Playing on the typewriter, typing on the piano: manipulation knowledge of objects [An article from: Cognition]
Book Details
PublisherElsevier
ISBN / ASINB000RR75JK
ISBN-13978B000RR75J6
AvailabilityAvailable for download now
Sales Rank13,141,159
MarketplaceUnited States 🇺🇸
Description
This digital document is a journal article from Cognition, published by Elsevier in . The article is delivered in HTML format and is available in your Amazon.com Media Library immediately after purchase. You can view it with any web browser.
Description:
Two experiments investigated sensory/motor-based functional knowledge of man-made objects: manipulation features associated with the actual usage of objects. In Experiment 1, a series of prime-target pairs was presented auditorily, and participants were asked to make a lexical decision on the target word. Participants made a significantly faster decision about the target word (e.g. 'typewriter') following a related prime that shared manipulation features with the target (e.g. 'piano') than an unrelated prime (e.g. 'blanket'). In Experiment 2, participants' eye movements were monitored when they viewed a visual display on a computer screen while listening to a concurrent auditory input. Participants were instructed to simply identify the auditory input and touch the corresponding object on the computer display. Participants fixated an object picture (e.g. ''typewriter'') related to a target word (e.g. 'piano') significantly more often than an unrelated object picture (e.g. ''bucket'') as well as a visually matched control (e.g. ''couch''). Results of the two experiments suggest that manipulation knowledge of words is retrieved without conscious effort and that manipulation knowledge constitutes a part of the lexical-semantic representation of objects.
Description:
Two experiments investigated sensory/motor-based functional knowledge of man-made objects: manipulation features associated with the actual usage of objects. In Experiment 1, a series of prime-target pairs was presented auditorily, and participants were asked to make a lexical decision on the target word. Participants made a significantly faster decision about the target word (e.g. 'typewriter') following a related prime that shared manipulation features with the target (e.g. 'piano') than an unrelated prime (e.g. 'blanket'). In Experiment 2, participants' eye movements were monitored when they viewed a visual display on a computer screen while listening to a concurrent auditory input. Participants were instructed to simply identify the auditory input and touch the corresponding object on the computer display. Participants fixated an object picture (e.g. ''typewriter'') related to a target word (e.g. 'piano') significantly more often than an unrelated object picture (e.g. ''bucket'') as well as a visually matched control (e.g. ''couch''). Results of the two experiments suggest that manipulation knowledge of words is retrieved without conscious effort and that manipulation knowledge constitutes a part of the lexical-semantic representation of objects.
