Explore topic-wise MCQs in Distillation Design.

This section includes 13 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.

Batch distillation is also called as?

A. Flash distillation
B. Rayleigh’s Criteria
C. Thompson Distillation
D. Crane Distillation
Answer» C. Thompson Distillation
2.

Calculate the enthalpy HF? If Cp= 0.825, W=32 and Tref=15C, at room temperature

A. 119 kcal/kmol
B. 78 kcal/kmol
C. 700 kcal/kmol
D. 70 kcal/kmol
Answer» B. 78 kcal/kmol
3.

Calculate F? If D=4.61 and W=5.39

A. 7.8
B. 10
C. 9
D. 1.34
Answer» C. 9
4.

Find α. If Xd=0.517 and Xw=0.3

A. 1.3
B. 2.5
C. 5.6
D. 3.4
Answer» C. 5.6
5.

For a batch distillation processa) –ydV = d(xW)b) –xdV = d(xW)c) -xW =d(yV)d)- yW =d(xV)

A. –ydV = d(xW)b) –xdV = d(xW)c) -xW =d(yV)d)- yW =d(xV) a) Flash distillation
B. –xdV = d(xW)c) -xW =d(yV)d)- yW =d(xV) a) Flash distillationb) Simple distillation
C. -xW =d(yV)d)- yW =d(xV) a) Flash distillationb) Simple distillationc) Multicomponent distillation
D. - yW =d(xV) a) Flash distillationb) Simple distillationc) Multicomponent distillationd) Final distillationView Answer
Answer» B. –xdV = d(xW)c) -xW =d(yV)d)- yW =d(xV) a) Flash distillationb) Simple distillation
6.

CALCULATE_F?_IF_D=4.61_AND_W=5.39?$

A. 7.8
B. 10
C. 9
D. 1.34
Answer» C. 9
7.

Calculate_the_enthalpy_HF?_If_Cp=_0.825,_W=32_and_Tref=15C,_at_room_temperature$

A. 119 kcal/kmol
B. 78 kcal/kmol
C. 700 kcal/kmol
D. 70 kcal/kmol
Answer» C. 700 kcal/kmol
8.

Find α. If Xd=0.517 and Xw=0.?#

A. 1.3
B. 2.5
C. 5.6
D. 3.4
Answer» B. 2.5
9.

If the integral part is given as -1.79 and still has 100 moles originally charged. Find the WF?

A. 15.8
B. 12.9
C. 16.7
D. 18.0
Answer» C. 16.7
10.

Flash distillation

A. Simple distillation
B. Multicomponent distillation
C. Final distillation
Answer» C. Final distillation
11.

For a batch distillation process

A. –ydV = d(xW)
B. –xdV = d(xW)
C. -xW =d(yV)
D. - yW =d(xV)
Answer» B. ‚Äö√Ñ√∂‚àö√ë‚àö¬®xdV = d(xW)
12.

The material Balance around a condenser, is given as

A. F = D+B
B. F = D+B
C. V = L+D
D. L= V + D
Answer» D. L= V + D
13.

The overall Material balance, is given as

A. F = D+B
B. D =F +B
C. F = D+B
D. F=B-D
Answer» B. D =F +B