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1. Calculate the power required at the pump shaft given that the wate density and flow rate are 1000kg/m³ and 400L/s respectively. <--

1. Calculate the power required at the pump shaft given that the wate density and flow rate are 1000kg/m³ and 400L/s respectively. <--

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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From the provided pump table: 1. Calculate the power required at the pump shaft given that the water density and flow rate are 1000kg/m³ and 400L/s respectively. <-- Do this calculation in the same excel file as the graph 2. Construct a Q – H and Q– n curves of this pump on one graph. <-- Attach an Excel file of your graph using the link below. Units are required and will be marked. n (%) H(m) Q (m/s) 56 0.000 25 55 0.010 45 54 0.020 60 52 0.030 64 49 0.040 62 42 0.050 48 34 0.060 32 20 0.070 18 8 0.080
Transcribed Image Text:From the provided pump table: 1. Calculate the power required at the pump shaft given that the water density and flow rate are 1000kg/m³ and 400L/s respectively. <-- Do this calculation in the same excel file as the graph 2. Construct a Q – H and Q– n curves of this pump on one graph. <-- Attach an Excel file of your graph using the link below. Units are required and will be marked. n (%) H(m) Q (m/s) 56 0.000 25 55 0.010 45 54 0.020 60 52 0.030 64 49 0.040 62 42 0.050 48 34 0.060 32 20 0.070 18 8 0.080
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Can you please construct the Graph requirement in question 2 above as the units are also provided just below the question

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