For the system shown the flow at A is Q- 88 L/min, the flow through the upper branch is Quppe 20,5 L/min and the total energy loss in the lower branch is hwer 9.2 Nm/N. Determine the flow at B to one decimal place in L/min.
For the system shown the flow at A is Q- 88 L/min, the flow through the upper branch is Quppe 20,5 L/min and the total energy loss in the lower branch is hwer 9.2 Nm/N. Determine the flow at B to one decimal place in L/min.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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![For the system shown the flow at A is Q = 88 L/min, the flow through the upper branch is Qe = 20,5 L/min and the total energy
loss in the lower branch is hower = 9.2 Nm/N. Determine the flow at B to one decimal place in L/min.
parallel.jpg
...
= 2-in Schedule 40
Branch 1
K = 5 for open valve
K= 10 for open valve
Branch 2
D, = 4-in Schedule 40](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F14124069-1ffc-4e14-b71e-29906fe99c4a%2F90952b5e-6432-4797-9660-53770316fd3d%2Fw8z948t_processed.jpeg&w=3840&q=75)
Transcribed Image Text:For the system shown the flow at A is Q = 88 L/min, the flow through the upper branch is Qe = 20,5 L/min and the total energy
loss in the lower branch is hower = 9.2 Nm/N. Determine the flow at B to one decimal place in L/min.
parallel.jpg
...
= 2-in Schedule 40
Branch 1
K = 5 for open valve
K= 10 for open valve
Branch 2
D, = 4-in Schedule 40
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