新冠肺炎疫情期间学生的几何问题解决能力

Fini Rezy Enabela Novilanti, W. Susanti, Suripah Suripah
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引用次数: 2

摘要

目前,学习过程仍然是在线完成的。这对教师在数学学习过程中继续运用解决问题的技能是一个挑战。测量学生解决问题能力的合适数学材料之一是几何。由于几何材料的抽象性,几何材料往往成为学生学习的障碍。因此,教师必须分析学生在COVID-19大流行期间解决问题的能力,特别是几何材料。本研究的目的是描述学生在回答老师的几何问题时的解决问题的能力。由于Covid-19大流行,本研究使用描述性定性研究。研究对象为来自北干巴鲁一所学校的20名八年级学生。本研究采用的抽样技术是有目的抽样技术。使用的工具是测试工具、访谈和学生答案的文件。数据分析采用描述定性方法,参照Polya误差指标。本研究结果表明,学生的问题解决能力仍然相对较低。这可以从一些学生在解决给定几何问题时遇到的困难中看出。因此,教师必须能够提高学生解决问题的能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Students' Problem-solving Ability in Geometry during the Covid-19 Pandemic
Currently, the learning process is still done online. This is a challenge for teachers to continue to apply problem-solving skills in the mathematics learning process. One of the appropriate mathematics materials to measure students' problem-solving abilities is geometry. Geometry material is often an obstacle for students because geometry material is abstract. Therefore, teachers must analyze students' problem-solving skills during the COVID-19 pandemic, especially geometry material. The purpose of this study was to describe students' problem-solving ability in answering geometry questions given by the teacher. This study uses descriptive qualitative research because of the Covid-19 pandemic. The subjects used were 20 students of grade VIII from one of the schools in Pekanbaru. The sampling technique used in this research is purposive sampling technique. The instruments used are test instruments, interviews, and documentation of student answers. Data analysis used was descriptive qualitative method referring to the Polya error indicator. The results of this study indicate that students' problem-solving abilities are still relatively low. This can be seen from some students experiencing difficulties solving the given geometry problems. So that teachers must be able to improve students' problem-solving abilities.
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