Kamis, 29 September 2011

Pembudayaan Matematika di Sekolah Untuk Mencapai Keunggulan Bangsa By Dr. Marsigit


 Reviewed by Mira Rahmawati (09301244016) Pendidikan Matematika Swadana 

Civilize math in school have an understanding aspects of the nature of mathematics, the essence of school mathematics, mathematics education essence, the essence of the value of mathematics, the essence of studying mathematics, the nature of mathematics teaching and learning process, the nature of the acculturation of school mathematics. In addition, should think about mathematics education, mathematics learning, mathematics thinking, and so on.
Mathematical Thinking covers three aspects: first, the attitude of mathematics, second, methods of mathematical thinking, and the third mathematical content. So think of mathematics as well stretch on mathematical thinking in its dimensions, meaning there is to think of mathematics in schools / materials, or college / formal. In general, mathematics attitude shown by the indicators of sincere pleasure and to learn mathematics, attitudes that support for the study of mathematics, knowledge is sufficient to study mathematics, curiosity, ability to ask, the ability to acquire mathematical skills and experience.
Mathematical acculturation is an implication of awareness of the importance of reflection activities through the study of mathematics and mathematics education mathematics in various dimensions. Thus the mathematical acculturation implies how far we are able to perform activities in a range of intentions, attitudes, knowledge, skills and experience of mathematics, mathematics education and mathematics learning. Acculturation of mathematics can be achieved on the basis of an understanding of mathematical knowledge that is objective and subjective mathematics actors in its efforts to obtain the justification of the truth of mathematics through the creation, formulation, representation, publication and interaction. Explicitly based on mathematical acculturation: (1) knowledge of mathematics in various dimensions, which include the nature, justification and occurrence, (2) mathematical objects in various dimensions which include the nature and origin, (3) the use of formal mathematics, including its effectiveness in science, technology and other sciences, and (4) practices on various dimensions of mathematics more generally, including the activities of the mathematician or mathematical activity of elementary school students.
Familiarization and learning of mathematics through communication such as ways to instill the essence of the role of learning mathematics as anything.

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