In the Classroom

• Quick Correct: A Method to Automatically Evaluate Student Work in MS Excel Spreadsheets by Laura R. Wetzel and Peter J. Whicker
• Solving J. W. Kittinger’s Excelsior III Jump in Excel by Jan Benacka
• Exploring the Fundamental Theorem of Arithmetic in Excel 2007 by Stephen Sugden and David Miller
• Spinning the Big Wheel on “The Price is Right”: A Spreadsheet Simulation Exercise by Keith A. Willoughby
• The Boyle’s Law Simulator: A Dynamic Interactive Visualization for Discovery Learning of Experimental Error Analysis by Scott A. Sinex
• The Slumbarumba Jumbuck Problem by Stephen Sugden
• Colour by Numbers in Excel 2007: Solving Algebraic Equations Without Algebra by Stephen Sugden
• Graphing Functions of Two Variables in Spreadsheets by Jan Benacka
• Mass, Measurement, Materials, and Mathematical Modeling: The Nuts and Bolts of Extrapolation by Scott A. Sinex, Theodore L. Chambers, and Joshua B. Halpern
• Pascal Pyramids: a mathematical exploration using spreadsheets by John E. Baker
• Simulating Projectile Motion in the Air with Spreadsheets by Jan Benacka
• Spreadsheet Implementations for Solving Power-Flow Problems by Mark A. Lau and Sastry Kuruganty
• Spreadsheet Numerical Modeling in Secondary School Physics and Biology by Jan Benacka
• Spreadsheet-Based Sudoku as a Tool for Teaching Logical Deduction by Clarence C. Y. Kwan
• Teaching the Logistic Growth Difference Equation Using Spreadsheets by Fred J. Rispoli, Jeffrey Feuer, and Richard Wilkens
• A Simulation to Illustrate Periodic-Review Inventory Control Policies by Matthew J. Drake and Kathryn Marley
• Illustrating the Beats Phenomenon with Excel: the construction of meaning through experimentation by John Baker
• Movie-like Animation with Excel’s Single Step Iteration Exemplified by Lissajous Figures by Wilfried A.L. Wischniewsky
• Spreadsheet Activities with Conditional Progression and Automatically Generated Feedback and Grades by Thomas C. Juster
• Using Equations, Graphs, and Tables to Investigate the Maximum Volume of a Pup Tent by David Buhl
• A Spreadsheet Solution of a System of Ordinary Differential Equations Using the Fourth-Order Runge-Kutta Method by Kim Gaik Tay, Sie Long Kek, and Rosmila Abdul-Kahar
• Forecasting with Excel: Suggestions for Managers by Scott Nadler and John F. Kros
• Mass, Measurement, Materials, and More Mathematical Modeling: The Nuts and Bolts of Let’s Make an Error by Scott A. Sinex, Theodore L. Chambers, and Joshua B. Halpern
• Radiometric Dating for Novice Learners: Visualizing, Modeling, and Simulating via Animated Spreadsheets by Scott A. Sinex
• Spreadsheets, Graphing Calculators and the Line of Best Fit by Bernie O'Sullivan
• The spreadsheet as a tool for teaching set theory: Part 1 – an Excel lesson plan to help solve Sudokus by Stephen J. Sugden
• The Use of Microsoft Excel to Illustrate Wave Motion and Fraunhofer Diffraction in First Year Physics Courses by Garry Robinson and Zlatko Jovanoski
• Three Spreadsheet Models Of A Simple Pendulum by Jan Benacka
• Using an Excel Extension for Selecting the Probability Distribution of Empirical Data by Abbas Heiat
• Colour by Numbers: Solving Algebraic Equations Without Algebra by Stephen J. Sugden
• Computing With Spreadsheets In Different Base Systems by Sergei Abramovich
• Curve Graphing in MS Excel and Applications by M El-Gebeily and B Yushau
• Enhancing Forecasting Capability of Excel with User Defined Functions by Deepak K. Subedi
• Essential Features of Excel by John E. Baker and Ann Baker
• Scrollbar Examples by Ed Staples
• Spreadsheet Data Resampling for Monte-Carlo Simulation by Thin Yin Leong Dr and Wee Leong Lee Dr
• The Charts that Excel Cannot Do by John Baker
• Constructing a spreadsheet simulation model of Chuck-a-luck: An application of logical functions by Fred J. Rispoli
• Investigating Types of Errors by Scott A. Sinex
• The Euler Segment by Ed Staples
• Enhancing Mathematical Graphical Displays in Excel through Animation by Deane Arganbright
• Using Spreadsheets to Learn Numerical Methods by Christopher J. Van Wyk