Publication | Closed Access
Research on conceptual understanding in mechanics
620
Citations
33
References
1984
Year
Inquiry-based LearningScience EducationConceptual DesignEducational PsychologyEducationConceptual Knowledge AcquisitionLearning-by-doingSemanticsSocial SciencesPsychologyStem EducationStudent LearningMechanicsCognitive DevelopmentConceptual UnderstandingCognitive ScienceCognitive StudyConceptual ProcessDesignPhysical SciencesScience EducatorsCognitive Processes
Research over the past decade has revealed detailed insights into how students learn physics, with a focus on conceptual understanding across areas such as mechanics, electricity, heat, and optics. These studies show that students of all ages and abilities consistently struggle with conceptual physics, and that these difficulties persist despite formal instruction, requiring explicit instructional interventions.
Over the past decade, physicists, psychologists and science educators have been conducting research that has yielded detailed information about how students learn physics. Some investigators have used physics as a context for examining cognitive processes and approaches to problem-solving. For others, the primary emphasis has been on conceptual understanding in a particular area of physics such as mechanics, electricity, heat or optics. Regardless of the motivation behind the research, the results indicate that similar difficulties occur among students of different ages and ability, often in spite of formal study in physics. The persistence of these difficulties suggests that they are not easily overcome, and need to be addressed explicitly during instruction.
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