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In the following interphase mass transfer diagram, concentrations are expressed as mole fractions (y for gas, x for liquid).

In the following interphase mass transfer diagram, concentrations are expressed as mole fractions (y for gas, x for liquid).

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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**Interphase Mass Transfer Diagram Analysis** **Question 7:** In the following interphase mass transfer diagram, concentrations are expressed as mole fractions (y for gas, x for liquid). **Diagram Description:** The diagram is divided into two main phases: Gas and Liquid, separated by an interface. - **Y-axis:** Concentration of diffusing species A - **X-axis:** Distance across the phases **Key Points in the Diagram:** - In the Gas phase, the concentration starts at \( y_{AG} \) and increases towards the interface, reaching \( y_{Ai} \). - In the Liquid phase, the concentration starts at \( x_{AL} \) and decreases towards the interface, reaching \( x_{Ai} \). - \( y_{AG} \) is the initial concentration in the gas phase, and \( x_{AL} \) is the initial concentration in the liquid phase. - \( y_{Ai} \) and \( x_{Ai} \) are the concentrations at the interface in the gas and liquid phases, respectively. **Questions:** a) Does this represent: - i) Gas to liquid - ii) Liquid to gas transport b) Is Henry’s law constant (H): - i) H > 1 - ii) H < 1 - iii) H = 1
Transcribed Image Text:**Interphase Mass Transfer Diagram Analysis** **Question 7:** In the following interphase mass transfer diagram, concentrations are expressed as mole fractions (y for gas, x for liquid). **Diagram Description:** The diagram is divided into two main phases: Gas and Liquid, separated by an interface. - **Y-axis:** Concentration of diffusing species A - **X-axis:** Distance across the phases **Key Points in the Diagram:** - In the Gas phase, the concentration starts at \( y_{AG} \) and increases towards the interface, reaching \( y_{Ai} \). - In the Liquid phase, the concentration starts at \( x_{AL} \) and decreases towards the interface, reaching \( x_{Ai} \). - \( y_{AG} \) is the initial concentration in the gas phase, and \( x_{AL} \) is the initial concentration in the liquid phase. - \( y_{Ai} \) and \( x_{Ai} \) are the concentrations at the interface in the gas and liquid phases, respectively. **Questions:** a) Does this represent: - i) Gas to liquid - ii) Liquid to gas transport b) Is Henry’s law constant (H): - i) H > 1 - ii) H < 1 - iii) H = 1
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