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论物理概念与规律的认知机制:深化与发展
引用本文:邢红军,赵玉萍,龚文慧.论物理概念与规律的认知机制:深化与发展[J].课程.教材.教法,2022(3):124-130.
作者姓名:邢红军  赵玉萍  龚文慧
作者单位:首都师范大学教师教育学院;首都师范大学教育学院
基金项目:全国教育科学“十三五”规划2019年度国家一般课题“核心素养的关键能力构成及其表现研究”(BBA190024)。
摘    要:在教学中使学生形成、理解物理概念,进而掌握物理规律,并使学生的物理学科能力得到发展,是中学物理教学的核心议题。研究发现,目前我国中学物理概念与规律的教学一直停留在创设物理情境、进行思维加工、理解物理意义和运用概念规律的经验层面,未能真正厘清学生形成物理概念与规律的认知机制,在一定程度上影响了中学物理教学的发展。为此,本文基于爱因斯坦的概念形成与发展理论、物理学知识—能力结构以及皮亚杰的认知理论,进一步深化与发展了物理概念与规律的教学理论,为在中学物理教学中落实物理学科核心素养提供了有益启示。

关 键 词:认知机制  科学方法  物理概念  物理规律  教学过程

The Formation Process of Physics Concepts and Laws:Deepening and Development
Xing Hongjun,Zhao Yuping,Gong Wenhui.The Formation Process of Physics Concepts and Laws:Deepening and Development[J].Curriculum; Teaching Material and Method,2022(3):124-130.
Authors:Xing Hongjun  Zhao Yuping  Gong Wenhui
Institution:(College of Teacher Education,Capital Normal University,Beijing 100048,China;College of Education,Capital Normal University,Beijing 100048,China)
Abstract:It is the core issue of middle school physics teaching to enable students to form and understand physical concepts and master physical laws,and develop students’ physics ability.It is found that the formation process of middle school physics concepts and laws in China has always stayed at the empirical level of creating physical situations,thinking processing,understanding physical meaning and using concepts,and failed to really clarify the cognitive mechanism of students’ learning of physics concepts and laws,which has affected the development of middle school physics teaching to a certain extent.Therefore,based on Einstein’s concept formation and development theory, "physics knowledgeability structure" and Piaget’s cognitive theory,the formation process of physics concepts and laws is further deepened and developed,which provides beneficial enlightenment for the implementation of the physics core competences in middle school physics teaching.
Keywords:formation process  scientific methods  physics concepts  physics laws  teaching process
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