The Analysis of a Model–Task Dyad in Two Settings: Zaplify and Pencil and Paper

This paper examines the added value of a digital tool that constitutes a new model to introduce students to multiplication. Drawing on the theory of semiotic mediation, the semiotic potential of this new model is analysed with respect to the same task that can be solved in two different settings (th...

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Main Author: Canan Güneş
Format: Article
Language:English
Published: MDPI AG 2021-03-01
Series:Mathematics
Subjects:
Online Access:https://www.mdpi.com/2227-7390/9/5/581
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author Canan Güneş
author_facet Canan Güneş
author_sort Canan Güneş
collection DOAJ
description This paper examines the added value of a digital tool that constitutes a new model to introduce students to multiplication. Drawing on the theory of semiotic mediation, the semiotic potential of this new model is analysed with respect to the same task that can be solved in two different settings (the digital tool and pencil and paper). The analysis shows that the task solutions undergo significant changes depending on to the technological settings. Even though the end product of the model–task dyads might look the same in both settings, the product emerges from the different processes that would mediate quite different meanings for multiplication. This suggests that while designing tasks that involve mathematical models, rather than focusing only on the end product, considering the whole process would reveal the extensive potential meanings the model–task dyad can mediate.
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spelling doaj.art-d59b04e3e30247cbb1d03c5c32f50c672023-11-21T09:44:16ZengMDPI AGMathematics2227-73902021-03-019558110.3390/math9050581The Analysis of a Model–Task Dyad in Two Settings: Zaplify and Pencil and PaperCanan Güneş0Faculty of Education, Simon Fraser University, Burnaby, BC V5A 1S6, CanadaThis paper examines the added value of a digital tool that constitutes a new model to introduce students to multiplication. Drawing on the theory of semiotic mediation, the semiotic potential of this new model is analysed with respect to the same task that can be solved in two different settings (the digital tool and pencil and paper). The analysis shows that the task solutions undergo significant changes depending on to the technological settings. Even though the end product of the model–task dyads might look the same in both settings, the product emerges from the different processes that would mediate quite different meanings for multiplication. This suggests that while designing tasks that involve mathematical models, rather than focusing only on the end product, considering the whole process would reveal the extensive potential meanings the model–task dyad can mediate.https://www.mdpi.com/2227-7390/9/5/581digital toolsmodel–task dyadmultiplication modelthe semiotic potential
spellingShingle Canan Güneş
The Analysis of a Model–Task Dyad in Two Settings: Zaplify and Pencil and Paper
Mathematics
digital tools
model–task dyad
multiplication model
the semiotic potential
title The Analysis of a Model–Task Dyad in Two Settings: Zaplify and Pencil and Paper
title_full The Analysis of a Model–Task Dyad in Two Settings: Zaplify and Pencil and Paper
title_fullStr The Analysis of a Model–Task Dyad in Two Settings: Zaplify and Pencil and Paper
title_full_unstemmed The Analysis of a Model–Task Dyad in Two Settings: Zaplify and Pencil and Paper
title_short The Analysis of a Model–Task Dyad in Two Settings: Zaplify and Pencil and Paper
title_sort analysis of a model task dyad in two settings zaplify and pencil and paper
topic digital tools
model–task dyad
multiplication model
the semiotic potential
url https://www.mdpi.com/2227-7390/9/5/581
work_keys_str_mv AT canangunes theanalysisofamodeltaskdyadintwosettingszaplifyandpencilandpaper
AT canangunes analysisofamodeltaskdyadintwosettingszaplifyandpencilandpaper