essons / Various / ENGINEERING FACULTY a) V1= b) Q1= c) Q2= The end of the pipe with a diameter of 150 mm shown in the figure is divided into two branches, and water flows into the atmosphere from the branches. The system is in the horizontal plane. If V 2 =V 3 =12 m/s, calculate the following requirements without considering the frictions. (D₁ =150mm, D2 100mm, D3 75mm m/s m3/h 3 m3/h 150 30⁰ -3
essons / Various / ENGINEERING FACULTY a) V1= b) Q1= c) Q2= The end of the pipe with a diameter of 150 mm shown in the figure is divided into two branches, and water flows into the atmosphere from the branches. The system is in the horizontal plane. If V 2 =V 3 =12 m/s, calculate the following requirements without considering the frictions. (D₁ =150mm, D2 100mm, D3 75mm m/s m3/h 3 m3/h 150 30⁰ -3
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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Fluid mechanics
![lessons / Various / ENGINEERING FACULTY / Civil Engineering / INS210_Fluid Mechanics 1/ July 3-July 9/ Make
a) V1=
b) Q1=
The end of the pipe with a diameter of 150 mm shown in the figure is divided into two branches, and water flows into the atmosphere
from the branches. The system is in the horizontal plane. If V 2 =V 3 = 12 m/s, calculate the following requirements without considering the
frictions.
(D₁ =150mm, D2 100mm, D3 - 75mm
c) Q2=
d) Q2=
e) P1=
m/s
m3/h
m3/h
m3/h
kPa
1
Q Search
150
300
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Transcribed Image Text:lessons / Various / ENGINEERING FACULTY / Civil Engineering / INS210_Fluid Mechanics 1/ July 3-July 9/ Make
a) V1=
b) Q1=
The end of the pipe with a diameter of 150 mm shown in the figure is divided into two branches, and water flows into the atmosphere
from the branches. The system is in the horizontal plane. If V 2 =V 3 = 12 m/s, calculate the following requirements without considering the
frictions.
(D₁ =150mm, D2 100mm, D3 - 75mm
c) Q2=
d) Q2=
e) P1=
m/s
m3/h
m3/h
m3/h
kPa
1
Q Search
150
300
.
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