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Excel Bootcamp 4b

Excel Bootcamp 4b

Excel Bootcamp 4a

Excel Bootcamp 4a

Excel Bootcamp 3c

Excel Bootcamp 3c

Excel Bootcamp 3b

Excel Bootcamp 3b

Excel Bootcamp 3a

Excel Bootcamp 3a

Excel Bootcamp 2

Excel Bootcamp 2

Excel Bootcamp 1b

Excel Bootcamp 1b

Excel Bootcamp 1a

Excel Bootcamp 1a

Is Lumped Capacitance Appropriate Here?

Is Lumped Capacitance Appropriate Here?

Python Bootcamp 1a

Python Bootcamp 1a

Python Bootcamp 1d

Python Bootcamp 1d

Python Bootcamp 1b

Python Bootcamp 1b

Python Bootcamp 1c

Python Bootcamp 1c

Python Bootcamp 2a

Python Bootcamp 2a

Python Bootcamp 2b

Python Bootcamp 2b

Python Bootcamp 2c

Python Bootcamp 2c

Python Bootcamp 3b

Python Bootcamp 3b

Python Bootcamp 3a

Python Bootcamp 3a

Reversible Reaction in an Adiabatic Plug Flow Reactor (Interactive Simulation)

Reversible Reaction in an Adiabatic Plug Flow Reactor (Interactive Simulation)

Immiscible Liquids on a Pressure-Composition Diagram (Interactive Simulation)

Immiscible Liquids on a Pressure-Composition Diagram (Interactive Simulation)

Henry's Law for Gases Dissolved in Water (Interactive Simulation)

Henry's Law for Gases Dissolved in Water (Interactive Simulation)

Partially-Miscible Liquids (Interactive Simulation)

Partially-Miscible Liquids (Interactive Simulation)

Enzyme Inhibition Kinetics (Interactive Simulation)

Enzyme Inhibition Kinetics (Interactive Simulation)

Evaporative Cooling of Water (Interactive Simulation)

Evaporative Cooling of Water (Interactive Simulation)

Energy Balance in Open and Closed Systems

Energy Balance in Open and Closed Systems

Single Stage Batch Distillation Example Part 2

Single Stage Batch Distillation Example Part 2

Addition Polymerization in CSTR: Spreadsheet

Addition Polymerization in CSTR: Spreadsheet

Lineweaver-Burke plots for Michaelis Menten Enzyme Kinetics

Lineweaver-Burke plots for Michaelis Menten Enzyme Kinetics

Thiele Modulus Particle Size Effects (Interactive)

Thiele Modulus Particle Size Effects (Interactive)

CSTR Material Balance: Effect of Increasing Volume on Yield (Interactive)

CSTR Material Balance: Effect of Increasing Volume on Yield (Interactive)

Two Reactions in a Two Phase Reactor

Two Reactions in a Two Phase Reactor

Systems of Units

Systems of Units

Temperature Scales

Temperature Scales

Using Extent of Reaction for Multiple Reactions

Using Extent of Reaction for Multiple Reactions

Chain-Growth Polymerization

Chain-Growth Polymerization

Step-Growth Polymerization

Step-Growth Polymerization

Solve Set of Nonlinear Equations Using Solver

Solve Set of Nonlinear Equations Using Solver

Self-Study Module for Enzyme Kinetics

Self-Study Module for Enzyme Kinetics

Linde Liquefaction Cycle on P-H and T-S Diagrams

Linde Liquefaction Cycle on P-H and T-S Diagrams

Energy Balance on Tank with Steam Feed Part 2

Energy Balance on Tank with Steam Feed Part 2

Conservation of Mass Example 2

Conservation of Mass Example 2

Calculate Compressor Work Required to Form 1 kg of Liquid N2 in Linde Liquefaction

Calculate Compressor Work Required to Form 1 kg of Liquid N2 in Linde Liquefaction

Calculate Liquid N2 Yield in Linde Liquefaction

Calculate Liquid N2 Yield in Linde Liquefaction

Description of Linde Liquefaction Cycle

Description of Linde Liquefaction Cycle

How Accurate is the Shortcut Van't Hoff Method for Chemical Equilibrium?

How Accurate is the Shortcut Van't Hoff Method for Chemical Equilibrium?

