Question

Match the following:

1) Hendry’s law a) Ideal solution
2) Dalton’s law b) Non- Ideal solution
3) Raoult’s law c) Sum of partial pressure

a.

1- (b), 2-(c), 3-(a)

b.

1-(a), 2-(b), 3-(c)

c.

1-(c), 2-(b), 3-(a)

d.

1-(a), 2-(c), 3-(b)

Posted under Mass Transfer

Answer: (a).1- (b), 2-(c), 3-(a)

Interact with the Community - Share Your Thoughts

Uncertain About the Answer? Seek Clarification Here.

Understand the Explanation? Include it Here.

Q. Match the following: 1) Hendry’s law a) Ideal solution 2) Dalton’s law b) Non- Ideal solution 3) Raoult’s law c) Sum of partial pressure

Similar Questions

Explore Relevant Multiple Choice Questions (MCQs)

Q. Find the false statement for the better choice of the absorbent.

Q. Find the most common example for absorption.

Q. Find the improper characteristic of ideal solution.

Q. The equation helps us to find the number of trays in an absorber theoretically is _________

Q. Absorption factor increases equipment cost decreases

Q. Packed towers are _____________

Q. Packing height in the packed tower = NTU x __________

Q. Will the Height equivalent theoretical plates changes with flow rates?

Q. Find the absorption tower height if

Number of gas phase transfer units 4.09
Height of gas phase transfer units 1.5 meters

Q. Find the HTU if gas rate is 0.07 kmol/sq.m s and the Fg* a ( F type mass transfer co-efficient) is 0.06 kmol/ cu.m s.

Q. Kremser brown equation will be invalid for gas phase transfer units if operating and equilibrium line has same slope.

Q. Find the representation,
Where, Y- gas phase concentration in mole ratio
X-liquid phase concentration in mole ratio

Q. Find the slope of the operating line.
Here, the concentrations are represented in mole ratio. The value of (Y1-Y2)/(X1-X2) =2. Find the slope of the operating line.

Q. Have a look on the below diagram. Here, DE and DP are the operating line. Also Y and X are the concentrations in mole ratio for gas and liquid phase. It’s clearly a representation of an absorber.
For the operating line DE minimum liquid is required.

Q. Find the Absorption factor from the given figure.

Q. Find the number of trays.

Recommended Subjects

Are you eager to expand your knowledge beyond Mass Transfer? We've handpicked a range of related categories that you might find intriguing.

Click on the categories below to discover a wealth of MCQs and enrich your understanding of various subjects. Happy exploring!