IDENTIFIKASI KESULITAN DAN MISKONSEPSI KIMIA UMUM PADA MAHASISWA PENDIDIKAN MATEMATIKA UNIVERSITAS HKBP NOMMENSEN

Christina Sitepu
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Abstract

Characteristics of chemical materials are (1) Abstract, (2) Complex and multidisciplinary, (3). Involves analytical arithmetic operations. The transition from high school to university level is a learning process that is quite difficult if it is not accompanied by the right understanding. Understanding the concept of chemical materials obtained from high school, when studied at the university level, different meanings are obtained. This different understanding is what we often call misconceptions. Therefore, to find out the misconceptions that occur in students is a necessity and need for lecturers or teachers, so that they can be used as guidelines and guidance to deal with these misconceptions. This study was conducted to identify the percentage level of difficulty and general chemistry misconceptions for students of mathematics education at the University of HKBP Nommensen, using a random sampling technique. This research was carried out in 5 stages, namely (1). Creating a four-tier test diagnostic instrument; (2) Judgment of instruments by experts; (3) Data collection and interviews (4). Data processing and analysis, (5). Conclusion. Based on the results of data analysis and identification results in this study, the category of student conceptions in the Acid-Base solution material is the percentage of students who experience several categories of conception, namely understanding concepts, understanding partially, misconceptions, not understanding concepts and cannot be coded. The percentage of these categories is as follows; 24% of students fall into the category of understanding concepts, 32% of students fall into the category of partial understanding, 11% of students fall into the category of misconceptions, 30% of students fall into the category of not understanding concepts and 2% of students fall into the category of not being able to code, which means that not all students answered all the questions in the four-tier diagnostic test instrument. There are 2% who did not answer the four-tier diagnostic test.
找出赫坎布·诺门森大学数学教育学生的一般困难和化学错误
化学材料的特点是:(1)抽象性;(2)复杂性和多学科性;(3)涉及解析算术运算。从高中到大学的过渡是一个学习的过程,如果没有正确的理解,是相当困难的。对化学材料概念的理解是从高中获得的,当进入大学阶段学习时,获得了不同的含义。这种不同的理解就是我们常说的误解。因此,找出学生中出现的误解是讲师或教师的必要和需要,这样才能作为指导和指导来处理这些误解。本研究采用随机抽样方法,探讨香港大学诺门森分校数学教育学生对化学知识的难易程度及一般误解的百分比。本研究分5个阶段进行,即:(1)创建四层测试诊断仪器;(二)专家对仪器的判断;(3)数据收集与访谈(4)数据处理与分析(5)结论。根据本研究的数据分析结果和识别结果,酸碱溶液材料中学生概念的类别是学生经历几个类别概念的百分比,即理解概念,部分理解,误解,不理解概念和无法编码。这些类别的百分比如下:24%的学生属于理解概念的类别,32%的学生属于部分理解的类别,11%的学生属于误解的类别,30%的学生属于不理解概念的类别,2%的学生属于不能编码的类别,这意味着并不是所有的学生都回答了四层诊断测试工具中的所有问题。有2%的人没有回答四层诊断测试。
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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