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Physics to go: Web-based tutorials for CoLoS physics simulations

机译:物理学:用于COLOS物理模拟的基于Web的教程

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Software that simulates physical processes can greatly enhance the learning process in physics; however, meaningful simulations are dependent upon choosing interesting parameters, and students rarely choose interesting parameters because the material is new to them. To make simulation software effective there must be tutorials that build the skill to interpret the simulations and provide models that guide the student in choosing the parameters for the simulation. Using HTML, JAVA, and animation files, tutorials can be constructed that are cross platform and can be used by any JAVA aware World Wide Web (WWW) browser. It also allows the tutorials to be freely distributed on the WWW. All of these are significant issues, but more importantly, the students can use a browser with which they are familiar. This greatly reduces the time spent learning to use the computer and operating system; thus leaving more time to concentrate on the physics. In this paper some examples from electricity and magnetism will be presented, and techniques to produce the tutorials will be discussed.
机译:模拟物理过程的软件可以大大提高物理学中的学习过程;然而,有意义的模拟取决于选择有趣的参数,学生很少选择有趣的参数,因为材料对它们是新的。为了使仿真软件有效,必须有教程构建技能来解释模拟,并提供指导学生选择模拟参数的模型。使用HTML,Java和动画文件,可以构建跨平台的教程,可以由任何Java意识到万维网(WWW)浏览器使用。它还允许教程自由分布在WWW上。所有这些都是重大问题,但更重要的是,学生可以使用他们熟悉的浏览器。这大大减少了学习使用计算机和操作系统的时间;因此,留下更多时间来专注于物理学。在本文中,将展示来自电力和磁性的一些示例,并讨论产生教程的技术。

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