喀拉拉邦高中生在物理数学问题解决上的不合格表现——对教师认知和学生困难的调查

N. S. Mumthas, Shyma Usman Abdulla
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引用次数: 1

摘要

物理和数学是两个紧密相连的科学领域。数学被认为是建立物理理论的语言,通过使用数学符号和运算来使物理世界中的方程和表示完全有意义。尽管数学是物理学的主干,但在物理学中对数学原理和运算的使用是引起学生学习物理的大多数问题和纠纷的根本原因。本研究是透过教师和学生的反应,调查高中学生在物理数学解题成绩不合格的情况。采用百分比分析法,对21名高中物理教师的问卷调查结果进行了研究,并对学生面临的四大类“物理数学问题解决困难”进行了研究,即“创建或识别公式”、“从图表中提取信息”、“利用物理概念创建原理图”和“应用数学”解决物理问题。研究人员采用“物理数学解题测试”,从“运动”中选择40道选择题,这是物理教师告知学生在解题时最费力的概念之一。根据学生在测试中的反应,研究了各自主题中每个类别的难度程度,以对它们进行排名。本研究还提出了一些改进中学物理数学问题教学的建议。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Substandard Performance In Mathematical Problem Solving In Physics Among Higher Secondary School Students In Kerala - An Investigation On Teacher Perceptions And Student Difficulties
Physics and Mathematics are two deeply interlinked domains of Science. Mathematics is considered as the language in which the Physics theories are built by employing mathematical symbols and operations to make equations and representations in the world of Physics completely meaningful. In spite of being the backbone of Physics, the use of Mathematics principles and operations in Physics is the root cause of most of the issues and hassles aroused among students who learn Physics. This is an investigation on the substandard performance in mathematical problem solving in Physics among higher secondary school students by looking into the responses of teachers and students. The responses obtained from 21 higher secondary Physics teachers through questionnaire were studied using percentage analysis and the four major categories of ‘Difficulties in Mathematical Problem Solving in Physics’ faced by students viz., ‘Creating or Identifying the Formula’, ‘Extracting Information from Diagrams’, ‘Using Physics Concepts to Create Schematic Diagrams’ and ‘Application of Mathematics’ to solve Physics problems. were identified, The investigators used ‘Test on Mathematical Problem Solving in Physics’ with 40 multiple choice questions on select basic topics from ‘Motion’, which was informed by the Physics teachers to be one of the strenuous concepts for students while solving problems. The extent of each category of difficulty in the respective topics based on the students’ responses in the test was studied to rank them. This study also highlights some suggestions for improving the teaching and learning of mathematical problems in Physics at higher secondary level.
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