Implementation of Scientific Approach to Increasing Junior High School Students' Mathematical Problem Solving Ability

Arni Nurlina, H. Hendriana, A. Y. Fitrianna, M. Afrilianto
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Abstract

This research aims to analyze the learning of class VIII students at Nur Al Rahman Middle School in Cimahi City on linear equations of two variables system material using a scientific approach. In learning mathematics using a scientific approach, especially in linear equations of two variables system material, it is hoped that students can play an active, creative, skilled, and noble character, find and solve problems. The research method used was classroom action research with the subjects studied being 15 class VIII students. This research was conducted for 2 cycles with data collection techniques, namely observation, documentation, and tests in the form of essays that match the indicators of mathematical problem-solving ability. The increase in students' mathematical problem-solving abilities can be seen from the achievement of the percentage of test questions on the problem-solving abilities of the 2 cycles carried out. The instrument used in the research results found that the problem-solving ability skills in linear equations of two variables system material were 33% for cycle I, then 80% in cycle II. This means that learning mathematics in linear equations of two variables system material using a scientific approach has a better influence on students' mathematical problem-solving.
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采用科学方法提高初中生解决数学问题的能力
本研究旨在分析西马希市努尔-拉赫曼中学八年级学生用科学方法学习二变量系统线性方程的情况。希望学生在运用科学方法学习数学,特别是学习两变量系统的线性方程时,能够发挥主动性、创造性、技能性和高尚的品格,发现并解决问题。采用的研究方法是课堂行动研究,研究对象是 15 名八年级学生。这项研究进行了两个周期,采用了数据收集技术,即观察、记录和与数学问题解决能力指标相匹配的作文形式的测试。从所进行的 2 个周期中学生数学解题能力测试题所占百分比的成绩可以看出学生数学解题能力的提高。研究结果中使用的工具发现,两变量系统材料中线性方程的解题能力技能在第一周期为 33%,然后在第二周期为 80%。这说明,用科学的方法学习两变量系统线性方程教材中的数学知识,对学生解决数学问题的能力有较好的影响。
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