21. Read This: Revolutions In Differential Equations Borrelli Coleman give an overview of three packages Interactive Differential Equations (IDE), Internet Differential Equations Activities (IDEA), and ODE Architect. http://www.maa.org/reviews/revode.html

Read This! The MAA Online book review column Revolutions in Differential Equations Exploring ODEs with Modern Technology by Michael J. Kallaher Reviewed by Jan E. Holly A revolution is rumbling through the teaching of differential equations. Computers are beginning to inundate the classroom, and courses are changing in response to the availability of software. Although computers have been used for a long time in differential equations courses, the last few years has seen an explosion in software written specifically for such classes and textbooks focusing on graphical methods. Hence, the mainstream now follows the revolutionists. To incorporate computers fully into a course, the structure of the course, and possibly the classroom itself, must be revamped. The topic of class structure is treated well in this volume. West, especially, gives many ideas and suggestions on how to incorporate computer exercises and projects, including helpful hints on assigning, grading, and presenting results of student work. Boyce, also, discusses class structure, advocating the "studio course" in which students have access to computers at all times in the classroom. The revolution is worth joining, and this volume is worth having, for anyone who teaches differential equations. Although the reader may wish for a better catalogue and review of software, or a longer list of relevant books (no-one mentions as part of the revolution, for example, the excellent textbook

22. Calculus Internet Differential Equations Activities. Karl's Calculus Tutor Online help. Logically Speaking - Online lesson http://webtech.kennesaw.edu/jcheek4/calculus.htm

Calculus Ask Dr. Math - Calculus FAQs Calculus and Differential Equations Calculus and Trigonometry Problem of the Week Calculus@Internet Calculus Classroom Materials ... Calculus Solutions - "Day or night, from anywhere, you can get calculus problems solved in seconds, automatically. You get all the steps including the final answer. Each step is explained in plain English, just like the examples in your textbook. You see it all in standard math notation, just like your teacher at the blackboard." Calculus Graphics Calculus - Help with lessons. Calculus Initiative Calculus Java Applets Calculus Links Calculus on the Web ... Calculus - Study page. CyberCalc e-Calculus - Calculus I tutorial. Requires Acrobat Reader. Finite and Applied Calculus - Resource page. Graphic Applets for Calculus Graphics for the Calculus Classroom - "These are excerpts from a collection of graphical demonstrations I developed for first year calculus. Those interested in higher math may also want to visit my page of graphics for complex analysis. This page is on the list of the most frequently linked math pages according to MathSearch." Historical Roots of Calculus - WebQuest Hotlist of Calculus Sites Interactive Calculus - Student activities.

23. CLASS Connections Template IDEA Internet Differential Equations Activities based at the Washington State University provides projects and JAVA based software for solving DE's. http://faculty.uml.edu/vprasad/92.234.A33/RESOURCE.HTM

24. Learning Materials This is a subsite of IDEA (Internet Differential Equations Activities). The qualitative aspects of Type Simulation Date Added Nov 26, 2006 http://www.merlot.org/merlot/materials.htm?category=2574

25. S.O.S. Mathematics - Sites Of Interest On The Web Internet Differential Equations Activities is an interdisciplinary effort to provide students and teachers with computer based activities for differential equations in a wide http://www.sosmath.com/wwwsites.html

S.O.S. Mathematics - Sites of Interest on the World Wide Web Here is a list of some nice sites on the World Wide Web. If you know of a site that should be listed, please let us know.... General Mathematics Sites The Math Forum @ Drexel . This site is worth visiting. The webmasters did a wonderful job in collecting mathematically related material available on the internet. Ask Dr. Math. Any questions? Math Archives. This is a complete site where you may find virtually anything about Math on the Web. Math2.org . Features a variety of tables in diverse areas of math, a message board and a chat room. Eric Weisstein's Math World , now hosted by Wolfram Research. A very nice encyclopedic resource! Britannica.com Maple . - Created by Jean-Michel Ferrard. The Mathematical Atlas provides an introduction to the areas of modern mathematics, and points to sources of further information. A very nice site! ExploreLearning is an interactive math and science site with lots of Java applets to experiment with. Earliest Uses of Various Mathematical Symbols These pages show the names of the individuals who first used various common mathematical symbols, and the dates the symbols first appeared. A very nice site! MathNerds provides discovery-based, mathematical guidance via an international, volunteer network of mathematicians.

