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5.8 Water is pumped from the large tank shown in Fig. P5.84. The head loss is known to be equal to 4V²/2g and the pump head is hp 20 – 40², where h, is in m when Q is in m³/s. = - Determine the flowrate. Q 4.0 m Pump = 90 cm² Pipe area = V potenkia pes of

5.8 Water is pumped from the large tank shown in Fig. P5.84. The head loss is known to be equal to 4V²/2g and the pump head is hp 20 – 40², where h, is in m when Q is in m³/s. = - Determine the flowrate. Q 4.0 m Pump = 90 cm² Pipe area = V potenkia pes of

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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sigui s78 180 (a) FIGURE P5.82 Q us chapte 5.8 Water is pumped from the large tank shown in Fig. P5.84. The head loss is known to be equal to 4²/2g and the pumpati head is hp = 20 - 40², where h, is in m when Q is in m³/s. Determine the flowrate. yed 4.0 m V 2, M²75 (b) Pump Pipe area = 90 cm² FIGURE P5.84 moldo14 mex BIRS 11 ream e. pote tial S ad tic of th 5.86 The turbine shown in Fig. P5.86 develops 74.5 kW when the flowrate of water is tenti
Transcribed Image Text:sigui s78 180 (a) FIGURE P5.82 Q us chapte 5.8 Water is pumped from the large tank shown in Fig. P5.84. The head loss is known to be equal to 4²/2g and the pumpati head is hp = 20 - 40², where h, is in m when Q is in m³/s. Determine the flowrate. yed 4.0 m V 2, M²75 (b) Pump Pipe area = 90 cm² FIGURE P5.84 moldo14 mex BIRS 11 ream e. pote tial S ad tic of th 5.86 The turbine shown in Fig. P5.86 develops 74.5 kW when the flowrate of water is tenti
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