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P = 1 bar (ideal gas), ideal solution of [ Choose ] liquids ideal solution of vapors [ Choose ] P = 4 bar ("moderate pressure") [ Choose ] P= 60 bar ("high pressure"), non- [ Choose ] ideal solutions P = 0.5 bar (ideal gas) [ Choose ] ideal solution of liquids [ Choose ] > > >

P = 1 bar (ideal gas), ideal solution of [ Choose ] liquids ideal solution of vapors [ Choose ] P = 4 bar ("moderate pressure") [ Choose ] P= 60 bar ("high pressure"), non- [ Choose ] ideal solutions P = 0.5 bar (ideal gas) [ Choose ] ideal solution of liquids [ Choose ] > > >

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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For each of the vapor liquid equilibrium system conditions described below, match it to the best (most simplified) equation A)-F): v!sat (p – Piat) A) ' = x;ViÞ¡at P§at exp RT vsat (p – Psat) B) y:O?P = x;ViÞjat psat exp- RT vsat (p – Pjat) C) Yi ?P = x;§atPşat exp sat psat RT D) sat psat E) Yi P = x¡V¿P§at F) Yi P = x;Pat P = 1 bar (ideal gas), ideal solution of [ Choose ] liquids ideal solution of vapors [ Choose ] P = 4 bar ("moderate pressure") [ Choose ] P = 60 bar ("high pressure"), non- [ Choose ] ideal solutions P = 0.5 bar (ideal gas) [ Choose ] ideal solution of liquids [ Choose ]
Transcribed Image Text:For each of the vapor liquid equilibrium system conditions described below, match it to the best (most simplified) equation A)-F): v!sat (p – Piat) A) ' = x;ViÞ¡at P§at exp RT vsat (p – Psat) B) y:O?P = x;ViÞjat psat exp- RT vsat (p – Pjat) C) Yi ?P = x;§atPşat exp sat psat RT D) sat psat E) Yi P = x¡V¿P§at F) Yi P = x;Pat P = 1 bar (ideal gas), ideal solution of [ Choose ] liquids ideal solution of vapors [ Choose ] P = 4 bar ("moderate pressure") [ Choose ] P = 60 bar ("high pressure"), non- [ Choose ] ideal solutions P = 0.5 bar (ideal gas) [ Choose ] ideal solution of liquids [ Choose ]
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