几何推理的学习过程

R. Seah, Marj Horne
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引用次数: 10

摘要

本章报告了几何推理学习进阶的发展。几何推理是一种批判性地分析公理性质、形成逻辑论证、识别新关系和证明命题的能力。随着时间的推移,所有类型的几何概念都在发展,随着个人学习超越物理图像的可视化,并参与到共享的数学话语中来描述、分析、推断和演绎几何关系,从而进行形式证明,几何概念变得越来越综合和综合。通过分析通过一系列评估项目收集的数据,我们设计并验证了八区学习进度。举例说明如何利用评估项目、活动和教学建议来帮助发展和培养几何推理能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
A Learning Progression for Geometric Reasoning
This chapter reports the development of a learning progression for geometric reasoning. Geometric reasoning is the ability to critically analyse axiomatic properties, formulate logical arguments, identify new relationships and prove propositions. All types of geometric concepts develop over time, becoming increasingly integrated and synthesized as individuals learn to visualise beyond the physical images, and participate in taken-as-shared mathematical discourse to describe, analyse, infer and deduce geometric relationships, leading to engaging in formal proof. By analysing data collected through a series of assessment items we have designed and verified an eight-zone learning progression. Examples will be provided to show how the assessment items, activities and teaching advice can be used to help develop and nurture geometric reasoning.
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