数学的問題解決における自己参照的活動に関する研究(IX) : 「じゃんけん問題」解決終了後のふり返り活動による解法の進展について
書誌事項
- タイトル別名
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- Study on Self-Referential Activity in Mathematical Problem Solving (IX) : The Development of Solution through Some Looking-back Activities after Solving "Paper-Rock-Scissors Problem"
抄録
The purpose of a series of our studies is to investigate the role of "self-referential activity" in mathematical problem solving. The term "self-referential activity" means solver's activities that she/he refers to her/his own solving processes or products during or after problem solving. For example, in study (I), we proposed the theoretical framework for analyzing self-referential activity. And, in study (II) and (Ill), we elaborated the variable "OG/NOG" and "M-SE/SE-C" respectively. In studies (VII), we theoretically examined the role of "looking-back" activity in the phase after problem solving, and we identified six roles of "looking-back" activity. In addition, we investigated "looking-back" activity after solving "Telephone-Line Problem" to examine the effectiveness of some kind of treatments to develop solver's solution. The purpose of this article is to investigate the development of solution through some looking-back activities after solving other kind of problem ("Paper-Rock-Scissors Problem"). In order to investigate whether there is any development of solution after a specific looking-back activity, the control group and the three experimental groups were set up. All groups solved two types of paper-rock-scissors problems; the two problems (Problem 1 and 2) had same problem structure, but the second Problem 2 with more broad problem space was more complicated and relatively difficult. And, the subjects in each experimental group had to reply a question between solving Problem 1 and Problem 2. The question statement was intended for implementing a specific looking-back activity with the corresponding function to "checking your own solution" (Check-Solution Treatment), "inquiring into better solution" (Better-Solution Treatment), and "examining generalization of your own solution" (Generalization Treatment) respectively. As a result, we could find the following points. (1) It seemed to be difficult to improve solver's misunderstanding or inappropriate problem representation with/without treatments. (2) "Unsophisticated solution" founded in the control group had a tendency to be fixed even if the problem became more complicated. (3) There was not a significant difference among control group and treatment groups, but each of the treatments seemed to contribute to the development of solution. This tendency suggests that some general and content-free treatments such as ones treated in this article may play an important role in mathematics classroom situation in terms of whole-class problem solving.
収録刊行物
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- 数学教育学研究 : 全国数学教育学会誌
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数学教育学研究 : 全国数学教育学会誌 14 (0), 31-40, 2008
全国数学教育学会
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詳細情報 詳細情報について
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- CRID
- 1390282763085497344
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- NII論文ID
- 110009498610
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- ISSN
- 24333034
- 13412620
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- 本文言語コード
- ja
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- データソース種別
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- JaLC
- CiNii Articles
- KAKEN
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- 抄録ライセンスフラグ
- 使用不可