10. Water flows from a large reservoir as shown. The pipe is cast Iron, with inside diameter of 0.2 m. The flow rate is 0.14 m³/sec, and the discharge is to atmospheric pressure. The mean temperature for the flow is 10°C. The system is insulated. Determine the gage pressure P1, required to produce the flow. 200 m | 2 150 m 100 m z=0 500 m
10. Water flows from a large reservoir as shown. The pipe is cast Iron, with inside diameter of 0.2 m. The flow rate is 0.14 m³/sec, and the discharge is to atmospheric pressure. The mean temperature for the flow is 10°C. The system is insulated. Determine the gage pressure P1, required to produce the flow. 200 m | 2 150 m 100 m z=0 500 m
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
Transcribed Image Text:10. Water flows from a large reservoir as shown. The pipe is cast Iron, with inside diameter
of 0.2 m. The flow rate is 0.14 m³/sec, and the discharge is to atmospheric pressure.
The mean temperature for the flow is 10°C. The system is insulated. Determine the gage
pressure P1, required to produce the flow.
200 m
2
1
150 m
100 m
z=0
500 m
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