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Brissiaud, Remi; Sander, Emmanuel – Developmental Science, 2010
Before instruction, children solve many arithmetic word problems with informal strategies based on the situation described in the problem. A Situation Strategy First framework is introduced that posits that initial representation of the problem activates a situation-based strategy even after instruction: only when it is not efficient for providing…
Descriptors: Problem Solving, Mental Computation, Word Problems (Mathematics), Arithmetic
Casas-Garcia, Luis M.; Luengo-Gonzalez, Ricardo; Godinho-Lopes, Vitor – Online Submission, 2011
We present a new software, called Goluca (Godinho, Luengo, and Casas, 2007), based on the technique of Pathfinder Associative Networks (Schvaneveldt, 1989), which produces graphical representations of the cognitive structure of individuals in a given field knowledge. In this case, we studied the strategies used by teachers and its relationship…
Descriptors: Cognitive Structures, Knowledge Representation, Computer Software, Mental Computation
Drake, Michael – Mathematics Teaching, 2011
One debate that periodically arises in mathematics education is the issue of how to teach calculation more effectively. "Modern" approaches seem to initially favour mental calculation, informal methods, and the development of understanding before introducing written forms, while traditionalists tend to champion particular algorithms. The debate is…
Descriptors: Mathematics Education, Teaching Methods, Mathematics, Addition
McClary, LaKeisha; Talanquer, Vicente – Journal of Research in Science Teaching, 2011
The central goal of this study was to characterize the mental models of acids and acid strength expressed by advanced college chemistry students when engaged in prediction, explanation, and justification tasks that asked them to rank chemical compounds based on their relative acid strength. For that purpose we completed a qualitative research…
Descriptors: Prediction, Organic Chemistry, Models, Mental Computation
Thompson, Ian – Mathematics Teaching, 2011
Ever since "mental arithmetic" was updated to "mental calculation," official documents have succeeded in perpetuating several basic misconceptions and misunderstandings about this topic. This situation does not augur well for the successful teaching of mental calculation strategies to young children. In this article, the author…
Descriptors: Mental Computation, Arithmetic, Misconceptions, Mathematics Instruction
Bassok, Miriam; Pedigo, Samuel F.; Oskarsson, An T. – Journal of Experimental Psychology: Learning, Memory, and Cognition, 2008
Results from 2 relational-priming experiments suggest the existence of an automatic analogical coordination between semantic and arithmetic relations. Word pairs denoting object sets served as primes in a task that elicits "obligatory" activation of addition facts (5 + 3 activates 8; J. LeFevre, J. Bisanz, & L. Mrkonjic, 1988). Semantic relations…
Descriptors: Semantics, Mental Computation, Arithmetic, Semiotics
White, Paul; Anderson, Judy – Mathematics Teacher Education and Development, 2012
With increased accountability attached to students' results on national testing in Australia, teachers feel under pressure to prepare students for the tests. However, this can lead to shallow teaching of a narrowed curriculum. An alternative approach involves using data to identify common errors and misconceptions, discussing strategies aimed at…
Descriptors: Testing, Test Items, Teaching Methods, Foreign Countries
Ortiz, Enrique – Online Submission, 2010
The purpose of this study was to analyze participants' levels of hemoglobin as they performed arithmetic mental calculations using Optical Topography (OT, helmet type brain-scanning system, also known as Functional Near-Infrared Spectroscopy or fNIRS). A central issue in cognitive neuroscience involves the study of how the human brain encodes and…
Descriptors: Topography, Mental Computation, Memorization, Brain
Walsh, Matthew M.; Anderson, John R. – Cognitive Psychology, 2009
In two experiments, we studied how people's strategy choices emerge through an initial and then a more considered evaluation of available strategies. The experiments employed a computer-based paradigm where participants solved multiplication problems using mental and calculator solutions. In addition to recording responses and solution times, we…
Descriptors: Change Strategies, Cognitive Processes, Computer Mediated Communication, Models
Koshy, Valsa, Ed.; Murray, Jean, Ed. – Routledge, Taylor & Francis Group, 2011
Now in a fully updated second edition, "Unlocking Mathematics Teaching" is a comprehensive guide to teaching mathematics in the primary school. Combining theory and practice, selected experts outline the current context of mathematics education. They suggest strategies, activities and examples to help develop readers understanding and confidence…
Descriptors: Mathematics Education, Numeracy, Mathematics Skills, Mathematics Instruction
Murphy, Carol – British Educational Research Journal, 2011
Efforts to meet the needs of children's learning in arithmetic has led to an increased emphasis on the teaching of mental calculation strategies in England. This has included the adoption of didactical tools such as the empty number line (ENL) that was developed as part of the realistic mathematics movement in the Netherlands. It has been claimed…
Descriptors: Mental Computation, Foreign Countries, Arithmetic, Educational Strategies
Pinel, Philippe; Dehaene, Stanislas – Journal of Cognitive Neuroscience, 2010
Language and arithmetic are both lateralized to the left hemisphere in the majority of right-handed adults. Yet, does this similar lateralization reflect a single overall constraint of brain organization, such an overall "dominance" of the left hemisphere for all linguistic and symbolic operations? Is it related to the lateralization of specific…
Descriptors: Sentences, Brain Hemisphere Functions, Linguistics, Mental Computation
Monari Martinez, Elisabetta; Benedetti, Nives – European Journal of Special Needs Education, 2011
The key questions are: is it true that persons with Down's syndrome can study mathematics only at a very elementary level? Might it be possible that their difficulties are mainly restricted to some fields, such as numeracy and mental computation, but do not encompass the entire domain of mathematics? Is the use of a calculator recommended? Is…
Descriptors: Familiarity, Numeracy, Mental Computation, Calculators
Fehr, Thorsten; Weber, Jochen; Willmes, Klaus; Herrmann, Manfred – Neuropsychologia, 2010
Prodigies are individuals with exceptional mental abilities. How is it possible that some of these people mentally calculate exponentiations with high accuracy and speed? We examined CP, a mental calculation prodigy, and a control group of 11 normal calculators for moderate mental arithmetic tasks. CP has additionally been tested for exceptionally…
Descriptors: Control Groups, Mental Computation, Short Term Memory, Brain Hemisphere Functions
Berg, Derek H.; Hutchinson, Nancy L. – Learning Disabilities: A Contemporary Journal, 2010
This study investigated whether processing speed, short-term memory, and working memory accounted for the differential mental addition fluency between children typically achieving in arithmetic (TA) and children at-risk for failure in arithmetic (AR). Further, we drew attention to fluency differences in simple (e.g., 5 + 3) and complex (e.g., 16 +…
Descriptors: Mental Computation, Short Term Memory, Cognitive Processes, Arithmetic