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  • About
  • The Global ETD Search service is a free service for researchers to find electronic theses and dissertations. This service is provided by the Networked Digital Library of Theses and Dissertations.
    Our metadata is collected from universities around the world. If you manage a university/consortium/country archive and want to be added, details can be found on the NDLTD website.
1

Aktiv problemlösning : Matematik med hjälp av rörelse / Active problem solving : Mathematics using motion

Källgarn, Elin January 2023 (has links)
Detta examensarbete är en intervention där jag undersöker vilka rörelser lågstadieelever använder sig av när de arbetar med problemlösning samt hur dessa förändras över tid. Under problemlösningen får eleverna möjlighet att använda sig av både handgester och större kroppsrörelser. Interventionen genomfördes med två egen utformade uppgifter med problemlösning i matematiska mönster, med geometriska former och på tallinjen. 26 elever deltog i studien, varav 23 av dem per uppgift, fördelat på sex grupper. Under elevernas arbete med mönstret med geometriska former genererade grupperna 890 rörelser i genomsnitt, medan mönstret på tallinjen i genomsnitt genererade 700 rörelser per grupp. Resultatet visar både en vinning i att låta elever utforska lösningar och passande rörelser själva samt att en viss styrning av rörelser kan vara bra om eleverna har svårt att upptäcka mönstret. / In this thesis I use an intervention to examine motions that pupils in the elementary school ages are using during mathematical problem-solving tasks and how these motions changes over time. During the problem-solving the pupils was allowed to use both hand gestures and bodily movements. I created two tasks of mathematical problems with patterns that was used in the intervention. One pattern with geometric shapes and the other one with a pattern on a number line. 26 pupils participated in this study and 23 pupils attended each task, divided in to six groups. During the pupils work with the geometric pattern they produced an average of 890 motions per group and the number line pattern produced an average of 700 motions per group. The result shows that the pupils can gain from having to find the solution and appropriate movements to the task, but also that a certain amount of governance can be useful if the pupils are struggling to see the pattern.

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