1) solution to a problem of physics
物理题解
2) solving physics questions
物理解题
1.
Based on some pedagogical theories and lots of practice of teaching in more than ten years,this research is to repound some questions of solving physics questions.
物理解题一直是高中物理教与学面临的重要问题,物理解题是教学的重要环节,也是学生学习的一个重要目标。
3) solutions to physics questions
物理习题解答
4) physics problem solving
物理问题解决
1.
Experiments on effects of naive representation onto the physics problem solving;
朴素表征影响物理问题解决的实验研究
2.
Based on the six dimension scale of high middle school students self monitoring learning ability in physics problem solving developed on long term theoretical and phenomenographic researches, the study focused on demonstrate the structure of high middle school students self regulated learning ability in physics problem solving by using Confirmatory Factor Analysis .
从物理解题过程来看 ,其物理问题解决自我监控能力由计划、调节、监察、检验和反思等五个方面的因素组
5) physics problem solving ability
物理解题能力
1.
This paper takes up the transformation of knowledge, intelleclual skills and prohlem-solving ability in physics teaching from the cognitive point of view of intellectual skills,their relation ships: declarative knowledge translorms to procedual knowledge obtain practical experiences structure of intelleclual skills in physics generalizes physics problem solving ability.
论述了物理教学中知识、智力技能和解题能力之间的转化关系:陈述性知识转化程序性知识获动觉经验物理智力技能结构类化物理解题能力。
补充资料:物理学危机(见物理学革命)
物理学危机(见物理学革命)
crisis in physics
谜幂咪革命奋一(c ris始inphysics)见漪理学
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
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