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Water at 20°C and p = 998 kg/m³ flows through a 5-cm-diameter pipe that has a 180° vertical bend, as in Figure 6. The total length of pipe between flanges 1 and 2 is 105 cm. When the weight flow rate is 240 N/s, P, = 185 kPa and P, = 154 kPa. Neglecting %3D pipe weight, determine the total force that the flanges must withstand for this flow to carry on. Assume P = 101 kPa.

Water at 20°C and p = 998 kg/m³ flows through a 5-cm-diameter pipe that has a 180° vertical bend, as in Figure 6. The total length of pipe between flanges 1 and 2 is 105 cm. When the weight flow rate is 240 N/s, P, = 185 kPa and P, = 154 kPa. Neglecting %3D pipe weight, determine the total force that the flanges must withstand for this flow to carry on. Assume P = 101 kPa.

Elements Of Electromagnetics
Elements Of Electromagnetics
7th Edition
ISBN:9780190698614
Author:Sadiku, Matthew N. O.
Publisher:Sadiku, Matthew N. O.
ChapterMA: Math Assessment
Section: Chapter Questions
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(c) Water at 20°C and p = 998 kg/m³ flows through a 5-cm-diameter pipe that has a 180° vertical bend, as in Figure 6. The total length of pipe between flanges 1 and 2 is 105 cm. When the weight flow rate is 240 N/s, P, = 185 kPa and P, = 154 kPa. Neglecting pipe weight, determine the total force that the flanges must withstand for this flow to carry on. Assume Patm = 101 kPa. Figure 6 < >
Transcribed Image Text:(c) Water at 20°C and p = 998 kg/m³ flows through a 5-cm-diameter pipe that has a 180° vertical bend, as in Figure 6. The total length of pipe between flanges 1 and 2 is 105 cm. When the weight flow rate is 240 N/s, P, = 185 kPa and P, = 154 kPa. Neglecting pipe weight, determine the total force that the flanges must withstand for this flow to carry on. Assume Patm = 101 kPa. Figure 6 < >
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