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Estimate the following: (a) The volume occupied by 18 kg of ethylene at 328.15 K (55°C) and 35 bar. Consider Ze-0.838 and Zi=0.033. (b) The mass of ethylene contained in a 0.25-m3 cylinder at 323.15 K (50°C) and 115 bar. Consider Z-0.482 and Zi-0.126. For Ethylene: MolWt=28.054 g/mol, Te=282.3 K, Pe-50.40 bar, w-0.087

Estimate the following: (a) The volume occupied by 18 kg of ethylene at 328.15 K (55°C) and 35 bar. Consider Ze-0.838 and Zi=0.033. (b) The mass of ethylene contained in a 0.25-m3 cylinder at 323.15 K (50°C) and 115 bar. Consider Z-0.482 and Zi-0.126. For Ethylene: MolWt=28.054 g/mol, Te=282.3 K, Pe-50.40 bar, w-0.087

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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Estimate the following: (a) The volume occupied by 18 kg of ethylene at 328.15 K (55°C) and 35 bar. Consider Ze=0.838 and Zi=0.033. (b) The mass of ethylene contained in a 0.25-m3 cylinder at 323.15 K (50°C) and I15 bar. Consider Zo-0.482 and Zi-0.126. For Ethylene: MolWt-28.054 g/mol, Te=282.3 K, Pe-50.40 bar, w-0.087
Transcribed Image Text:Estimate the following: (a) The volume occupied by 18 kg of ethylene at 328.15 K (55°C) and 35 bar. Consider Ze=0.838 and Zi=0.033. (b) The mass of ethylene contained in a 0.25-m3 cylinder at 323.15 K (50°C) and I15 bar. Consider Zo-0.482 and Zi-0.126. For Ethylene: MolWt-28.054 g/mol, Te=282.3 K, Pe-50.40 bar, w-0.087
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