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ScreenCast Supplements:
ScreenCasts
Textbook Section |
ScreenCast Title | Post date |
|---|---|---|
| Chapter 18 - Electrolyte Solutions | Colligative Properties | 6 years 8 months ago |
| 18.09 - Sillen Diagram Solution Method | Fluconazole Equilibria (7:04) (msu.edu) | 6 years 9 months ago |
| 18.09 - Sillen Diagram Solution Method | Sillen Diagram for CO2 at fixed partial pressure (9:22) | 11 years 9 months ago |
| 18.09 - Sillen Diagram Solution Method | Sillen Diagram for Electrolyte Calculations (10:14) (msu.edu) | 11 years 9 months ago |
| 17.12 Energy Balances for Reactions | Adiabatic Ammonia Reactor | 10 years 8 months ago |
| 17.10 - Solving Equilibria for Multiple Reactions | Multiple Reaction Equilibria using Excel (8:48) | 11 years 9 months ago |
| 17.07 - Temperature Dependence of Ka | Kcalc Bells&Whistles | 10 years 8 months ago |
| 17.07 - Temperature Dependence of Ka | Example 17.4 and 17.5 solved using Kcalc.xlsx (6:01) | 11 years 9 months ago |
| 17.06 Determining the Spontaneity of Reactions | Which way will a reaction go? (3:40) | 11 years 9 months ago |
| 17.05 - Effect of Pressure, Inerts, Feed Ratios | How to push, pull, persuade a reaction (3:32) | 11 years 9 months ago |
| 17.05 - Effect of Pressure, Inerts, Feed Ratios | KeysToCheRxrs | 10 years 8 months ago |
| 17.04 The Standard State Gibbs Energy of Reaction | Standard State Gibbs Energy of Reaction (4:19) | 11 years 9 months ago |
| 16.03 - Residue Curves | Residue Curve Modeling using Matlab/chap16/residue.m (8:00) | 11 years 9 months ago |
| 15.04 - VLE calculations by an equation of state | PRMix.xlsx - Tutorial on use for bubble pressure | 10 years 2 months ago |
| 14.10 Solid-liquid Equilibria | Solid-Liquid Equilibria using Matlab (7:17) | 11 years 9 months ago |
| 14.10 Solid-liquid Equilibria | Solid-liquid Equilibria using Excel | 6 years 9 months ago |
| 14.10 Solid-liquid Equilibria | Binary SLE Phase Diagrams Using Excel | 11 years 9 months ago |
| 14.09 - Numerical procedures for binary, ternary LLE | LLE by UNIFAC Details (7:45 msu.edu) | 6 years 9 months ago |
| 14.09 - Numerical procedures for binary, ternary LLE | LLE flash using Matlab/Chap14/LLEflash.m (5:54) | 11 years 9 months ago |
| 14.09 - Numerical procedures for binary, ternary LLE | LLE Calculations: UNIFAC | 12 years 2 months ago |
| 14.07 Plotting Ternary LLE Data | Plotting Ternary Data (6:25) | 11 years 9 months ago |
| 14.07 Plotting Ternary LLE Data | Hints for Generating LLE Envelopes | 11 years 9 months ago |
| 14.04 LLE Using Activities | Crashing LLE and VLE Phase Boundaries As Nonideality Increases | 11 years 9 months ago |
| 14.04 LLE Using Activities | M1 Model for Tx LLE Phase Diagram in Excel | 11 years 10 months ago |
| 13.05 - UNIFAC | UNIFAC concepts (8:17) | 11 years 10 months ago |
| 13.05 - UNIFAC | Unifac.xls Calculation of Bub | 12 years 2 months ago |
| 13.04 - UNIQUAC | Volumes and Areas from Groups (3:04) | 11 years 10 months ago |
| 13.04 - UNIQUAC | UNIQUAC concepts (6:44) | 11 years 10 months ago |
| 13.03 - NTRL | NRTL concepts (2:30) | 11 years 10 months ago |
| 13.02 - Wilson's Equation | Wilson's model concepts (2:44) | 11 years 10 months ago |
| 13.01 - Local Composition Theory | Local Composition Concepts (6:51) | 11 years 10 months ago |
| 12.07 Multicomponent Extensions of van Der Waals' Models | Multicomponent M2 Spreadsheet | 10 years 9 months ago |
| 12.07 Multicomponent Extensions of van Der Waals' Models | Multicomponent M1/MAB Flash in Excel | 11 years 8 months ago |
