5.118 Water is pumped from the tank shown in Fig. P5.118a. The head loss is known to be 1.2 V2/2g, where Vis the average velocity in the pipe. According to the pump manufacturer, the relationship between the pump head and the flowrate is as shown in Fig. P5.118b: h, 20- 2000 Q², where h, is in meters and Q is in m³/s. Determine the flowrate, Q. Plot the system curve (energy equation) and the pump performance curve (Fig 5.118b) on the same graph. 6 m Pump Figure P5.118a 0.07 m E 20 10 hp = 20-20000² 0.05 Q, m³/s Figure P5.118b 0.10
5.118 Water is pumped from the tank shown in Fig. P5.118a. The head loss is known to be 1.2 V2/2g, where Vis the average velocity in the pipe. According to the pump manufacturer, the relationship between the pump head and the flowrate is as shown in Fig. P5.118b: h, 20- 2000 Q², where h, is in meters and Q is in m³/s. Determine the flowrate, Q. Plot the system curve (energy equation) and the pump performance curve (Fig 5.118b) on the same graph. 6 m Pump Figure P5.118a 0.07 m E 20 10 hp = 20-20000² 0.05 Q, m³/s Figure P5.118b 0.10
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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Please list any assumptions and answer all parts
Expert Solution
Step 1
Introduction
In this problem, we will calculate the flow rate of water through the pipe by applying the Bernoulli equation. The Bernoulli equation is a mathematical expression used in fluid dynamics to describe the relationship between pressure and velocity in an incompressible flow.
Given data:
Determine:
The flow rate
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