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A Research Synthesis Using Instrumental Learning Trajectories: Knowing How and Knowing Why

机译:使用乐器学习轨迹的研究综合:了解如何和了解为什么

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In the current study the theoretical notion of instrumental learning path or trajectory is analyzed through examples based on a research synthesis. I point out the role of instrumental decoding in a static or dynamic environment, and how the competence of the participants (students –researcher/ teacher) can influence the holistic result of the learning process by creating interdependencies/intra-dependencies during the construction of instrumental learning trajectories. Instrumental trajectories are not just construction instructions, or a set of information which provides the properties of the figure as the figure is constructed. Instrumental trajectories can show us the interdependencies/intra-dependencies that exist or can be created between different tools. Dynamic Geometry allows for the creation of interdependencies and intra-dependencies between mathematical objects, diagrams and tools. In the sections that follow, I shall present three examples of instrumental learning trajectories, in which the interdependencies among the tools and meanings are analyzed. My aim is to combine and synthesize different primary qualitative research studies and make their results more generalizable.
机译:在目前的研究中,通过基于研究合成的实施例分析了仪器学习路径或轨迹的理论概念。我指出了仪器解码在静态或动态环境中的作用,以及参与者的能力(学生-Researcher /教师)如何通过在仪器构建期间创建相互依赖性/依赖项来影响学习过程的整体结果学习轨迹。乐器轨迹不仅仅是施工指令,或者提供了一系列信息,该信息提供了该图形的图形。乐器轨迹可以向我们展示存在或可以在不同工具之间创建的相互依赖性/依赖项。动态几何允许在数学对象,图表和工具之间创建相互依存性和依赖项。在遵循的部分中,我将介绍一个有乐器学习轨迹的示例,其中分析了工具和含义之间的相互依赖关系。我的目标是结合和综合不同的主要定性研究研究,使其结果更广泛。

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