1. Length, Weight, and Width: Covariation Assessments Based on Haptic Exploration
- Author
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Jerome Stoecker, J. David Williamson, and Joseph R. McGahan
- Subjects
Length weight ,Perseveration ,050109 social psychology ,Experimental and Cognitive Psychology ,050105 experimental psychology ,Judgment ,Statistics ,medicine ,Humans ,Weight Perception ,0501 psychology and cognitive sciences ,Size Perception ,Mathematics ,Haptic technology ,Communication ,business.industry ,Body Weight ,05 social sciences ,Body Height ,Sensory Systems ,Uncorrelated ,Adipose Tissue ,Social Perception ,Touch ,Stereognosis ,medicine.symptom ,business - Abstract
Intuitive judgments about covariations of length, weight, and width were assessed in two experiments using a series of prepositional statements. In Exp. 1, only a priori judgments were rendered, whereas in Exp. 2 blindfolded participants physically manipulated and described a series of objects varying on these dimensions before rendering their judgments. Analyses indicated participants judged weight and width as positively correlated, length and weight as uncorrelated and, to some extent, length and width as negatively correlated. If judgments are rendered after the haptic exploradon phase, weight and width are (again) judged as positively correlated, and length and weight were still judged as uncorrelated. However, after the database intervention, length and width were judged as positively correlated. Results are discussed relative to research on reasoning about covariation and belief perseveration as well as perceived covariations between height, weight, and body fat.
- Published
- 1998
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