Explore topic-wise MCQs in Distillation Design.

This section includes 5 Mcqs, each offering curated multiple-choice questions to sharpen your Distillation Design knowledge and support exam preparation. Choose a topic below to get started.

1.

If Component is distributed, then

A. 0&lt; D<sub>R</sub>&gt; 1
B. 0&lt; DR&lt; 1
C. DR= 0
D. DR &lt; 0
Answer» C. DR= 0
Discussion
2.

If Component is non-distributed, then

A. D<sub>R</sub> &gt;1
B. D<sub>R</sub>&lt;1
C. DR=0
D. DR=
Answer» B. D<sub>R</sub>&lt;1
Discussion
3.

N N this equation is called as

A. Sorel s Method
B. Polson Equation
C. Fenske s Equation
D. Gilliland Equation
Answer» D. Gilliland Equation
Discussion
4.

The term S in the Fenske s equation, is given as

A. (x<sub>LK</sub>x<sub>HK</sub>)D(x<sub>LK</sub>x<sub>HK</sub>)B
B. (x<sub>LK</sub>x<sub>HK</sub>)D(x<sub>LK</sub>x<sub>HK</sub>)L(x<sub>LK</sub>x<sub>HK</sub>)R
C. (x<sub>LK</sub>x<sub>HK</sub>)L(x<sub>LK</sub>x<sub>HK</sub>)V
D. (x<sub>LK</sub>x<sub>HK</sub>)HK(x<sub>LK</sub>x<sub>HK</sub>)LK
Answer» B. (x<sub>LK</sub>x<sub>HK</sub>)D(x<sub>LK</sub>x<sub>HK</sub>)L(x<sub>LK</sub>x<sub>HK</sub>)R
Discussion
5.

Fenske s Equation can be written as

A. N<sub>min</sub> = S/ ln
B. N<sub>min</sub> = ln S/ ln
C. N<sub>min</sub> 1 = ln S/ ln
D. N<sub>min</sub> + 1 = ln S/ ln
Answer» C. N<sub>min</sub> 1 = ln S/ ln
Discussion