Students’ Mathematical Communication Skills (MCS) in Solving Mathematics Problems: A Case in Indonesian Context

Nabrisi Rohid, Suryaman Suryaman, R. Rusmawati
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引用次数: 43

Abstract

Mathematical Communication Skills (MCS) refer to the students’ ability to (1) arrange and link their mathematical thinking through communication; (2) communicate their logical and clear mathematical thinking to their friends, teachers, and others; (3) analyze and assess mathematical thinking and strategies used by others; and (4) use mathematical language to express mathematical ideas correctly. Referring to the importance of MCS in mathematics problemsolving, this study was intended to analyze students' mathematical communication skills in solving a mathematics problem. This study employed a case study design with the participants of the study were 3 students of the eighth-grade of Junior High School in Indonesia. The data of this study was dug up through observation, documentation, and interview. The findings reveal that only 1 out of 3 students’ is able to express mathematical ideas; understand, interpret and assess or respond to mathematical ideas; and use terms, notations, and symbols to present mathematical ideas. This study implies that the students' mathematical communication skills are still needed to be developed. This study should be taken into account by the Mathematics teachers to not only teach mathematics but also stimulate the students' mathematical communication skills through creative and innovative learning activities.
学生数学沟通技巧(MCS)在解决数学问题中的作用:以印尼为例
数学沟通能力(MCS)是指学生(1)通过沟通安排和联系数学思维的能力;(2)与他们的朋友、老师和其他人交流他们逻辑清晰的数学思维;(3)分析和评估他人使用的数学思维和策略;(4)正确运用数学语言表达数学思想。鉴于MCS在解决数学问题中的重要性,本研究旨在分析学生在解决数学问题时的数学沟通能力。本研究采用个案研究设计,研究对象为3名印尼初中八年级学生。本研究的数据是通过观察、文献和访谈来挖掘的。调查结果显示,只有三分之一的学生能够表达数学思想;理解、解释、评估或回应数学思想;并使用术语、符号和符号来表达数学思想。本研究表明,学生的数学沟通能力仍有待发展。数学教师应该考虑到这一点,不仅要教授数学,还要通过创造性和创新性的学习活动激发学生的数学沟通能力。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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