Calculate NH3 Formation Equilibrium using Gibbs Minimization Spreadsheet

Calculate NH3 Formation Equilibrium using Gibbs Minimization Spreadsheet

Why Does Salt Lower the Temperature for Making Ice Cream?

Why Does Salt Lower the Temperature for Making Ice Cream?

Venturi Meter (Interactive Simulation)

Venturi Meter (Interactive Simulation)

Unsteady-state Energy Balance

Unsteady-state Energy Balance

Heating Vapor Liquid Mixtures in Closed Container

Heating Vapor Liquid Mixtures in Closed Container

Energy Balances on Tank with Steam Feed - Spreadsheet

Energy Balances on Tank with Steam Feed - Spreadsheet

Energy Balances on Tank with Steam Feed Part 1

Energy Balances on Tank with Steam Feed Part 1

Bond Energy

Bond Energy

CACHE Teaching Resources for Thermodynamics

CACHE Teaching Resources for Thermodynamics

Heat Water in a Closed Container

Heat Water in a Closed Container

CACHE Teaching Resources Center

CACHE Teaching Resources Center

Calculate Water Fugacity from Steam Tables

Calculate Water Fugacity from Steam Tables

Definition of Number-averaged and Weight-averaged Molecular Weights of Polymers

Definition of Number-averaged and Weight-averaged Molecular Weights of Polymers

Linear Density

Linear Density

Calculate Liquid Fugacity from Gibbs Free Energy

Calculate Liquid Fugacity from Gibbs Free Energy

Measure Vapor Liquid Equilibrium Virtual Laboratory

Measure Vapor Liquid Equilibrium Virtual Laboratory

Chemical Engineering Teaching Resources

Chemical Engineering Teaching Resources

Raindrop Waves

Raindrop Waves

Fluid flow through a contraction

Fluid flow through a contraction

Conservation of Mass Example 1

Conservation of Mass Example 1

Compressibility Factor Charts (Interactive Simulation)

Compressibility Factor Charts (Interactive Simulation)

Partial Molar Enthalpy and Entropy Quiz (Interactive Simulation)

Partial Molar Enthalpy and Entropy Quiz (Interactive Simulation)

Conduction through a Composite Wall (Interactive Simulation)

Conduction through a Composite Wall (Interactive Simulation)

Operation of an Absorption Column (Interactive Simulation)

Operation of an Absorption Column (Interactive Simulation)

Reading a Psychrometric Chart (Interactive Simulation)

Reading a Psychrometric Chart (Interactive Simulation)

Rankine Cycle (Interactive Simulation)

Rankine Cycle (Interactive Simulation)

Residence Time Distribution: CSTRs in Series (Interactive Simulation)

Residence Time Distribution: CSTRs in Series (Interactive Simulation)

T-x-y Diagram for Immiscible Liquids (Interactive Simulation)

T-x-y Diagram for Immiscible Liquids (Interactive Simulation)

Python Lecture 22: Reading and Saving Data Files

Python Lecture 22: Reading and Saving Data Files

Python Lecture 21: Matplotlib: Basic Plots

Python Lecture 21: Matplotlib: Basic Plots

Vapor-Liquid Equilibrium Virtual Lab Instructions

Vapor-Liquid Equilibrium Virtual Lab Instructions

Carnot Cycle for an Ideal Gas (Interactive Simulation)

Carnot Cycle for an Ideal Gas (Interactive Simulation)

Determine Dew Point Temperature using Excel Solver

Determine Dew Point Temperature using Excel Solver

Solve a Set of Nonlinear Equations using Excel Solver

Solve a Set of Nonlinear Equations using Excel Solver

Flash Drums x-y and T-x-y Diagrams (Interactive Simulation)

Flash Drums x-y and T-x-y Diagrams (Interactive Simulation)

Hunter-Nash Method LLE (Interactive Simulation)

Hunter-Nash Method LLE (Interactive Simulation)

Right and Equilateral Triangle Ternary Phase Diagrams (Interactive Simulation)

Right and Equilateral Triangle Ternary Phase Diagrams (Interactive Simulation)

Ordinary Vapor Compression Cycle Refrigerant R-134a (Interactive Simulation)

