Background: udThis article presents the findings from a survey of 189 pre-service science teachers who were asked to provide definitions of key scientific terms ('theory'; 'fact'; 'law'; 'hypothesis'). The survey was a scoping and mapping exercise to establish the range and variety of definitions.ududMethods: udGraduates on a pre-service science teacher training course were asked to complete a short, free response survey and define key science terminology a >95% response rate was achieved and respondents definitions were categorised according to a best fit model.ududResults: udIn some cases, definitions contrary to accepted scientific meanings were given. In other cases, terminology was defined in a wholly non-scientific way, e.g., one-fifth of the respondents defined a ‘law’ in the context of rules that govern society rather than in a scientific context. Science graduates’ definitions and their understanding of key terminology is poor despite their study of science in formal university settings (with many respondents being recent science graduates).ududConclusions: udKey terminology in science, such as 'theory', 'law', 'fact', 'hypothesis', tends not to be taught and defined with consideration for the differences in meaning that different audiences/users give to them. This article calls for better instruction for pre-service science teachers’ in the importance of accurate and precise definitions of key science terminology in order to better differentiate between the scientific and colloquial usage of key terms.
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机译:背景:本文介绍了对189名职前科学教师的调查结果,这些教师被要求提供关键科学术语(“理论”,“事实”,“法律”,“假设”)的定义。该调查是一项范围界定和制图工作,目的是确定定义的范围和种类。 ud ud方法: ud要求职前科学教师培训课程的毕业生完成简短,免费的调查,并定义关键的科学术语。达到了95%的答复率,并且根据最佳拟合模型对受访者的定义进行了分类。 ud ud结果: ud在某些情况下,给出了与公认的科学含义相反的定义。在其他情况下,用完全非科学的方式来定义术语,例如,五分之一的受访者在管理社会的规则而非科学的上下文中定义了“法律”。尽管他们在正规大学环境中学习科学,但理科毕业生的定义和对关键术语的理解仍然很差(许多受访者是最近的理科毕业生)。 ud ud结论: ud理科的关键术语,例如“理论”,“法律” “,”事实,“假设”往往不会考虑到不同的听众/用户给予他们的含义上的差异而进行教授和定义。本文呼吁为职前科学教师提供更好的指导,说明准确和精确定义关键科学术语的重要性,以便更好地区分关键术语在科学用法和口语用法之间的区别。
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