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The slope of the operating line of the enriching section is R/R+1.
Where, R- reflux ratio
- a)True
- b)False
Correct answer is option 'A'. Can you explain this answer?
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The slope of the operating line of the enriching section is R/R+1.Wher...
Explanation: Since the slope obtained from the derivation for McCabe method is R/R+1.
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The slope of the operating line of the enriching section is R/R+1.Wher...
Explanation:
Enriching Section Operating Line Slope:
- The slope of the operating line in the enriching section of a distillation column is given by R/(R+1), where R is the reflux ratio.
- The operating line represents the relationship between the liquid and vapor compositions at different stages of the column.
Reflex Ratio:
- The reflux ratio (R) is defined as the ratio of the liquid reflux to the distillate flow rate.
- It is an important parameter in distillation processes as it affects the separation efficiency and energy consumption of the column.
Significance of Slope:
- The slope of the operating line in the enriching section determines the efficiency of the column in separating the components.
- A steeper slope (higher reflux ratio) indicates better separation but higher energy consumption due to increased reflux.
- A lower slope (lower reflux ratio) results in less efficient separation but lower energy consumption.
Conclusion:
- Therefore, the statement that the slope of the operating line in the enriching section is R/(R+1) is true and plays a crucial role in the design and operation of distillation columns.
Enriching Section Operating Line Slope:
- The slope of the operating line in the enriching section of a distillation column is given by R/(R+1), where R is the reflux ratio.
- The operating line represents the relationship between the liquid and vapor compositions at different stages of the column.
Reflex Ratio:
- The reflux ratio (R) is defined as the ratio of the liquid reflux to the distillate flow rate.
- It is an important parameter in distillation processes as it affects the separation efficiency and energy consumption of the column.
Significance of Slope:
- The slope of the operating line in the enriching section determines the efficiency of the column in separating the components.
- A steeper slope (higher reflux ratio) indicates better separation but higher energy consumption due to increased reflux.
- A lower slope (lower reflux ratio) results in less efficient separation but lower energy consumption.
Conclusion:
- Therefore, the statement that the slope of the operating line in the enriching section is R/(R+1) is true and plays a crucial role in the design and operation of distillation columns.
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The slope of the operating line of the enriching section is R/R+1.Where, R- reflux ratioa)Trueb)FalseCorrect answer is option 'A'. Can you explain this answer?
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