Differential Equations: A Toolbox for Modeling the World (paperback)
Physical Paperback Textbook
Differential Equations: A Toolbox for Modeling the World
- Author: Dr. Kurt Bryan, Rose-Hulman Institute of Technology, Terre Haute IN USA
- ISBN: 978-1-63877-937-7
- Version: 1.12, printed August 2022
- Formats: Paperback (10 × 7.5 × 1.125 inches) and PDF with hyperlinks
- 561 pages, In English
- Moderatedly priced to help your wallet
This is a real book you can hold in your hands, flip pages, highlight, and read in the natural way.
Proceeds from the sale of this book sustain the SIMIODE Community of Practice. SIMIODE is a US-based 501(c)(3) non-profit organization focused on a modeling first method of teaching differential equations.
Domestic shipping is $9 which reflects the cost of packaging, shipping, and handling. Expect your book to arrive by USPS within 4–11 business days. International shipping rates are shown at checkout.
Supplementary Materials - We invite Students and Instructors to peruse the supplementary materials. You will find helpful code samples, hints, solutions, and data sets.
"This book is the only one this reviewer is aware of that presents differential equations in a modeling context rather than merely adding a bit of modeling to the standard presentation. If you want to study the mathematics of differential equations in a modeling context, you are in the right place."
Have a look at the Table of Contents and Chapter 1 (PDF, 3.92M) to see a sample of the modeling first approach, scope of topics, and how this will help your teaching and enhance your students' learning and understanding.
- Modeling first approach throughout
- Links to many SIMIODE Modeling Scenarios and other sources
- Fresh narrative on the rationale for studying differential equations
- Practice problems and questions, many with solutions
- Projects in each section
- Modeling threads through the text
- Extra sections and appendices, e.g., control theory, linear algebra, circuits
- Supplementary Materials available online for Students and Instructors with helpful code samples, hints, solutions, and data sets.
Proceeds sustain the SIMIODE Community of Practice. SIMIODE is a US-based 501(c)(3) non-profit organization focused on a modeling first method of teaching differential equations. We thank you for your support.