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This section includes 5 Mcqs, each offering curated multiple-choice questions to sharpen your Distillation Design Questions and Answers knowledge and support exam preparation. Choose a topic below to get started.
1. |
Underwood’s equation can be used to find |
A. | Distributed components |
B. | Non distributed components |
C. | Reflux for components |
D. | Non reflux components |
Answer» B. Non distributed components | |
2. |
Calculate ln S? If XLK=0.41 and XHK = 0.005 and XL= 0.417 and XH= 0.01, then |
A. | 9.45 |
B. | 8.90 |
C. | 8.137 |
D. | 7.98 |
Answer» D. 7.98 | |
3. |
N√αN this equation is called as |
A. | Sorel’s Method |
B. | Polson Equation |
C. | Fenske’s Equation |
D. | Gilliland Equation |
Answer» D. Gilliland Equation | |
4. |
The term S in the Fenske’s equation, is given as |
A. | (xLKxHK)D(xLKxHK)B |
B. | (xLKxHK)D(xLKxHK)L(xLKxHK)R |
C. | (xLKxHK)L(xLKxHK)V |
D. | (xLKxHK)HK(xLKxHK)LK |
Answer» B. (xLKxHK)D(xLKxHK)L(xLKxHK)R | |
5. |
Fenske’s Equation can be written as |
A. | Nmin = S/ ln α |
B. | Nmin = ln S/ ln α |
C. | Nmin – 1 = ln S/ ln α |
D. | Nmin + 1 = ln S/ ln α |
Answer» C. Nmin – 1 = ln S/ ln α | |