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Using Digital Learning Objects to Introduce Students to the Nature of Models and the Nature of Matter

机译:利用数字学习对象向学生介绍模型的本质和问题的本质

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This article reports a subset of findings from a larger study centered on designing a series of six digital learning objects to help Grade 5 (age 10-12) students begin to consider the nature of models (understood as the physical or mental representation of objects, phenomena, or processes), the particle nature of matter, and the behavior of particles during physical and chemical change. Results show that students were able to identify key differences among particle models and write about how particle movement and spacing could be used to explain the observable properties of matter. Students endorsed the idea that models were not exactly like the real thing. Within the context of particle models, however, it was difficult for them to write about how these models did differ from the real thing. Instead, they reasoned that the models were used to show what particles might look like or to see particles up close. Curriculum developers are advised to reconsider what could be gained by introducing Grade 5 students to the particle nature of matter after exploring the observable properties of matter.
机译:本文报告了一项较大的研究结果的子集,该研究的重点是设计一系列六个数字学习对象,以帮助5年级(10-12岁)的学生开始考虑模型的性质(理解为对象的物理或心理表示,现象或过程),物质的粒子性质以及物理和化学变化期间粒子的行为。结果表明,学生能够识别粒子模型之间的关键差异,并写出如何使用粒子运动和间距来解释物质的可观察特性。学生们认可模型与真实事物不完全一样的想法。但是,在粒子模型的上下文中,他们很难写出这些模型与真实模型有何不同。取而代之的是,他们认为该模型用于显示粒子看起来像什么或近距离观察粒子。建议课程开发人员在探究物质的可观察特性后,重新考虑将5年级学生介绍给物质的颗粒性质。

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