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Q: Amate nia is diffusing through a stagmnt gas mixture Consisling of one-third nitrogen and two thirds hydrogen by volune. The tolel pressure is 206.8 KN/mi and the temperature 54 C. calculate the rale of diffusion of ammonia through a film of gas o.5 mm thick when the Concentration change across the film is to to 5/ anonia by volume. -4 m DNH3-H2 = 0.783 x lo -4 DNHz- N2 = 0. 23 x10 %3D

Q: Amate nia is diffusing through a stagmnt gas mixture Consisling of one-third nitrogen and two thirds hydrogen by volune. The tolel pressure is 206.8 KN/mi and the temperature 54 C. calculate the rale of diffusion of ammonia through a film of gas o.5 mm thick when the Concentration change across the film is to to 5/ anonia by volume. -4 m DNH3-H2 = 0.783 x lo -4 DNHz- N2 = 0. 23 x10 %3D

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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Q: Amame nia is diffusing threugh a stagmnt gas mixture Consisting of one-third nitrogen and two thirds hydrogen by volume. The telel pressure is 206.8 KN/m and the temperature 54 C. Calculate the rale of diffusion ef ammonia through a kilm of gas o.5 mm thick when the Concentration change across the film is to o 5% amonia by volume. DNH3-H2 -4 = 0.783 xlo m -4 DNH3- N2 = 0. 23 x10 %3D film
Transcribed Image Text:Q: Amame nia is diffusing threugh a stagmnt gas mixture Consisting of one-third nitrogen and two thirds hydrogen by volume. The telel pressure is 206.8 KN/m and the temperature 54 C. Calculate the rale of diffusion ef ammonia through a kilm of gas o.5 mm thick when the Concentration change across the film is to o 5% amonia by volume. DNH3-H2 -4 = 0.783 xlo m -4 DNH3- N2 = 0. 23 x10 %3D film
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