2.8-8. Momentum Balance on Reducing Elbow and Friction Losses. Water at 20°C is flowing through a reducing bend, where a, (see Fig. 2.8-3) is 120°. The inlet pipe diameter is 1.829 m, the outlet is...


2.8-8. Momentum Balance on Reducing Elbow and Friction Losses. Water at 20°C is<br>flowing through a reducing bend, where a, (see Fig. 2.8-3) is 120°. The inlet pipe<br>diameter is 1.829 m, the outlet is 1.219 m, and the flow rate is 8.50 m³/s. The exit<br>point z, is 3.05 m above the inlet and the inlet pressure is 276 kPa<br>gage. Friction losses are estimated as 0.5v/2 and the mass of water in the<br>eiboa is 3300 kg the n.e R̟ and R, and the resultant force on the<br>tCalculate<br>control volume fluid.<br>

Extracted text: 2.8-8. Momentum Balance on Reducing Elbow and Friction Losses. Water at 20°C is flowing through a reducing bend, where a, (see Fig. 2.8-3) is 120°. The inlet pipe diameter is 1.829 m, the outlet is 1.219 m, and the flow rate is 8.50 m³/s. The exit point z, is 3.05 m above the inlet and the inlet pressure is 276 kPa gage. Friction losses are estimated as 0.5v/2 and the mass of water in the eiboa is 3300 kg the n.e R̟ and R, and the resultant force on the tCalculate control volume fluid.

Jun 10, 2022
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