Flash Calculation: Raoult's Law

Organized by textbook: learncheme.com/
Determine the outlet compositions and the fraction of liquid and vapor when a high pressure liquid is flashed to lower pressure. The outlet temperature and pressure are given and the vapor-liquid equilibrium is modeled by Raoult's law. Made by faculty at the University of Colorado Boulder, Department of Chemical & Biological Engineering.
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[@nembialain]

Very clear and explicit lectures

[@DerekMeese]

Great refresher!

[@imcontrollers]

Wow this was so easy. I wish my professor taught like you. Thanks a bunch!

[@christians.ellefsen7442]

Thank you! This was very helpful!

[@ChemEngPro]

Thank You!

[@mpotsengmasetla947]

thanks. God bless u

[@isaacadesoji6739]

Awesome lecturer

[@rezaeyvazi4088]

Thanks. how we ca design flasher?

[@User19265]

Thanks well done sir

[@REDSLibrary]

Very good

[@athirahanis]

May i know why for some temperature and pressure, i got the value of flowrate in negative value?

[@anniemoses9478]

Can someone pls explain what a flash even is??

[@konabaldwin456]

what if the system contains 3 components?

[@Ezequiel-lh4ub]

Thats why i hate using this methods ,even graphical ones ,you should rather use rachford-roce equation and solve it using newthon-rhapson method.

[@gebruhailemariam3094]

solutions about the question in Lesson 10 Vapour Compression Refrigeration Systems in the text book of version 1 me iit kharagpur thermodynamics handbook

[@26goldnugge]

why does (y2+y1)P = P?

[@LearnChemE]

y1 and y2 are the compositions of the vapor leaving. They must add to 1.

[@elionaycaxinga4891]

I feel like the problem is overspecified

[@medotedo8410]

I hate his course due to his incoherent and inconsistent as well as too many mistakes. He is a really bad presenter that repeals good people from making good content.

[@DerekMeese]

Great refresher!