 m/s. at the pipe entrance, the oxygen is at 240 kpa and 20°c; and, at the exit, it is at 200 kpa and 18°c. calculate the rate at which entropy is generated in the pipe.
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Step-by-Step Solution:
100% (22 ratings)
Step 1 of 3
Given
Diameter of the pipe 
Velocity at inlet of the pipe 
Pressure of  at inlet of the pipe 
Temperature of  at inlet


Pressure of  at exit of the pipe 
Temperature of  at exit of pipe 


Step-by-Step Solution:
100% (22 ratings)
Step 1 of 3
Given
Diameter of the pipe 
Velocity at inlet of the pipe 
Pressure of  at inlet of the pipe 
Temperature of  at inlet


Pressure of  at exit of the pipe 
Temperature of  at exit of pipe 


100% (22 ratings)
Step 1 of 3
Given
Diameter of the pipe 
Velocity at inlet of the pipe 
Pressure of  at inlet of the pipe 
Temperature of  at inlet


Pressure of  at exit of the pipe 
Temperature of  at exit of pipe 


Step-by-Step Solution:
100% (22 ratings)
Step 1 of 3
Given
Diameter of the pipe 
Velocity at inlet of the pipe 
Pressure of  at inlet of the pipe 
Temperature of  at inlet


Pressure of  at exit of the pipe 
Temperature of  at exit of pipe 


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