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Interactive software for undergraduate electromagnetics

机译：本科电磁学互动软件

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To demonstrate the relationship between physical reality and the equations used in electromagnetics, the authors have created interactive software using Mathematica with its notebook capability. The software is composed of different notebooks, each covering a specific topic, which are collectively called EM Notebooks. The notebooks are used in a workstation laboratory of 12 NeXT computers in conjunction with two required junior-level courses in electromagnetics. Each notebook consists of text, equations, and graphics. The equations are Mathematica commands that are used to evaluate electromagnetic formulas found in a typical undergraduate electromagnetics textbook. Equation parameters can be changed by a student permitting examination of an unlimited number of examples. In addition, much of the graphics can be animated. The animations provide a pedagogic tool unavailable in traditional textbooks. EM Notebooks must be used on a computer that runs Mathematica with the notebook facility.
机译：为了证明物理现实与电磁学方程之间的关系，作者使用具有笔记本功能的Mathematica创建了交互式软件。该软件由不同的笔记本组成，每个笔记本涵盖一个特定主题，这些笔记本统称为EM笔记本。这些笔记本电脑在12台NeXT计算机的工作站实验室中使用，并与两个必修的电磁学初级课程结合使用。每个笔记本均由文本，方程式和图形组成。方程是Mathematica命令，用于评估典型的本科电磁学教科书中的电磁公式。学生可以更改公式参数，从而可以检查无数个示例。另外，许多图形可以动画化。动画提供了传统教科书中没有的教学工具。 EM笔记本必须在运行带有笔记本功能的Mathematica的计算机上使用。

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