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Subject:	Chemical Engineering
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Name:	University of Colorado (University of Colorado)
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Material and Energy Balances

Video Lectures

Displaying all 155 video lectures.

Lecture 1 Play Video	Unit Conversions (Practice) Three examples on approaching unit conversions using a single dimensional equation. Reviewed by faculty from other academic institutions.
Lecture 2 Play Video	Systems of Units Overview of base units in SI/CGS/American Engineering. Summarizes use of multiples and derived units. Reviewed by faculty from other academic institutions.
Lecture 3 Play Video	Force & Weight (Units & Conversions) Overview of SI and American Engineering units used for force. Describes use of gravitational constant as conversion factor and difference between force and weight. Reviewed by faculty from other academic institutions.
Lecture 4 Play Video	Significant Figures The rules for significant figures are presented. Examples are given of how to add, subtract, multiply, and divide numbers so that the answer has the correct number of significant figures. Reviewed by faculty from other academic institutions.
Lecture 5 Play Video	Solving Set of Linear Equations Explains how to solve multiple equations simultaneously. Shows an example of how to solve a system of equations with three unknowns.
Lecture 6 Play Video	Changing Units in an Equation Demonstrates how to convert the Arrhenius equation from SI to English units. Reviewed by faculty from other academic institutions.
Lecture 7 Play Video	Dimensions of Differential Equations Determine the units of constants in a dimensionally homogeneous equation.Reviewed by faculty from other academic institutions.
Lecture 8 Play Video	Dimensional Homogeneity Introduces the concept of dimensional homogeneity and dimensionless numbers. Reviewed by faculty from other academic institutions.
Lecture 9 Play Video	Dimensionless Groups (Reynolds Number Example) Example of unit conversion for a dimensionless group by showing the Reynolds number, a number describing how a fluid flows through a pipe. Reviewed by faculty from other academic institutions.
Lecture 10 Play Video	Linearization of Non-Linear Equations Examples of how you can linearize non-linear equations into the form y=mx + b so that plotted data can help you determine the parameters a & b.
Lecture 11 Play Video	Linearization Example (Cell Growth) (BIO) An example describing how you can determine cell growth kinetics given two data points during their exponential growth phase. Simplified example demonstrating linearization practice. Reviewed by faculty from other academic institutions.
Lecture 12 Play Video	Linearize/Plot Non-Linear Equations (Excel) Demonstrates how to linearize and plot non-linear equations using Excel 2010.
Lecture 13 Play Video	Specific Gravity of a Mixture Determine the composition given the specific gravity of two components and the mixture.
Lecture 14 Play Video	Density, Mass Flow, and Volumetric Flow A description on the relationship between density, mass flow rate and volumetric flow rate. An example conceptual problem is discussed.
Lecture 15 Play Video	Average Molecular Weight Derivation Derives average molecular weight given mass or molar compositions. Reviewed by faculty from other academic institutions.
Lecture 16 Play Video	Average Molecular Weight Calculation Calculates average molecular weight using a mass basis and a molar basis. Reviewed by faculty from other academic institutions.
Lecture 17 Play Video	Mass and Mole Fractions (Conversions) An overview on how to change molar fractions to mass fractions and vice-versa.
Lecture 18 Play Video	Molar Conversions Shows how to convert quickly between mol, g-mol, lb-mol, kg-mol, and k-mol. Reviewed by faculty from other academic institutions.
Lecture 19 Play Video	Determining Concentrations of Streams (ppm) A wastewater stream needs treatment. Determine the amount of acid needed to neutralize a base.
Lecture 20 Play Video	Using Average Molecular Weight to Simplify a Material Balance Determines the molar flow rate of a gas mixture using the average molecular weight. Reviewed by faculty from other academic institutions.
Lecture 21 Play Video	Introduction to Pressure Defines the different types of pressure. Uses head pressure to solve an example problem.
Lecture 22 Play Video	Manometers An overview on manometers and how they are used to determine force differentials.
