Journal of Educational Computing Research · 1996 · 130 citations · 19 references
MedicineEducational PsychologyReading ComprehensionSpatial VisionVisual PerceptionAnimationMotion PerceptionSpatial AwarenessSpatial CognitionVisual LiteracyVisuospatial ProcessingComprehension Of GraphicsComputer-generated AnimationExperimental Computer AnimationLearning With AnimationSpatial ComprehensionSpatial Perception In AnimationVisuospatial AbilitiesVisuospatial Skills
This study examined the effects on understanding of differing levels of visual presentations and spatial abilities with concepts involving time and motion. Subjects were presented with one of three levels of graphic presentations (no graphics, static graphics, animated graphics) which were crossed with two levels of spatial abilities (high, low). The purpose was to determine if the presentation viewed by the subjects affected levels of understanding. Results supported several predictions. As predicted, low-spatial-ability subjects receiving presentations with animation made significantly greater gains than low-spatial-ability subjects not receiving animation. On short-term comprehension, results showed that spatial ability was a statistically significant factor and on long-term understanding the type of presentation had a statistically significant effect on the subject's performance.
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Cognitive Psychology and Its Implications
Leslie Y. Rabkin · American Journal of Psychotherapy · 1987 · 3.2K citations
Localization of cortical areas activated by thinking
Per E. Roland, Lars Friberg · Journal of Neurophysiology · 1985 · 605 citations