2,360 Results icon legend icon 
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Construct P-x-y Diagramfor VLE
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Construct T-x-y Diagramfor VLE
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Visualization of Vapor-LiquidEquilibrium in a Binary Mixture
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Partial Molar Enthalpy
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Three Intermolecular Potential Models
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Vapor-Liquid Equilibrium Diagramfor Non-Ideal Mixture
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Non-Ideal VLE Modeled by the Margules Equation
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Add a Component to a Mixturewith an Azeotrope
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Henry's Law for GasesDissolved in Water
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Heating Water and Air in aSealed Container
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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DePriester Chart for Hydrocarbons
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Vapor Pressure of Binary Solutions
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Partial Molar Enthalpy and Entropy Quiz
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Fugacities in an Ideal Binary Mixture
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Fugacities in a Can of Soda
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Chemical Potential Dependenceon Temperature & Pressure
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Fugacity as a Driving Force for Mass Transfer
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Fugacity Dependence on Pressure in an Ideal Binary Mixture
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Single-Component Fugacity
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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Identify Chemical Potential Plots
Author: University of Colorado Boulder - Department of Chemical and Biological Engineering
Source: LearnChemE
Type: Interactive Simulation
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