Lecture 23 Play Video	Acceleration Due to Pressure Calculates acceleration using a force balance and gauge pressure. Reviewed by faculty from other academic institutions.
Lecture 24 Play Video	Force Balance on Inclined Manometer Determines the relationship between pressure change and manometer reading for an inclined manometer.
Lecture 25 Play Video	General Balance for Material Balances A general mass balance is presented and simplifications of the balance are shown for different processes.
Lecture 26 Play Video	General Mass Balance on Single Tank Introduction to processes and the general material balance. A short example on a tank with inlet and outlet flow. Reviewed by faculty from other academic institutions.
Lecture 27 Play Video	Degree of Freedom Analysis on a Single Unit A degree of freedom analysis is done on a single process unit to determine whether the unknowns can be solved for given the information presented. Reviewed by faculty from other academic institutions.
Lecture 28 Play Video	Introduction to Degrees of Freedom Explains how to calculate degrees of freedom and performs two examples on single unit processes. Made by faculty at Lafayette College and produced by the University of Colorado Boulder, Department of Chemical & Biological Engineering.
Lecture 29 Play Video	Material Balance Problem Approach Presents a general approach for solving simple material balances. Includes an example of independent versus dependent equations. Reviewed by faculty from other academic institutions.
Lecture 30 Play Video	Performing a Material Balance on a Single Unit Performs a mass balance on a distillation column using degree of freedom analysis. Reviewed by faculty from other academic institutions.
Lecture 31 Play Video	Average Molecular Weight of Mixed Stream Air and methane are being diluted to create non-flammable mixture. Determine amount of air needed to dilute stream given starting composition. Reviewed by faculty from other academic institutions.
Lecture 32 Play Video	Flowchart Example Example of how to create a flowchart. Reviewed by faculty from other academic institutions.
Lecture 33 Play Video	Liquid-Liquid Extraction Material Balance Briefly explains liquid-liquid extraction and performs the mass balances to calculate the mass flow rate of organic needed to obtain a certain separation. Made by faculty at Lafayette College and produced by the University of Colorado Boulder, Department of Chemical & Biological Engineering.
Lecture 34 Play Video	Material Balance over a Crystallizer (Solubility) Given solubility plot, determine degrees of superheat of incoming stream and compositions of streams entering and exiting a crystallizer. Reviewed by faculty from other academic institutions.
Lecture 35 Play Video	Material Balances for a Mixing Process Determine instrument settings to control material balances in a mixing process.
Lecture 36 Play Video	Scaling a Material Balance Describes how to obtain and use a scaling factor. Reviewed by faculty from other academic institutions.
Lecture 37 Play Video	Water Vapor Adsorber Material Balance Given an inlet water-air stream and amount adsorbed from the air, determine flow rates and composition of water. Reviewed by faculty from other academic institutions.
Lecture 38 Play Video	Analysis of a Split Point Analyzes a splitting point and explains why modeling this type of system is different from other types of systems. Made by faculty at Lafayette College and the University of Colorado Boulder, Department of Chemical & Biological Engineering.
Lecture 39 Play Video	Degree of Freedom Analysis on Multiple Unit Process Uses the degree of freedom analysis to analyze a process and determine whether it can be defined.
Lecture 40 Play Video	Multiple Unit Material Balance: Degree of Freedom Analysis Demonstrates using degree of freedom analysis on a multiple unit process to solve for unknown stream parameters.
Lecture 41 Play Video	Solving Material Balances on Multiple Units Example of setting up material balances on a multiple unit process involving a liquid-liquid extraction unit and a distillation column. Made by faculty at Lafayette College and produced by the University of Colorado Boulder, Department of Chemical & Biological Engineering.
Lecture 42 Play Video	Crystallizer Material Balance with Recycle Performs material balances on multiple units to solve for unknowns. Focuses on crystallizer balance where a slurry is part solid and part liquid.
