初中物理力学教学中探究式教学实施的有效性研究
[Abstract]:Inquiry teaching is a kind of positive teaching method. Applying inquiry teaching in teaching process can stimulate students' interest in learning, respect students' subjectivity, and cultivate students' ability of self-study and innovation at the same time. However, most of the inquiry teaching in middle school nowadays is in an awkward situation, which makes the teaching effect be greatly reduced, and even destroys the strictness of physics itself and the students' ability to explore. Therefore, how to construct an effective inquiry teaching model and strategy has become an urgent problem to be solved in physics teaching. On the basis of analyzing the theory of inquiry teaching and combining with the actual situation of physics teaching in junior middle school of Yunnan Province, this paper probes into the effective inquiry teaching strategies suitable for physics teaching in Yunnan Province. The main work is as follows: on the basis of detailed analysis and research on the theory of inquiry teaching, the characteristics and possible problems in the implementation of inquiry teaching are fully excavated, and the theoretical and practical characteristics of inquiry teaching are summarized. Based on the theoretical and practical characteristics of inquiry teaching and combined with the actual situation of physics teaching in junior high school in Yunnan Province, this paper investigates the present teaching situation and teaching effect of inquiry teaching in two forms: questionnaire investigation and interview. The results of the investigation show that although teachers highly recognize inquiry teaching in theory, they rarely apply it to their own teaching process, or even if they use it, the results are not good, and even the gains and losses are not worth the loss. It is concluded that the effective implementation of the inquiry teaching process is closely related to the proper application of the teaching method, the careful design of the teaching process and the learning situation of the students. Based on the analysis of questionnaire and interview results, taking the teaching difficulties as an example, this paper designs three inquiry teaching cases, namely "atmosphere pressure", "Archimedes principle" and "the concept of Force arm", which include three teaching cases: "atmosphere pressure", "Archimedes principle" and "the concept of Force arm". In the process of case design, the reasons of adopting inquiry teaching method, the steps of teaching design, the theoretical basis of each step and the expected teaching problems are analyzed, reflected and summarized respectively. In order to test the effectiveness of the regionalized inquiry teaching strategy, the experimental method was used to analyze the teaching effect. At first, the designed case is applied to the teaching of the experimental class, and the teaching effect is compared with the control class using the conventional teaching method in terms of learning achievement and problem-solving ability. The results showed that the scores of the experimental class were higher than 7.6 points of the control class, and the number of people who could raise and solve the problems by themselves was more than 30% more than that of the control class. It shows that inquiry teaching can be used effectively in the teaching process to improve the teaching effect with half the effort.
【学位授予单位】:云南师范大学
【学位级别】:硕士
【学位授予年份】:2017
【分类号】:G633.7
【参考文献】
相关期刊论文 前10条
1 张学艳;曾洲英;王绍菊;朱镜红;张芳芳;姚斌;;混合溶液等压比热容的简便测量系统及修正[J];大学物理实验;2016年06期
2 王宇航;郭玉英;曾路;;在探究教学中促进学生概念转变[J];物理通报;2006年02期
3 裴扬;武法提;;MBL支持的探究性物理实验活动的研究[J];中小学信息技术教育;2006年02期
4 沈金林;中学物理探究式教学“提出问题”的探讨[J];中国教育学刊;2004年11期
5 李宝银;对初中物理探究学习的初步探究[J];太原教育学院学报;2003年04期
6 沈嵘,郭玉英,曾路;在探究过程中培养学生的科学态度[J];学科教育;2003年12期
7 穆丽萍;新世纪物理课堂教学的质性变革——促进学生探究学习[J];物理教师;2003年05期
8 徐晓梅;探究教学中问题情境的创设途径[J];学科教育;2002年07期
9 任长松;探究式学习:18条原则(下)[J];教育理论与实践;2002年02期
10 李森,于泽元;对探究教学几个理论问题的认识[J];教育研究;2002年02期
相关硕士学位论文 前10条
1 白雪超;初中物理探究式教学的问题及对策研究[D];河北师范大学;2014年
2 梁新颖;新课程改革下高中物理探究式教学模式的构建[D];山东师范大学;2011年
3 马明朋;新课标下初中物理探究式教学的研究[D];华中师范大学;2006年
4 李钟琦;物理课程与现代信息技术整合下的探究式教学研究[D];东北师范大学;2006年
5 冯艳云;高中物理习题课探究式教学设计与实践[D];西北师范大学;2005年
6 肖军;信息技术环境下高中物理(力学部分)探究式教学的教学策略研究[D];东北师范大学;2005年
7 陆天明;中学物理探究式教学模式研究[D];南京师范大学;2005年
8 范春炜;物理探究式教学中教师监控能力结构分析[D];东北师范大学;2005年
9 陈艳;高中生建立物理模型的探究式教学实践与研究[D];南京师范大学;2004年
10 邹俊;高中物理探究式教学的实践与反思[D];南京师范大学;2004年
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