Anton , Noornia (2011) Cooperative Learning With Metacognitive Approach To Enhance Mathematical Critical Thinking And Problem Solving Ability, And The Relation To SelfRegulated Learning. PROCEEDINGS International Seminar and the Fourth National Conference on Mathematics Education. ISSN 9789791635370

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Abstract
Mathematical critical thinking and problem solving ability are the ability that are expected to be obtained by students after they have done the learning mathematics in schools. In fact, most students have difficulties in mastering these skills when they are faced with problems that require the ability of higherorder thinking skills. Implementation of cooperative learning model in which metacognition approach developed into one of the alternatives that should be done considering the importance of metacognition as the supporting aspects of the mastery of mathematical critical thinking and problemsolving ability. To determine the successful application of these learning models, then performed experiments in the form of research in East Jakarta to three junior high schools with the criteria are high, medium and low, as the sampled study. At each school were conducted experiments to 3 classes that were given different treatments. In Experiment class 1 model of cooperative approaches applied metacognition (KPM), in experiment class2 was applied only cooperative model (KP), and was applied the conventional learning to the control class (KV). Samples are 309 students. During the implementation, students were given problems that require critical thinking and problem solving ability. By solving these kinds of problems the students trained to be introduced and familiarized with mathematics problem solving strategies. Based on the results of data analysis, the conclusion that mathematical critical thinking and problem solving ability and selfregulated learning differ significantly based on; early math ability of students, and the application of models of learning. Through the calculation of the value of ngain as a function of the difference between pretest scores and postest, found that math critical thinking and problem solving ability with students studying mathematical models of KPM higher than students who studied with KP and KV model. Key words: metacognition learning, cooperative learning, critical thinking skills, problem solving skills, selfregulated learning
Item Type:  Article 

Subjects:  Prosiding > KNPM 2011 
Divisions:  Fakultas Matematika dan Ilmu Pengetahuan Alam (FMIPA) > Pendidikan Matematika > Pendidikan Matematika 
Depositing User:  Jurusan Pendidikan Matematika 
Date Deposited:  09 Jul 2012 03:11 
Last Modified:  09 Jul 2012 03:11 
URI:  http://eprints.uny.ac.id/id/eprint/1868 
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