Lecture 43 Play Video	Designing a Flowchart Explains how to take a problem description and build a flowchart from it.
Lecture 44 Play Video	Multiple Unit Material Balance - Decaf Coffee Performs multiple unit balances to solve for unknown stream rates and compositions.
Lecture 45 Play Video	Reactor with Recycle Solves material balances over a process involving a combustion reactor and a recycle loop.
Lecture 46 Play Video	Equilibrium Solves for equilibrium compositions using extent of reaction. Reviewed by faculty from other academic institutions.
Lecture 47 Play Video	Reaction Yield and Selectivity Solves for yield and selectivity using extent of reaction.
Lecture 48 Play Video	Stoichiometry Reviews stoichiometry and limiting reactants. Reviewed by faculty from other academic institutions.
Lecture 49 Play Video	Chemical Equilibrium: Effect of an Inert Examine how adding an inert changes the equilibrium conversion of a gas-phase reaction for both isothermal and adiabatic cases. Made by faculty at the University of Colorado Boulder, Department of Chemical and Biological Engineering.
Lecture 50 Play Video	Gas Phase Chemical Equilibrium Determine the equilibrium conversion of a gas phase reaction with and without the presence of an inert. Made by faculty at the University of Colorado Boulder, Department of Chemical and Biological Engineering. Reviewed by faculty from other academic institutions.
Lecture 51 Play Video	Single Reaction With Recycle Determines production rates and purge stream conditions for a single reaction with recycle and purge. Reviewed by faculty from other academic institutions.
Lecture 52 Play Video	Two Reactions (Extent of Reaction Method) Example with two reactions, one desired and one undesired, occurring in a reactor. Calculates reactant conversion, yield, selectivity, and percent excess. Made by faculty at the University of Colorado Boulder, Department of Chemical & Biological Engineering. Reviewed by faculty from other academic institutions.
Lecture 53 Play Video	Fractional Conversion (Interactive) Multiple choice question: Examine how fractional conversion relates between species in a reaction.Annotations must be turned on to properly use this interactive screencast. Made by faculty at the University of Colorado Boulder, Department of Chemical & Biological Engineering.
Lecture 54 Play Video	Limiting Reagent (Interactive) Multiple choice question: Determine amount of product formed based on conversion of limiting reactant.Annotations must be turned on to use interactive screencasts. Made by faculty at the University of Colorado Boulder, Department of Chemical & Biological Engineering.
Lecture 55 Play Video	Reaction Stoichiometry (Interactive) Interactive screencast: Determine the amount of a product formed based on reactant information. Annotations must be turned on to properly view this video. Links do not work if you are using your smart phone. Made by faculty at the University of Colorado Boulder, Department of Chemical & Biological Engineering.
Lecture 56 Play Video	Three Methods for Reactive MEB Problems An overview of molecular and atomic species balances and the extent of reaction method for solving reactive material balances.
Lecture 57 Play Video	Atomic Species Balances Uses atomic species balances to solve a material balance. Reviewed by faculty from other academic institutions.
Lecture 58 Play Video	Extent of Reaction for Material Balances An overview of how to use the extent of reaction in a material balance involving multiple reactions. Reviewed by faculty from other academic institutions.
Lecture 59 Play Video	Molecular Species Balances Performs a molecular species balance for a single reactor. Reviewed by faculty from other academic institutions.
Lecture 60 Play Video	Two Reactions in a Two-Phase Reactor Based on outlet compositions, determine the flow rates and the selectivity for a two reaction system. Reviewed by faculty from other academic institutions.
Lecture 61 Play Video	Percent Excess Air Calculates the percent excess air needed to produce rust from iron.
Lecture 62 Play Video	Wet to Dry Basis Discusses the difference between wet and dry basis analysis. Shows how to convert from a wet basis to a dry basis. Reviewed by faculty from other academic institutions.
Lecture 63 Play Video	Dry to Wet Basis Converts a dry stack gas to a wet basis given the mole fraction of water in the product gas. Made by faculty at the University of Colorado Boulder, Department of Chemical & Biological Engineering.
