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For the Learning of… | 9 |

Author

Steiner, Hans-Georg | 2 |

Balacheff, Nicolas | 1 |

Cooney, Thomas | 1 |

D'Ambrosio, Ubiratan | 1 |

Graf, Klaus-Dieter | 1 |

Hodgson, Bernard R. | 1 |

Nesher, Pearla | 1 |

Radford, Luis | 1 |

Sierpinska, Anna | 1 |

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Journal Articles | 9 |

Speeches/Meeting Papers | 9 |

Opinion Papers | 5 |

Information Analyses | 2 |

Reports - Descriptive | 1 |

Reports - Evaluative | 1 |

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Practitioners | 4 |

Researchers | 2 |

Teachers | 2 |

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Peer reviewed

Radford, Luis – For the Learning of Mathematics, 1997

Contributes to a reflection on the possibilities and the limits of a non-naive use of the history of mathematics for educational purposes. Discusses a problem related to the hypotheses that make it possible to confront past and modern conceptual developments. Contains 45 references. (DDR)

Descriptors: Concept Formation, Cultural Context, Educational History, Educational Strategies

Peer reviewed

D'Ambrosio, Ubiratan – For the Learning of Mathematics, 1990

Given that mathematics is the essence of scientific and rational thinking, and that mathematics is the imprinter of both modern society and modern thought, implicit curricular proposals for both pre- and in-service mathematics teacher training are suggested for the revitalized teacher promotion of students' just and democratic behaviors. (JJK)

Descriptors: Democratic Values, Educational Psychology, Elementary Secondary Education, Ethnomathematics

Peer reviewed

Nesher, Pearla – For the Learning of Mathematics, 1987

Advances the idea that performance errors should contribute positively to the process of learning. Argues that errors do not occur randomly and that instructional theory should not condemn errors, but seek them. (PK)

Descriptors: Concept Formation, Educational Theories, Elementary School Mathematics, Elementary Secondary Education

Peer reviewed

Steiner, Hans-Georg – For the Learning of Mathematics, 1987

Comments on six theses about mathematics education are presented. How theories on teaching and learning mathematics are derived or developed, how philosophies are related, and their role in mathematics education are among the points discussed. (MNS)

Descriptors: Conference Papers, Educational Philosophy, Educational Theories, Learning

Peer reviewed

Balacheff, Nicolas – For the Learning of Mathematics, 1990

Discussed are the recognition and the relevance, in terms of teacher/student awareness and subsequent effective teacher treatment techniques, of cognitive disequilibrium as experienced by the student, when such disequilibrium is provoked by mathematical contradictions and/or counterexamples, within the classroom paradigm of constructivism. (JJK)

Descriptors: Cognitive Dissonance, Cognitive Psychology, Concept Formation, Developmental Psychology

Peer reviewed

Sierpinska, Anna – For the Learning of Mathematics, 1990

Discussed are categorization schema, with elaborations about attendant epistemological obstacles, concerning the twin notions of understanding and comprehension, per se, as well as the processes affecting their attainment. Included is an example of such a schema involving the concept of the limit of a numerical sequence. (JJK)

Descriptors: Cognitive Development, Cognitive Processes, Cognitive Psychology, Concept Formation

Peer reviewed

Steiner, Hans-Georg – For the Learning of Mathematics, 1985

Views on the need for a theory of mathematics education concern three interrelated components: meta-research and development of meta-knowledge on mathematics education as a discipline, development of a comprehensive view of mathematics education using a systems approach, and development of the dynamic regulating role of mathematics education. (MNS)

Descriptors: Educational Philosophy, Educational Theories, Mathematics Education, Mathematics Instruction

Peer reviewed

Cooney, Thomas; And Others – For the Learning of Mathematics, 1985

An overview to a session at the Fifth International Congress on Mathematical Education is given. Papers on research by Cooney, curriculum development by Goffree, reform in mathematics education by Stephens, and a summary by Nickson are included. (MNS)

Descriptors: Curriculum, Development, Educational Research, Elementary Secondary Education

Peer reviewed

Graf, Klaus-Dieter; Hodgson, Bernard R. – For the Learning of Mathematics, 1990

The kaleidoscope is presented as a suitable topic for a preservice mathematics teacher's first contact with a nontrivial mathematical phenomenon. Included are historical notes on the kaleidoscope, explanation of the inner mechanisms of various kaleidoscope designs, and suggestions for further student investigations. (JJK)

Descriptors: Computer Software Reviews, Elementary School Mathematics, Geometric Concepts, Higher Education