Implementing the PBL Model to Improve Students' Mathematical Problem Solving Ability at Medan State Junior High School

Dian Anjeli Siregar, D. Haris, Hasiholan Sitompul
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Abstract

This study aims to find out: (1) what efforts are being made to improve the mathematical problem-solving skills of students in class XI, IPS 1, of Medan 7 State Senior High School through a problem-based learning model; and (2) how to improve students' mathematical problem-solving skills in class XI, IPS 1, of Medan 7 State Senior High School after applying the problem-based learning model. This type of research is called "classroom action research," which is carried out in two cycles, each of which is carried out in two meetings. The subjects in this study were 35 students in class XI at Medan 7 State Senior High School. The data collection techniques used were teacher and student observation sheets and tests of mathematical problem-solving abilities. The test was carried out three times: the initial test, the ability test to solve mathematical problems I, and the ability test to solve mathematical problems II. The findings of this study show that: (1) students' mathematical problem-solving abilities were assessed before being given action, with as many as 3 students (8.57%) achieving learning mastery and 32 students (91.42%) not achieving learning mastery. (2) After being given action in cycle I, it was found that 19 students (54.28%) had achieved learning mastery and 16 students (44.71%) had not reached the learning mastery level. (3) In cycle II, 31 students (88.57%) achieved mastery learning, while 4 students (11.429%) did not achieve mastery learning, resulting in a 34.29% increase from cycle I to cycle II.
运用PBL模式提高棉兰州立初中学生数学解题能力
这种类型的研究被称为“课堂行动研究”,它分两个周期进行,每个周期在两次会议中进行。本研究以棉兰第七州立高中十一班35名学生为研究对象。使用的数据收集技术是教师和学生观察表和数学问题解决能力测试。测试进行了三次:初始测试、数学解题能力测试一、数学解题能力测试二。本研究结果表明:(1)学生的数学问题解决能力在行动前被评估,达到学习掌握的学生多达3人(8.57%),未达到学习掌握的学生有32人(91.42%)。(2)在第一轮给予行动后,发现有19名学生(54.28%)达到了学习掌握水平,16名学生(44.71%)没有达到学习掌握水平。(3)在第二循环中,31名学生(88.57%)实现了掌握学习,4名学生(11.429%)没有实现掌握学习,从第一循环到第二循环增加了34.29%。
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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