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Dodonova, Yulia A.; Dodonov, Yury S. – Intelligence, 2013
Using more complex items than those commonly employed within the information-processing approach, but still easier than those used in intelligence tests, this study analyzed how the association between processing speed and accuracy level changes as the difficulty of the items increases. The study involved measuring cognitive ability using Raven's…
Descriptors: Difficulty Level, Intelligence Tests, Cognitive Ability, Accuracy
Partchev, Ivailo; De Boeck, Paul – Intelligence, 2012
Responses to items from an intelligence test may be fast or slow. The research issue dealt with in this paper is whether the intelligence involved in fast correct responses differs in nature from the intelligence involved in slow correct responses. There are two questions related to this issue: 1. Are the processes involved different? 2. Are the…
Descriptors: Intelligence, Intelligence Tests, Reaction Time, Accuracy
Ivie, Jennifer L.; Embretson, Susan E. – Intelligence, 2010
Spatial ability tasks appear on many intelligence and aptitude tests. Although the construct validity of spatial ability tests has often been studied through traditional correlational methods, such as factor analysis, less is known about the cognitive processes involved in solving test items. This study examines the cognitive processes involved in…
Descriptors: Spatial Ability, Cognitive Processes, Test Items, Construct Validity
Peer reviewedLarson, Gerald E.; Saccuzzo, Dennis P. – Intelligence, 1989
Experiments with 35 male/39 female college students and 220 male Navy recruits examined the nature of a general ability factor of intelligence--Spearman's "g." Patterns related to task complexity and reaction time variability were studied. "g" appears related to the ability to reconfigure working memory contents flexibly and…
Descriptors: Armed Forces, Cognitive Ability, Cognitive Processes, College Students
Peer reviewedLarson, Gerald E.; And Others – Intelligence, 1988
Correlations between elementary sensory tasks and IQ scores support Galtonian theories of intelligence, which emphasize speed of signal encoding and transmission in the nervous system. Research involving 73 male Navy recruits indicates that such theories are warranted only when elementary tasks are viewed separately. Task complexity in…
Descriptors: Computer Assisted Testing, Difficulty Level, Encoding (Psychology), Intelligence
Peer reviewedHoulihan, Michael; Stelmack, Robert; Campbell, Kenneth – Intelligence, 1998
The latency and amplitude of the P300, an event-related potential, during the performance of a memory-scanning task were used as indices of the efficiency of information processing that may mediate individual differences in intelligence. Results with 61 female college students contradict a pure speed of processing explanation of the relationship…
Descriptors: Cognitive Processes, College Students, Difficulty Level, Females
Beauchamp, Chris M.; Stelmack, Robert M. – Intelligence, 2006
The relation between intelligence and speed of auditory discrimination was investigated during an auditory oddball task with backward masking. In target discrimination conditions that varied in the interval between the target and the masking stimuli and in the tonal frequency of the target and masking stimuli, higher ability participants (HA)…
Descriptors: Cognitive Ability, Auditory Discrimination, Intelligence, Auditory Stimuli

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