Math for olympiad: a didactic proposal for high school from the perspective of the international mathematical olympiad

P. Santiago, F. R. Alves
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Abstract

The concept of the International Mathematics Olympiad (IMO) in learning mathematics in the classroom is something that can inspire students by structuring didactic proposals. This study aims to present a didactic proposal from the perspective of the International Mathematics Olympiad , using digital technology, particularly the GeoGebra software to be included in the mathematics Olympiad discipline. For theoretical studies, the analysis of the mathematical elements of the structured images in the GeoGebra software and the identification of their properties is included, through the structuring of the Olympic teaching situation, which allows the subject to seek solutions to the posed mathematical problems. olympics and validating the teaching of geometry. This study describes the arrangements made to build Olympic math objects that will be applied by math teachers. The research methodology is based on bibliographic reviews from authors such as Alves, Santiago, Almouloud and Brousseau. It is proven that the GeoGebra software helps in the elaboration of mathematical examples and problem solving situations.
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奥林匹克数学:国际奥数视角下的高中数学教学建议
国际数学奥林匹克(IMO)在课堂上学习数学的概念可以通过组织教学建议来激励学生。本研究旨在从国际数学奥林匹克的角度提出一个教学建议,利用数字技术,特别是GeoGebra软件,将其纳入数学奥林匹克学科。在理论研究方面,通过对奥林匹克教学情境的结构化,对GeoGebra软件中结构化图像的数学元素进行分析,并对其属性进行识别,使受试者能够对所提出的数学问题寻求解决方案。奥林匹克与几何学教学的验证。本研究描述了建立奥林匹克数学对象的安排,将由数学教师应用。研究方法基于Alves、Santiago、Almouloud和Brousseau等作者的文献综述。实践证明,GeoGebra软件有助于数学实例的阐述和问题的解决。
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