26. Chemical Clock - Wikipedia, The Free Encyclopedia A chemical clock is a complex mixture of reacting chemical compounds in which the concentration of one or more components exhibits periodic changes. They are a class of reactions that http://en.wikipedia.org/wiki/Chemical_clock

Chemical clock From Wikipedia, the free encyclopedia Jump to: navigation search In an Iodine clock reaction colour changes after a time delay. A chemical clock is a complex mixture of reacting chemical compounds in which the concentration of one or more components exhibits periodic changes. They are a class of reactions that serve as a example of non-equilibrium thermodynamics , resulting in the establishment of a nonlinear oscillator . The reactions are theoretically important in that they show that chemical reactions do not have to be dominated by equilibrium thermodynamic behavior. In cases where one of the reagents has a visible color, crossing a concentration threshold can lead to an abrupt color change in a reproducible time lapse. Examples of clock reactions are the Belousov-Zhabotinsky reaction , the Briggs-Rauscher reaction , the Bray-Liebhafsky reaction and the iodine clock reaction . The concentration of products and reactants of oscillatory chemical systems can be approximated in terms of damped oscillations Contents History Theory Types BZ reaction ... edit History The earliest scientific evidence that such reactions can oscillate was met with extreme scepticism. In 1828

27. SMB - Resources - Other Sites Of Interest Internet Differential Equations Activities (IDEA) The Internet Pilot To Physics (TIPTOP) The Israeli Society for Theoretical and Mathematical Biology (ISTMB) http://www.smb.org/resources/links.shtml

Membership Governance Meetings Publications ... Job Listings Other Sites of Interest The Ultimate Biodiversity Guide Biolinks BIOSCI bionet Newsgroup Archives BIO SIGMAA ... Mathematics in Medicine Study Groups If you know of any other sites that would be of interest to SMB members, please let us know webmaster@smb.org Return to Resources Home Search ... Members' E-Mail The Society for Mathematical Biology P.O. Box 11283 Boulder, Colorado 80301 USA 1-303-661-9942 phone, 1-303-665-8264 fax Comments or problems? webmaster@smb.org

28. ODEs: Useful Links IDEA Internet Differential Equations Activities, an interdisciplinary effort to provide students and teachers around the world with computer based activities for differential http://hornacek.coa.edu/dave/Teaching/Odes.01/links.html

Odes: Useful Links This list isn't at all comprehensive. Boston University ODES project The homepage for our text. Maple Applications . A set of differential equations applications for Maple. Could be some excellent resources here. IDEA: Internet Differential Equations Activities , "an interdisciplinary effort to provide students and teachers around the world with computer based activities for differential equations in a wide variety of disciplines." It looks like they have some great material for interesting projects, buildup of toxins, chemical reactions, rangeland ecosystems, salmon migration, small mammal dispersion, etc. Definitely worth checking out! The Connected Curriculum Project at Duke has some interesting modules on applications of differential equations. Some differential equations projects and other resources are available at Gavin Larose's DiffEQ Resource Page Internet Resources for Differential Equations at Swarthmore's math forum. Many excellent links here. Dave Odes COA Web page maintained by dave@hornacek.coa.edu

29. Calculus Resources Internet Differential Equations Activities Computerbased actvities involving differential equations including such topics as bungee jumping and El Nino http://www.chipola.edu/instruct/math/mathlab/calculus.htm

