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Gürses, Ahmet; Sahin, Elif; Barin, T. Barkin; Günes, Kübra – Education Quarterly Reviews, 2022
Analogies can be powerful teaching tools because they can make new material intelligible to students by comparing it to material that is already familiar. In assisting students to understand chemistry concepts, teachers occasionally use analogies. These analogies are believed to help the students to structure the new knowledge and they are…
Descriptors: Teaching Methods, Logical Thinking, Thermodynamics, Constructivism (Learning)
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Cassandra P. Lilly; Alexandra B. Ormond; Andrea A. Carter; Walda J. Powell – Journal of Chemical Education, 2022
Primarily undergraduate institutions have limited resources to offer required, credit based supplemental instruction for students. Meredith College's Chemistry, Physics, and Geoscience Department revised the laboratory chemistry curriculum to incorporate chemistry concept recitations into the lab course schedule. Activities for the following…
Descriptors: Undergraduate Students, Chemistry, Science Instruction, Science Laboratories
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Kurushkin, Mikhail; Kurushkin, Dmitry – Journal of Chemical Education, 2018
A novel educational chart that represents the acid--base behavior of 100 s-, p-, d-, and f-element oxides depending on the element's electronegativity and oxidation state was designed. An updated periodic table of said oxides was developed. A mathematical criterion based on the chart was derived which allows prediction of the behavior of…
Descriptors: Science Instruction, Secondary School Science, High Schools, Chemistry
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Choden, Tashi; Kijkuakul, Sirinapa – International Journal of Instruction, 2020
Genetics can be a difficult topic to teach and learn in a traditional classroom. The objective of this qualitative classroom action research was to examine the effectiveness of a blend of problem-based learning (PBL) with scientific argumentation to improve student understanding of basic genetics. The research participants were grade 9 Bhutanese…
Descriptors: Problem Based Learning, Teaching Methods, Intervention, Persuasive Discourse
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Pabuccu, Aybuke; Erduran, Sibel – International Journal of Science Education, 2017
There exists bias among students that learning organic chemistry topics requires rote learning. In this paper, we address such bias through an organic chemistry activity designed to promote argumentation. We investigated how pre-service science teachers engage in an argumentation about conformational analysis. Analysis of the outcomes concentrated…
Descriptors: Organic Chemistry, Persuasive Discourse, Preservice Teachers, Preservice Teacher Education
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Hofferber, Natalia; Eckes, Alexander; Wilde, Matthias – European Journal of Educational Research, 2014
Grolnick and Ryan (1987) assume that an autonomy supportive environment leads to higher learner engagement and thus to greater achievements and deeper understanding of content. In school, knowledge acquisition (rote learning as well as conceptual learning) are regarded as most important. In this study, we examined the effects of teachers' autonomy…
Descriptors: Teacher Student Relationship, Personal Autonomy, Academic Achievement, Rote Learning
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Watters, Dianne J.; Watters, James J. – International Journal of Science Education, 2007
This study is an investigation of the epistemological beliefs and study habits of students undertaking first-year courses in Biological Chemistry and Biochemistry. In particular, we were interested in the relationship between students' epistemological beliefs about learning and knowledge, approaches to learning, and achievement. The study adopted…
Descriptors: Teaching Methods, Sciences, Biochemistry, Study Habits
Ango, Mary L. – Online Submission, 2002
Educology is knowledge about education, and the educology of science education is knowledge about the process of teaching and studying science in some setting, e.g. in schools, colleges and universities. Part of scientific expertise is having the process skills associated with scientific inquiry. Expertise in science process skills is a basic and…
Descriptors: Cultural Background, Science Process Skills, Science Instruction, Foreign Countries