Lecture 64 Play Video	Critical Properties of a Fluid (T and P) An introduction to the critical temperature and pressure of a species and how it will relate to using equations of state.
Lecture 65 Play Video	Ideal Gas Law - Lung Example (BIO) A brief overview of the ideal gas law and an example demonstrating its use in determining the pressure change in the lungs.
Lecture 66 Play Video	Standard Temperature and Pressure - Ideal Gas Law Overview of standard conditions (temperature and pressure) and its use with the ideal gas law.
Lecture 67 Play Video	Ideal Gas Mixture Characterization Determine partial pressures in an ideal gas mixture and physical properties about the mixture.
Lecture 68 Play Video	Ideal Gas Mixtures Example Example problem looking at potential hazards caused by an acetone spill in a lab, specifically explosive and inhalation hazards.
Lecture 69 Play Video	Ideal Gases Example Biofermentation (BIO) Use material balances and the ideal gas law to determine the oxygen uptake rate for cells in a bioreactor.
Lecture 70 Play Video	SRK Equation of State Example An example problem determining pressure of a gas tank using the Soave-Redlich-Kwong (SRK) equation of state and comparing it to the ideal gas equation of state.
Lecture 71 Play Video	Compressibility Factor (Z-Factor) Equation of State An example problem where the pressure inside a bottle of CO2 is calculated using the compressibility factor equation of state. Reviewed by faculty from other academic institutions.
Lecture 72 Play Video	Pressure-Volume Diagram Explains a single-component pressure-volume phase diagram. Made by faculty at the University of Colorado Boulder, Department of Chemical and Biological Engineering.
Lecture 73 Play Video	Heat of Vaporization: Clausius-Clapeyron Estimate the heat of vaporization using the Clausius-Clapeyron equation. Reviewed by faculty from other academic institutions.
Lecture 74 Play Video	Heat of Vaporization: Antoine's Equation Uses Antoine's equation, which relates saturation pressure to temperature, to determine the heat of vaporization using the Clausius-Clapeyron equation. Reviewed by faculty from other academic institutions.
Lecture 75 Play Video	Gibbs Phase Rule Explains the Gibbs phase rule and applies it to a binary system that has vapor and partially miscible liquids. 3Reviewed by faculty from other academic institutions.
Lecture 76 Play Video	Relative and Absolute Humidity Overview of relative and absolute humidity and how to calculate the amount of water in the vapor phase.
Lecture 77 Play Video	Single Condensable Species Balance (Raoult's Law) Demonstrates the use of Raoult's law on a single condensable species in vapor liquid equilibrium.
Lecture 78 Play Video	Air/Water Vapor-Liquid Equilibrium Discusses how vapor-liquid equilibrium changes in an air/water system when some of the air is removed.
Lecture 79 Play Video	Condense Water Vapor from Air Plots partial pressure versus temperature as the temperature of 50% relative humidity air is lowered.
Lecture 80 Play Video	Raoult's Law (Water as Condensable Component) Uses Raoult's law to determine molar fraction of water in a vapor stream that is removed in a condenser.
Lecture 81 Play Video	Lever Rule Demonstrate how to use the lever rule on a Txy diagram.
Lecture 82 Play Video	Multi-condensable Species in VLE Demonstrates the use of Raoult's law to a system containing three components in the vapor phase in equilibrium with two condensable species in the liquid phase. Reviewed by faculty from other academic institutions.
Lecture 83 Play Video	Raoult's Law Explanation Explains the shapes of the Pxy and the Txy diagrams for Raoult's law.
Lecture 84 Play Video	Add Non-Volatile Component to VLE System A component with a negligible vapor pressure is added to a two-phase N2/H2O system. Reviewed by faculty from other academic institutions.
Lecture 85 Play Video	Add One Component to Binary VLE System Explain what happens when one component is added to a binary mixture in vapor-liquid equilibrium.
