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Tan, Clara Wee Keat; Chow, Jia Yi; Davids, Keith – Physical Education and Sport Pedagogy, 2012
Background: In the last few decades, conceptions about teaching and learning in physical education have evolved from a teacher-centred approach to a more student-centred approach where learners are encouraged to develop problem-solving skills, critical thinking and autonomy of thought. A popular model advocating this approach in physical…
Descriptors: Evidence, Physical Education, Researchers, Correlation
Gilroy, Pamela J. – 1989
The movement-exploration activities described in this book are designed to appeal to primary-level children's natural instinct toward imaginative play and discovery and offer opportunities to develop physical skills in a familiar environment. The discovery of the physical self involves body-part and body-surface identification, isolated movements…
Descriptors: Anatomy, Human Body, Motor Development, Movement Education
Rosner, Jerome; And Others – 1970
The effects of a visual motor training program that attempts to teach 5-year-olds the underlying cognitive structures used in copying geometric designs are assessed. The Design Board Program teaches the child a systematic method for analyzing complex two-dimensional graphic patterns. It is based on the theory that accurate replication of geometric…
Descriptors: Cognitive Development, Early Childhood Education, Educational Experiments, Kindergarten Children
Stockman, Ida J. – 1986
The paper describes an innovative treatment approach to severe learning disabilities in use in St. Gallen, Switzerland. The multisensory approach is based on the assumption that learning disabled children have perceptual cognitive deficits. Reality based problem-solvng events connected with tactile-kinesthetic input become the primary foci of…
Descriptors: Cognitive Development, Developmental Disabilities, Educational Methods, Elementary Secondary Education
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Gabel, Dorothy; And Others – Science Teacher, 1992
Chemistry can be described on three levels: sensory, molecular, and symbolic. Proposes a particle approach to teaching chemistry that uses magnets to aid students construct molecular models and solve particle problems. Includes examples of Johnstone's model of chemistry phenomena, a problem worksheet, and a student concept mastery sheet. (MDH)
Descriptors: Chemistry, Cognitive Development, Concept Formation, Magnets