Chapter · October 20, 2016
Chapter 7 Algebra as Part of an Integrated High School Curriculum James T. Fey
and David A. Smith Abstract Traditional high school mathematics curricula in the
United States devote 2 years almost exclusively to development of student ... ...
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Conference · January 1, 2006
Introduction. Sam looked up from the stack of orders on his desk and glanced at his watch. 3:30, time to work on his project with Andrew. He pushed the orders to one side and turned to his computer. No picture this time, but Andrew's voice came through wit ...
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Journal ArticleJournal of Online Mathematics and Its Applications · December 1, 2001
The Connected Curriculum Project (CCP) is a coordinated effort to create interactive learning environments for a wide range of mathematical topics and mathematics-based applications. Our materials combine the flexibility and connectivity of the Web with th ...
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ConferenceLecture Notes in Computer Science Including Subseries Lecture Notes in Artificial Intelligence and Lecture Notes in Bioinformatics · January 1, 1992
Calculus is the study of change. The concepts of calculus enable us to model processes that change and to describe properties of these processes that remain constant in the midst of change. Now change has come to the learning of calculus -change driven by ...
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Journal ArticleSIAM Review · January 1, 1987
The authors describe and compare five methods for extrapolating to the limit (or anti-limit) of a vector sequence without explicit knowledge of the sequence generator. The methods are the minimal polynomial extrapolation (MPE); the reduced rank extrapolati ...
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Journal ArticleSIAM Journal on Numerical Analysis · January 1, 1986
A general approach to the construction of convergence acceleration methods for vector sequences is proposed. Using this approach, one can generate some known methods, such as the minimal polynomial extrapolation, the reduced rank extrapolation, and the top ...
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Journal ArticleNASA Technical Paper · January 1, 1983
A general approach to the construction of convergence acceleration methods for vector sequences is proposed. Using this approach, one can generate some known methods, such as the minimal polynomial extrapolation, the reduced rank extrapolation, and the top ...
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Journal ArticleMathematics of Computation · January 1, 1982
As part of a continuing program of numerical tests of convergence accelerators, we have compared the iterated Aitken’s A2 method, Wynn’s e algorithm, Brezinski’s 0 algorithm, and Levin’s u transform on a broad range of test problems: linearly convergence a ...
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Journal ArticleJournal of Mathematical Psychology · January 1, 1978
The apparent curves of stable geometrical illusions of angle are modeled by a first-order differential equation depending on a single parameter, called the strength of the illusion. The model is based on Brentano's theory that the human visual system tends ...
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