Problem: 16 Air at 60 °F flows from a large tank through a convergent nozzle, which has an exit diameter of 1.0 in. The discharge is to the atmosphere, where atmospheric pressure is 14.5 psia. Air pressure inside the tank is 30.0 puig. What is the weight fow rate of air through the nozzle? Ans: 0.503 Ib/s
Problem: 16 Air at 60 °F flows from a large tank through a convergent nozzle, which has an exit diameter of 1.0 in. The discharge is to the atmosphere, where atmospheric pressure is 14.5 psia. Air pressure inside the tank is 30.0 puig. What is the weight fow rate of air through the nozzle? Ans: 0.503 Ib/s
Chapter2: Loads On Structures
Section: Chapter Questions
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![Problem: 16
Air at 60 °F flows from a large tank through a convergent nozzle, which has an exit diameter of 1.0 in. The
discharge is to the atmosphere, where atmospheric pressure is 14.5 psia. Air pressure inside the tank is
30.0 puig. What is the weight fow rate of air through the nozzle?
Ans: 0.503 |b/s](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2Fedbfcc61-bdb0-4707-a87e-6d091a3b3abf%2Fd0714dca-af92-4b3e-919f-bcdf13847c10%2Fk69setd_processed.jpeg&w=3840&q=75)
Transcribed Image Text:Problem: 16
Air at 60 °F flows from a large tank through a convergent nozzle, which has an exit diameter of 1.0 in. The
discharge is to the atmosphere, where atmospheric pressure is 14.5 psia. Air pressure inside the tank is
30.0 puig. What is the weight fow rate of air through the nozzle?
Ans: 0.503 |b/s
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