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Limit plays a vital role as a foundational concept in analysis. The vast majority of topics encountered in calculus and undergraduate analysis are built upon understanding the concept of limit and being able to work flexibly with its formal definition. This book describes a study conducted with the purpose of: 1) Developing insight into students reasoning about limit in relation to their reinventing the formal definition, and; 2) Informing the design of principled instruction that might support students attempts to reinvent the formal definition. In separate teaching experiments, two pairs of…mehr

Produktbeschreibung
Limit plays a vital role as a foundational concept in
analysis. The vast majority of topics encountered in
calculus and undergraduate analysis are built upon
understanding the concept of limit and being able to
work flexibly with its formal definition. This book
describes a study conducted with the purpose of: 1)
Developing insight into students reasoning about
limit in relation to their reinventing the formal
definition, and; 2) Informing the design of
principled instruction that might support students
attempts to reinvent the formal definition. In
separate teaching experiments, two pairs of students
successfully reinvented a definition of limit
capturing the intended meaning of the conventional - definition. This book traces the evolution of the
students definitions over the course of two ten-week
teaching experiments, and highlights thematic
findings which point to what might be entailed in
coming to reason flexibly and coherently about limit
and its formal definition. This book should be
especially useful for mathematics educators at the
secondary and tertiary levels, particularly those who
teach calculus and introductory analysis.
Autorenporträt
Craig A. Swinyard, Ph.D.: Studied Mathematics Education at
Portland State University. Assistant Professor of Mathematics at
University of Portland, Portland, Oregon. Research interests
include students'' reasoning about concepts fundamental to
calculus and analysis.