| 12.05 - MOSCED and SSCED Theory | Conceptual Basis of SSCED, MAB, and Scatchard-Hildebrand | 11 years 9 months ago |
| 12.05 - MOSCED and SSCED Theory | Transforming Pxy of M1 Model to SSCED | 11 years 9 months ago |
| 12.04 - The Flory-Huggins Model | The Flory and Flory-Huggins Models (7:05) | 11 years 10 months ago |
| 12.03 - Scatchard-Hildebrand Theory | Scatchard-Hildebrand in Excel | 11 years 9 months ago |
| 12.03 - Scatchard-Hildebrand Theory | Scatchard-Hildebrand Theory (6:53) | 11 years 10 months ago |
| 12.02 - The van Laar Model | The van Laar Equation (5:54) | 11 years 10 months ago |
| 12.01 - The van der Waals Perspective for Mixtures | Mixing Rules (7:23) | 11 years 10 months ago |
| 12.01 - The van der Waals Perspective for Mixtures | Configurational Energy:Molecular Basis of Quadratic Mixing Rules | 11 years 9 months ago |
| 11.13 - Osmotic Pressure | Osmotic Pressure (7:23) | 11 years 10 months ago |
| 11.13 - Osmotic Pressure | Example - MW of a protein by osmotic pressure | 11 years 10 months ago |
| 11.12 - Lewis-Randall Rule and Henry's Law | Beyond Henry's Law | 10 years 9 months ago |
| 11.12 - Lewis-Randall Rule and Henry's Law | HenrysLaw:Estimation&Validation | 11 years 9 months ago |
| 11.12 - Lewis-Randall Rule and Henry's Law | Henry's Law (10:16) | 11 years 10 months ago |
| 11.09 - Fitting Activity Coefficients to Multiple Data | Fitting Pxy data using Excel (9:00) (msu.edu) | 10 years 10 months ago |
| 11.09 - Fitting Activity Coefficients to Multiple Data | Fitting Activity Models to Multiple Data Points (6:40) | 11 years 10 months ago |
| 11.07 - Activity Models at Special Compositions | Special Compositions | 10 years 9 months ago |
| 11.06 - Redlich-Kister and the Two-parameter Margules Models | Multicomponent M2 Model in Excel | 7 years 9 months ago |
| 11.06 - Redlich-Kister and the Two-parameter Margules Models | M2 Model in Excel | 10 years 9 months ago |
| 11.06 - Redlich-Kister and the Two-parameter Margules Models | Two-parameter Margules Equation (5:05) (msu.edu) | 10 years 10 months ago |
| 11.06 - Redlich-Kister and the Two-parameter Margules Models | Binary Flash Calculation Using the M2 Model | 11 years 8 months ago |
| 11.05 - Modified Raoult's Law and Excess Gibbs Energy | Derivation of Activity Coefficients: Multicomponent M1/MAB Model | 11 years 9 months ago |
| 11.05 - Modified Raoult's Law and Excess Gibbs Energy | Implementation of the Multicomponent M1/MAB Model | 7 years 9 months ago |
| 11.02 - Calculations with Activity Coefficients | M1 Model Pxy Phase Diagram in Excel | 11 years 10 months ago |
| 11.02 - Calculations with Activity Coefficients | Activity Coefficient Calculations in Matlab | 11 years 10 months ago |
| 11.02 - Calculations with Activity Coefficients | Bubble Temperature (2:43) (msu.edu) | 10 years 10 months ago |
| 11.02 - Calculations with Activity Coefficients | Dew Pressure (7:41) (msu.edu) | 11 years 10 months ago |
| 11.02 - Calculations with Activity Coefficients | Dew Temperature (7:57) (msu.edu) | 10 years 10 months ago |
| 11.02 - Calculations with Activity Coefficients | Bubble Pressure (5:25) (msu.edu) | 10 years 10 months ago |
| 11.02 - Calculations with Activity Coefficients | M1/MAB Model for a Txy Phase Diagram | 11 years 10 months ago |
| 11.02 - Calculations with Activity Coefficients | MAB Model Predictions of the Pxy Phase Diagram | 11 years 10 months ago |
| 11.01 Modified Raoult's Law and Excess Gibbs Energy | Fitting One-Parameter Margules Equation (4:01) (msu.edu) | 10 years 10 months ago |
