深度学习视域下的高中物理教学探研

深度学习是一种能够促进学生对知识理解和应用的新兴模式。在高中物理教学中,引入深度学习模式,能够改善学生的学习现状,培养学生的学习能力,提高教学效率和教学质量,提升学生的物理核心素养。文章结合教学实践,对深度学习视域下的高中物理教学进行探研。     

中学物理学习方式的转变

从转变中学物理学习方式的必要性和可行性出发,就确立新的教学理念、创设物理问题情境、变被动接受为主动探究、发挥现代教育技术的支撑作用等五个方面阐述了转变物理学习方式的途径．     

A Longitudinal Study of Physics Students' Conceptions on Energy in Pre-Service Training for High School Teachers

Journal of Science Education and Technology - How physics students teachers' understanding of energy develops during their pre-service high school teacher university program? How do their...     

农村初中大面积提高物理教学质量的思考

提高农村义务教育的质量和水平是建设社会主义新农村的重要举措,而提高初中物理教学质量也是其题中应有之义,可以通过培养学生学习兴趣、优化课堂教学、开展研究性学习三种途径来实施之。     

核心素养下的高中物理课堂教学

高中物理核心素养由物理观念、科学思维、科学探究、科学态度与责任四个维度组成。高中物理课堂中如何渗透物理学科的育人功能,教学中如何对学生进行物理学科核心素养的培养,值得每个教师思考。笔者以“光的偏振”为例,简要分析了本节课所承载的学科教育功能,并浅谈了对核心素养下的高中物理课堂教学的一些思考。     

物理教学中的合作学习刍探

物理教学中运用合作学习,不仅能增强师生、生生彼此的互动交流,还能使学生学习的自主性得到有效发挥,提高物理教学效率和教学质量,促进学生综合发展.文章从合作学习及其应用意义、合作学习应用的原则、合作学习的应用策略三方面,对物理教学中的合作学习进行探究.     

曲阜市高中学生物理学习兴趣调查

以曲阜市871名高中学生为研究对象,以高中生物理学习兴趣量表为工具,测查了高中生物理学习兴趣水平,探讨了高中生物理学习兴趣在性别、年级间的差异。结果表明:(1)曲阜市高中生在物理学习兴趣全量表上的平均分为19.082,在量表各因子上的平均分有较大差异,实验操作、投入、拓展求知、关注的兴趣较高,概括认识、因果认识的兴趣较低。(2)高中生物理学习兴趣存在显著的性别差异,男生的物理学习兴趣水平显著高于女生;高中生物理学习兴趣在年级间存在一定差异;年级与性别的交互作用不显著。     

大学物理与中学物理教学衔接的探究

大学物理是中学物理的延伸和拓展,是培养学生的综合能力和创新精神的重要基础课;就大学物理与中学物理在学习环境、学生心理、教学内容、教学方法、知识应用、目标考核几个方面相互衔接问题进行了较为全面的探究;为大学物理教师做好大学物理与中学物理的衔接教学提供了思路.     

初中生物理偏科的成因及教学策略分析

偏科是指学生各门学科学习成绩发展不平衡的一种现象,这种现象若得不到及时调整和弥补,将对学生后继学习及全面发展带来很大影响。通过对初中阶段学生偏科现象的调查和分析,发现物理偏科现象尤其严重。本研究从智力和非智力两种因素方面,分析物理偏科的成因及转化对策,结果表明,根据偏科成因形成的针对性策略,是成功转化偏科的关键。     

浅谈中学物理教学对学生思维品质的培养

随着教育改革的逐步深入和素质教育的全面实施,提高学生的整体素质、培养学生的创新能力和实践能力成为教育的根本目标。而学生学习知识、提高能力的过程都是在思维活动中完成的,因此培养学生具有良好的思维品质是教学的一个重要任务。在中学物理教学中应以多种教学方法,加强对学生思维品质的培养。     

中学物理课堂教学实施素质教育的途径

实施素质教育的主阵地在学校,主渠道是课堂。因此,物理教师在大力推进素质教育时,必须认真研究物理学科实施素质教育的教学模式和教学结构,探索物理学科实施素质教育的基本途径。     

Conceptions of Memorizing and Understanding in Learning,and Self-Efficacy Held by University Biology Majors

