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Sterre K. Ruitenburg; Pieter Guldemont; Paul A. Kirschner; Halszka Jarodzka; Gino Camp – Applied Cognitive Psychology, 2025
Successful adoption of proven effective practice strategies such as distributed practice may contribute to much-needed improvement in mathematics performance. However, it is not yet fully understood if distributed practice is beneficial for long-term retention of complex procedural knowledge and, if so, for which initial practice performance level…
Descriptors: Knowledge Level, Cognitive Processes, Mathematics Instruction, Mathematics Achievement
Corin D. Mathews – South African Journal of Childhood Education, 2025
Background: Base-ten thinking (BTT) -- children's ability to reason in tens and ones is a crucial measure of Foundation Phase learners' mathematical performance in South Africa. Aim: The study looks at the six learners using BTT to solve additive tasks through two different assessments. Setting: Six purposely selected Grade 3 learners in…
Descriptors: Evaluation Methods, Task Analysis, High Achievement, Low Achievement
Bye, Jeffrey K.; Harsch, Rina M.; Varma, Sashank – Journal of Numerical Cognition, 2022
Algebraic thinking and strategy flexibility are essential to advanced mathematical thinking. Early algebra instruction uses 'missing-operand' problems (e.g., x - 7 = 2) solvable via two typical strategies: (1) direct retrieval of arithmetic facts (e.g., 9 - 7 = 2) and (2) performance of the inverse operation (e.g., 2 + 7 = 9). The current study…
Descriptors: Algebra, Problem Solving, Mathematics Instruction, Arithmetic
Van Dooren, Wim; Inglis, Matthew – ZDM: The International Journal on Mathematics Education, 2015
Inhibitory control--the ability to ignore salient but unhelpful stimuli and responses--seems to be important for learning mathematics. For instance there is now robust evidence that performance on classic measures of inhibition, such as the Stroop Task, correlate with school-level mathematics achievement. At the same time, a great deal of…
Descriptors: Inhibition, Mathematics Skills, Problem Solving, Task Analysis
Habre, Samer – International Journal of Mathematical Education in Science and Technology, 2017
Covariational reasoning has been the focus of many studies but only a few looked into this reasoning in the polar coordinate system. In fact, research on student's familiarity with polar coordinates and graphing in the polar coordinate system is scarce. This paper examines the challenges that students face when plotting polar curves using the…
Descriptors: Mathematics Achievement, Mathematics Activities, Problem Solving, Geometry
Jagals, Divan; van der Walt, Marthie – Pythagoras, 2018
Awareness of one's own strengths and weaknesses during visualisation is often initiated by the imagination -- the faculty for intuitively visualising and modelling an object. Towards exploring the role of metacognitive awareness and imagination in facilitating visualisation in solving a mathematics task, four secondary schools in the North West…
Descriptors: Visualization, Metacognition, Imagination, Role
Wilhelm, Anne Garrison – Journal for Research in Mathematics Education, 2014
This study sought to understand how aspects of middle school mathematics teachers' knowledge and conceptions are related to their enactment of cognitively demanding tasks. I defined the enactment of cognitively demanding tasks to involve task selection and maintenance of the cognitive demand of high-level tasks and examined those two…
Descriptors: Mathematics Teachers, Middle School Teachers, Pedagogical Content Knowledge, Mathematics Instruction
Bugden, Stephanie; Ansari, Daniel – Cognition, 2011
In recent years, there has been an increasing focus on the role played by basic numerical magnitude processing in the typical and atypical development of mathematical skills. In this context, tasks measuring both the intentional and automatic processing of numerical magnitude have been employed to characterize how children's representation and…
Descriptors: Models, Mathematics Achievement, Elementary School Students, Individual Differences
Murrah, William M.; Chen, Wei-Bing; Cameron, Claire E. – Society for Research on Educational Effectiveness, 2013
Recent educational studies have found evidence that measures of fine motor skills are predictive of educational outcomes. However, the precise nature of fine motor skills has received little attention in these studies. With evidence mounting that fine motor skills are an important indicator of school readiness, investigating the nature of this…
Descriptors: Psychomotor Skills, Prediction, Cognitive Processes, Mathematics Achievement
Bergner, Sabine; Neubauer, Aljoscha C. – High Ability Studies, 2011
A male advantage in spatial abilities is assumed to underlie their superior performance in complex mathematical problems. In this study we investigated whether sex differences in mental rotation (MR) tasks are related to female underachievement and whether training effects of a MR training can be generalized across achievers and underachievers.…
Descriptors: Spatial Ability, Gifted, Underachievement, Intelligence
Clark, Caron A. C.; Pritchard, Verena E.; Woodward, Lianne J. – Developmental Psychology, 2010
Impairments in executive function have been documented in school-age children with mathematical learning difficulties. However, the utility and specificity of preschool executive function abilities in predicting later mathematical achievement are poorly understood. This study examined linkages between children's developing executive function…
Descriptors: Learning Problems, Mathematics Education, Reading Achievement, Mathematics Achievement
Leino, Jarkko – 1981
This report is the third in a series of research projects concerning abilities and performance processes, particularly in school mathematics. A theoretical scrutiny of traditional psychometric testing, cognitive processes, their interrelationships, and an empirical application of the theoretical considerations on the level of junior secondary…
Descriptors: Aptitude, Cognitive Ability, Cognitive Processes, Cognitive Style

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