| 11.01 Modified Raoult's Law and Excess Gibbs Energy | Modified Raoult's Law and Excess Gibbs Energy (6:27) (msu.edu) | 10 years 10 months ago |
| 10.12 Activity Coefficient and Fugacity Coefficient Approaches | 10.9 - 10.12 Mixture Properties Overview (6:53) (msu.edu) | 10 years 10 months ago |
| 10.11 The Ideal Solution Approximation and Raoult's Law | 10.9 - 10.12 Mixture Properties Overview (6:53) (msu.edu) | 10 years 10 months ago |
| 10.10 - Mixture Properties for Ideal Solutions | 10.9 - 10.12 Mixture Properties Overview (6:53) (msu.edu) | 10 years 10 months ago |
| 10.09 Mixture Properties for Ideal Gases | 10.09-10.12 Mixture Properties Overview (6:53) (msu.edu) | 10 years 10 months ago |
| 10.08 - Concepts for Generalized Phase Equilibria | Concepts for General Phase Equilibria (12:33) (msu.edu) | 10 years 10 months ago |
| 10.08 - Concepts for Generalized Phase Equilibria | The Mystery of Mixtures Unmixed: Entropy | 11 years 9 months ago |
| 10.08 - Concepts for Generalized Phase Equilibria | The Equilibrium Constraint for Multicomponent Mixtures | 11 years 10 months ago |
| 10.08 - Concepts for Generalized Phase Equilibria | Understanding the Notation Describing Multicomponent Systems | 11 years 10 months ago |
| 10.07 - Nonideal Systems | Visualizing Txy Phase Diagrams in Excel | 9 years 10 months ago |
| 10.07 - Nonideal Systems | Nonideal Mixtures (4:58) (msu.edu) | 10 years 10 months ago |
| 10.07 - Nonideal Systems | Visualizing Pxy Phase Diagrams in Excel | 11 years 9 months ago |
| 10.06 - Relating VLE to Distillation | How Distillation Works | 11 years 10 months ago |
| 10.04 - Multicomponent VLE & Raoult's Law Calculations | Example 10.1++ Adiabatic Flash Calculation | 11 years 9 months ago |
| 10.04 - Multicomponent VLE & Raoult's Law Calculations | Example10.1 - Bubble, Dew, and Flash Calculations | 11 years 10 months ago |
| 10.03 - Binary VLE using Raoult's Law | Raoult's Law Calculation Procedures (11:45) (msu.edu) | 10 years 10 months ago |
| 10.03 - Binary VLE using Raoult's Law | Raoult's Law (5:39) (msu.edu) | 10 years 10 months ago |
| 10.03 - Binary VLE using Raoult's Law | Binary Bubble, Dew, and Flash Calculations for Ideal Solutions | 9 years 10 months ago |
| 10.02 - Vapor-Liquid Equilibrium (VLE) Calculations | Ideal Solution Pxy Phase Diagram (5min, uakron) | 11 years 10 months ago |
| 10.02 - Vapor-Liquid Equilibrium (VLE) Calculations | Shortcut Estimation of Antoine Coefficients | 11 years 10 months ago |
| 10.02 - Vapor-Liquid Equilibrium (VLE) Calculations | VLE Routines - General Strategies (4:49)(msu.edu) | 10 years 10 months ago |
| 10.01 - Introduction to Phase Diagrams | Bubble, Dew, Flash Concepts and the Lever Rule (4:01) (msu.edu) | 10 years 10 months ago |
| 10.01 - Introduction to Phase Diagrams | Introduction to Phase Behavior | 11 years 10 months ago |
| 09.11 - Stable Roots and Saturation Conditions | Selecting Stable Roots | 11 years 10 months ago |
| 09.10 - Saturation Conditions from an Equation of State | Saturation Conditions And Stable Roots Using PREOS.xls | 11 years 10 months ago |
| 09.10 - Saturation Conditions from an Equation of State | Saturation Conditions Using PREOS.xls | 11 years 10 months ago |
| 09.09 - Calculation of Fugacity (Solids) | Solid Fugacity and Equilibrium (19min) | 9 years 10 months ago |
| 09.08 - Calculation of Fugacity (Liquids) | Liquid Fugacity (5min) | 9 years 10 months ago |
| 09.07 - Calculation of Fugacity (Gases) | Fugacity For Gases By Volume Explicit EOS (3min) | 11 years 10 months ago |
