Abstract

The concept of energy, which is one of the concepts directly related to vital activities, increases importance day by day with the increasing technology, industrialization and population. For this reason, the concept of energy learned in primary, secondary and higher education programs has a privileged place in science education since it is both an abstract and interdisciplinary concept.The aim of this study is to reveal the cognitive structures and to determine misconceptions of pre-service teachers related to the concept of energy. Qualitative research method was used in the study.The research was carried out with 95 pre-service teachers studying in the 3th and 4th grade of the faculty of education, science education program of a public university in 2018-2019. Word association test and drawing-writing technique were used to collect data.The data are categorized according to content analysis. The model of the pre-service teachers' cognitive structures on the concept of energy was prepared with the Vue program. Results shows that 7 categories were created from the word association test in the conceptual structures of pre-service science teachers regarding the concept of energy. In this context, it has been determined that the cognitive structures of pre-service science teachers are concentrated in the "Energy types", “Scientific terms that evoke the concept of energy” and "Energy sources" categories. In addition, with the data obtained in the study, it was determined that pre-service teachers had misconceptions about the concept of energy. Some of the misconceptions detected in pre-service science teachers are; There are three types of energy: potential, kinetic and mechanical, Only living things have energy.

Highlights

  • The aim of science education is to raise individuals who can understand and transfer scientific knowledge correctly, think, question, develop problem solving skills, keep up with technological developments, establish a cause and effect relationship, and have a contemporary scientific perspective (Balbağ, Leblebiciler, Karaer, Sarıkahya & Erkan, 2016)

  • The category with the highest frequency among the specified categories is the category of "Energy types". This category is followed by "Scientific terms evoking the concept of energy", "Energy sources", "Situations that provides energy formation", "Properties of energy", "Contribution of energy to daily life" and "Affective effect of energy" categories

  • In this study, which aims to reveal the cognitive structures of pre-service science teachers related to the concept of "Energy" through word association test and drawing-writing technique, and to determine their misconceptions, multifaceted data supporting each other was obtained

Read more

Summary

Introduction

The aim of science education is to raise individuals who can understand and transfer scientific knowledge correctly, think, question, develop problem solving skills, keep up with technological developments, establish a cause and effect relationship, and have a contemporary scientific perspective (Balbağ, Leblebiciler, Karaer, Sarıkahya & Erkan, 2016). In order to determine the cognitive structures; Alternative measurement and evaluation tools such as word association test, branched tree, structured grid, concept maps, conceptual change texts, questionnaires, and interviews are used (Bahar, 2003). Among these tools, the most used tools are the word association test (Gussarsky & Gorodetsky, 1990; Işıklı, Taşdere & Göz, 2011; Köseoğlu & Bayır, 2011; Kurt, 2013) and the drawing-writing technique (Çetin, Özarslan, Işık & Eser, 2013; Patrick & Tunnicliffe, 2010; Smith & Metz, 1996). The study carried out, it was aimed to obtain multidirectional data by using the word association test and the drawing-writing technique

Objectives
Methods
Conclusion
Full Text
Published version (Free)

Talk to us

Join us for a 30 min session where you can share your feedback and ask us any queries you have

Schedule a call