Question
a.
Saturated vapour
b.
Saturated liquid
c.
Superheated vapour
d.
None of the mentioned
Posted under Mass Transfer
Interact with the Community - Share Your Thoughts
Uncertain About the Answer? Seek Clarification Here.
Understand the Explanation? Include it Here.
Q. Find the feed condition from the below distribution curve.
Similar Questions
Explore Relevant Multiple Choice Questions (MCQs)
Q. In an operation the slope of the q-line is found to be 0; then the enthalpy of feed equals enthalpy of _____________
View solution
Q. Consider a saturated liquid-vapour mixture, if the liquid flow rate inside the enriching and the stripping section of a fractionator is 50 and 40 mol/hr. Also the feed rate is 10 mol/hr. Find the feed condition.
View solution
Q. At what feed condition the slope of the flash vaporization line becomes 0?
View solution
Q. The point where the operating line and the equilibrium line meets in distillation methods is known as
View solution
Q. The equilibrium composition of liquid and vapour in a feed can be identified by,
View solution
Q. If the feed enters the distillation column at its dew point, then the slope of the Flash vaporization operating line is
View solution
Q. In Azeotropic distillation __________ remains low.
View solution
Q. Find the distillation preferred for the binary mixture having component A and B with vapour pressure 360mmHg and 355mmHg.
View solution
Q. The term entrainer used in
View solution
Q. By adding Entrainer the __________ azeotropes forms.
View solution
Q. The use of solvent for increasing the relative volatility is for
View solution
Q. In the distillate use of heat is to separate the distillate from the entrainer.
View solution
Q. Find the Azeotropic mixture.
View solution
Q. If the feed mixture has the same vapour and liquid compositions at equilibrium then the distillation is normal.
View solution
Q. Will it possible to separate the mixture having relative volatility value 2 with azeotropic distillation.
View solution
Q. By adding entrainer or solvent one of the component’s _________ gets reduced.
View solution
Q. Look out the distribution curve, if the line PM is lesser than shown the separation is more.
Where, x,y are the concentrations in mole fractions.
View solution
Q. Find the relative volatility, if x, y are the concentrations in mole fraction.
View solution
Q. Express the point A.
View solution
Q. Find the X and Y from the flash column given below.
View solution
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!
