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1. What kind of molecular diffusion will take place? Stagnant A or Stagnant B or EMC or non-EMC? State your reasons. 2. The flux and rate of transport of N₂ from tank (1) to tank (2) 3. The flux and rate of transport of O₂ from tank (2) to tank (1) Given that DAD 1.01*105 m²/s

1. What kind of molecular diffusion will take place? Stagnant A or Stagnant B or EMC or non-EMC? State your reasons. 2. The flux and rate of transport of N₂ from tank (1) to tank (2) 3. The flux and rate of transport of O₂ from tank (2) to tank (1) Given that DAD 1.01*105 m²/s

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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Molecular diffusion calculation Two large tanks are connected as in the figure below. Tank (1) contain 80% N₂ (A) and 20% O₂ (B) while tank (2) contains 20% N₂ and 80% O₂. The temperature is 25°C and the total pressure is 4 atm. Calculate: 1. What kind of molecular diffusion will take place? Stagnant A or Stagnant B or EMC or non-EMC? State your reasons. 2. The flux and rate of transport of N₂ from tank (1) to tank (2) 3. The flux and rate of transport of O₂ from tank (2) to tank (1) Given that DAP 1.01*105 m²/s Tank (1) 80% N₂ 20% O₂ were 2012 10 cm. Tank (2) 80% O2 20% N₂ qalbaai
Transcribed Image Text:Molecular diffusion calculation Two large tanks are connected as in the figure below. Tank (1) contain 80% N₂ (A) and 20% O₂ (B) while tank (2) contains 20% N₂ and 80% O₂. The temperature is 25°C and the total pressure is 4 atm. Calculate: 1. What kind of molecular diffusion will take place? Stagnant A or Stagnant B or EMC or non-EMC? State your reasons. 2. The flux and rate of transport of N₂ from tank (1) to tank (2) 3. The flux and rate of transport of O₂ from tank (2) to tank (1) Given that DAP 1.01*105 m²/s Tank (1) 80% N₂ 20% O₂ were 2012 10 cm. Tank (2) 80% O2 20% N₂ qalbaai
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