Ordinary Vapor Compression Cycle Refrigerant R-134a (Interactive Simulation)

Adiabatic Flash Drum with Binary Liquid Feed (Interactive Simulation)

Adiabatic Flash Drum with Binary Liquid Feed (Interactive Simulation)

Heat Generation and Conduction through Composite Walls (Interactive Simulation)

Heat Generation and Conduction through Composite Walls (Interactive Simulation)

Drag Force on a Falling Object (Interactive Simulation)

Drag Force on a Falling Object (Interactive Simulation)

Parallel and Counter Flow Heat Exchangers (Interactive Simulation)

Parallel and Counter Flow Heat Exchangers (Interactive Simulation)

Vapor-Liquid Equilibrium for System with an Azeotrope (Interactive Simulation)

Vapor-Liquid Equilibrium for System with an Azeotrope (Interactive Simulation)

Adiabatic Reversible Expansion and Compression (Interactive Simulation)

Adiabatic Reversible Expansion and Compression (Interactive Simulation)

Visualization of Vapor-Liquid Equilibrium (Interactive Simulation)

Visualization of Vapor-Liquid Equilibrium (Interactive Simulation)

Temperature-Entropy Diagram for Water (Interactive Simulation)

Temperature-Entropy Diagram for Water (Interactive Simulation)

Forces on a Completely-Submerged Gate (Interactive Simulation)

Forces on a Completely-Submerged Gate (Interactive Simulation)

Vapor-Liquid-Liquid Equilibrium (Interactive Simulation)

Vapor-Liquid-Liquid Equilibrium (Interactive Simulation)

Pressure-Temperature Diagram for Water (Interactive Simulation)

Pressure-Temperature Diagram for Water (Interactive Simulation)

Ternary Phase Diagram with Alternate Phase Envelope (Interactive Simulation)

Ternary Phase Diagram with Alternate Phase Envelope (Interactive Simulation)

Ternary Phase Diagram with Phase Envelope (Interactive Simulation)

Ternary Phase Diagram with Phase Envelope (Interactive Simulation)

Pressure-Enthalpy Diagram for Water (Interactive Simulation)

Pressure-Enthalpy Diagram for Water (Interactive Simulation)

Viscosity and Shear Stress

Viscosity and Shear Stress

Temperature Changes in an Ideal Gas (Interactive Simulation)

Temperature Changes in an Ideal Gas (Interactive Simulation)

Isothermal Plug Flow Reactor (Interactive Simulation)

Isothermal Plug Flow Reactor (Interactive Simulation)

Laminar Pipe Flow (Interactive Simulation)

Laminar Pipe Flow (Interactive Simulation)

Adiabatic Flame Temperature (Interactive Simulation)

Adiabatic Flame Temperature (Interactive Simulation)

Phase Diagrams from van der Waals Equation of State (Interactive Simulation)

Phase Diagrams from van der Waals Equation of State (Interactive Simulation)

Maxwell Relations (Interactive Simulation)

Maxwell Relations (Interactive Simulation)

Lever Rule for Binary Mixture on P-x-y Diagram (Interactive Simulation)

Lever Rule for Binary Mixture on P-x-y Diagram (Interactive Simulation)

