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Donnell, William A. – International Journal of Mathematical Education in Science and Technology, 2010
An important component of intermediate and college algebra courses involves teaching students methods to factor a trinomial with integer coefficients over the integers. The aim of this article is to present a theoretical justification of that which is often taught, but really never explained as to why it works. The theory is presented, and a…
Descriptors: Numbers, Inquiry, Algebra, Mathematics Instruction
Longo, Matthew R.; Lourenco, Stella F. – Brain and Cognition, 2010
Much evidence suggests that common posterior parietal mechanisms underlie the orientation of attention in physical space and along the "mental number line." For example, the small leftward bias ("pseudoneglect") found in paper-and-pencil line bisection is also found when participants "bisect" number pairs, estimating (without calculating) the…
Descriptors: Computation, Number Concepts, Stimuli, Task Analysis
Badets, Arnaud; Pesenti, Mauro – Cognition, 2010
Communication, language and conceptual knowledge related to concrete objects may rely on the sensory-motor systems from which they emerge. How abstract concepts can emerge from these systems is however still unknown. Here we report a functional interaction between a specific meaningful finger movement, such as a finger grip closing, and a concept…
Descriptors: Semantics, Scientific Concepts, Interaction, Semiotics
Ebersbach, Mirjam; Luwel, Koen; Frick, Andrea; Onghena, Patrick; Verschaffel, Lieven – Journal of Experimental Child Psychology, 2008
This experiment aimed to expand previous findings on the development of mental number representation. We tested the hypothesis that children's familiarity with numbers is directly reflected by the shape of their mental number line. This mental number line was expected to be linear as long as numbers lay within the range of numbers children were…
Descriptors: Familiarity, Numbers, Computation, Children
Kelcey, Ben; Phelps, Geoffrey – Evaluation Review, 2013
Objectives: Group-randomized designs are well suited for studies of professional development because they can accommodate programs that are delivered to intact groups (e.g., schools), the collaborative nature of professional development, and extant teacher/school assignments. Though group designs may be theoretically favorable, prior evidence has…
Descriptors: Statistical Analysis, Research Design, Faculty Development, Sample Size
Lindemann, Oliver; Abolafia, Juan M.; Girardi, Giovanna; Bekkering, Harold – Journal of Experimental Psychology: Human Perception and Performance, 2007
To investigate the functional connection between numerical cognition and action planning, the authors required participants to perform different grasping responses depending on the parity status of Arabic digits. The results show that precision grip actions were initiated faster in response to small numbers, whereas power grips were initiated…
Descriptors: Reaction Time, Numbers, Number Concepts
Small, Marian – Teachers College Press, 2012
Expanded to include connections to Common Core State Standards, as well as National Council of Teachers of Mathematics (NCTM) standards, this critically acclaimed book will help every teacher and coach to meet the challenges of differentiating mathematics instruction in the K-8 classroom. In this bestseller, math education expert Marian Small…
Descriptors: State Standards, Student Participation, Data Analysis, Mathematics Teachers
Seah, Rebecca – Mathematics Education Research Group of Australasia, 2012
Despite the emphasis that children should have a robust sense of number and a thorough understanding of fraction (National Mathematics Advisory Panel, 2008), many students continue to struggle with these concepts. Booker Diagnostic Assessment Framework (Booker, 2011) can inform decision about teaching that improves students' learning outcomes.…
Descriptors: Special Needs Students, Fractions, Arithmetic, Number Concepts
Kidd, Julie K.; Curby, Timothy W.; Boyer, Caroline E.; Gadzichowski, K. Marinka; Gallington, Deborah A.; Machado, Jessica A.; Pasnak, Robert – Early Education and Development, 2012
Research Findings: A total of 72 Head Start children (M age = 53.26 months, SD = 5.07) were randomly assigned to 4 conditions. Some were taught the oddity principle (choosing the object that differs from others in a group) and seriation (ordering objects on a dimension and inserting new objects into such orders), which are forms of thinking that…
Descriptors: Art Activities, Disadvantaged Youth, Economically Disadvantaged, Cognitive Development
Doabler, Christian; Cary, Mari Strand; Clarke, Benjamin; Fien, Hank; Baker, Scott; Jungjohann, Kathy – Society for Research on Educational Effectiveness, 2011
Given the vital importance of using a scientific approach for curriculum development, the authors employed a design experiment methodology (Brown, 1992; Shavelson et al., 2003) to develop and evaluate, FUSION, a first grade mathematics intervention intended for students with or at-risk for mathematics disabilities. FUSION, funded through IES…
Descriptors: Curriculum Development, Suburban Schools, Intervention, Feasibility Studies
Cole, Milton W. – Academe, 2009
Numbers--of publications, grant money, PhD students, and invited talks, for example--play too large a role in assessments of faculty. The author's thirty-five years of experience in higher education have convinced him that overreliance on such numbers is a big problem, especially, but not exclusively, in the sciences. Every scientist recognizes…
Descriptors: Numbers, Statistical Data, Statistical Bias, Teacher Evaluation
Maruszewski, Richard – College Mathematics Journal, 2009
In 1225 Fibonacci visited the court of the Holy Roman Emperor, Frederick II. Because Frederick was an important patron of learning, this visit was important to Fibonacci. During the audience, Frederick's court mathematician posed three problems to test Fibonacci. The third was to find the real solution to the equation: x[superscript 3] +…
Descriptors: Computation, Mathematics Instruction, College Mathematics, Problem Solving
Chen, Hongwei – College Mathematics Journal, 2009
This note presents another elementary method to evaluate the Fresnel integrals. It is interesting to see that this technique is also strong enough to capture a number of pairs of parameter integrals. The main ingredients of the method are the consideration of some related derivatives and linear differential equations.
Descriptors: Mathematical Models, Numbers, Mathematics Instruction, College Mathematics
Dwyer, Jerry; Barnard, Roger; Cook, David; Corte, Jennifer – Australian Senior Mathematics Journal, 2009
This paper discusses some common iterations of complex functions. The presentation is such that similar processes can easily be implemented and understood by undergraduate students. The aim is to illustrate some of the beauty of complex dynamics in an informal setting, while providing a couple of results that are not otherwise readily available in…
Descriptors: Undergraduate Study, Mathematics Instruction, College Mathematics, Mathematical Concepts
Siegler, Robert S.; Thompson, Clarissa A.; Opfer, John E. – Mind, Brain, and Education, 2009
The relation between short-term and long-term change (also known as learning and development) has been of great interest throughout the history of developmental psychology. Werner and Vygotsky believed that the two involved basically similar progressions of qualitatively distinct knowledge states; behaviorists such as Kendler and Kendler believed…
Descriptors: Numbers, Cognitive Structures, Developmental Psychology, Information Processing

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