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首页> 外文期刊>Journal of computers in mathematics and science teaching >A Study of Web-Based Learning Environments focusing on Atomic Structure
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A Study of Web-Based Learning Environments focusing on Atomic Structure

机译:基于Web的基于原子结构的学习环境的研究

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The World Wide Web is a promising medium for chemical education. The availability of huge chemical databases, of three-dimensional and dynamic graphics together with the computational power and the communicational features of the Web, offer exciting new ways to learn complicated chemical phenomena. However, to what extent do web authors in chemistry utilize these advanced tools? We developed a classification scheme, and examined 95 websites that teach atomic structure. The results show that advanced communication means and graphical tools are rarely used. While the content of the majority of websites can be considered reliable, their structure, level of graphics, and content resemble an online version of textbooks rather than constituting a new, interactive, learning environment. Nevertheless, we claim that the transition into web-based learning is only at its inception. We identify the potential of using the Web for chemical education and provide specific examples.
机译:万维网是化学教育的有希望的媒介。庞大的化学数据库,三维和动态图形以及Web的计算能力和通讯功能,提供了学习复杂化学现象的令人兴奋的新方法。但是,化学方面的网络作者在多大程度上利用了这些高级工具?我们制定了分类方案,并检查了95个教授原子结构的网站。结果表明,很少使用高级通信手段和图形工具。虽然大多数网站的内容可以被认为是可靠的,但它们的结构,图形水平和内容类似于教科书的在线版本,而不是构成一种新的交互式学习环境。尽管如此,我们声称向网络学习的过渡只是在开始之时。我们确定了使用Web进行化学教育的潜力,并提供了具体示例。

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