Lecture 86 Play Video	Condense a Binary Mixture Discuss which species condense when a binary vapor is cooled.
Lecture 87 Play Video	Phase Equilibrium: Txy Diagram A conceptual question investigating how the molar composition changes to a vapor-liquid equilibrium system as temperature is changed.
Lecture 88 Play Video	Binary Vapor: Partial Condensation Determine the fraction of binary vapor that condenses as the temperature decreases. Reviewed by faculty from other academic institutions.
Lecture 89 Play Video	Bubble Point Calculation for Condenser Calculate the minimum pressure a condenser can operate to completely condense a binary vapor.
Lecture 90 Play Video	Dew Temperature Calculation/Excel Solver Determine the liquid composition and temperature using Excel solver, given the vapor composition and the pressure.
Lecture 91 Play Video	Pxy Diagram (Simulation) Uses an interactive Mathematica simulation to describe a pressure-mole fraction diagram (P-x-y) that is generated with Raoult's law. Behavior is discussed where the pressure is changed at constant overall composition and where the overall composition is changed at constant pressure. This simulation is available at: http://demonstrations.wolfram.com/LeverRuleAppliedToTheBenze...
Lecture 92 Play Video	Solving VLE Using Raoult's Law and Iterative Method Solver Shows how a computer solver is useful in solving for unknown temperature of a binary VLE system using Raoult's law and Antoine's equation.
Lecture 93 Play Video	Distillation of a Two Component Mixture (Part I) Example of a material balance on a distillation column used to separate two distinct streams, a vapor and a liquid phase. Both streams include recycle components back into the distillation column.
Lecture 94 Play Video	Distillation of a Two Component Mixture (Part II) A continuation of the Distillation Column problem focusing on the reboiler. Determine the operating temperature of the reboiler and the vapor composition recycled to the distillation column.
Lecture 95 Play Video	Gas Stripping (Henry and Raoult's Laws) An example of gas stripping using both Henry's law and Raoult's law as equations which help solve the system.
Lecture 96 Play Video	Solubility Introduction Introduces saturated and supersaturated solutions. Uses a solubility chart to determine the mass fraction of solute in solution.
Lecture 97 Play Video	Using Solubility Diagrams for Material Balances Uses a salt solubility diagram to determine concentrations of salt solute in water for a crystallizer material balance.
Lecture 98 Play Video	Interpolating Tie Lines on a Ternary Diagram Describes how to interpolate equilibrium tie lines on a ternary diagram.
Lecture 99 Play Video	Ternary Phase Diagram Basics (Simulation) Uses a simulation to show how ternary phase diagrams are interpreted. This is for a single phase, three component system.
Lecture 100 Play Video	Using a Triangular (Ternary) Phase Diagram A brief overview of using a triangular phase diagram for a tertiary system (acetone-water-MIBK).
Lecture 101 Play Video	VLLE for Immiscible Liquids A Txy diagram is used to explain phases present for vapor-liquid-liquid equilibrium for 2 immiscible species. Reviewed by faculty from other academic institutions.
Lecture 102 Play Video	Partial Pressure: Immiscible Liquids Determine the partial pressures of two species that are being condensed if the liquids are immiscible.
Lecture 103 Play Video	Triangular (Ternary) Phase Diagram Example Using a triangular phase diagram for a tertiary system, determine compositions of the outlet streams coming from a mixer.
Lecture 104 Play Video	Introduction to Energy An introduction to the first law and explanation of the terms in the energy balance. Reviewed by faculty from other academic institutions.
Lecture 105 Play Video	What is Enthalpy? Presents the definition of enthalpy, its differential, and its use in energy balances. Reviewed by faculty from other academic institutions.
Lecture 106 Play Video	Adiabatic Compression of an Ideal Gas Calculates the adiabatic temperature for compression of an ideal gas, both reversibly and irreversibly. Reviewed by faculty from other academic institutions.
