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Youkap, Patrick Tchonang; Ngansop, Judith Njomgang; Tieudjo, Daniel; Pedemonte, Bettina – International Electronic Journal of Mathematics Education, 2020
The purpose of this article is to better understand how proof is introduced into the study of quadrilaterals and triangles in high school. To do this, we designed a grid to analyse mathematics textbooks in Cameroon francophone subsystems (7th Grade and 8th Grade). The Anthropological Theory of Didactics and the paradigms in geometry served as a…
Descriptors: Mathematical Logic, Geometric Concepts, Secondary School Mathematics, Textbook Content
Komatsu, Kotaro; Tsujiyama, Yosuke; Sakamaki, Aruta – International Journal of Mathematical Education in Science and Technology, 2014
Proof and proving are important components of school mathematics and have multiple functions in mathematical practice. Among these functions of proof, this paper focuses on the discovery function that refers to invention of a new statement or conjecture by reflecting on or utilizing a constructed proof. Based on two cases in which eighth and ninth…
Descriptors: Mathematics Instruction, Mathematical Logic, Validity, Grade 8
Pavlekovic, Margita, Ed. – Online Submission, 2011
In the monograph The Math Teacher (following the Third International Scientific Colloquium Mathematics and Children in 2011), the term "teacher" designates a person who teaches mathematics, and the context of each article reveals whether this implies the teacher at a pre-school institution, a school or a university instructor. In…
Descriptors: Concept Mapping, Mathematics Education, Action Research, Self Efficacy
Peer reviewedMasalski, William J. – Mathematics Teacher, 1974
Descriptors: Discovery Learning, Experiential Learning, Geometric Concepts, Laboratory Procedures
Peer reviewedRanucci, Ernest R. – Mathematics Teacher, 1974
To discover a generalization from a pattern of data, students need to know how to analyze the data. This is a description of how high school students can find a formula to predict the number of spherical fruits in a piling by using differences. (JP)
Descriptors: Algebra, Diagrams, Discovery Learning, Geometric Concepts
Evans, Patricia – Mathematics Teaching, 1981
Details of pupil exploration as to the largest number of sides that a polygon could have on a geoboard are presented. The problem is not seen as open-ended, but many different avenues of pursuit stem from it. (MP)
Descriptors: Discovery Learning, Elementary Secondary Education, Geometric Concepts, Learning Activities
Peer reviewedDacey, Raymond – Mathematics Teacher, 1974
The problem of finding the area of a regular polygon is presented as a good example of a mathematical discovery that leads to a significant generalization. The problem of finding the number of sides which will maximize the area under certain conditions leads to several interesting results. (LS)
Descriptors: Calculus, Discovery Learning, Generalization, Geometric Concepts
Peer reviewedGaltier, Jean – Educational Studies in Mathematics, 1973
Outlines a guided discovery activity for ascertaining the conditions which allow for the correct tracing of networks. (JP)
Descriptors: Discovery Learning, Experiential Learning, Geometric Concepts, Instruction
Peer reviewedBrown, Lynn H. – Mathematics Teacher, 1973
Descriptors: Discovery Learning, Geometric Concepts, Instruction, Mathematics Education
Peer reviewedDolan, Daniel T. – Mathematics Teacher, 1981
A sample problem shows some pitfalls in approximating square roots when working with calculators or computers. (MP)
Descriptors: Calculators, Computers, Discovery Learning, Geometric Concepts
Peer reviewedSpitler, Gail; Weinstein, Marian – Mathematics Teacher, 1976
An activity-based unit on congruence and similarity is described. The themes underlying the unit are the usefulness of analogy in determining mathematical principles, and the notion that the number of conditions imposed on figures affects the number of factors which must be specified to insure congruence or similarity. (SD)
Descriptors: Discovery Learning, Experiential Learning, Geometric Concepts, Geometry
Peer reviewedFeinstein, Irwin K. – School Science and Mathematics, 1979
Numerous mathematical examples are presented which illustrate and raise questions about students' tendencies to overgeneralize. (BB)
Descriptors: Cognitive Processes, Concept Formation, Discovery Learning, Generalization
Peer reviewedCross, James M. – Australian Mathematics Teacher, 1982
Activities used with seventh and eighth grade students in Western Australia are described. The instructor guides pupils towards experimental solutions and encourages discovery of solutions for similar and more general problems. Investigations include study and construction of polygons, polyhedra, and one and two-sided surfaces. Commercial kits are…
Descriptors: Discovery Learning, Elementary Secondary Education, Geometric Concepts, Mathematical Applications
Peer reviewedSiebuhr, Ted – Australian Mathematics Teacher, 1981
Geometric construction problems are recommended as sources of stimulating exercises for mathematics classes. (MP)
Descriptors: Discovery Learning, Geometric Concepts, Geometry, Instructional Materials
Peer reviewedKissane, Barry V. – Mathematics Teacher, 1981
A discussion of the reasons for the new design of international standard typing paper (AY) with dimensions of 210 mm by 297 mm leads to a discussion of the ratio of the sides and geometric concepts involving similar rectangles. (MP)
Descriptors: Discovery Learning, Geometric Concepts, Geometry, Mathematical Applications

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