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Consider the following phase diagram of a three-component system of A. B and C. Q15. The plait point occurs approximately at: A) 40%A, 20%B B1 42%A, 28 %B C) 40%A, 40%B D) 50% A, 50%BE 40 %B F)0%A, 10%B Q16. What is the mass % of components A, B and C at the point x? A) 60%A, 10%C B) 10% A, 90%8 C) 30%A, 20%B D) 70% A, 20% Q17. Adsorption isotherms are models constructed at constant: A) concentration B) dose of adsorbent C) pH D) temperature

Consider the following phase diagram of a three-component system of A. B and C. Q15. The plait point occurs approximately at: A) 40%A, 20%B B1 42%A, 28 %B C) 40%A, 40%B D) 50% A, 50%BE 40 %B F)0%A, 10%B Q16. What is the mass % of components A, B and C at the point x? A) 60%A, 10%C B) 10% A, 90%8 C) 30%A, 20%B D) 70% A, 20% Q17. Adsorption isotherms are models constructed at constant: A) concentration B) dose of adsorbent C) pH D) temperature

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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Consider the following phase diagram of a three-component system of A. B and C. Q15. The plait point occurs approximately at: A) 40%A, 20%B B) 42%A, 28%B C) 40%A, 40%B D) 50%A, 50 %B E 40%B F)0%A, 10%B Q16. What is the mass % of components A, B and C at the point x? A) 60%A, 10%C B) 10%A, 90%8 D) 70% A, 20% C) 30%A, 20%B Q17. Adsorption isotherms are models constructed at constant: A) concentration B) dose of adsorbent C) pH D) temperature
Transcribed Image Text:Consider the following phase diagram of a three-component system of A. B and C. Q15. The plait point occurs approximately at: A) 40%A, 20%B B) 42%A, 28%B C) 40%A, 40%B D) 50%A, 50 %B E 40%B F)0%A, 10%B Q16. What is the mass % of components A, B and C at the point x? A) 60%A, 10%C B) 10%A, 90%8 D) 70% A, 20% C) 30%A, 20%B Q17. Adsorption isotherms are models constructed at constant: A) concentration B) dose of adsorbent C) pH D) temperature
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