Calculus Resources Type of Resource Description This is a site maintained by Mr. Calculus to answer your calculus related questions. He also has the 1999, 1998 and 1997 AB and BC free response questions with solutions at this site.You may also email John Mieczkowski your questions. Both gentleman have made themselves available online to answer calculus questions. Windows 95 Calculator UCALC is a multipurpose calculator program which includes an expression evaluator, equation solver, integrations, summations, 2D/3D equation plotting, unit conversions, user solution modules and more, making it a helpful tool for calculus Calculus Java Applets Java applets that dynamically illustrate calculus concepts such as limits, solids of revolutions and exponential functions Calculus on the Web - a system for learning, practicing and experimenting with the ideas and techniques of calculus The Calculus Page Problems with solutions (with the most detailed, step-by-step solutions available anywhere on the internet), sample exams, tips on preparing for exams, excerpts from "How to Ace Calculus," and many other great links for Calculus (many not mentioned on this page).

30. Program On Geometric Partial Differential Equations - IMS Cochairs. Xingwang Xu (National University of Singapore) Paul Yang (Princeton University) Members. Weiyue Ding (Beijing University) C. S. Lin (Chung Cheng University) http://www.ims.nus.edu.sg/Programs/pdes/index.htm

31. Kidoguchi, Kenneth - Miscellaneous Links Internet Differential Equations Activities (IDEA), Washington State University. Project Links, Rensselaer Polytechnic Institute. Tutorials http://spot.pcc.edu/~kkidoguc/misc_KK.html

Mathematics Web Links Updated: 05 September 2010 Maplesoft Tutorials: Maplesoft Video: Getting Started With Maple. Maplesoft Video: Entering Math in Maple. Maplesoft Video: Problem Solving and Plotting in Maple. Maplesoft Video: Creating Documents in Maple. Maplesoft Student Help Centre. Mathematics Videos: Business Math. Verizon Math. Large Hadron Collider (LHC Geek Rap). Stud Work: MTH_112, Winter 2003: Jarod Landaker and Kazutoshi Maruyama. MTH_254, Spring 2005: Deanna Hutchinson, Chris Jarrett, Leif Warner, and Avaz Sobhani. MTH_254, Spring 2008: Chuangye and Nguyen. MTH_254, Spring 2008: Foley, O'Connor, Rieck. MTH_252, Fall 2008: Jacobsen, Pierson, Scherer, Wallace. MTH_256, Fall 2008: Defilippis and Zimmermann. PCC Student Support Resources: Blackboard Login Page - Selected course materials are available from this site. MTH_112 Supplemental Problem Sets. Calculator Manuals. MTH 112 Online Lecture Notes, courtesy of Peter Habermann. Creating Mathematics Inside Microsoft Word - Equation Editor , courtesy of Steve Simonds. Mathematics Student Success Centre.

32. Differential Equations Grading Activities will concentrate on the use of the computer algebra system MATLAB to visualize, graph and compute solutions to differential equations. Activities http://home1.fvcc.edu/~dhicketh/DiffEqns/DiffEqnspolicy.html

Grading Your total points for the class will consist of reading and homework assignments, activities, four exams and a class project. Your grade will be based on the following points: Homework Activities Exams 4 @ 100 pts each Project Total In addition to the above points, students work and understanding of the material presented during the semester as demonstrated through classroom and group participation will be used to assign final grades. Homework Assignments will be made almost daily. The homework will be due 2 class days after it is assigned. Some time will be set aside at the beginning of class to discuss the previous day's homework. Homework will not be discussed the day it is due. Each homework assignment is worth 5 points. The homework will be graded according to the following criteria: 10 points : All work completed correctly in a neat and organized manner showing all work. 8 points : All problems attempted in a neat and organized manner showing all work with no more that 3 incorrect. 6 points : All problems attempted in a neat and organized manner showing all work with more than 3 incorrect answers.