| 09.06 - Fugacity Criteria for Phase Equilibria | Adding Liquid to an Evacuated Tank | 11 years 10 months ago |
| 09.05 - Fugacity and Fugacity Coefficient | Fugacity - The Most Hated Word In Chemical Engineering (15min) | 11 years 10 months ago |
| 09.05 - Fugacity and Fugacity Coefficient | What Is Fugacity? | 11 years 10 months ago |
| 09.04 - Changes in Gibbs Energy with Pressure | Gibbs Energy - Nuts to Soup(8min) | 11 years 10 months ago |
| 09.03 - Shortcut Estimation of Saturation Properties | Shortcut Estimation of Thermodynamic Properties(6min) | 11 years 10 months ago |
| 09.02 - The Clausius-Clapeyron Equation | Estimating the Heat of Vaporization(3min) | 11 years 10 months ago |
| 09.01 - Criteria for Phase Equilibrium | Phase Equilibrium Criterion - G(11min) | 9 years 10 months ago |
| 08.08 - Reference States | Peng-Robinson Properties - Excel (6:56) (msu.edu) | 11 years 10 months ago |
| 08.08 - Reference States | Departure Functions: PREOS.xls | 12 years 2 months ago |
| 08.08 - Reference States | Liquefaction Using PREOS | 9 years 9 months ago |
| 08.08 - Reference States | Reference States & Thermo Pathways | 10 years 10 months ago |
| 08.08 - Reference States | Adiabatic, Irreversible, Nonideal gas | 10 years 11 months ago |
| 08.08 - Reference States | Heat Pump Design (Practice Test Question) | 11 years 10 months ago |
| 08.08 - Reference States | Peng-Robinson Properties - Matlab (13:10) (msu.edu) | 11 years 10 months ago |
| 08.07 - Implementation of Departure Functions | Mother of all Departure Functions (15min) | 12 years 2 months ago |
| 08.07 - Implementation of Departure Functions | Departure functions for the "Sqrt EOS"(20min) | 10 years 10 months ago |
| 08.07 - Implementation of Departure Functions | Internal Energy Departure - P | 11 years 10 months ago |
| 08.07 - Implementation of Departure Functions | Helmholtz Example - PR EOS(11min) | 11 years 10 months ago |
| 08.07 - Implementation of Departure Functions | Derivatives of the Helmholtz Departure Function | 12 years 2 months ago |
| 08.07 - Implementation of Departure Functions | Helmholtz Departure Live! | 12 years 2 months ago |
| 08.07 - Implementation of Departure Functions | Helmholtz Example: vdW Z to A to U and back again | 12 years 2 months ago |
| 08.05 - Summary of Density Dependent Formulas | Enthalpy Departure for vdW EOS | 11 years 10 months ago |
| 08.03 - The Entropy Departure Function | The Entropy Departure Function | 11 years 10 months ago |
| 08.02 - The Internal Energy Departure Function | Departure Function Derivation: Sections 8.2 - 8.8 | 11 years 10 months ago |
| 08.02 - The Internal Energy Departure Function | The Internal Energy Departure | 11 years 10 months ago |
| 08.01 - The Departure Function Pathway | Departure Function Overview ( | 11 years 10 months ago |
| 08.01 - The Departure Function Pathway | Demystifying The Departure Function | 11 years 10 months ago |
| 07.11 - The molecular basis of equations of state: analytical theories | Nature of Molecular Pressure | 12 years 2 months ago |
| 07.11 - The molecular basis of equations of state: analytical theories | Nature of Molecular Energy - | 12 years 2 months ago |
| 07.11 - The molecular basis of equations of state: analytical theories | Nature of Molecular Parking L | 12 years 2 months ago |
| 07.10 Molecular Basis of Equations of State: Molecular Simulation | Hard Disk-Wall Colisions (5min) | 11 years 10 months ago |
| 07.10 Molecular Basis of Equations of State: Molecular Simulation | MD Simulation in 3D (11min) | 10 years 10 months ago |