Analyze Vapor-Liquid Equilibrium Data using Nonlinear Regression

Analyze Vapor-Liquid Equilibrium Data using Nonlinear Regression

FE and PE Exam Review

FE and PE Exam Review

Nonlinear Regression for Enzyme Kinetics- Second Method for Confidence Limits

Nonlinear Regression for Enzyme Kinetics- Second Method for Confidence Limits

Heat a Cu-Ni Solid Solution and Determine the Phase Compositions

Heat a Cu-Ni Solid Solution and Determine the Phase Compositions

Adding a Second Gas to a Tank Containing a Gas

Adding a Second Gas to a Tank Containing a Gas

Solid-Liquid Phase Diagram Example

Solid-Liquid Phase Diagram Example

Determine Chemical Formula from Zinc Blende Unit Cell

Determine Chemical Formula from Zinc Blende Unit Cell

Determine Chemical Formula for Perovskite Structure

Determine Chemical Formula for Perovskite Structure

Determine Empirical Formula for C60Kx

Determine Empirical Formula for C60Kx

Azeotropes

Azeotropes

Non-Ideal Solution Modelled by the Margules Equation

Non-Ideal Solution Modelled by the Margules Equation

Heat Transfer Interactive Simulations

Heat Transfer Interactive Simulations

Fluid Mechanics Interactive Self Study Modules

Fluid Mechanics Interactive Self Study Modules

Statics and Dynamics Interactive Simulations

Statics and Dynamics Interactive Simulations

Thermodynamics self study modules

Thermodynamics self study modules

Thermodynamics Interactive Simulations: Thermodynamics 1

Thermodynamics Interactive Simulations: Thermodynamics 1

Chemical Engineering Interactive Simulations

Chemical Engineering Interactive Simulations

Physical Chemistry Interactive Simulations

Physical Chemistry Interactive Simulations

Chemical Engineering Self Study Modules

Chemical Engineering Self Study Modules

Python Lecture 20: Shape and Size

Python Lecture 20: Shape and Size

Python Lecture 19: Operations on NumPy Arrays

Python Lecture 19: Operations on NumPy Arrays

Liquid-Liquid Extraction on a Right-Triangle Ternary Phase Diagram (Interactive Simulation)

Liquid-Liquid Extraction on a Right-Triangle Ternary Phase Diagram (Interactive Simulation)

Python Lecture 18 - Creating NumPy Arrays

Python Lecture 18 - Creating NumPy Arrays

Python Lecture 17 - Basics of NumPy

Python Lecture 17 - Basics of NumPy

Python Lecture 16 - Scope of Variables

Python Lecture 16 - Scope of Variables

Python Lecture 15: Math Module

Python Lecture 15: Math Module

Python Lecture 14 - Lambda Functions, Recursion

Python Lecture 14 - Lambda Functions, Recursion

Python Lecture 13 - Functions

Python Lecture 13 - Functions

Reversible Adiabatic Expansion or Compression (Interactive Simulation)

Reversible Adiabatic Expansion or Compression (Interactive Simulation)

Reversible or Irreversible Expansion or Compression (Interactive Simulation)

Reversible or Irreversible Expansion or Compression (Interactive Simulation)

T-x-y Phase Diagram Explanation for Immiscible Liquids

T-x-y Phase Diagram Explanation for Immiscible Liquids

Heating Two Immiscible Liquids Until They Completely Vaporize, Part 2

Heating Two Immiscible Liquids Until They Completely Vaporize, Part 2

Heating Two Immiscible Liquids Until They Completely Vaporize, Part 1

Heating Two Immiscible Liquids Until They Completely Vaporize, Part 1

P-x-y Phase Diagram Explanation for Immiscible Liquids

P-x-y Phase Diagram Explanation for Immiscible Liquids

Python Lecture 12: For and While Loops

Python Lecture 12: For and While Loops

Python Lecture 11 - Loops

Python Lecture 11 - Loops

Python Lecture 10 - Spyder IDE

Python Lecture 10 - Spyder IDE

Python Lecture 9 - Lists: Sorting and Slicing

Python Lecture 9 - Lists: Sorting and Slicing

Python Lecture 8: Lists

Python Lecture 8: Lists

Python Lecture 7: Conditional Statements

Python Lecture 7: Conditional Statements

Python Lecture 6: Boolean Logic

Python Lecture 6: Boolean Logic

Python Lecture 5: Arithmetic, Division, Precedence, and Complex Numbers

Python Lecture 5: Arithmetic, Division, Precedence, and Complex Numbers

Adiabatic, Reversible Compression of an Ideal Gas with Temperature-Dependent Heat Capacity: Example

Adiabatic, Reversible Compression of an Ideal Gas with Temperature-Dependent Heat Capacity: Example

P-T Relationship for Adiabatic Reversible Processes of an Ideal Gas: T-Dependent Heat Capacity

P-T Relationship for Adiabatic Reversible Processes of an Ideal Gas: T-Dependent Heat Capacity

P-T Relationship for Adiabatic Reversible Processes of an Ideal Gas: Constant Heat Capacity

P-T Relationship for Adiabatic Reversible Processes of an Ideal Gas: Constant Heat Capacity

