Q2) For the pipe system shown in the figure, the flow rate is 0.00085 m³/s &v-1.14*106 m²/s, F-0.023, p=990 Kg/m³, diameter 15mm, Celbow=0.9, Cvalve -10,Cfaucet -2.Calculate the pressure at point (1)?-3.0-Faucet4.5--1.5-3.0ValveEXE3.0elbow005

To Determine Pressure at point 1, P1

Q2) For the pipe system shown in the figure, the flow rate is 0.00085 m³/s & v-1.14*10 m²/s, F-0.023, p=990 Kg/m³, diameter 15mm, Celbow=0.9, Cvaive-10, Cfaucet -2.Calculate the pressure at point (1)? -3.0- Valve Faucet 3.0 -4.5- 3.0 elbow 900

Q2) For the pipe system shown in the figure, the flow rate is 0.00085 m³/s & v-1.14*10 m²/s, F-0.023, p=990 Kg/m³, diameter 15mm, Celbow=0.9, Cvaive-10, Cfaucet -2.Calculate the pressure at point (1)? -3.0- Valve Faucet 3.0 -4.5- 3.0 elbow 900

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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Concept explainers

Pressurized pipe flow

A 15-kilometer-long pipe with a pipe diameter of one meter transports water at a speed of one meter per second. The pipe has a friction coefficient of 0.005. Calculate the frictional head loss?

Question

Q2) For the pipe system shown in the figure, the flow rate is 0.00085 m³/s &
v-1.14*106 m²/s, F-0.023, p=990 Kg/m³, diameter 15mm, Celbow=0.9, Cvalve -10,
Cfaucet -2.Calculate the pressure at point (1)?
-3.0-
Faucet
4.5-
-1.5-
3.0
Valve
EXE
3.0
elbow
005

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