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Török, Georgina; Swaboda, Nora; Ruggeri, Azzurra – Developmental Psychology, 2023
Previous research shows that children evaluate the competence of others based on how effectively someone accomplished a goal, that is, based on the observed outcome of an action (e.g., number of attempts needed). Here, we investigate whether 5- to 10-year-old children and adults infer competence from how efficiently someone solves a task by…
Descriptors: Questioning Techniques, Competence, Efficiency, Task Analysis
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Watabe, Yuko; Owens, Julie S.; Serrano, Verenea; Evans, Steven W. – Journal of Emotional and Behavioral Disorders, 2018
Previous literature suggests that children with attention-deficit/hyperactivity disorder (ADHD) exhibit a positive bias (PB), defined as an over-estimation of one's own ability as compared with actual ability. However, it is possible that the larger discrepancy (i.e., PB) in children with ADHD is accounted for by lower competence levels rather…
Descriptors: Attention Deficit Hyperactivity Disorder, Children, Competence, Bias
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Luwel, Koen; Foustana, Ageliki; Papadatos, Yiannis.; Verschaffel, Lieven – Journal of Experimental Child Psychology, 2011
A test-intervention-test study was conducted investigating the role of intelligence on four parameters of strategy competence in the context of a numerosity judgment task. Moreover, the effectiveness of two feedback types on these four parameters was tested. In the two test sessions, the choice/no-choice method was used to assess the strategy…
Descriptors: Feedback (Response), Intelligence, Intervention, Role
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Keller, Jean; Ripoll, Hubert – Learning & Individual Differences, 2004
The relationships between response latencies and accuracy on the matching familiar figures test (MFFT) and two gross motor tasks (batting or catching a ball) were studied in twenty-nine 9-year-old boys. Children were classified into four groups using a double dichotomy of response latencies and errors on the MFFT: reflective, impulsive,…
Descriptors: Males, Conceptual Tempo, Motor Reactions, Reaction Time