Calculate Fugacity of a Fluid

Calculate Fugacity of a Fluid

Use Steam Tables for Constant-Volume Process

Use Steam Tables for Constant-Volume Process

Use Compressor to Fill an Insulated Tank

Use Compressor to Fill an Insulated Tank

Steady-State Adiabatic Reversible Expansion

Steady-State Adiabatic Reversible Expansion

Martini Glass Method

Martini Glass Method

Experimental Method for Project Direction

Experimental Method for Project Direction

Communication Framework

Communication Framework

Velocity Vectors in Pipes: Example

Velocity Vectors in Pipes: Example

Forces on a Fire Hose

Forces on a Fire Hose

Forces on an Elbow

Forces on an Elbow

Sprinkler

Sprinkler

Velocity Vectors in a Pipe

Velocity Vectors in a Pipe

Sum of Forces

Sum of Forces

Calculate Specific Volume of Water Vapor Using Ideal Gas Law

Calculate Specific Volume of Water Vapor Using Ideal Gas Law

Python Lecture 4- Strings

Python Lecture 4- Strings

Python Lecture 3- Variables and Syntax

Python Lecture 3- Variables and Syntax

Using PolymathPlus to Solve ODEs in Kinetics

Using PolymathPlus to Solve ODEs in Kinetics

Python Lecture 2 - Arithmetic, Comments, and Help

Python Lecture 2 - Arithmetic, Comments, and Help

Python Lecture 1 - IPython, Arithmetic, and Variables

Python Lecture 1 - IPython, Arithmetic, and Variables

Using the Steam Tables Spreadsheet

Using the Steam Tables Spreadsheet

Solving Differential Equations using PolymathPlus

Solving Differential Equations using PolymathPlus

Material and Energy Balances in a Reactor with Heat Exchange (Interactive Simulation)

Material and Energy Balances in a Reactor with Heat Exchange (Interactive Simulation)

Internal and External Convection

Internal and External Convection

Pressure-Volume Diagram for Water (Interactive Simulation)

Pressure-Volume Diagram for Water (Interactive Simulation)

Linear Interpolation - a Graphical Explanation

Linear Interpolation - a Graphical Explanation

Ideal Gas Law (Interactive Simulation)

Ideal Gas Law (Interactive Simulation)

Boundary Layer Example 1

Boundary Layer Example 1

Boundary Layer Example 2

Boundary Layer Example 2

Boundary Layer Example 3

Boundary Layer Example 3

Boundary Layer Description

Boundary Layer Description

Partial Molar Enthalpy (Interactive Simulation)

Partial Molar Enthalpy (Interactive Simulation)

Injecting a Liquid into an Evacuated Tank (Interactive Simulation)

Injecting a Liquid into an Evacuated Tank (Interactive Simulation)

Introduction to Steam Distillation

Introduction to Steam Distillation

Basic Ternary Phase Diagram (Interactive Simulation)

Basic Ternary Phase Diagram (Interactive Simulation)

Variance Known or Unknown

Variance Known or Unknown

Using P Values for Hypothesis Testing on the Mean, Part 2

Using P Values for Hypothesis Testing on the Mean, Part 2

Using P Values for Hypothesis Testing on the Mean, Part 1

Using P Values for Hypothesis Testing on the Mean, Part 1

Total Probability Rule

Total Probability Rule

Type I and Type II Errors

Type I and Type II Errors

The T Distribution

The T Distribution

The Normal Distribution

The Normal Distribution

The F Distribution and Comparison of Variances

The F Distribution and Comparison of Variances

The Exponential Distribution

The Exponential Distribution

The 2^2 Factorial Design, Part 2

The 2^2 Factorial Design, Part 2

Statistical Analysis of the 2^2 Factorial Design

Statistical Analysis of the 2^2 Factorial Design

The 2^2 Factorial Design, Part 1

The 2^2 Factorial Design, Part 1

Statistical Properties of Least Squares Estimators

Statistical Properties of Least Squares Estimators

Standardizing and Z Values, Part 2

Standardizing and Z Values, Part 2

Standardizing and Z-Values, Part 1

Standardizing and Z-Values, Part 1

The Reason Enthalpy appears in Closed Systems: Example

The Reason Enthalpy appears in Closed Systems: Example