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Gibbs Free Energy Change for Non-Ideal Solution
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Classroom Contents
Thermodynamics: Fluid Phase Equilibria in Mixtures
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- 1 Material Balances Review
- 2 Gibbs Phase Rule
- 3 Lever Rule Derivation (P-x-y Diagram)
- 4 Phase Equilibrium: Txy Diagram
- 5 Pressure Effect on VLE
- 6 Condense a Binary Mixture
- 7 Fugacity Coefficients in VLE
- 8 Add Component to Binary VLE Mixture
- 9 Raoult's Law Explanation
- 10 Raoult's Law: Entropy Explanation
- 11 Add Non-Volatile Component to VLE System
- 12 Three-Component Solution Fugacities
- 13 Add One Component to Binary VLE System
- 14 Binary Vapor: Partial Condensation
- 15 Bubble Temperature Calculation
- 16 Bubble Temperature (Raoult's Law)
- 17 Bubble Temperature: Raoult's Law (POLYMATH Solution)
- 18 Bubble Point Calculation for Condenser
- 19 Dew Temperature Calculation/Excel Solver
- 20 Flash Calculation: Raoult's Law
- 21 Adiabatic Flash of Binary Liquid
- 22 Adiabatic Flash of Binary Liquid (Spreadsheet Solution)
- 23 Binary VLE
- 24 Energy to Evaporate Mixture
- 25 What is Fugacity in a Mixture?
- 26 What is Chemical Potential? (Single Component Systems)
- 27 What is Chemical Potential? (Multi-Component Systems)
- 28 Fugacity Temperature Dependence: Binary Mixture
- 29 Partial Molar Properties
- 30 Partial Molar Quantity
- 31 Mixing Ideal Solutions
- 32 Chemical Potential and Thermodynamic Activity
- 33 What is an Activity Coefficient?
- 34 Determine Bubble Pressure using a Margules Expression
- 35 Excess Gibbs Free Energy
- 36 Henry's Law
- 37 VLE Calculations with Margules Equation
- 38 Partial Molar Properties: Binary Solutions
- 39 Batch Distillation: Azeotrope
- 40 Osmotic Pressure Introduction
- 41 Osmotic Pressure Derivation
- 42 Molecular Weight of a Protein from Osmotic Pressure
- 43 Bubble Temperature: Non-Ideal Liquid
- 44 Bubble Temperature Non-Ideal Liquid/POLYMATH
- 45 Vapor-Liquid Equilibrium using the Wilson Equation
- 46 VLE using Wilson's Equation (POLYMATH)
- 47 Liquid-Liquid Equlibrium using UNIFAC
- 48 VLE Calculations with UNIFAC
- 49 VLLE for Immiscible Liquids
- 50 Phases for Immiscible Liquids
- 51 Partial Pressure: Immiscible Liquids
- 52 Vapor-Liquid-Liquid Equilibrium
- 53 Bubble Point Iteration
- 54 Calculate VLE Using an EOS
- 55 Calculate VLE using an EOS Spreadsheet
- 56 Calculate Fugacities of Mixtures using an EOS Spreadsheet
- 57 COSMOtherm: Pxy Diagram
- 58 COSMOtherm: Boiling Temperatures and Bubble Points
- 59 COSMOtherm: Activity Coefficients & Excess Gibbs Free Energy
- 60 Gibbs Free Energy Change for Non-Ideal Solution
- 61 Adiabatic Flash of Binary Liquid (POLYMATH Solution)
- 62 Phase Diagrams for Partially-Miscible Liquids
- 63 Introduction to Non-Ideal Solutions
- 64 Vapor-Liquid Equilibrium Ideal Solution
- 65 Define Bubble and Dew Points and Show on Graph
- 66 Using a Right Triangle, Ternary Phase Diagram
- 67 Gibbs Free Energy of Mixing and Liquid-Liquid Separation
- 68 Energy Balance for Adiabatic Evaporation of Water into a Vacuum
- 69 Release Gas from a Pressurized Tank
- 70 Osmotic Pressure for Nonideal Solutions
- 71 Calculate Molecular Weight from Osmotic Pressure for Nonideal Solution
- 72 Introduction to Solubility
- 73 Derive Equation for Boiling Point Elevation
- 74 Raoult's Law Example
- 75 Why a Solute Raises Boiling Point and Lowers Freezing Point
- 76 Partial Molar Volume Example
- 77 Determine Phase Composition and Amounts from Solid-Solid-Liquid Phase Diagram
- 78 Change in Chemical Potential for Component in Ideal Gas Mixture
- 79 Henry's Law Constant from Partial Pressure Data
- 80 Immiscible Liquid Phase Equilibrium Example
- 81 Isothermal Flash of a Ternary Mixture - Spreadsheet
- 82 Isothermal Flash of a Ternary Mixture
- 83 Vapor-Liquid-Liquid Equilibrium (Interactive Simulation)
- 84 P-x-y and T-x-y Diagrams for Vapor-Liquid Equilibrium (Interactive Simulation)
- 85 Bubble and Dew Points on P-x-y and T-x-y Diagrams (Interactive Simulation)
