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The head loss (APA) of the water flowing through a a smooth pipe is attributed to the 6 elbows installed in the system. When the system is remodeled, the number of elbows of the pipe is reduced to 4. If water flowrate before and after remodeling is the same, what is the relationship between the pressure drop after remodeling (APB) to APA ? A. change in AP depends on laminar or turbulent flow Ο Β.ΔΡ- ΔΡΑ C. ΔΡ-0.333 ΔΡΑ O D. APB = 0.667 APA Ο Ε ΔΡΒ 1.5 ΔΡΑ

The head loss (APA) of the water flowing through a a smooth pipe is attributed to the 6 elbows installed in the system. When the system is remodeled, the number of elbows of the pipe is reduced to 4. If water flowrate before and after remodeling is the same, what is the relationship between the pressure drop after remodeling (APB) to APA ? A. change in AP depends on laminar or turbulent flow Ο Β.ΔΡ- ΔΡΑ C. ΔΡ-0.333 ΔΡΑ O D. APB = 0.667 APA Ο Ε ΔΡΒ 1.5 ΔΡΑ

Introduction to Chemical Engineering Thermodynamics
Introduction to Chemical Engineering Thermodynamics
8th Edition
ISBN:9781259696527
Author:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Publisher:J.M. Smith Termodinamica en ingenieria quimica, Hendrick C Van Ness, Michael Abbott, Mark Swihart
Chapter1: Introduction
Section: Chapter Questions
Problem 1.1P
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The head loss (APA) of the water flowing through a a smooth pipe is attributed to the 6 elbows installed in the system. When the system is remodeled, the number of elbows of the pipe is reduced to 4. If water flowrate before and after remodeling is the same, what is the relationship between the pressure drop after remodeling (APB) to APA ? A. change in AP depends on laminar or turbulent flow Ο Β.ΔΡΒ- ΔΡΑ Ο .ΔΡ= 0.333 ΔΡΑ O D. APB = 0.667 APA Ο Ε. ΔΡ 1.5 ΔΡΑ %3D
Transcribed Image Text:The head loss (APA) of the water flowing through a a smooth pipe is attributed to the 6 elbows installed in the system. When the system is remodeled, the number of elbows of the pipe is reduced to 4. If water flowrate before and after remodeling is the same, what is the relationship between the pressure drop after remodeling (APB) to APA ? A. change in AP depends on laminar or turbulent flow Ο Β.ΔΡΒ- ΔΡΑ Ο .ΔΡ= 0.333 ΔΡΑ O D. APB = 0.667 APA Ο Ε. ΔΡ 1.5 ΔΡΑ %3D
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