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Convective mass transfer involves the transportation of material between a boundary surface and a moving fluid or between two immiscible fluids. It is prescribed by the relation
- a)2 h m (d C B)
- b)½ h m (d C B)
- c)h m (d C B)
- d)3/2 h m (d C B)
Correct answer is option 'C'. Can you explain this answer?
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Convective mass transfer involves the transportation of material betwe...
Explanation: It is equal to m/A = h m (d C B).
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Convective mass transfer involves the transportation of material betwe...
Convective Mass Transfer and the Given Relation
Convective mass transfer is the movement of material between a surface and a moving fluid or between two immiscible fluids. The rate of mass transfer can be described by the equation given in the question:
Explanation of the Given Relation
The equation provided is hm(dCB), where hm is the mass transfer coefficient, d is the distance over which mass transfer occurs, and CB is the concentration difference between the two phases. The exponent 'c' determines the relationship between these variables.
Interpretation of the Exponent 'c'
- When the exponent 'c' is equal to 1, the relation becomes hm(d CB), indicating a linear relationship between the mass transfer coefficient, distance, and concentration difference.
- This means that the rate of mass transfer is directly proportional to the mass transfer coefficient, the distance over which mass transfer occurs, and the concentration difference between the two phases.
Conclusion
In convective mass transfer, the given relation hm(d CB) with an exponent 'c' equal to 1 signifies a linear relationship between the mass transfer coefficient, distance, and concentration difference. This understanding is crucial for analyzing and optimizing mass transfer processes in various industrial applications.
Convective mass transfer is the movement of material between a surface and a moving fluid or between two immiscible fluids. The rate of mass transfer can be described by the equation given in the question:
Explanation of the Given Relation
The equation provided is hm(dCB), where hm is the mass transfer coefficient, d is the distance over which mass transfer occurs, and CB is the concentration difference between the two phases. The exponent 'c' determines the relationship between these variables.
Interpretation of the Exponent 'c'
- When the exponent 'c' is equal to 1, the relation becomes hm(d CB), indicating a linear relationship between the mass transfer coefficient, distance, and concentration difference.
- This means that the rate of mass transfer is directly proportional to the mass transfer coefficient, the distance over which mass transfer occurs, and the concentration difference between the two phases.
Conclusion
In convective mass transfer, the given relation hm(d CB) with an exponent 'c' equal to 1 signifies a linear relationship between the mass transfer coefficient, distance, and concentration difference. This understanding is crucial for analyzing and optimizing mass transfer processes in various industrial applications.
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Convective mass transfer involves the transportation of material between a boundary surface and a moving fluid or between two immiscible fluids. It is prescribed by the relationa)2 hm(d CB)b)½ hm(d CB)c)hm(d CB)d)3/2 hm(d CB)Correct answer is option 'C'. Can you explain this answer?
Question Description
Convective mass transfer involves the transportation of material between a boundary surface and a moving fluid or between two immiscible fluids. It is prescribed by the relationa)2 hm(d CB)b)½ hm(d CB)c)hm(d CB)d)3/2 hm(d CB)Correct answer is option 'C'. Can you explain this answer? for Chemical Engineering 2024 is part of Chemical Engineering preparation. The Question and answers have been prepared according to the Chemical Engineering exam syllabus. Information about Convective mass transfer involves the transportation of material between a boundary surface and a moving fluid or between two immiscible fluids. It is prescribed by the relationa)2 hm(d CB)b)½ hm(d CB)c)hm(d CB)d)3/2 hm(d CB)Correct answer is option 'C'. Can you explain this answer? covers all topics & solutions for Chemical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Convective mass transfer involves the transportation of material between a boundary surface and a moving fluid or between two immiscible fluids. It is prescribed by the relationa)2 hm(d CB)b)½ hm(d CB)c)hm(d CB)d)3/2 hm(d CB)Correct answer is option 'C'. Can you explain this answer?.
Convective mass transfer involves the transportation of material between a boundary surface and a moving fluid or between two immiscible fluids. It is prescribed by the relationa)2 hm(d CB)b)½ hm(d CB)c)hm(d CB)d)3/2 hm(d CB)Correct answer is option 'C'. Can you explain this answer? for Chemical Engineering 2024 is part of Chemical Engineering preparation. The Question and answers have been prepared according to the Chemical Engineering exam syllabus. Information about Convective mass transfer involves the transportation of material between a boundary surface and a moving fluid or between two immiscible fluids. It is prescribed by the relationa)2 hm(d CB)b)½ hm(d CB)c)hm(d CB)d)3/2 hm(d CB)Correct answer is option 'C'. Can you explain this answer? covers all topics & solutions for Chemical Engineering 2024 Exam. Find important definitions, questions, meanings, examples, exercises and tests below for Convective mass transfer involves the transportation of material between a boundary surface and a moving fluid or between two immiscible fluids. It is prescribed by the relationa)2 hm(d CB)b)½ hm(d CB)c)hm(d CB)d)3/2 hm(d CB)Correct answer is option 'C'. Can you explain this answer?.
Solutions for Convective mass transfer involves the transportation of material between a boundary surface and a moving fluid or between two immiscible fluids. It is prescribed by the relationa)2 hm(d CB)b)½ hm(d CB)c)hm(d CB)d)3/2 hm(d CB)Correct answer is option 'C'. Can you explain this answer? in English & in Hindi are available as part of our courses for Chemical Engineering.
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