Steam at 400 kPa and 700°C is being transferred through a 100-cm-diameter pipe at a speed of 55 m/s. It splits into two pipes with equal diameters of 50 cm. If the pressure and temperature are 200 kPa...


Steam at 400 kPa and 700°C is being transferred through a 100-cm-diameter pipe<br>at a speed of 55 m/s. It splits into two pipes with equal diameters of 50 cm. If the<br>pressure and temperature are 200 kPa and 600°C, respectively, in each of the<br>smaller pipes, the mass flux in kg/s in each of the smaller pipes is<br>19.25858226<br>27.16883731<br>23.04398642<br>7.556536347<br>

Extracted text: Steam at 400 kPa and 700°C is being transferred through a 100-cm-diameter pipe at a speed of 55 m/s. It splits into two pipes with equal diameters of 50 cm. If the pressure and temperature are 200 kPa and 600°C, respectively, in each of the smaller pipes, the mass flux in kg/s in each of the smaller pipes is 19.25858226 27.16883731 23.04398642 7.556536347

Jun 10, 2022
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