首页> 外文会议>International Conference on Mathematics and Science Education >Metacognition Think Aloud Strategies In Setting Cooperative Think-Pair-Share/Square to Develop Students' Math Problem Solving Ability: (Comparative Study on Students of Madrasah Tsanawiyah Boarding/non-Boarding school in Pekanbaru)
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Metacognition Think Aloud Strategies In Setting Cooperative Think-Pair-Share/Square to Develop Students' Math Problem Solving Ability: (Comparative Study on Students of Madrasah Tsanawiyah Boarding/non-Boarding school in Pekanbaru)

机译:元认知在制定合作思想 - 分享/广场方面思考策略,以培养学生的数学问题解决能力:(马德拉斯三根达学生的比较研究,佩克巴鲁

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The problem in this research is the lack of student's Mathematical Problem Solving (MPS) ability. To overcome this problem, researchers tested the learning strategies that hone skills that are called meta-cognitive. A Meta-cognitive learning strategy is a habituation learning to control the thought process through a series of questions meta-cognition. One strategy meta-cognition is through think-aloud that can be done in a cooperative setting either in pairs (pair) as well as groups of four (square). The purpose of this study is to compare and analyze the MPS between students who received learning Meta-cognition Think-Aloud in cooperative (Think-Pair-Share) (MTAP), Meta-cognition Think-Aloud in a cooperative (Think-Pair-Square) (MTA-S), and Direct Instruction (DI). This study is the mixed methods with quasi-experimental design posttest only the students of class VIII Madrasah Tsanawiyah (MTs)/Boarding School (PP) in Pekanbaru. The data was collected with MPS test, MPS task analysis and interviews. Data was analyzed by descriptive statistics and comparative test. Based on the analysis, it can be concluded that: 1) There is a difference of MPS between students overall based strategy (MTA-P, MTA-S, DI), based on the School system (MTs, PP), school rankings (A, B), based on their General Math Ability/KMU (high, medium, low), and gender male (M), Female (F). MPS of students at MTA-P is better than MPS of students on other two strategies; 2) There is interaction between learning strategy based on schools ranks in MPS students; 3) The most dominant indicator in the process of thinking of students in MPS is to understand the problem, and the least is to re-check the obtained solution.
机译:该研究的问题是缺乏学生的数学问题解决(MPS)能力。为了克服这个问题,研究人员测试了蜂拥磨练的学习策略,称为元认知。元认知学习策略是一种习惯,通过一系列问题来控制思想过程。一个策略元认知是通过思考,大声思考,可以成对(对)以及四个(方形)的组。本研究的目的是比较和分析接受学习元认知的学生之间的MPS - 大声在合作(思考 - 分享)(MTAP),Meta-认知在合作中思考(思考 - 方形)(MTA-S)和直接指令(DI)。本研究是与准实验设计的混合方法仅在Pekanbaru中viii Madrasah Tsanawiyah(MTS)/寄宿学校(PP)的学生。通过MPS测试,MPS任务分析和访谈收集数据。通过描述性统计和比较测试分析数据。基于分析,可以得出结论:1)基于学校的总体战略(MTA-P,MTA-S,DI)之间存在MPS的差异,基于学校系统(MTS,PP),学校排名( a,b)基于它们的一般数学能力/ kmu(高,中,低)和性别雄性(m),女性(f)。 MTA-P的学生MPS比其他两种策略的学生更好; 2)基于学校的学习策略之间存在互动,在MPS学生中划分; 3)在MPS思考学生的过程中最占主导地位的指标是理解问题,最少就是重新检查所获得的解决方案。

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