| 07.10 Molecular Basis of Equations of State: Molecular Simulation | Etomica Molecular Simulator | 10 years 11 months ago |
| 07.09 -The Molecular Basis of Equations of State: Concepts and Notation | Molecular Interactions:Macro To Nano (8min) | 12 years 2 months ago |
| 07.08 Matching The Critical Point | Visualizing the vdW EOS | 11 years 10 months ago |
| 07.07 Implications of Real Fluid Behavior | PREOS Preview | 10 years 11 months ago |
| 07.07 Implications of Real Fluid Behavior | PREOS Derivatives:(dU/dV) and (dCv/dV) (3min) | 11 years 10 months ago |
| 07.06 Solving The Cubic EOS for Z | Peng Robinson Using Solver fo | 11 years 10 months ago |
| 07.06 Solving The Cubic EOS for Z | Peng-Robinson PVT Properties | 11 years 10 months ago |
| 07.06 Solving The Cubic EOS for Z | Using Preos.xlsx and Interpreting | 11 years 10 months ago |
| 07.06 Solving The Cubic EOS for Z | Solving the PR EOS for Z . (8 | 11 years 10 months ago |
| 07.06 Solving The Cubic EOS for Z | Using a Macro to Create an Isotherm (Excel) | 8 years 11 months ago |
| 07.06 Solving The Cubic EOS for Z | Solving vdW EOS for density | 10 years 10 months ago |
| 07.06 Solving The Cubic EOS for Z | Selecting Stable Roots | 11 years 10 months ago |
| 07.05 Cubic Equations of State | Virial and Cubic EOS (11:18) | 11 years 10 months ago |
| 07.05 Cubic Equations of State | Intro to the vdW EOS (5min). | 11 years 10 months ago |
| 07.02 Corresponding States | Principles of Corresponding States(10min) | 11 years 10 months ago |
| 07.01 Experimental Measurements | Experimental Observation of the Critical Point | 10 years 11 months ago |
| 07.01 Experimental Measurements | Fluid Properties from NIST Webbook | 11 years 10 months ago |
| 06.2 Derivative Relations | Heat Capacity Volume Dependence:(dCv/dV)T | 10 years 11 months ago |
| 06.2 Derivative Relations | Pressure Dependence of Heat Capacity: (dCp/dP)T | 10 years 11 months ago |
| 06.2 Derivative Relations | Derivative Toolbox | 10 years 11 months ago |
| 06.2 Derivative Relations | Derivative Toolbox | 11 years 10 months ago |
| 06.1 The Fundamental Property Relation | Recognizing Incorrect Arrangements of State Variables | 10 years 11 months ago |
| 06.1 The Fundamental Property Relation | Energy balance to state functions | 10 years 11 months ago |
| 05.6 Engines | Turbojet Engine | 10 years 11 months ago |
| 05.5 Liquefaction | Joule-Thomson Coefficient | 10 years 11 months ago |
| 05.4 - Refrigeration | OVC Intro | 12 years 2 months ago |
| 05.4 - Refrigeration | COP of OVC | 10 years 11 months ago |
| 05.4 - Refrigeration | Reading A PH Chart | 12 years 2 months ago |
| 05.3 - Rankine modifications | Process Reporting | 10 years 11 months ago |
| 05.3 - Rankine modifications | Improving Thermal Efficiency | 12 years 11 months ago |
| 05.2 - The Rankine cycle | Rankine Example Using Steam.xls | 10 years 11 months ago |
| 05.2 - The Rankine cycle | Rankine Example | 10 years 11 months ago |
| 05.2 - The Rankine cycle | Using XSteam Matlab (4:20) (m | 11 years 10 months ago |
| 05.2 - The Rankine cycle | Using XSteam Excel (4:46) (ms | 11 years 10 months ago |
| 05.2 - The Rankine cycle | Rankine vs. Carnot: LearnChemE | 12 years 2 months ago |
| 04.10 Pumps and Compressors | Using the NIST Webbook for Thermo Props | 10 years 11 months ago |
| 04.10 Pumps and Compressors | Isothermal, Reversible Compression | 10 years 11 months ago |
| 04.10 Pumps and Compressors | Compressor Efficiency: Using the chart | 10 years 11 months ago |
| 04.10 Pumps and Compressors | Reading A PH Chart | 10 years 11 months ago |
| 04.10 Pumps and Compressors | Compressor Efficiency: Ideal gas | 10 years 11 months ago |
| 04.09 Turbine calculations | Turbine Efficiency Calculations with Steam.xls | 10 years 11 months ago |
| 04.09 Turbine calculations | Sample Calculation of Solving for Turbine Efficiency | 10 years 11 months ago |
| 04.09 Turbine calculations | General Procedure of Solving for Turbine Efficiency | 12 years 2 months ago |
| 04.04 The Entropy Balance | Simplifying the Complete Entropy Balance | 9 years 11 months ago |
| 04.03 The Macroscopic View of Entropy | Entropy Changes for Ideal Gases | 6 years 11 months ago |
| 04.03 The Macroscopic View of Entropy | Getting to Know Entropy: Micro to Macro to Micro | 9 years 11 months ago |
| 04.03 The Macroscopic View of Entropy | Molecular Nature of S: Micro to Macro in the Einstein Solid | 9 years 11 months ago |
| 04.03 The Macroscopic View of Entropy | Entropy of the Universe in a Glass of Water | 10 years 11 months ago |
| 04.02 The Microscopic View of Entropy | Molecular Nature of S: Configurational Entropy I. | 10 years 11 months ago |
| 04.02 The Microscopic View of Entropy | Principles of Probability III, Distributions | 12 years 2 months ago |
| 04.02 The Microscopic View of Entropy | Principles of Probability II, Binomial and Multinomial Coeff. | 12 years 2 months ago |
| 04.02 The Microscopic View of Entropy | Principles of Probability I, General Concepts | 12 years 2 months ago |
| 04.02 The Microscopic View of Entropy | Principles of Probability. A supplement to the EL Textbook | 12 years 2 months ago |
| 04.02 The Microscopic View of Entropy | Molecular Nature of S: Thermal Entropy (of the Einstein Solid) | 10 years 11 months ago |
| 04.02 The Microscopic View of Entropy | Molecular Nature of S: Configurational Entropy II. | 10 years 11 months ago |
| 03.9 Practice Problems | Composite Systems: Iterating | 12 years 2 months ago |
| 03.9 Practice Problems | Drawing PFD's:ChemCAD | 10 years 11 months ago |
| 03.6 - Energy Balance for Reacting Systems | Equilibrium Limited Adiabatic Reactor Temperature | 10 years 8 months ago |
| 03.6 - Energy Balance for Reacting Systems | Heat removal from an Isothermal Reactor using Figure 3.5b | 10 years 11 months ago |
| 03.6 - Energy Balance for Reacting Systems | Adiabatic Reaction Temperature | 10 years 11 months ago |
| 03.6 - Energy Balance for Reacting Systems | Reactor example following Figure 3.5a | 10 years 11 months ago |
| 03.6 - Energy Balance for Reacting Systems | Tear Stream Control | 4 years 1 month ago |
| 03.6 - Energy Balance for Reacting Systems | Performing Energy Balances in Excel | 11 years 10 months ago |
| 03.6 - Energy Balance for Reacting Systems | Equilibrium limited adiabatic | 10 years 8 months ago |
| 03.6 - Energy Balance for Reacting Systems | Iterating Mass Balances in Excel(7min) | 11 years 10 months ago |
| 03.6 - Energy Balance for Reacting Systems | Adiabatic DME Reactor | 10 years 8 months ago |
| 03.5 Mixture Properties for Ideal Solutions | Stream Enthalpy Using the "Heat of Formation" Pathway | 9 years 12 months ago |
| 03.3 - Introduction to Mixture Properties | Shortcut Estimation of Antoine Coefficients | 11 years 10 months ago |
| 03.3 - Introduction to Mixture Properties | Using Excel's VLookup To Quickly Tabulate Properties | 11 years 10 months ago |
| 03.1 - Heat Engines and Heat Pumps: The Carnot Cycle | Carnot vs. Rankine Cycles | 10 years 11 months ago |
| 03.1 - Heat Engines and Heat Pumps: The Carnot Cycle | Carnot Cycles | 10 years 11 months ago |
| 02.18 Chapter 2 Summary | Common Misunderstandings | 10 years 12 months ago |
| 02.16 Unsteady State Open Systems | Steam Tank Filling (Unevacuated) | 10 years 11 months ago |
| 02.16 Unsteady State Open Systems | Evaporative Cooling | 10 years 12 months ago |
| 02.16 Unsteady State Open Systems | Steam Tank Filling | 10 years 12 months ago |
| 02.15 Closed and Steady-State Open Systems | Adiabatic, Reversible, Ideal gas | 10 years 12 months ago |
| 02.15 Closed and Steady-State Open Systems | Ideal gas compression | 10 years 12 months ago |
| 02.13 Energy Balances for Process Equipment | Condenser | 10 years 12 months ago |
| 02.13 Energy Balances for Process Equipment | Throttle | 10 years 12 months ago |
| 02.13 Energy Balances for Process Equipment | Turbine | 10 years 12 months ago |
| 02.13 Energy Balances for Process Equipment | Heat Exchanger | 10 years 12 months ago |
| 02.11 Reference States | Stream enthalpy | 10 years 12 months ago |
| 02.10 Internal Energy, Enthalpy, and Heat Capacities | Common Calculations | 10 years 12 months ago |
| 02.09 The Complete Energy Balance | Simplifying the Complete Energy Balance | 9 years 11 months ago |
| 02.08 The Open-System, Steady-State Energy Balance | Understanding Enthalpy | 10 years 12 months ago |
| 02.07 The Closed-System Energy Balance | Adiabatic, Reversible Compression of an Ideal Gas (Bang!) | 10 years 12 months ago |
| 02.07 The Closed-System Energy Balance | Constant Pressure Process with Steam | 10 years 12 months ago |
| 02.06 Path Properties and State Properties | Path Properties vs. State Functions Explained | 10 years 12 months ago |
| 02.04 Lost Work Versus Reversibility | Reversibility | 10 years 12 months ago |
| 02.03 Work Associated with Flow | Energy and Enthalpy Concepts | 12 years 2 months ago |
| 02.01 Expansion/Contraction Work | Forms of Work | 10 years 12 months ago |
| 02.01 Expansion/Contraction Work | Closed System Energy Balance: Ideal Gas Expansion | 12 years 2 months ago |
| 01.6 Summary | Keys to the Kingdom | 10 years 8 months ago |
| 01.6 Summary | Chapter 1 Objectives in Review | 10 years 8 months ago |
| 01.5 Real Fluids and Tabulated Properties | Single and Double Interpolation using Steam Tables | 12 years 2 months ago |
| 01.5 Real Fluids and Tabulated Properties | P-V and P-T diagrams: Boundaries for S, L, V | 12 years 2 months ago |
| 01.5 Real Fluids and Tabulated Properties | Steam Quality Calculation | 11 years 4 days ago |
| 01.5 Real Fluids and Tabulated Properties | e-SteamTables:SteamXls | 11 years 6 days ago |
| 01.5 Real Fluids and Tabulated Properties | SteamTables:DoubleInterpolation | 11 years 6 days ago |
| 01.4 Basic Concepts | Molecular Nature of U and PV=RT (msu.edu) (5:04) | 10 years 2 weeks ago |
| 01.3 Molecular Nature of Entropy | Molecular Nature of S: A Brief Intro to Entropy | 12 years 2 months ago |
| 01.2 Molecular Nature of Temperature, Pressure, and Energy | Molecular Nature of U: Configurational Energy | 11 years 6 days ago |
| 01.2 Molecular Nature of Temperature, Pressure, and Energy | Molecular Nature of U: Thermal Energy | 11 years 6 days ago |
| 01.2 Molecular Nature of Temperature, Pressure, and Energy | Molecular Nature of Kinetic Energy and Temperature (3:34) | 11 years 10 months ago |
| 01.2 Molecular Nature of Temperature, Pressure, and Energy | Intermolecular Potential Energy (msu.edu) (7:11) | 10 years 2 weeks ago |
| 01.2 Molecular Nature of Temperature, Pressure, and Energy | Molecular Nature of U: Etomica | 11 years 6 days ago |