Главная
Study mode:
on
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)
Description:
Explore a comprehensive series of screencasts covering energy concepts, nonreactive energy balances, and reactive energy balances in Material and Energy Balances. Delve into topics such as open and closed systems, enthalpy, adiabatic compression, steam tables, psychrometric charts, heat of reaction, combustion, and more. Learn problem-solving approaches, how to use various tools and charts, and apply energy balance principles to real-world scenarios. Gain insights into thermochemistry, unsteady-state energy balances, and mechanical energy balance equations. Practice with interactive simulations on gas expansion, reactors with heat exchange, and adiabatic flame temperature. Benefit from corrected closed captioning throughout the 8-hour playlist, designed to enhance understanding of fundamental concepts in chemical engineering.

MEB - Energy Balances

Add to list
#Engineering #Chemical Engineering #Science #Chemistry #Physical Chemistry #Thermochemistry
0:00 / 0:00
1 of 80

Introduction to Energy