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Introduction to Energy
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Classroom Contents
MEB - Energy Balances
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- 1 Introduction to Energy
- 2 Open and Closed Systems
- 3 Problem Solving Approach
- 4 What is Enthalpy?
- 5 Adiabatic Compression of an Ideal Gas
- 6 Enthalpy Change for an Ideal Gas
- 7 Energy Balance on a Human
- 8 Gas Expansion From a Tank
- 9 Energy Balance on Open System (PAV Device) (BIO)
- 10 Material & Energy Balances in a Reactor with Heat Exchange (Interactive Simulation)
- 11 How to Use Steam Tables
- 12 Introduction to Steam Tables
- 13 Introduction to Steam Tables 2
- 14 Steam Tables: Interpolation
- 15 Steam Table Examples
- 16 Compare Steam Tables to Ideal Gas Law
- 17 Water Properties from Steam Tables
- 18 Steam Tables: Constant Volume Process
- 19 Quality of Steam
- 20 Quality of Steam: Mass and Volume Fractions
- 21 Steam Tables: Calculating Quality
- 22 Energy Balance on a Heat Exchanger
- 23 Throttle Example: High-Pressure Liquid
- 24 Bernoulli Equation Example
- 25 Reference States for Enthalpy Calculations
- 26 Choosing a Reference State (Example)
- 27 Sensible Heat from Specific Enthalpy
- 28 How to Use a Psychrometric (Humidity) Chart
- 29 Psychrometric Chart Examples
- 30 Psychrometric Chart (Interactive Simulation)
- 31 Calculate Physical Properties using Humidity Charts
- 32 Humidity Chart: Adiabatic Humidification
- 33 Humidity Chart Example
- 34 Including a Phase Change in an Energy Balance
- 35 Latent Heat
- 36 Energy Balance on a Condenser
- 37 Adiabatic Mixing
- 38 Heat of Mixing
- 39 Isothermal Mixing
- 40 Heat of Reaction (from Heat of Formation)
- 41 Calculating Enthalpy Changes Using Heat of Reaction Method
- 42 Heat Removal from a Chemical Reactor
- 43 Heat of Combustion
- 44 Heats of Formation
- 45 Calculating Enthalpy Changes Using Heats of Formation Method
- 46 Thermochemistry of Solutions
- 47 Energy Balances with Unknown Outlet Conditions
- 48 Steam Reformer Material and Energy Balance
- 49 Unsteady-State Energy Balance (Steam Tables)
- 50 Properties of Liquid Water in Steam Tables
- 51 Throttle High-Pressure Liquid Water
- 52 Hess's Law
- 53 Heat of Combustion
- 54 Introduction to Energy
- 55 Open and Closed Systems
- 56 Changes in Pressure at Constant Temperature
- 57 Energy Balance on a Single-Phase System
- 58 Energy Balance on a Two-Component System with Phase Change
- 59 Hypothetical Process Paths
- 60 Adiabatic Flame Temperature Spreadsheet
- 61 Use Heat Capacity to Calculate Outlet Temperature
- 62 Calculate Heat Added Example
- 63 Calculate Heat of Reaction at an Elevated Temperature
- 64 How to Determine Heat of Reaction from Heat of Formation
- 65 Heat Capacity Introduction
- 66 Calculate Adiabatic Flame Temperature
- 67 Adiabatic Flame Temperature Introduction
- 68 Heat of Mixing and Deviations from Raoult's Law
- 69 Calculating Enthalpy and Entropy Using the NIST WebBook
- 70 Energy Balance on Reaction System Using Heat of Reaction
- 71 Energy Balance on Reaction System Using Heat of Formation
- 72 Introduction to the Mechanical Energy Balance Equation
- 73 Determine Height of Water Using Bernoulli Equation
- 74 Calculate Flow Rate Using Bernoulli Equation
- 75 Bernoulli Equation and Pipe Flow (Interactive Simulation)
- 76 Measuring Flow Rates with a Pitot Tube (Interactive Simulation)
- 77 Why a Solute Raises Boiling Point and Lowers Freezing Point
- 78 Adiabatic Flame Temperature Interactive Simulation
- 79 Ideal Gas - Pressure and Volume Dependence on Temperature
- 80 Heat of Reaction Temperature Dependence (Interactive Simulation)
