2.10-7. Pressure Drop of a Flowing Gas. Nitrogen gas is flowing through a 4-in. schedule 40 commerical steel pipe at 298 K. The total flow rate is 7.40 x 10-2 kg/s and the flow can be assumed as...


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2.10-7. Pressure Drop of a Flowing Gas. Nitrogen gas is flowing through a 4-in.<br>schedule 40 commerical steel pipe at 298 K. The total flow rate is 7.40 x 10-2<br>kg/s and the flow can be assumed as isothermal. The pipe is 3000 m long and<br>the inlet pressure is 200 k Pa. Calculate the outlet pressure.<br>Ans. P2 = 188.5 kPa<br>

Extracted text: 2.10-7. Pressure Drop of a Flowing Gas. Nitrogen gas is flowing through a 4-in. schedule 40 commerical steel pipe at 298 K. The total flow rate is 7.40 x 10-2 kg/s and the flow can be assumed as isothermal. The pipe is 3000 m long and the inlet pressure is 200 k Pa. Calculate the outlet pressure. Ans. P2 = 188.5 kPa

Jun 10, 2022
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