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liquid toluene, a current line along 1% of St 40 steel it is carried by pipe at 35 RCJ1 piece 450 in transport line elbow, a T (tee) connection and 1 full open angle there isgan angle valve. Flat pipe in the system its length is 20 m. Entry and exit points of the pipeline 2.5 m height difference between (less) and pressure the difference (- AP) is 1.3 atm, so the toluene in the pipe is linear calculate the speed (V). Data: = 876 kg/ m3 Ptoluen

liquid toluene, a current line along 1% of St 40 steel it is carried by pipe at 35 RCJ1 piece 450 in transport line elbow, a T (tee) connection and 1 full open angle there isgan angle valve. Flat pipe in the system its length is 20 m. Entry and exit points of the pipeline 2.5 m height difference between (less) and pressure the difference (- AP) is 1.3 atm, so the toluene in the pipe is linear calculate the speed (V). Data: = 876 kg/ m3 Ptoluen

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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liquid toluene, a current line along 1% of St 40 steel it is carried by pipe at 35 RCJ1 piece 450 in transport line elbow, a T (tee) connection and 1 full open angle there isgan angle valve. Flat pipe in the system its length is 20 m. Entry and exit points of the pipeline 2.5 m height difference between (less) and pressure the difference (- AP) is 1.3 atm, so the toluene in the pipe is linear calculate the speed (V). Data: = 876 kg/ m3 Ptoluen
Transcribed Image Text:liquid toluene, a current line along 1% of St 40 steel it is carried by pipe at 35 RCJ1 piece 450 in transport line elbow, a T (tee) connection and 1 full open angle there isgan angle valve. Flat pipe in the system its length is 20 m. Entry and exit points of the pipeline 2.5 m height difference between (less) and pressure the difference (- AP) is 1.3 atm, so the toluene in the pipe is linear calculate the speed (V). Data: = 876 kg/ m3 Ptoluen
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