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Dayal, Priya Dharshni; Ali-Chand, Zakia – New Zealand Journal of Educational Studies, 2022
This paper discusses the significance of model-based teaching on the topic of ionic and metallic bonding in Year 12 Chemistry in a New Zealand secondary school. Based on the conceptualization of the sub-macro level understanding of the bonding structure and properties of ionic and metallic compounds, models and drawings were used as an effective…
Descriptors: Science Instruction, Teaching Methods, Chemistry, Models
Engelman, Jonathan – ProQuest LLC, 2016
Changing student conceptions in physics is a difficult process and has been a topic of research for many years. The purpose of this study was to understand what prompted students to change or not change their incorrect conceptions of Newtons Second or Third Laws in response to an intervention, Interactive Video Vignettes (IVVs), designed to…
Descriptors: College Students, Scientific Literacy, Scientific Principles, Scientific Concepts
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Stuhr, Paul T.; Sutherland, Sue; Ressler, Jim; Ortiz-Stuhr, Esther M. – Strategies: A Journal for Physical and Sport Educators, 2016
Adventure-based learning (ABL) consists of highly structured physical activity with periods of reflection (i.e., debrief) that help promote personal and social development. It can be used as a valid curriculum in physical education to promote intrapersonal and interpersonal relationships. This type of curriculum can also help physical educators…
Descriptors: Adventure Education, Physical Education, Physical Education Teachers, Best Practices
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Gordon, Barry; Stark, Shauna – Focus on Autism and Other Developmental Disabilities, 2007
Implicit sequence learning, as measured using the sequential reaction time (SRT) task paradigm originally introduced by Nissen & Bullemer (1987), has been reported to be impaired in high-functioning individuals with autism (Mostofsky, Goldberg, Landa, & Denckla, 2000). We reasoned that increased exposure to the sequence may particularly benefit…
Descriptors: Reaction Time, Autism, Sequential Learning, Task Analysis
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Grossen, Bonnie; Kelly, Bernadette F. – International Review of Education/Internationale Zeitschrift fuer Erziehungswissenschaft/Revue Internationale de Pedagogie, 1992
Advocates the use of the Engelmann-Becker Direct Instruction method to address third-world problems in education. Explains the method, which structures meaningful, strategic learning to ensure student success. Presents results of a pilot study of its use in Gazankulu in South Africa. (DMM)
Descriptors: Comparative Education, Curriculum Design, Developing Nations, Educational Needs
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Bailey, Chris; Zalfan, Mohd T.; Davis, Hugh C.; Fill, Karen; Conole, Grainne – Educational Technology & Society, 2006
Tools to support teachers and learning technologists in the creation of effective learning designs are currently in their infancy. This paper describes a metadata model, devised to assist in the conception and design of new learning activities, that has been developed, used and evaluated over a period of three years. The online tool that embodies…
Descriptors: Educational Technology, Teaching Methods, Instructional Design, Learning Activities
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Orion, Nir – EURASIA Journal of Mathematics, Science & Technology Education, 2007
This article suggests that a genuine reform endeavor towards the "Science for All" paradigm should adopt a holistic approach. There are several countries around the world that adopted the "Science for All" paradigm at the beginning of the 21st century. However, while looking closely at the amount of change that took place in…
Descriptors: Foreign Countries, Holistic Approach, Science Education, Educational Change