Lecture 107 Play Video	Open and Closed Systems Gives the energy balance for both open and closed systems and compares the two.
Lecture 108 Play Video	Irreversible Adiabatic Expansion Energy balance on an ideal gas that undergoes irreversible, adiabatic expansion.
Lecture 109 Play Video	Energy Balance on a Human (BIO) Apply the first law to a human being "system."
Lecture 110 Play Video	Gas Expansion From a Tank An energy balance is used to determine the final temperature of an ideal gas that expands from a tank into a piston/cylinder.
Lecture 111 Play Video	Energy Balance on Open System (PAV Device) (BIO) Compare two biomedical devices for reducing work done by the heart. An energy balance is performed from the veins to the aorta.
Lecture 112 Play Video	How to Use Steam Tables Simple steam tables are introduced and differences between types of steam are presented.
Lecture 113 Play Video	Linear Interpolation Calculates saturated pressure by linear interpolation using information from the steam tables. Reviewed by faculty from other academic institutions.
Lecture 114 Play Video	Advanced Interpolation Performs interpolation multiple times to calculate specific volume given pressure and temperature. Reviewed by faculty from other academic institutions.
Lecture 115 Play Video	Introduction to Steam Tables Steam tables are used to solve two example problems: 1) density at critical point, 2), quality of liquid-vapor mixture. Reviewed by faculty from other academic institutions.
Lecture 116 Play Video	Introduction to Steam Tables 2 Steam tables are used to solve two example problems: 1) throttle liquid water from high pressure, 2) heat liquid-vapor mixture at constant volume.
Lecture 117 Play Video	Steam Tables: Interpolation Example problems that calculate enthalpy of steam by interpolation of steam tables. Reviewed by faculty from other academic institutions.
Lecture 118 Play Video	Steam Table Example Presents an example on how to use the steam tables to find enthalpy changes as well as volumetric flows of steam. Reviewed by faculty from other academic institutions.
Lecture 119 Play Video	Quality of Steam Defines vapor quality and compares mass percent and volume percent of steam. Reviewed by faculty from other academic institutions.
Lecture 120 Play Video	Steam Tables: Calculating Quality Calculates the quality of a two-phase water mixture in vapor-liquid equilibrium using steam tables.
Lecture 121 Play Video	Water Properties from Steam Tables Uses steam tables to determine properties of water. Reviewed by faculty from other academic institutions.
Lecture 122 Play Video	Compare Steam Tables to Ideal Gas Law Calculates the volume of a gas using the ideal gas law and compares to the volume at the same conditions from the steam tables.
Lecture 123 Play Video	Energy Balance on a Heat Exchanger Performs an energy balance on a heat exchanger that has superheated steam fed to it. Uses the steam tables.
Lecture 124 Play Video	Throttle Example: High-Pressure Liquid Use steam tables to determine the outlet temperature when a high-pressure liquid is throttled to lower pressure. Reviewed by faculty from other academic institutions.
Lecture 125 Play Video	Unsteady-State Energy Balance on a Tank Unsteady-state energy balance on a tank containing steam to which additional steam is added. Uses steam tables.
Lecture 126 Play Video	Bernoulli Equation Example Given a pipe system determine the height water would reach leaving the pipe.
Lecture 127 Play Video	Reference States for Enthalpy Calculations Explains reference states and shows how to use them in calculating enthalpy changes for a variety of systems. Reviewed by faculty from other academic institutions.
Lecture 128 Play Video	Choosing a Reference State (Example) An example problem detailing the use of a reference state in determining the change in enthalpy of vapor system reaching equilibrium.
Lecture 129 Play Video	Sensible Heat from Specific Enthalpy Example using physical properties to perform sensible heat calculations. Calculates the heat required to increase the temperature of water vapor from 100C to 300C.
Lecture 130 Play Video	Psychrometric Charts (Humidity Charts) An overview on how to read the psychrometric charts for water/air systems. Some examples are given throughout the video.
