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Graph Model of Interdisciplinary Links as a Tool to Optimize the Content of Physics and Mathematics Courses

机译:跨学科链接图模型作为优化物理和数学课程内容的工具

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When developing the content of physics curricula, every author seeks to optimize the curriculum in the area of its connectedness with the content of related curricula. We decide this problem with quantitative calculations. Graph model of interdisciplinary connections, and method of calculation quantitative parameters of model, have described in this article. The application of quantitative method to content of physics and mathematics has already done. The hierarchy of mathematical concepts used by the General Physics course is established. Their connectedness was calculated. The increase of connectedness option was shown in the case of synchronous learning.
机译:在开发物理课程的内容时,每位作者都试图在与相关课程内容的联系性方面优化课程。我们用定量计算来决定这个问题。本文描述了跨学科连接的图形模型以及模型的定量参数的计算方法。定量方法在物理和数学内容中的应用已经完成。建立了通用物理课程使用的数学概念的层次结构。他们的联系被计算出来。在同步学习的情况下,显示了连接选项的增加。

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