Explore topic-wise MCQs in Distillation Design.

This section includes 16 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.

The given function f(x) = x3-3X2+ 4 root is?

A. Negative
B. Positive
C. Unity
D. Zero
Answer» D. Zero
Discussion
2.

Total balance material balance is given as

A. αijSbj
B. αijHbj
C. αijDbj
D. αijVbj
Answer» B. αijHbj
Discussion
3.

HJ is formulated as

A. H* /ϫHVJ
B. H*- ϫHVJ
C. H* ( ϫHVJ)
D. H* + ϫHVJ
Answer» E.
Discussion
4.

HJ is defined as the

A. Ideal enthalpy
B. Total enthalpy
C. Final enthalpy
D. Pure enthalpy
Answer» B. Total enthalpy
Discussion
5.

For Boston method, ln Kbj

A. Aj + B (1j/Tj – 1/T*)
B. Aj – B (1j/Tj – 1/T*)
C. Aj – B (1j/Tj + 1/T*)
D. (1j/Tj + 1/T*)
Answer» C. Aj – B (1j/Tj + 1/T*)
Discussion
6.

The vapors side product ln Rvj is given as

A. ln (KbjLJ/VJ)
B. ln (WbjLJ/VJ)
C. ln (KbjLJ/WJ)
D. ln (WJ)
Answer» C. ln (KbjLJ/WJ)
Discussion
7.

ln Sbj is represented as

A. ln (KbjLJ/VJ)
B. ln (Kbj/VJ)
C. ln( KbjLJ)
D. ln (LJ)
Answer» B. ln (Kbj/VJ)
Discussion
8.

TOTAL_BALANCE_MATERIAL_BALANCE_IS_GIVEN_AS?$

A. α<sub>ij</sub>S<sub>bj</sub>
B. α<sub>ij</sub>H<sub>bj</sub>
C. α<sub>ij</sub>D<sub>bj</sub>
D. α<sub>ij</sub>V<sub>bj</sub>
Answer» B. ‚âà√≠¬¨¬±<sub>ij</sub>H<sub>bj</sub>
Discussion
9.

HJ is formulated a?

A. H* /ϫH<sub>VJ</sub>
B. H*- ϫH<sub>VJ</sub>
C. H* ( ϫH<sub>VJ</sub>)
D. H* + ϫH<sub>VJ</sub>
Answer» E.
Discussion
10.

HJ is defined as the

A. Ideal enthalpy
B. Total enthalpy
C. Final enthalpy
D. Pure enthalpy
Answer» B. Total enthalpy
Discussion
11.

For Boston method, ln Kbj

A. A<sub>j</sub> + B (1<sub>j</sub>/T<sub>j</sub> – 1/T*)
B. A<sub>j</sub> – B (1<sub>j</sub>/T<sub>j</sub> – 1/T*)
C. A<sub>j</sub> – B (1<sub>j</sub>/T<sub>j</sub> + 1/T*)
D. (1<sub>j</sub>/T<sub>j</sub> + 1/T*)
Answer» C. A<sub>j</sub> ‚Äö√Ñ√∂‚àö√ë‚àö¬® B (1<sub>j</sub>/T<sub>j</sub> + 1/T*)
Discussion
12.

For Russell method, ln Kbj is defined as

A. Aj – (Bj/Tj)
B. – (Bj/Tj)
C. Aj (Bj/Tj)
D. Aj + (Bj/Tj)
Answer» B. ‚Äö√Ñ√∂‚àö√ë‚àö¬® (Bj/Tj)
Discussion
13.

The liqiud side product ln RLj is given as

A. ln (K<sub>bj</sub>L<sub>J</sub>/V<sub>J</sub>)
B. ln (W<sub>bj</sub>/V<sub>J</sub>)
C. ln (K<sub>bj</sub>L<sub>J</sub>/W<sub>J</sub>)
D. ln (W<sub>J</sub>/L<sub>J</sub>)
Answer» E.
Discussion
14.

The vapors side product ln Rvj is given as

A. ln (K<sub>bj</sub>L<sub>J</sub>/V<sub>J</sub>)
B. ln (W<sub>bj</sub>L<sub>J</sub>/V<sub>J</sub>)
C. ln (K<sub>bj</sub>L<sub>J</sub>/W<sub>J</sub>)
D. ln (W<sub>J</sub>)
Answer» C. ln (K<sub>bj</sub>L<sub>J</sub>/W<sub>J</sub>)
Discussion
15.

ln Sbj is represented as

A. ln (K<sub>bj</sub>L<sub>J</sub>/V<sub>J</sub>)
B. ln (K<sub>bj</sub>/V<sub>J</sub>)
C. ln( K<sub>bj</sub>L<sub>J</sub>)
D. ln (L<sub>J</sub>)
Answer» B. ln (K<sub>bj</sub>/V<sub>J</sub>)
Discussion
16.

Boston and Sullivan gave the concept of the

A. False method
B. Binary method
C. MESH Method
D. Inside Out Method
Answer» E.
Discussion