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Ulrich, Catherine; Norton, Anderson – Research in Mathematics Education, 2019
Psychological studies of early numerical development fill a void in mathematics education research. However, conflations between magnitude awareness and number, and over-attributions of researcher conceptions to children, have led to psychological models that are at odds with findings from mathematics educators on later numerical development. In…
Descriptors: Mathematics Education, Number Systems, Mathematical Concepts, Perceptual Motor Learning
Peer reviewedKaprelian, George – School Science and Mathematics, 1971
Descriptors: Concept Formation, Elementary School Mathematics, Mathematics Education, Number Systems
Peer reviewedFuson, Karen C.; Grandau, Laura; Sugiyama, Patricia A. – Teaching Children Mathematics, 2001
Discusses mastery goals and developmental levels of students aged 3-7 for learning numbers in informal situations. (KHR)
Descriptors: Concept Formation, Elementary Education, Mathematical Applications, Mathematics Education
Peer reviewedConfrey, Jere; Smith, Erick – Journal for Research in Mathematics Education, 1995
Presents a covariation approach to learning exponential and logarithmic functions based on a primitive multiplicative operation labeled splitting that is not repeated addition. Suggests that students need the opportunity to build a number system from splitting structures and their geometric forms. (30 references) (MKR)
Descriptors: Concept Formation, Exponents (Mathematics), Functions (Mathematics), Learning Theories
Peer reviewedSchwartz, Sydney L. – Teaching Children Mathematics, 1994
Describes the construction of a children's calendar for use in school, including development of time concepts, devising event-recording systems, daily and weekly schedules of events, multiple-week schedules of events, and a day-date calendar. (MKR)
Descriptors: Concept Formation, Elementary School Mathematics, Mathematics Education, Mathematics Instruction
Peer reviewedWatson, Jane – Australian Mathematics Teacher, 1991
It is difficult for students to unlearn misconceptions that have been unknowingly reinforced by teachers. The examples "multiplication makes bigger,""pi equals 22/7," and the use of counter examples to demonstrate the numerical property of closure are discussed as potential areas where misconceptions are fostered. (MDH)
Descriptors: Concept Formation, Division, Educational Diagnosis, Elementary Secondary Education
Peer reviewedLappan, Glenda, Ed. – Arithmetic Teacher, 1988
Two major ways to view the numbers to 100 are counting by ones and grouping by tens and ones. Research suggests that early understanding of numbers comes from counting and that place value instruction cannot be hurried. (PK)
Descriptors: Computation, Concept Formation, Early Childhood Education, Elementary Education
Peer reviewedJones, Graham A.; And Others – Educational Studies in Mathematics, 1994
Describes the development, refinement, and validation of a framework for nurturing and assessing multidigit number sense in young children. Major constructs incorporated were counting, partitioning, grouping, and number relationships. The framework was validated through case studies of six first-grade children. (30 references) (MKR)
Descriptors: Case Studies, Concept Formation, Constructivism (Learning), Elementary Education
Rossa, Dean – Computer Science Education, 1991
Presents eight points to emphasize when teaching the concept of place value. Contends that converting numbers from one base to another helps students understand the concept of place value and the importance of context in establishing meaning. Provides a BASIC computer program to make conversions. (MDH)
Descriptors: Computer Assisted Instruction, Computer Science Education, Concept Formation, Context Effect
Peer reviewedFuson, Karen C.; Kwon, Youngshim – Journal for Research in Mathematics Education, 1992
Thirty-six Korean first graders were interviewed to study their ability solving addition problems with sums of 10, single-digit sums between 10 and 18, and subtraction problems with minuends between 10 and 18. Finger methods to show sums over 10 and the regular named-10 Korean number words supported their learning of 3 efficient recomposition…
Descriptors: Addition, Concept Formation, Cultural Context, Cultural Influences

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