"Study on effective visual resources according to their role in teaching-learning activity - In the regularity in chemical reactions unit in the ninth grade science textbook

  • Park, J.K.
Citations

SCOPUS

1

초록

"This study explores the effective visual resources in the regularity in chemical reactions unit of ninth grade science textbooks (2009 revised version). The frequency and role of visual resources were initially examined, and the students' perceptions of visual resources were investigated. The results of the analysis represented the learning material presentation (68%), motivational categories (14%), guide to inquiry procedures (9%), and inquiry results and summaries (8%). According to the investigation of the students' perceptions of visual resources, the most effective visual resource for motivation is a photograph depicting physical and chemical changes, such as in bread baking and the most effective for learning material presentations in mass conservation, definite proportion, and stoichiometric concept units were a cartoon, graph, and formula representing stoichiometric phenomena, respectively. The most effective resource for guide to inquiry (experimental) procedures were photographs of both instruments and sequential experiment processes; and in the inquiry results and summary category, incomplete tables and graphs for students to work on themselves. The aims of this research are to increase the usefulness of visual resources in the teaching-learning activity and provide informative supplements for the development and improvement of visual resources, according to the students' perceptions. ? 2016, Korean Chemical Society. All rights reserved.

키워드

Guide to inquiry procedureInquiry results and summaryLearning material presentationMotivational materialsVisual resource
제목
"Study on effective visual resources according to their role in teaching-learning activity - In the regularity in chemical reactions unit in the ninth grade science textbook
저자
Park, J.K.
DOI
10.5012/jkcs.2016.60.5.327
발행일
2016
유형
Article
저널명
대한화학회지
60
5
페이지
327 ~ 341