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FLUID MECHANICS/CHAPTER 4 Exercise 4.11 Two tanks filled with water connected by a serial pipe 25 m. AB pipe has a diameter 10 cm for the first 15 m and BC pipe diameter is 16 cm for the remaining of its length. The flow rate of water entering the pipe is 0.007 m³/s. If energy losses because of the shock loss at sudden enlargement and friction only, calculate level difference of two tanks if f = 0.01 for both pipes. Solution for Exercise 4.11 (Answer: 0.273 m)

FLUID MECHANICS/CHAPTER 4 Exercise 4.11 Two tanks filled with water connected by a serial pipe 25 m. AB pipe has a diameter 10 cm for the first 15 m and BC pipe diameter is 16 cm for the remaining of its length. The flow rate of water entering the pipe is 0.007 m³/s. If energy losses because of the shock loss at sudden enlargement and friction only, calculate level difference of two tanks if f = 0.01 for both pipes. Solution for Exercise 4.11 (Answer: 0.273 m)

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
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FLUID MECHANICS/CHAPTER 4 Exercise 4.11 Two tanks filled with water connected by a serial pipe 25 m. AB pipe has a diameter 10 cm for the first 15 m and BC pipe diameter is 16 cm for the remaining of its length. The flow rate of water entering the pipe is 0.007 m³/s. If energy losses because of the shock loss at sudden enlargement and friction only, calculate level difference of two tanks if f = 0.01 for both pipes. Solution for Exercise 4.11 (Answer: 0.273 m) Page 171 CS IN PIPELINES
Transcribed Image Text:FLUID MECHANICS/CHAPTER 4 Exercise 4.11 Two tanks filled with water connected by a serial pipe 25 m. AB pipe has a diameter 10 cm for the first 15 m and BC pipe diameter is 16 cm for the remaining of its length. The flow rate of water entering the pipe is 0.007 m³/s. If energy losses because of the shock loss at sudden enlargement and friction only, calculate level difference of two tanks if f = 0.01 for both pipes. Solution for Exercise 4.11 (Answer: 0.273 m) Page 171 CS IN PIPELINES
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