33. Internet Differential Equations Activities The Brusselator is a theoretical model for a type of autocatalytic reaction. The Brusselator model was proposed by Ilya Prigogine and his collaborators at the Free University of http://www.chnu.edu.cn/hbmsy/Site/math/news/109_722.html

Internet Differential Equations Activities 一个使用微分方程模型来解决实际问题的活动，是学习微分方程模型的好地方。来自Washington State University. Internet Differential Equations Activities 地址： http://www.sci.wsu.edu/idea/ 作者:math 电子邮件:math@chnu.edu.cn

34. Hyperlinks The IDEA (Internet Differential Equations Activities) Page at Washington State University features some excellent projects involving mathematical models of interesting topics like El http://www.brookscole.com/math_d/templates/student_resources/0534379990_zill/lin

The Boston University Differential Equations Project is a site of interest to those who want to emphasize concepts and graphical techniques in the teaching of differential equations. The site includes Robert Devaney's outline for his course and information about Blanchard, Devaney, and Hall's Differential Equations . There is also a useful Instructor's Manual for those who are teaching out of the Blanchard/Devaney/Hall text. Bob Devaney's lessons on using bifurcations and phase lines are an excellent resource on graphical methods. These are written to be read by students and include helpful illustrations. The IDEA (Internet Differential Equations Activities) Page at Washington State University features some excellent projects involving mathematical models of interesting topics like El Nino and bunjee jumping. The University of Illinois at Chicago Course Page features a number of Maple worksheets ranging from elementary tutorials to worksheets for specific applications. The North Carolina State DE Page includes a set of Maple worksheets illustrating topics in differential equations. Aaron Klebanoff's Complex, Technology Based Problems

35. What Does IDEA Stand For? What does IDEA mean? the content of cognition; the main Internet Differential Equations Activities Academic Science Universities http://www.abbreviations.com/bs.asp?st=IDEA

36. Webb Sites About Differential Equations Courses IDEA Internet Differential Equations Activities Washington State University College of Sciences http//www.sci.wsu.edu/idea/ Differential Equations Math Archives for Mac's http://www.sistema.itesm.mx/va/apoyo/Ma/Forma/Web-EcDif.html

Webb Sites about Differential Equations Courses Differential Equations with Maple V North Carolina State University; Dept of Mathematics http://www2.ncsu.edu/eos/info/maple_info/www/MA341Maple.html Differential Equations with Maple V The University of New Mexico; Dept of Mathematics and Statistics http://math.unm.edu/~djacobs/maprog/MA341Maple.html Differential Equations with Maple V (William Boyce course) Rensselaer Polytechnic Institute Math Dept http://www.math.rpi.edu/www/courses/diffeq4/ Cybermath Waterloo Maple, Inc. http://www.maplesoft.com/cybermath/index.html http://www.cybermath.com/ Maple Resources Rensselaer Polytechnic Institute Math Dept http://www.math.rpi.edu/www/Materials/maple.links.html Interactive Learning in Calculus and Differential Equations with Applications Indiana University of Pennsylvania; (uses "Mathematica" http://www.ma.iup.edu/projects/CalcDEMma/Summary.html IDEA: Internet Differential Equations Activities Washington State University College of Sciences http://www.sci.wsu.edu/idea/ Differential Equations Math Archives for Mac's http://archives.math.utk.edu/software/mac/diffEquations/.directory.html

37. ODEs On The Web: Differential Equations : Graphics, Models, Data - By Lomen And IDEA is Internet Differential Equations Activities, an interdisciplinary effort to provide students and teachers around the world with computer based activities for differential http://math.arizona.edu/~dsl/webodes.htm

ODEs on the Web Archives: Math Forum Internet Collection - ode (Annotated) Mathematics Archives - Topics in Mathematics - Ordinary Differential Equations Projects: Modeling Population Growth examines simple differential equations that model populations. It also introduces and explores techniques for the geometric analysis of differential equations: phase space, equilibria, and stability. NWU Differential Equations Resource Page . Differential Equations Labs that assume the student is running Mathematica. The SCHOL Project is an effort to modernize the sophomore-level ODE course by incorporating a mathematical software system into the course. The DiffEQ Resource Center is a place where teachers and students of differential equations can look for the latest information. A Web Study Guide for Ordinary Differential Equations . Click on the road maps to navigate the site. IDEA is Internet Differential Equations Activities, an interdisciplinary effort to provide students and teachers around the world with computer based activities for differential equations in a wide variety of disciplines. S.O.S. Mathematics - Differential Equations

