3. Water flows through the horizontal branching pipe which is fixed by a flange as shown in the following figure. At section 1, the pipe continues to the left and hence the gauge pressure is not zero (see Figure below). At sections 2 and 3, gauge pressure is zero (atmosphere). A₂ 14 kPa A₂ 60⁰ stationary? A₂ For this problem: A₁= 600 cm² V₁=3 m/s A2= 100 cm² V₂= 3 m/s A3 = 300 m/s g= 10 m/s² p= 1000 kg/m³ What is the velocity at section 3 (V3)? What is the horizontal force F that the flange applies to keep the pipe system

3. Water flows through the horizontal branching pipe which is fixed by a flange as shown in the following figure. At section 1, the pipe continues to the left and hence the gauge pressure is not zero (see Figure below). At sections 2 and 3, gauge pressure is zero (atmosphere). A₂ 14 kPa A₂ 60⁰ stationary? A₂ For this problem: A₁= 600 cm² V₁=3 m/s A2= 100 cm² V₂= 3 m/s A3 = 300 m/s g= 10 m/s² p= 1000 kg/m³ What is the velocity at section 3 (V3)? What is the horizontal force F that the flange applies to keep the pipe system

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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Question

3. Water flows through the horizontal branching pipe which is fixed by a flange as shown in the
following figure. At section 1, the pipe continues to the left and hence the gauge pressure is
not zero (see Figure below). At sections 2 and 3, gauge pressure is zero (atmosphere).
A₂
14 kPa
A₂
60⁰
stationary?
A₂
For this problem:
A₁= 600 cm²
V₁=3 m/s
A2= 100 cm²
V₂= 3 m/s
A3 = 300 m/s
g= 10 m/s²
p= 1000 kg/m³
What is the velocity at section 3 (V3)?
What is the horizontal force F that the flange applies to keep the pipe system

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