Flow from reservoir A is 43 l/s (n = 0.011 in all pipes) Use conventional solution.A) Compute QB and QEB) Compute for the Extracted Energy caused by the turbine DE if the pressure head at E is -3 m. neglect velocity headHint: Use Bernoulli’s Equation for A to E In the figure shown, flow from reservoir A is 43 L/s (n = 0.011 in all pipes) Use conventional solution.A) Compute Q and QEB) Compute for the Extracted Energy caused by the turbine DE if the pressure head at E is -3 m. neglect velocity headHint: Use Bernoulli's Equation for A to EVEL 67.26 mC3TVEL 66.46 mBEL 24.39 mEQ₁ = 0.9651 m³/s = Q. Q = 0.5351 m³/s supplier, HE = 233.18 kWPipe12W|N34Diameter Length(mm)in (m)0.01150018000.011 500 24400.0117500.011750n24403050

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Answered: Flow from reservoir A is 43 l/s (n =…

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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Flow from reservoir A is 43 l/s (n = 0.011 in all pipes) Use conventional solution.

A) Compute QB and QE

B) Compute for the Extracted Energy caused by the turbine DE if the pressure head at E is -3 m. neglect velocity head
Hint: Use Bernoulli’s Equation for A to E

In the figure shown, flow from reservoir A is 43 L/s (n = 0.011 in all pipes) Use conventional solution.
A) Compute Q and QE
B) Compute for the Extracted Energy caused by the turbine DE if the pressure head at E is -3 m. neglect velocity head
Hint: Use Bernoulli's Equation for A to E
VEL 67.26 m
C
3
T
VEL 66.46 m
B
EL 24.39 m
E
Q₁ = 0.9651 m³/s = Q. Q = 0.5351 m³/s supplier, HE = 233.18 kW
Pipe
1
2
W|N
3
4
Diameter Length
(mm)
in (m)
0.011
500
1800
0.011 500 2440
0.011
750
0.011
750
n
2440
3050

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