38. TechEd99 Participants Professor LoFaro is a principal investigator of the NSF funded project Internet Differential Equations Activities (IDEA). This site provides students and instructors with http://www.wcer.wisc.edu/archive/teched99/participants/detail9.htm

Thomas LoFaro Washington State University E-mail: lofaro@trout.math.wsu.edu Web site(s): http://www.sci.wsu.edu/math/faculty/lofaro/lofaro_tp.html http://www.sci.wsu.edu/idea/ Professor LoFaro is a principal investigator of the NSF funded project Internet Differential Equations Activities (IDEA). This site provides students and instructors with software and projects demonstrating the uses of differential equations in modeling a variety of physical and biological processes. Professor LoFaro and Professor David Slavit are presently analyzing classroom data to determine how technology based projects affect student understanding of fundamental concepts in differential equations. Professor LoFaro also contributed to CODEE's ODE-Architect, a CD-ROM published by John Wiley and Sons. ODE-Architect uses multimedia and a sophisticated solver to demonstrate differential equations concepts and their applications to modeling. ODE-Architect was named one of the "9 Best Digital Products on the Planet" by NewMedia Magazine in 1998. Go back to participants list HOME INTRODUCTION LOCAL INFORMATION ... Wisconsin Center for Education Research Last Update: 10 November 1999

39. Russ Park's Home Page My research interests are in Reconstruction, Optimization, PDEs, Image Processing and Visualizations. Related Links IDEA Internet Differential Equations Activities, http://homepages.gac.edu/~rpark/

Russ Park Department of Mathematics and Computer Science Gustavus Adolphus College 800 West College Ave. Saint Peter, MN 56082-1498 Voice: (507) 933-7482 Fax: (507) 933-7041 Office: Olin 310 Email: rpark@gustavus.edu CV Fall 2010 Schedule Period Mon Tues Wed Thur Fri MCS 118 OH 321 MCS 118 OH 321 MCS 118 OH 321 MCS 118 OH 321 MCS 253 OH 318 MCS 253 OH 318 MCS 253 OH 318 MCS 253 OH 318 Office Hour OH 310 Office Hour OH 310 Office Hour OH 310 Office Hour OH 310 MCS 118 OH 321 MCS 118 OH 321 MCS 118 OH 321 MCS 118 OH 321 Courses Calculus with Precalculus Review 1A Differential Equations Research Interests I received my Ph.D in Applied Mathematics from Arizona State University where I worked with Professors Zdzislaw Jackiewicz and Anne Gelb. Prior to studying at ASU I earned a B.S. In Electrical Engineering at San Diego State University . My research interests are in Reconstruction, Optimization, PDEs, Image Processing and Visualizations. Related Links IDEA Internet Differential Equations Activities, Back to ... Mathematics Faculty

40. Stephen MacNeil - LinkedIn Digital Design, Filter Design, Transistor Analysis, Python/Unix (kshell), C Programming, Chemistry (I, II), Calculus (I,II,III), Linear Algebra, Differential Equations. Activities http://www.linkedin.com/pub/stephen-macneil/13/945/763

document.body.className += " js"; Stephen MacNeil Research Internship at Purdue University Greater New York City Area Contact Stephen MacNeil Add Stephen MacNeil to your network Current Research at Purdue University Past Software and Database Engineering at Cordis Software Engineer at Research Experience at Purdue University see less... Education Purdue University Immaculata High School Connections connections Industry Computer Software Websites Personal Website Blog I am currently very interested in computer visualization. It is an interesting way to integrate my passions of art, design, computers and data. I really like the idea of making data that was previously inaccessible not only available but also understandable. I am also interested in automation and intelligent systems. I am interested in artificial intelligent interactions between applications and databases or applications and web content.

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