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Lopez-Manjon, Asuncion; Angon, Yolanda Postigo – Journal of Biological Education, 2009
There is no agreement about the robustness of intuitive representations of the circulatory system and their susceptibility to change by instruction. In this paper, we analyse to what extent students with varying degrees of biology instruction and different ages (High School Health Science and Social Science students and first and final year…
Descriptors: Physiology, Anatomy, Human Body, Psychology
Peer reviewedHoffer, Alan – Mathematics Teacher, 1981
Five basic skill areas needing more attention in standard high school geometry are discussed. Levels of student mental development in geometry and a need for less emphasis on formal proofs are reviewed. (MP)
Descriptors: Basic Skills, Cognitive Development, Geometric Concepts, Geometry
Peer reviewedMaloney, David P. – Physics Teacher, 1990
Students' conceptions of the concept of force are discussed. Possible problem formats and exercises are presented. The need for many formats and variations to help students' resolve their conflicting ideas about physics concepts is stressed. (CW)
Descriptors: Cognitive Development, College Science, Force, Higher Education
Peer reviewedGreenes, Carole; And Others – Arithmetic Teacher, 1993
Describes seven number-sense skills for elementary and middle school grades. Provides eight short stories for grades three through eight designed to develop students' number-sense skills in which students replace missing data so that the story makes sense. (MDH)
Descriptors: Cognitive Development, Cognitive Style, Concept Formation, Elementary Education
Peer reviewedMarkovits, Zvia; Sowder, Judith – Journal for Research in Mathematics Education, 1994
Examined the effects of intervention in the instruction of 12 male seventh-grade students for the purpose of developing number sense. Results indicate that after instruction students were more likely to use strategies to solve number magnitude, mental computation, and computational estimation problems that reflected number sense. (Contains 50…
Descriptors: Cognitive Development, Cognitive Style, Computation, Estimation (Mathematics)
Peer reviewedGreenes, Carole – Journal of Education, 1995
Introduces the constructivist theory of mathematical learning, and illustrates its application in a curriculum focusing on fundamental concepts. How knowledge is constructed, how concepts mature, and what it means to learn and to know mathematics are presented. Pedagogical implications of adopting a constructivist perspective on knowledge and…
Descriptors: Cognitive Development, Cognitive Processes, Concept Teaching, Constructivism (Learning)
Peer reviewedBezuk, Nadine S.; Armstrong, Barbara E. – Mathematics Teacher, 1992
Presents five activities to help students construct meaning for multiplying fractions through real-world problem contexts, physical or pictorial models, the recognition of patterns, and the use of calculators. In the context of a garden plot, worksheets examine various aspects of parts of plots, patterns in plots, and a maximization problem.…
Descriptors: Calculators, Cognitive Development, Concept Formation, Fractions

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