- Computer-Based Calculus - Przemyslaw Bogacki, Gordon Melrose; Old Dominion University
Archives of the ODU Calculus Project project, which has the goals of enhancing students' graphical and numerical understanding of calculus, and making the software/hardware aspect of the course as transparent as possible. With access to the preliminary
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- Connected Curriculum Project: CCP Materials - Lawrence C. Moore & David A. Smith, Duke University
Materials for Precalculus, Differential Calculus, Integral Calculus, Multivariable Calculus, Differential Equations, Linear Algebra, and Engineering Math, with application areas in biology, chemistry, economics, engineering, environmental sciences, epidemiology,
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- Exploring Precalculus - William Mueller
A lively and intuitive introduction to precalculus. Materials center on three themes: functions, rates of change, and accumulation. Showing the subject from many angles, illustrations include algebraic, graph-based, and real-world examples, and feature
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- Groupe Fractales (INRIA) - Benoît Leblanc and Frédéric Raynal
A group of researchers studying the application of fractal techniques to complex systems, especially signal processing. Introduction to the theoretical aspects of fractal analysis; genetic algorithms; introduction to time-scale analysis, in French; applications,
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- North Carolina School of Science and Mathematics (NCSSM) AP Calculus Web Center - John Goebel, Matt Wagers
Available here are postings related to the high school AP calculus program, including a Lesson Center which contains MathcadŽ versions of class lectures (MathcadŽ 6.0 or later required); Study Aids which provide material useful for AP Calculus exam preparation,
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