Lecture 131 Play Video	Including a Phase Change in an Energy Balance Overview of sensible and latent heats and how to account for phase changes in energy balances. Reviewed by faculty from other academic institutions.
Lecture 132 Play Video	Latent Heat Provides an overview of latent heat. Calculates the heat required to vaporize and condense 100 mol of water at 100C and atmospheric pressure.
Lecture 133 Play Video	Calculate Physical Properties using Humidity Charts Uses humidity charts to calculate the dew point and the wet bulb temperature of a system.
Lecture 134 Play Video	Humidity Chart Example Uses humidity chart to model a heating process. Obtains specific enthalpy, humid volume, and relative humidity values from the humidity charts.
Lecture 135 Play Video	Humidity Chart: Adiabatic Humidification Calculates the outlet temperature and rate of water evaporation in a spray chamber for an adiabatic cooling process using the humidity charts.
Lecture 136 Play Video	Energy Balance on a Condenser Calculates the cooling duty required to condense and cool acetone from 100C to 25C using an energy balance. Uses both sensible and latent heat to perform the calculation.
Lecture 137 Play Video	Adiabatic Mixing Calculates the outlet temperature of an adiabatic mixing process using enthalpy concentration diagrams.
Lecture 138 Play Video	Heat of Mixing Calculate heat of mixing when two solutions are mixed. Reviewed by faculty from other academic institutions.
Lecture 139 Play Video	Isothermal Mixing Calculates the heat released during an isothermal mixing process using an enthalpy concentration diagram.
Lecture 140 Play Video	Heat of Reaction (from Heat of Formation) Determine the heat of reaction at a higher temperature from the heat of reaction at 25 °C.
Lecture 141 Play Video	Heat Removal from a Chemical Reactor Determines the heat removal so that a chemical reactor is isothermal.
Lecture 142 Play Video	Hess's Law Explains Hess's law and provides an example of how to use it to solve for the heat of reaction for an equation. Reviewed by faculty from other academic institutions.
Lecture 143 Play Video	Heats of Formation An example problem using heats of reaction to determine the heat of formation of one of the reactants.
Lecture 144 Play Video	Heat of Combustion Uses Hess's law to show how heat of combustion is used to calculate the heat of reaction.
Lecture 145 Play Video	Thermochemistry of Solutions Calculates the heat of reaction for the neutralization of sulfuric acid with sodium hydroxide.
Lecture 146 Play Video	Calculating Enthalpy Changes Using Heats of Formation Method An example problem where the enthalpy change of a reaction is determined using the heats of formation method and material balances. Reviewed by faculty from other academic institutions.
Lecture 147 Play Video	Calculating Enthalpy Changes Using Heat of Reaction Method An example problem where the enthalpy change of a reaction is determined using the heat of reaction method and material balances.
Lecture 148 Play Video	Energy Balances with Unknown Outlet Conditions Performs an energy balance to calculate the unknown outlet temperature.
Lecture 149 Play Video	Steam Reformer Material and Energy Balance Determine the outlet composition from a steam reforming reactor using both material and energy balances.
Lecture 150 Play Video	Adiabatic Flame Temperature Calculates the adiabatic flame temperature when butane burns in pure oxygen. Reviewed by faculty from other academic institutions.
Lecture 151 Play Video	Excel Solver Introduction Describes how to use the solver function in Excel 2010.
Lecture 152 Play Video	MEB Final Exam Review (Part I) Solves for the composition and dew point temperature of the product stream for a combustion reactor given excess air and fractional conversion. Reviewed by faculty from other academic institutions.
Lecture 153 Play Video	MEB Final Exam Review (Part II) Performs the energy balances for a combustion reactor using heat of formation method.
Lecture 154 Play Video	MEB Final Exam Review (Part II) A final exam review for Material & Energy Balances. Reviewed by faculty from other academic institutions.
Lecture 155 Play Video	MEB Final Exam Review (Part IV) Continues from MEB Final exam review part 3 for solving material balances on a distillation column.