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Lessons in Mathematics: A Dynamic Approach
By Diana Fisher
Mathematics is tough-sledding for many. The difficulty is that most students fail to appreciate that mathematics is "just a language." It happens to be a very rigorous language, one with very little ambiguity associated with its symbols. It's also a very abstract one. And it's primarily the latter attribute, abstractness, which causes many students to falter. Lessons in Mathematics: A Dynamic Approach by Diana Fisher, author of the new Modeling Dynamic Systems: Lessons for a First Course, is going to help a lot of these students! Diana's book offers loads of problems that students will find both interesting and fun. She then makes use of the STELLA software's icon-based, non-abstract language to structure these problems in ways that students can easily visualize. Students then can make use of the software's simulation capabilities to explore solutions to the problems. Diana's years of teaching have helped to ensure that her lessons are right-out-of-the-box-ready for you to use in your classroom today.
Engage students in activities that help construct their understanding of mathematics.

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Design diagrams that model the structure of mathematical functions to understand their behavior Represent important Algebra and Calculus functions visually to support diverse learning styles.
*A Special Note for Teachers in the Sciences

 Since the initial publication of this book, many have remarked that the lessons can add great value in science teaching. It turns out that many of the lessons provide powerful vehicles for explaining basic science concepts. Other lessons provide real-world case studies that are highly applicable to the more mathematically rigorous classes in the sciences. So even if you’re not a teacher of mathematics, these lessons can be useful to you.

From a content perspective, you’ll find that the majority of the lessons are drawn from topics covered in the sciences. The motion lessons found throughout the book, for example, can be used to introduce, reinforce, or supplement concepts taught in the physical science and/or physics curriculum. Similarly, the population dynamics lessons found in Chapters 3 and 4 can be used in the context of many classes in the life sciences. Lessons such as “Contagious Diseases” (Chapter 7) and “Lead in the Body” (Chapter 7) can form the basis for student work in a variety of classes.

If you’re a science teacher, we encourage you to peruse the lessons. As you do, you’ll quickly see how they might be adapted to your curriculum.

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$99.00 Add to Cart
For a limited time, purchase with Diana's "Modeling Dynamic Systems: Lessons for a First Course" and save over 20%!!
The package includes:
  • A Teacher’s Guide
  • A CD containing:
      —Student Lessons (with unlimited copying rights)
      —Models associated with the Teacher’s Guide
      —A run-time version of the STELLA software
  • "In my classroom, I am continually seeking to employ techniques that emphasize student driven learning through participation in the scientific process. Diana’s labs are a perfect fit. They are easy to prepare for and are error free. They guide the students through scientific problem solving and require a careful analysis."
      —Chris Hedeen
    Oregon City High School,
    Oregon City, Oregon
     

     
    About the Author
    Diana Fisher received her bachelor's degree in mathematics from the University of Texas, El Paso and her master's degree in mathematics from the University of Montana. A teacher since 1969, she is currently teaching Advanced Algebra, AP Calculus, C++ and Java Programming, and Modeling Dynamic Systems at Wilson High School in Portland, Oregon.

    She has presented at the International System Dynamics Conference since 1994, presenting plenary papers in 1998, 2000 and 2003. In 1995 she received the Presidential Award for Excellence in Mathematics Teaching for the state of Oregon. In 1996 she was first-place co-winner of the Intel Innovations in Teaching Award for the state of Oregon. She was the director of the National Science Foundation (NSF) CC-STADUS (Cross-Curricular Systems Thinking and Dynamics Using STELLA) grant (1993-1996) and also co-directed the NSF CC-SUSTAIN (Cross-Curricular Systems Using STELLA: Training and In-service) grant (1997-2000).

    Diana published Lessons in Mathematics: A Dynamic Approach in 2001 and Modeling Dynamic Systems: Lessons for a First Course in 2004. She has worked in industry as a software engineer and co-authored (in the 1980s) three programming textbooks published by Computer Science Press.

     
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