The relationship between academic mathematics as practiced by researchers at universities and classroom mathematics (the mathematical practices in classrooms in primary, lower and upper secondary education as well as in undergraduate university education) is a fundamental question in mathematics education. The focus of the study presented here is on how this relationship is seen from the perspective of mathematics education and by researching mathematicians, with a focus on proof. The Fundamental Theorem of Calculus (FTC) and its proof provide an illuminating but also curious example. The propositional content of the statements, which are connected to this name, varies. Consequently, also the proofs differ. The formulations of different ver...
The study shows that mathematical proof does not live in the classroom as it does in mathematics esp...
This paper discusses the use of the Theory of Didactic Situations (TDS) at university level, paying ...
Abstract: Students often use imitative reasoning, i.e. copy algorithms or recall facts, when solving...
The relationship between academic mathematics as practiced by researchers at universities and classr...
The two main processes of calculus are integration and differentiation. These two processes are inti...
This study was designed to investigate the question, How can the Fundamental Theorem of Calculus be...
Using the tools of praxeological analysis and didactical transposition analysis, the treatments of t...
The aim of this study is to evaluate the effect of technology-assisted instruction on theoretical aw...
In the early part of the 20th century, J. Perry and F. Klein insisted that the elementary principles...
This paper examines mathematical proof from a historical, mathematical and educational perspective. ...
The aim of this research was to investigate students' understanding of the Fundamental Theorem of Ca...
In standard treatments of calculus, the Fundamental Theorem of Calculus is often presented as a comp...
We explore teaching mathematicians’ views on the benefits of studying proof in the basic university ...
This video presents one camera view from a post-high school session conducted with seven students wh...
Abstract For a long time, mathematical proof has been at the core of an active debate in the commun...
The study shows that mathematical proof does not live in the classroom as it does in mathematics esp...
This paper discusses the use of the Theory of Didactic Situations (TDS) at university level, paying ...
Abstract: Students often use imitative reasoning, i.e. copy algorithms or recall facts, when solving...
The relationship between academic mathematics as practiced by researchers at universities and classr...
The two main processes of calculus are integration and differentiation. These two processes are inti...
This study was designed to investigate the question, How can the Fundamental Theorem of Calculus be...
Using the tools of praxeological analysis and didactical transposition analysis, the treatments of t...
The aim of this study is to evaluate the effect of technology-assisted instruction on theoretical aw...
In the early part of the 20th century, J. Perry and F. Klein insisted that the elementary principles...
This paper examines mathematical proof from a historical, mathematical and educational perspective. ...
The aim of this research was to investigate students' understanding of the Fundamental Theorem of Ca...
In standard treatments of calculus, the Fundamental Theorem of Calculus is often presented as a comp...
We explore teaching mathematicians’ views on the benefits of studying proof in the basic university ...
This video presents one camera view from a post-high school session conducted with seven students wh...
Abstract For a long time, mathematical proof has been at the core of an active debate in the commun...
The study shows that mathematical proof does not live in the classroom as it does in mathematics esp...
This paper discusses the use of the Theory of Didactic Situations (TDS) at university level, paying ...
Abstract: Students often use imitative reasoning, i.e. copy algorithms or recall facts, when solving...