The water in the pipe given in the Figure Flows uniformly in sections I and 2. 1. Pipe diameter in Cross Section D1=20 cm and the average speed of the waler is 20 m/sec. After the first cross-section, the diameter of the pipe narrows to D2=4 cm, and the water it flows into the atmosphere. a) calculate the flow rate? b) find the fluid velocity in the second section and compare it with the velocity in the first section? c) calculate the Fx force acting on the pipe wall? Fx3? K.D. Atmosphere V2=? V1 = 20 m/s D2=4cm D1-20 cm The system is horizontal. Neglect the viscosity of water, stable (permanent) current, g=9.81 m/sec' psu.1000 kg/m3, YSU== 9.81 kN/m3. Bernoulli Equation: Momentum Equation: v2 P2 Es + Eg = VpdV+ Vp (V•n)also Z, + y 2g 2g Fs: forces acting on the Control Surface, FB: fluid weight force in control volume n= 1,
The water in the pipe given in the Figure Flows uniformly in sections I and 2. 1. Pipe diameter in Cross Section D1=20 cm and the average speed of the waler is 20 m/sec. After the first cross-section, the diameter of the pipe narrows to D2=4 cm, and the water it flows into the atmosphere. a) calculate the flow rate? b) find the fluid velocity in the second section and compare it with the velocity in the first section? c) calculate the Fx force acting on the pipe wall? Fx3? K.D. Atmosphere V2=? V1 = 20 m/s D2=4cm D1-20 cm The system is horizontal. Neglect the viscosity of water, stable (permanent) current, g=9.81 m/sec' psu.1000 kg/m3, YSU== 9.81 kN/m3. Bernoulli Equation: Momentum Equation: v2 P2 Es + Eg = VpdV+ Vp (V•n)also Z, + y 2g 2g Fs: forces acting on the Control Surface, FB: fluid weight force in control volume n= 1,
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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fluid
Can you write big and legible please? My eyes don't see well, thank you.
![The water in the pipe given in the Figure Flows uniformly in sections I and 2. 1. Pipe diameter in Cross Section D1=20
cm and the average speed of the waler is 20 m/sec. After the first cross-section, the diameter of the pipe narrows to D2=4 cm, and the water
it flows into the atmosphere.
a) calculate the flow rate?
b) find the fluid velocity in the second section and compare it with the velocity in the first section?
c) calculate the Fx force acting on the pipe wall?
Fx3?
K.D.
Atmosphere
V2=?
V1 = 20 m/s
D2=4cm
D1-20 cm
The system is horizontal. Neglect the viscosity of water, stable (permanent) current,
g=9.81 m/sec' psu.1000 kg/m3, YSU== 9.81 kN/m3.
Bernoulli Equation:
Momentum Equation:
v2
P2
Es + Eg = VpdV+ Vp (V•n)also
Z, +
y 2g
2g
Fs: forces acting on the Control Surface,
FB: fluid weight force in control volume
n= 1,](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F2216bb8c-3992-42d5-8438-449d5e042f77%2F0b92044b-0dd9-4bc9-a40f-6f0b6bac8a0e%2Ffhgu7v_processed.png&w=3840&q=75)
Transcribed Image Text:The water in the pipe given in the Figure Flows uniformly in sections I and 2. 1. Pipe diameter in Cross Section D1=20
cm and the average speed of the waler is 20 m/sec. After the first cross-section, the diameter of the pipe narrows to D2=4 cm, and the water
it flows into the atmosphere.
a) calculate the flow rate?
b) find the fluid velocity in the second section and compare it with the velocity in the first section?
c) calculate the Fx force acting on the pipe wall?
Fx3?
K.D.
Atmosphere
V2=?
V1 = 20 m/s
D2=4cm
D1-20 cm
The system is horizontal. Neglect the viscosity of water, stable (permanent) current,
g=9.81 m/sec' psu.1000 kg/m3, YSU== 9.81 kN/m3.
Bernoulli Equation:
Momentum Equation:
v2
P2
Es + Eg = VpdV+ Vp (V•n)also
Z, +
y 2g
2g
Fs: forces acting on the Control Surface,
FB: fluid weight force in control volume
n= 1,
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