Consider the pipe system in the diagram below. Tank 1 is a closed tank and the pressure in tank 1 is kept constant at 200kPa. The water level in tank 1 is at 1.5m. You as an engineer are required to install a frictionless pipe between points A and B. Analyze the system and determine what is the maximum length of pipe would you recommend between A and B?The following conditions are applicableThe gravitational acceleration is 9.81m/s2.The minimum required flow rate is 0.5m3/s.The atmospheric pressure is 85kPa.The water in the tank is saturated water with a density of 997kg/m3.The pipe inlet and outlet are both sharp-edged. 1m 90° bendTank 2-5m-A90° bend45° bend+10m-45° bendPipe Propertiesdiameter = 90mm NBrelative roughnes=0.004Gate valve-30m-45° bend-35m-45° bendTank 1-1.5m->>

Name: Consider the pipe system in the diagram below. Tank 1 is a closed tank
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Description: Consider the pipe system in the diagram below. Tank 1 is a closed tank and the pressure in tank 1 is kept constant at 200kPa. The water level in tank 1 is at 1.5m. You as an engineer are required to install a frictionless pipe between points A and B.

Given: The gravitational acceleration g=9.81m/s2. The minimum required flow rate is Qmin =0.5m3/s.…

Answered: Consider the pipe system in the diagram…

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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Consider the pipe system in the diagram below. Tank 1 is a closed tank and the pressure in tank 1 is kept constant at 200kPa. The water level in tank 1 is at 1.5m. You as an engineer are required to install a frictionless pipe between points A and B. Analyze the system and determine what is the maximum length of pipe would you recommend between A and B?

The following conditions are applicable

The gravitational acceleration is 9.81m/s².
The minimum required flow rate is 0.5m³/s.
The atmospheric pressure is 85kPa.
The water in the tank is saturated water with a density of 997kg/m³.

The pipe inlet and outlet are both sharp-edged.

1m 90° bend
Tank 2
-5m-
A
90° bend
45° bend
+10m-
45° bend
Pipe Properties
diameter = 90mm NB
relative roughnes=0.004
Gate valve
-30m-
45° bend
-35m-
45° bend
Tank 1
-1.5m->>

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