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Fiori, Marina; Antonakis, John – Intelligence, 2012
We examined how general intelligence, personality, and emotional intelligence--measured as an ability using the MSCEIT--predicted performance on a selective-attention task requiring participants to ignore distracting emotion information. We used a visual prime in which participants saw a pair of faces depicting emotions; their task was to focus on…
Descriptors: Emotional Intelligence, Stimuli, Reaction Time, Attention
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Dodonov, Yury S.; Dodonova, Yulia A. – Intelligence, 2012
In the present study, speeded tasks with differing assumed difficulties of the trials are regarded as a special class of simple cognitive tasks. Exploratory latent growth modeling with data-driven shape of a growth curve and nonlinear structured latent curve modeling with predetermined monotonically increasing functions were used to analyze…
Descriptors: Intelligence, Intervals, Reaction Time, Cognitive Ability
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Unsworth, Nash; Redick, Thomas S.; Lakey, Chad E.; Young, Diana L. – Intelligence, 2010
A latent variable analysis was conducted to examine the nature of individual differences in lapses of attention and their relation to executive and fluid abilities. Participants performed a sustained attention task along with multiple measures of executive control and fluid abilities. Lapses of attention were indexed based on the slowest reaction…
Descriptors: Intelligence, Short Term Memory, Attention Control, Individual Differences
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Jensen, A. R. – Intelligence, 2011
Mental chronometry (MC) studies cognitive processes measured by time. It provides an absolute, ratio scale. The limitations of instrumentation and statistical analysis caused the early studies in MC to be eclipsed by the "paper-and-pencil" psychometric tests started by Binet. However, they use an age-normed, rather than a ratio scale, which…
Descriptors: Reaction Time, Intelligence Quotient, Measures (Individuals), Factor Analysis
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Sculthorpe, Lauren D.; Stelmack, Robert M.; Campbell, Kenneth B. – Intelligence, 2009
The relation between mental ability and the ability to detect auditory pattern violations was examined using event-related potential measures, specifically P300 and mismatch negativity (MMN). Thirty female volunteers were presented with a two tone alternating pattern containing infrequent repetition violations in passive (ignore) then active…
Descriptors: Reaction Time, Cognitive Development, Cognitive Ability, Intelligence
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Pesta, Bryan J.; Poznanski, Peter J. – Intelligence, 2008
The relationship between IQ scores and elementary cognitive task (ECT) performance is well established, with variance on each largely reflecting the general factor of intelligence, or g. Also ubiquitous are Black-White mean differences on IQ and measures of academic success, like grade point average (GPA). Given C. Spearman's (Spearman, C. (1927).…
Descriptors: Intelligence, Reaction Time, Grade Point Average, Occupational Tests
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van Leeuwen, Marieke; van den Berg, Stephanie M.; Hoekstra, Rosa A.; Boomsma, Dorret I. – Intelligence, 2007
The aim of this study was to identify promising endophenotypes for intelligence in children and adolescents for future genetic studies in cognitive development. Based on the available set of endophenotypes for intelligence in adults, cognitive tasks were chosen covering the domains of working memory, processing speed, and selective attention. This…
Descriptors: Memory, Adolescents, Reaction Time, Intelligence
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Rammsayer, Thomas H.; Brandler, Susanne – Intelligence, 2007
The relation between general intelligence (psychometric "g") and temporal resolution capacity of the central nervous system was examined by assessing performance on eight different temporal tasks in a sample of 100 participants. Correlational and principal component analyses suggested a unitary timing mechanism, referred to as temporal "g".…
Descriptors: Psychometrics, Reaction Time, Multiple Regression Analysis, Intelligence
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Rose, Susan A.; Feldman, Judith F.; Jankowski, Jeffery J. – Intelligence, 2004
The present study explored the dimensionality of infant cognition by factor analyzing measures from a battery of tasks administered to a large cohort of 7-month-old preterm and full-term infants (N=203). A principal axis factor analysis yielded three factors accounting for 37[percent] of the variance. There was one attention factor (look duration…
Descriptors: Reaction Time, Factor Analysis, Infants, Cognitive Development