首页> 外文会议>World Multi-Confernece on Systemics, Cybernetics and Informatics >Reflections on How Teachers and Students Learn Science - Finding Practical Solutions to Solving Secondary Science Cognition Problems; Using the Ways of Knowing to Connect How Teachers and Students Learn Content in Secondary Science Education
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Reflections on How Teachers and Students Learn Science - Finding Practical Solutions to Solving Secondary Science Cognition Problems; Using the Ways of Knowing to Connect How Teachers and Students Learn Content in Secondary Science Education

机译:关于教师与学生如何学习科学的思考 - 寻找辅助辅助科学认知问题的实践解决方案;利用知道教师和学生如何学习中学教育内容的方式

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This paper includes ideas behind students thought processes the inquiry and the analysis of classroom methods. The study includes reflections from Biology and masters level science education students who were asked to complete a survey about two particular guided inquiry lessons, and the general use of resources during practice, application and processing lessons in the classroom. This research is a springboard to address cognition and its ability to help formulate practice, application, and processing skills that drive the enhancement and engagement of conceptual understanding of secondary science concepts. Students were asked to reflect on teaching with regard to resources, practice, application and process. The following ideas are also addressed in the paper; how students learn science, and ways to understand the stages of development in cognition, scientific inquiry and reasoning skills.
机译:本文包括学生背后的想法,思考处理课堂方法的调查和分析。该研究包括生物学和大师级科学教育学生的思考,被要求在课堂上练习,应用和处理课程期间进行有关两个特定的指导课程的一项调查以及资源的一般使用。本研究是一个解决认知的跳板及其帮助制定练习,应用和加工技能的能力,这些能力推进促进概念理解的增强和参与二级科学概念。要求学生反思关于资源,实践,应用和过程的教学。本文还解决了以下想法;学生如何学习科学,以及了解认知,科学探究和推理技能的发展阶段。

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