This study aims to explore Taiwanese university students’ conceptions of learning biology as memorizing or as understanding, and their self-efficacy. To this end, two questionnaires were utilized to survey 293 Taiwanese university students with biology-related majors. A questionnaire for measuring students’ conceptions of memorizing and understanding was validated through an exploratory factor analysis of participants’ responses. As for the questionnaire regarding the students’ biology learning self-efficacy (BLSE), an exploratory factor analysis revealed a total of four factors including higher-order cognitive skills (BLSE-HC), everyday application (BLSE-EA), science communication (BLSE-SC), and practical works (BLSE-PW). The results of the cluster analysis according to the participants’ conceptions of learning biology indicated that students in the two major clusters either viewed learning biology as understanding or possessed mixed-conceptions of memorizing and understanding. The students in the third cluster mainly focused on memorizing in their learning while the students in the fourth cluster showed less agreement with both conceptions of memorizing and understanding. This study further revealed that the conception of learning as understanding was positively associated with the BLSE of university students with biology-related majors. However, the conception of learning as memorizing may foster students’ BLSE only when such a notion co-exists with the conception of learning with understanding.     

浅谈如何运用数学知识提高大学物理的教学质量

文章从作者自身的教学经验出发,通过实例简要讨论了如何运用数学知识提高大学物理教学质量的问题。     

物理情境教学中的学习环境论

主要讨论了在物理情境教学中,创设物理学习环境的作用、意义和特点,并指出了在创设物理学习环境中应注意的几个问题.     

高中生物理学习自我评价研究

以679名高中生为被试,采用问卷调查法探讨了高中生物理学习自我监控与自我效能感、成就目标定向、归因的关系。结果表明：高中生物理学习自我监控与自我效能感存在较高的正相关;高中生物理学习自我监控与掌握目标定向存在较高的正相关,与成绩目标定向存在微弱正相关;高中生物理学习自我评价成功者的自我监控与内部可控归因存在显著的正相关,与内部不可控归因无显著相关,与外部归因存在微弱正相关;物理学习自我评价失败者的自我监控与内部可控归因、内部不可控归因、外部归因均无显著相关;自我效能感、目标定向和学习成败归因是影响自我监控的重要内部因素。     

Conceptions of Teaching Art Held by Secondary School Art Teachers

Research into teachers' conceptions of teaching can be justified in that deep seated beliefs impact upon the way teachers teach and influence the learning approaches of their students. This study examined conceptions of teaching art, through interviews with 18 secondary school art teachers in Hong Kong. The analysis resulted in a two‐level characterisation of conceptions under broad essentialist and contextualist orientations. There were four subordinate conception categories, namely moral development in art and aesthetic development in art under the essentialist orientation, and intellectual development through art, and expression and therapy through art as sub‐categories of the contextualist orientation. The categories were defined and delimited by six dimensions. The categories were seen as clearly distinguishable but related, though not hierarchically. There was no evidence of the category scheme being culturally specific, as the majority of the teachers held beliefs which were not consistent with the traditional manner of Chinese painting.     

在物理教学中进行研究性学习的探索和实践

结合师范专科物理学教材的特点和多年的教学经验,筛选部分内容作为探究对象,在五年制专科师范开展了物理研究性学习的实践研究.本文是对这一研究的阐述和分析.     

在物理教学中进行研究性学习的探索和实践

结合师范专科物理学教材的特点和多年的教学经验,筛选部分内容作为探究对象,在五年制专科师范开展了物理研究性学习的实践研究.本文是对这一研究的阐述和分析.     

Views about Physics held by Physics Teachers with Differing Approaches to Teaching Physics

Physics teachers’ approaches to teaching physics are generally considered to be linked to their views about physics. In this qualitative study, the views about physics held by a group of physics teachers whose teaching practice was traditional were explored and compared with the views held by physics teachers who used conceptual change approaches. A particular focus of the study was teachers’ views about the role of mathematics in physics. The findings suggest the traditional teachers saw physics as discovered, close approximations of reality while the conceptual change teachers’ views about physics ranged from a social constructivist perspective to more realist views. However, most teachers did not appear to have given much thought to the nature of physics or physics knowledge, nor to the role of mathematics in physics.

Platform Construction for Extra-curricular Learning and Personal Academic Development of Physics Students at University

With the progressing development of economic globalization and increasingly fierce international competition, we need groups of high-quality innovative talents to enhance the overall scientific and technological innovation capacity and competitiveness while also improving the visibility of students on the international stage. Accordingly, the cultivated talents should develop a more open vision, more novel awareness, and a more proactive learning attitude. They will be more sensitive to new things, have stronger practical capacities, and have the courage to break through routines to conduct their work more innovatively. Therefore, we have established a talent cultivation philosophy of ＂profound foundation, wide range, internationalization, and value innovation＂ in the physics education and have explored the extra-curricular learning and development pattern of physics students in order to promote a well-rounded development.