Research indicates that calculus students often imagine objects losing a dimension entirely when a limit is taken, and that this image serves as an obstacle to their understanding of the fundamental theorem of calculus. Similar imagery, in the form of “indivisibles”, was similarly unsupportive of the development of the fundamental theorem in the mid-1600s, unlike the more powerful subsequent imagery of infinitesimals. This parallel between student issues and historical issues suggests several implications for how to provide students with imagery that is more productive for understanding the fundamental theorem, such as the imagery of infinitesimals or the more modern quantitative limits approach, which relies heavily on quantitative reasoni...
This study uses self-generated representations (SGR) - images produced in the act of explaining - as...
29 pagesThe subject of calculus covers a multitude of complex topics and labyrinthine worlds, but th...
When Newton and Leibniz first developed calculus, they did so by using infinitesimals (really really...
This article argues that first semester calculus courses for non-mathematics majors should be taught...
textThis research is an investigation of first-year calculus students’ spontaneous reasoning about ...
The present research corroborates K. Sullivan\u27s initial results as stated in her epoch making stu...
A number of significant changes have have occurred recently that give us a golden opportunity to rev...
Misconceptions about limits in introductory Calculus such as the infamous “a function never reaches ...
This dissertation explores the roles of students' intuitive knowledge in learning formal mathematics...
The aim of this research was to investigate students' understanding of the Fundamental Theorem of Ca...
Calculus at the university level is taken by thousands of undergraduate students each year. However,...
The number of high school students studying introductory calculus is increasing (Bressoud, 2005), so...
In teaching calculus, it is not uncommon to mention the controversy over the role of infinitesimals ...
In standard treatments of calculus, the Fundamental Theorem of Calculus is often presented as a comp...
The gap between the concept image and the concept definition will greatly affect a person’s understa...
This study uses self-generated representations (SGR) - images produced in the act of explaining - as...
29 pagesThe subject of calculus covers a multitude of complex topics and labyrinthine worlds, but th...
When Newton and Leibniz first developed calculus, they did so by using infinitesimals (really really...
This article argues that first semester calculus courses for non-mathematics majors should be taught...
textThis research is an investigation of first-year calculus students’ spontaneous reasoning about ...
The present research corroborates K. Sullivan\u27s initial results as stated in her epoch making stu...
A number of significant changes have have occurred recently that give us a golden opportunity to rev...
Misconceptions about limits in introductory Calculus such as the infamous “a function never reaches ...
This dissertation explores the roles of students' intuitive knowledge in learning formal mathematics...
The aim of this research was to investigate students' understanding of the Fundamental Theorem of Ca...
Calculus at the university level is taken by thousands of undergraduate students each year. However,...
The number of high school students studying introductory calculus is increasing (Bressoud, 2005), so...
In teaching calculus, it is not uncommon to mention the controversy over the role of infinitesimals ...
In standard treatments of calculus, the Fundamental Theorem of Calculus is often presented as a comp...
The gap between the concept image and the concept definition will greatly affect a person’s understa...
This study uses self-generated representations (SGR) - images produced in the act of explaining - as...
29 pagesThe subject of calculus covers a multitude of complex topics and labyrinthine worlds, but th...
When Newton and Leibniz first developed calculus, they did so by using infinitesimals (really really...