Why there are tie lines for 3 phase equilibrium, Chemistry

Assignment Help:

Why there are tie lines for 3 phase equilibrium however not for 2-phase equilibrium in a two-component system?

Lever rule derived from mass balance gives the relative amounts of the co-existing phases. It is applied as follows - the tie line is treated as a lever arm, with the fulcrum at the overall composition.  For  the  arm  to  be  horizontal,  the  weight  to  be  hung  at  each  end  must  be proportional  to  the  arm  length  on  the  other  side  of fulcrum.  Weight at each end corresponds to the amount of the phase at that end. At temperature T and overall composition co,  the  relative  amounts  of  liquid  and  the  solid  phases  are  determined  as  follows  - Expressing the weight fractions of liquid and solid as fi and fo

 

1226_chemistry.png


Related Discussions:- Why there are tie lines for 3 phase equilibrium

Heat exchanger, importance of a heat exchanger in a chemical process and me...

importance of a heat exchanger in a chemical process and mention the different types of heat exchangers

Distribution coefficients of the salts, Q. Distribution coefficients of the...

Q. Distribution coefficients of the salts? The distribution coefficients of the salts of lanthanide elements between organic and water solvents are slightly different. Thus, th

What is electrode potential?, When a strip of metal (M) is brought in conta...

When a strip of metal (M) is brought in contact with the solution containing its own ions (Mn+), then either of the following three possible processes can take place:      The meta

Two chair conformations of cis-1-3-dimethylcyclohexane, The two chair confo...

The two chair conformations of cis-1,3-dimethylcyclohexane

Tea leaves, what type of samples are to be pasted on the project of tea lea...

what type of samples are to be pasted on the project of tea leaves

Lubricant., Explain the mechanism of fluid film or hydrodynamic lubrication...

Explain the mechanism of fluid film or hydrodynamic lubrication.

What happens to the energy values of d- orbitals, Q. What happens to the en...

Q. What happens to the energy values of d- orbitals? Let us see what happens to the energy values of d- orbitals under these stages. We start with the energy level diagram of a

Law of milliequivalents, An excess of NaOH solution was added to 100 ml of ...

An excess of NaOH solution was added to 100 ml of a ferric chloride solution. This caused the precipitation of 1.425 gram of Fe(OH)3 . calculate the normality of ferric chloride so

Write Your Message!

Captcha
Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd