
Introduction to Basic Concepts
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Definition of Temperature
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Scales of Temperature
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The Zeroth Law
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Temperature vs. Heat
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Mass vs. Weight
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Force vs. Gravity
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Force vs. Weight
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Force vs. Pressure
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Volumetric Flow
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Molar Flow
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Molar Flow to Volumetric Flow
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System, Surroundings and Boundaries
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Type of Systems (Open, Closed, etc…)
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Other Basic Definitions
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Intensive Properties
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Extensive Properties
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Definition of Process
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Definition of Trajectory
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State Function
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Process Function AKA Path Functions
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What is a Cycle?
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Introduction to Energy and Work
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Forms of Energy
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Content Energy
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Kinetic Energy
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Potential Energy
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Internal Energy (U)
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Introduction to Enthalpy (H)
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Transit Energy
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Transit and Content Energies
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More on Work…
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More on Heat…
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End of Block “Basic Concepts”
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Introduction to Pure Substances
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Pure Substances and Mixtures
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Phase Changes of Matter
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Saturation Point of a Pure Substance
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Dew and Bubble Points in Saturation
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Saturated Mixtures: Saturated Liquid and Vapors
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Pressure – Temperature Phase Diagram
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Triple Point in a Phase Diagram
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Critical Point of a Pure Substance
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Difference between Vapor and a Gas
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Reduced Temperature and Pressure
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Pressure – Volume Phase Diagram
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PVT Phase Diagram
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What is Enthalpy?
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Pressure – Enthalpy Diagram
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Vapor Mixtures of LiquidGas
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Vapor Quality (X)
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Vapor Quality Relationships in U, H, S and Volume
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Introduction to Vapor Tables
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More on Vapor Tables
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Vapor Table Exercise #1 of 5
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Vapor Table Exercise #2 of 5
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Vapor Table Exercise #3 of 5
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Vapor Table Exercise #4 of 5
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Vapor Table Exercise #5 of 5
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Using Numerical Methods for Vapor Table Data
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Interpolation Basics for vapor Tables
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Interpolation Failure in Vapor Tables
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Extrapolating Data from Vapor Tables
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Some Rule of Thumbs for Vapor Tables
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Refrigerants in Engineering
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How to read Refrigerant Property Diagrams (R134A)
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Some Other Types of Refrigerants
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Refrigerant Diagram Exercise #1 of 7
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Refrigerant Diagram Exercise #2 of 7
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Refrigerant Diagram Exercise #3 of 7
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Refrigerant Diagram Exercise #4 of 7
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Refrigerant Diagram Exercise #5 of 7
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Refrigerant Diagram Exercise #6 of 7
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Refrigerant Diagram Exercise #7 of 7
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Introduction to Gases in Pure Substances
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Ideal Gas Law
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Ideal Gas Law Exercise
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Standard Temperature & Pressure
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Van der Waals Equation (Theory)
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Van der Waals Equation Exercise
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The Acentric Factor (Pitzer)
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Virial Equation and Truncated Equation
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Truncated Virial Equation Exercise
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Beatie Bridgeman Equation of State
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Beatie Bridgeman Equation Exercise
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Benedict Webb Rubin Equation of State
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EXERCISE of the Benedict Webb Rubin Equation of State
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Newton’s Correction for Critical Properties
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Peng Robinson Equation of State
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Compressibility Factor “Z”
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Compressibility Chart Data
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Law of Corresponding States
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Compressibility Charts “Z” (generalized)
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Compressibility ZChart Exercises
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Real Gas Mixtures – Kay Rule
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Kay Rule Exercises for Real Gas Mixtures
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What is Enthalpy? A review of definitions
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Sensible Heat (Enthalpy Change)
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Specific Heat Capacity @ Constant Pressure
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Specific Heat Capacity @ Constant VOLUME
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More on Specific Heat Capacities (Open and Closed Systems)
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Cv: Specific Heat Capacity at Constant Volume
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Heat Experiments with Cp and Cv
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Why is Cp = Cv + R ??
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Latent Heat (Enthalpy Change)
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Sensible Heat Exercise #1 of 3
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Sensible Heat Exercise #2 of 3
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Sensible Heat Exercise #3 of 3
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Latent Heat Exercise #1 of 3
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Latent Heat Exercise #2 of 3
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Latent Heat Exercise #3 of 3
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Other Types of “Heat” Effects or Enthalpies
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Heat of Reaction Overview
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Heat of Solution Overview
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Heat of Combustion Overview
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Heat of Formation Overview
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Textbook Reference and Exercises
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End of Block 3 Pure Substances
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