This paper presents a teaching experience in non-Euclidean geometry involving the use of artefacts and physical experiences. The teaching practice was set up for a group of 25 4th-year high-school students. The aim of this activity was to encourage the “process of translation from ‘reality’ to mathematics and back”. Further, the students were stimulated to evaluate the authenticity of the proposed context, which was designed for learning about spherical geometry and its value in helping students understand and organise the abstract key facts of the topic. The overall aim was to shift back to the starting point and apply the acquired theoretical knowledge in order to interpret a real-world problem.

A non-euclidean clockwork orange: from reality to mathematics and back / G.G. Bini. - In: QUADERNI DI RICERCA IN DIDATTICA. - ISSN 1592-4424. - 27:suppl. 2(2017), pp. 91-93. (Intervento presentato al 69. convegno CIEAEM tenutosi a Berlino nel 2017).

A non-euclidean clockwork orange: from reality to mathematics and back

G.G. Bini
Primo
2017

Abstract

This paper presents a teaching experience in non-Euclidean geometry involving the use of artefacts and physical experiences. The teaching practice was set up for a group of 25 4th-year high-school students. The aim of this activity was to encourage the “process of translation from ‘reality’ to mathematics and back”. Further, the students were stimulated to evaluate the authenticity of the proposed context, which was designed for learning about spherical geometry and its value in helping students understand and organise the abstract key facts of the topic. The overall aim was to shift back to the starting point and apply the acquired theoretical knowledge in order to interpret a real-world problem.
Cet article présente une expérience pédagogique dans la géométrie non- euclidienne impliquant l'utilisation d'artefacts et d'expériences réelles. La pratique pédagogique a été mise en place pour un groupe de 25 élèves du quatrième année de l’école secondaire. Le but de cette activité était d'encourager le “processus de traduction de la ‘réalité’ aux mathématiques et retour”. En plus, les étudiants ont été stimulés à évaluer l'authenticité du contexte proposé, conçu pour apprendre la géométrie sphérique et sa valeur pour aider les élèves à comprendre et à organiser les faits clés abstrait du sujet. L'objectif général était de revenir au point de départ et d'appliquer les connaissances théoriques acquises afin d'interpréter un problème réel.
Settore MAT/04 - Matematiche Complementari
2017
http://math.unipa.it/~grim/quaderno27_suppl_2.htm
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/2434/955415
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