Gas-Phase Equilibrium Conversion Part 1

Organized by textbook: learncheme.com/
The equilibrium conversion for a gas-phase reaction at 80C is calculated by first calculating the equilibrium constant at 25C from the Gibbs free energy of formation, and then calculating the equilibrium constant at 80C using the van't Hoff equation. Part 1 of 2. Made by faculty at the University of Colorado Boulder, Department of Chemical and Biological Engineering.
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[@surajchelvam25]

you sir! you saved my life! thank you so much! words can't describe how helpful this video is! keep up the great work!

[@kylecatman7738]

How is water a vapor at 80 C and 2 bar?

[@JHPark-lg4zr]

Thank you for the helpful lecture :)

[@ekakhailani4101]

Why you don't use Cp data for calculated K2?

[@SA-zo7jq]

why 25 degrees?

[@LearnChemE]

If you are referring to 25 degrees for the gibbs free energy, this is just the reference state for which gibbs free energy is available

[@SA-zo7jq]

+LearnChemE Thank you. Wonderful explanation !

[@danizen]

Professor's voice sounds like Jordan Peterson's