Pre-Service Chemistry Teacher’s Conception About Chemistry of The Rare Earth Elements

Titen Pinasti, A. Mudzakir, H. Hernani
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Abstract

Rare Earth Elements (REE) is an interesting chemistry topic, especially due to current technology development. However, new learning designs of REE need to be developed for Pre-service Chemistry Teachers (PCT) as it is not yet available. A good design is constructed by analyzing PCT pre-conceptions based on the technical difficulties faced by the students during teaching process. The study aims to identify PCT's pre-conceptions focusing on REE topic. We conducted this research involving 17 chemistry education students at the Universitas Pendidikan Indonesia, Bandung. Data was collected through interviews and analyzed using the Qualitative Content Analysis (QCA) method. Our results highlight that PCT had difficulties with chemistry content of REE, especially about electronic configuration, magnetic, and luminescence properties. In addition, PCT faced difficulties correlating electronic configuration's chemistry content into contexts. Based on the interview results, 88.2% of the students agree with the development learning design for undergraduate chemistry students. As a result, we conclude that technical difficulties and misconceptions about REE can be overcome by developing the learning design based on the need of the students.  
职前化学教师对稀土元素化学的认识
稀土元素(REE)是一个有趣的化学话题,特别是由于目前的技术发展。然而,目前还没有针对职前化学教师(PCT)开发新的REE学习设计。基于学生在教学过程中所面临的技术难题,通过分析PCT的预设概念来构建一个好的设计。本研究旨在确定PCT对稀土元素主题的先入为主的概念。我们对印度尼西亚万隆Pendidikan大学的17名化学教育专业的学生进行了这项研究。通过访谈收集数据,并采用定性内容分析(QCA)方法进行分析。我们的研究结果表明,PCT在稀土元素的化学含量方面存在困难,特别是在电子构型、磁性和发光性能方面。此外,PCT还面临着将电子构型的化学内容与上下文相关联的困难。访谈结果显示,88.2%的学生认同化学本科学生的发展性学习设计。因此,我们得出结论,基于学生的需求开发学习设计可以克服技术上的困难和对REE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。
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