Journal of Research in Science Teaching · 1992 · 65 citations · 11 references
Social SciencesPsychologyScience EducationCognitive DevelopmentCognitive PsychologyVisual PerceptionColor ModelsColor PerceptionColor RepresentationConcept FormationVisual CognitionVisual ThinkingColor CategorizationColor PsychologyMental ModelsObject Color PerceptionObjectsScience Museum EducationVisual PhenomenaVisual Problem Solving
Abstract An examination of children's notions about light and visual phenomena shows the existence of mental models, that is to say, ways of thinking that are consistent and pervasive. These naive conceptual schemes, used by different children to explain similar phenomena, determine the kinds of responses given by the children in problem‐solving situations. In this article we study children's ideas about colored objects and colored shadows, with special attention to the ways in which these ideas are organized into mental models. The elucidation of these models provides valuable instructional tools that serve to assess and to confront students' naive conceptions. This work was carried out in a science museum at the site of interactive exhibits that show unexpected effects. Children who visited the museum were engaged in problem‐solving situations that involved predictions, explanations, and manipulations of the exhibit.
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Cognition, construction of knowledge, and teaching
Ernst von Glasersfeld · Synthese · 1989 · 783 citations
Education, Instruction, Teaching +10
Isaac Newton · Philosophical Transactions of the Royal Society of London · 1672 · 210 citations
<i>Light and Color in Nature and Art</i>
Samuel J. Williamson, H. Z. Cummins, John N. Kidder · American Journal of Physics · 1984 · 105 citations