用科学的方法设计数学学习策略勾股定理教材,减少学生误解

Ikbal Ikbal
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引用次数: 0

摘要

本研究旨在通过科学的方法了解学生在毕达哥拉斯定理材料上的学习结果,本研究的对象是MTs Muhammadiyah Al-fatah Nangahale 2020/2021学年VIII-A班的学生。本研究是一项定性描述性研究,采用测试和问卷调查的数据收集技术。本研究的结果表明,使用科学方法学习数学可以提高学生的成绩,从使用科学方法前的预测结果百分比可以看出,即学生理解尽可能多的概念的比例为5%,学习者不理解尽可能多的概念的比例为70%,学习者经历尽可能多的误解的比例为25%。使用科学方法后,结果学生理解概念的百分比高达70%,学习者不理解概念的百分比高达15%,学习者经历了许多误解的百分比高达15%。因此,用科学的方法设计数学学习,特别是毕达哥拉斯定理的材料,可以减少学习者的误解
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Design of Mathematics Learning Strategies Pythagorean Theorem Material with Scientific Approach to Reduce Students' Misconceptions
This study aims to find out mathematics learning with a scientific approach to student outcomes on pythagorean theorem material, and the subject of this study is students of class VIII-A at MTs Muhammadiyah Al-fatah Nangahale, school year 2020/2021. This research is a qualitative descriptive, research with data collection techniques using tests and questionnaires. The results of this study show that learning mathematics with scientific shortness can improve student outcomes, it can be seen from the percentage of pre-test results before using a scientific approach, namely students who understand as many concepts as possible 5 % and learners who don't understand as many concepts as 70 % and learners who experience as many misconceptions as possible 25 %. After using a scientific approach, the results of the percentage of students who understand the concept as much as 70 %, learners do not understand concepts as much as 15 % and learners who experience as many misconceptions as 15 %. So, the design of mathematics learning with a scientific approach, especially the material of the pythagorean theorem, can reduce the misconceptions of learners
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