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Question (3): Water flows at a rate of 0.03 m'Is through the branch Figure (3). piping system shown in Figure (3). The 100-mm-diameter pipe has a filter and globe valve on it, and the 50-mm-diameter diverter pipe has a gate valve. The pipes are made of casted iron. The head loss due to the filter is 1.6 (V/(2g)), KL)Tee along pipe run-0.4, KLree along branch=1.8, KL)Fully opened gate valve-0.19, KLFuly opened globe valve 10 & KL 90o eibow-0.9. Take y- 9810 N/m, v-1(10) m²ls & g-9.81m/s'. 50 mm 2 m B. 100 mm Fill in the blankets: 1. Since the pipeline system is in the head loss equation is to be ....... connection, the continuity equation required QAn ......... and ..........

Question (3): Water flows at a rate of 0.03 m'Is through the branch Figure (3). piping system shown in Figure (3). The 100-mm-diameter pipe has a filter and globe valve on it, and the 50-mm-diameter diverter pipe has a gate valve. The pipes are made of casted iron. The head loss due to the filter is 1.6 (V/(2g)), KL)Tee along pipe run-0.4, KLree along branch=1.8, KL)Fully opened gate valve-0.19, KLFuly opened globe valve 10 & KL 90o eibow-0.9. Take y- 9810 N/m, v-1(10) m²ls & g-9.81m/s'. 50 mm 2 m B. 100 mm Fill in the blankets: 1. Since the pipeline system is in the head loss equation is to be ....... connection, the continuity equation required QAn ......... and ..........

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
Problem 1.1MA
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Question (3): Water flows at a rate of 0.03 m'/s through the branch Figure (3). piping system shown in Figure (3). The 100-mm-diameter pipe has a filter and globe valve on it, and the 50-mm-diameter diverter pipe has a gate valve. The pipes are made of casted iron. The head loss due to the filter is 1.6 (V/(2g)), KL)ree along pipe run 0.4, KL)Tee along branch 1.8, KL)Fally mpened gate valve 0.19, KĻ)Fully opened globe valve 10 & KL)90o elhow 0.9. Take yw 9810 N/m', vw-1(10) m²ls & g-9.81m/s. 50 mm 2 m 100 mm Fill in the blankets: 1. Since the pipeline system is in . . connection, the continuity equation required QAB... the head loss equation is to be .... ... ang ...... 2. The equation to calculate the major and minor losses in brench (1) is. .and can be simplied to ... 3. The equation to calculate the major and minor losses in brench (2) is...and can be simplied to 4. Assuming intermediate values for the friction factors (f, -0.02 and f;-0.025), Re;-.. 5. Using the Moody diagram, we find fi -.. . and f-. 6. When both valves are fully opened, the value of Qi-. between A and B is........ ... ..... and Rez... ...... ....... and the value of the pressure drop ............ ........
Transcribed Image Text:Question (3): Water flows at a rate of 0.03 m'/s through the branch Figure (3). piping system shown in Figure (3). The 100-mm-diameter pipe has a filter and globe valve on it, and the 50-mm-diameter diverter pipe has a gate valve. The pipes are made of casted iron. The head loss due to the filter is 1.6 (V/(2g)), KL)ree along pipe run 0.4, KL)Tee along branch 1.8, KL)Fally mpened gate valve 0.19, KĻ)Fully opened globe valve 10 & KL)90o elhow 0.9. Take yw 9810 N/m', vw-1(10) m²ls & g-9.81m/s. 50 mm 2 m 100 mm Fill in the blankets: 1. Since the pipeline system is in . . connection, the continuity equation required QAB... the head loss equation is to be .... ... ang ...... 2. The equation to calculate the major and minor losses in brench (1) is. .and can be simplied to ... 3. The equation to calculate the major and minor losses in brench (2) is...and can be simplied to 4. Assuming intermediate values for the friction factors (f, -0.02 and f;-0.025), Re;-.. 5. Using the Moody diagram, we find fi -.. . and f-. 6. When both valves are fully opened, the value of Qi-. between A and B is........ ... ..... and Rez... ...... ....... and the value of the pressure drop ............ ........
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