The Interactive Anonymous “Must-have” Quiz: A Simple Method to Enhance Students Concept Learning in Organic Chemistry Course
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Effective mastering and learning of basic organic chemical concepts is pivotal to ensure students continue to excel to the higher levels of organic chemistry learning. Concept learning is crucial for first-year organic chemistry students so that they can comprehend and understand a concept better and able to make connection to problems. In the present paper, the authors have implemented the Interactive Anonymous Quiz (IAQ) with “must-have” features in the organic chemistry course as a teaching tool to instill students’ interest and enhance conceptual understanding in organic chemistry. The effectiveness of this activity was examined and evaluated through students’ reflective writing. Students showed positive learning outcome on the implemented activity as reflected by the reflective writings. In addition, this activity could be employed as an activity to check on students’ concept understanding, to instill students’ interest in organic chemistry course and to improve on students’ weakest topic in organic chemistry in the future classes.
Abstract
Effective mastering and learning of basic organic chemical concepts is pivotal to ensure students continue to excel to the higher levels of organic chemistry learning. Concept learning is crucial for first-year organic chemistry students so that they can comprehend and understand a concept better and able to make connection to problems. In the present paper, the authors have implemented the Interactive Anonymous Quiz (IAQ) with “must-have” features in the organic chemistry course as a teaching tool to instill students’ interest and enhance conceptual understanding in organic chemistry. The effectiveness of this activity was examined and evaluated through students’ reflective writing. Students showed positive learning outcome on the implemented activity as reflected by the reflective writings. In addition, this activity could be employed as an activity to check on students’ concept understanding, to instill students’ interest in organic chemistry course and to improve on students’ weakest topic in organic chemistry in the future classes.
참고문헌 (28)
- Kean, E., , Journal of Chemical Education, 59, pp.956~ (1982)
- Yoder, C. H., "The Bridge to Organic Chemistry: Concepts and Nomenclature" (2010), John Wiley & Sons
- Stavy, R, , International Journal of Science Education, 10, pp.553~ (1988)
- Peterson, R. F., , Journal of Chemical Edu-cation, 66, pp.459~ (1989)
- Ebenezer, J. V., , Science Education, 79, pp.1~ (1995)
- Ayas, A, , Journal of Chemical Education, 74, pp.518~ (1997)
- Flynn, A. B., , Journal of Chemical Education, 92, pp.803~ (2015)
- Lynch, D. J, , International Journal of Science and Mathematics Education, 9, pp.1351~ (2011)
- Grove, N. P., , Chemistry Education Research and Practice, 13, pp.201~ (2012)
- Grove, N. P., , Journal of Chemical Education, 89, pp.850~ (2012)
- Aikenhead, G. S., "Science Education for Everyday Life:Evidence-based Practice" (2006), Teachers College Press
- Gilbert, J. K., , International Journal of Science Education, 28, pp.957~ (2006)
- Hofstein, A, , International Journal of Science Education, 28, pp.1017~ (2006)
- Millar, R., , International Journal of Science Education, 28, pp.1499~ (2006)
- Pungente, M. D., , J. Chem. Educ, 80, pp.779~ (2003)
- Gilbert, J. K., "Multiple Representations in Chemical Education Vol. 4" (2009), Springer Science & Business Media
- Mazur, E, "Peer Instruction" (1997), Prentice Hall
- Šket, B., , Acta Chimica Slovenica, 62, pp.462~ (2015)
- Tarhan, L., , Chemistry Education Research and Practice, 13, pp.307~ (2012)
- Stephens, C. E., , Journal of Chemical Education, 87, pp.1186~ (2010)
- Nakhleh, M. B., , Journal of Chemical Educa-tion, 70, pp.190~ (1993)
- Long, C. S., , International Edu-cation Studies, 7, pp.37~ (2014)
- Banks, T., , Creative Education, 5, pp.519~ (2014)
- Wagner, B. D., , Journal of Chemical Education, 86, pp.1300~ (2009)
- Holme, T. A., , Journal of Chemical Education, 75, pp.574~ (1998)
- Su-Yin Kan, "A Case Study on Using Uncritical Inference Test to Promote Malaysian College Students’ Deeper Thinking in Organic Chemistry", 대한화학회지, 59(2), pp.156~163 (2015), 대한화학회[DOI]
- Noh, T., , Journal of Research in Science Teaching, 34, pp.199~ (1997)
- Henderleiter, J., , Jour-nal of Chemical Education, 78, pp.1126~ (2001)