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Evans, Marilyn J.; LeVine, Elaine – Contemporary Education, 1982
The school is a unique environment in which the tenets of behavioral, humanistic, and cognitive-developmental psychology can merge. A synthesized model that guides educators toward the application of behavioral, humanistic, and cognitive-developmental techniques is greatly needed. (CJ)
Descriptors: Behavior Modification, Classroom Techniques, Cognitive Development, Educational Strategies
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Strom, Bernee L.; Klein, Judith S. – School Science and Mathematics, 1979
Some possible uses of math lab materials and activities that are natural and appropriate to the development of process skills are explored through a discussion of a geoboard activity. (MP)
Descriptors: Cognitive Development, Instruction, Laboratories, Learning Activities
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Almanza, Helen P.; Mosley, William J. – Exceptional Children, 1980
Curriculum methods and materials need to address the values, individual traits, and learning styles of the handicapped child with racial or ethnic differences. (SBH)
Descriptors: Cognitive Development, Cognitive Style, Conceptual Tempo, Cultural Differences
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Gagne, Robert M. – Theory into Practice, 1980
In order to ensure the effectiveness of instruction on a new topic, teachers must help students recall prior "prerequisite" learning. The type of learning to be recalled varies with the type of learning outcome expected. (RJG)
Descriptors: Cognitive Development, Individual Instruction, Intellectual Development, Learning Processes
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Pallrand, George J.; Moretti, Victor – Journal of Research in Science Teaching, 1980
Questions how cognitive ability and aptitude of graduating high school students taking science courses compare to students in other programs. Explores a related question concerning the extent to which different Piagetian schemes are related to instructional patterns. Results show that students operating at higher cognitive levels take more science…
Descriptors: Cognitive Development, Educational Research, Science Education, Science Instruction
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Henry, John A. – Australian Science Teachers Journal, 1976
Briefly reviews Piagetian theory of cognitive development and discusses how this theory supports such instructional strategies as individualized activities, inquiry learning, and problem solving. (MLH)
Descriptors: Cognitive Development, Elementary Education, Elementary School Science, Inquiry
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Peters, Charles – Social Science Record, 1977
This article provides social studies teachers with practical strategies for improving the student's ability to perceive the organizational structure of social studies materials. Sample activities are included. (Author/JR)
Descriptors: Cognitive Development, Instructional Materials, Learning Activities, Models
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Rider, Steven – Science Scope, 2002
Presents research on different techniques to determine the level of understanding among middle school students regarding the phases of the moon. Quotes student responses to provide some insight into students' level of understanding of general knowledge about the moon, moon phases, and modeling the phases. Presents implications for teachers. (KHR)
Descriptors: Astronomy, Cognitive Development, Concept Formation, Earth Science
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Hammer, David; Elby, Andrew – Journal of the Learning Sciences, 2003
Explores connections between naive epistemology and everyday instructional practice. Reviews examples of naive epistemologies as made up of fine-grained, context-sensitive resources. Presents strategies designed to help students tap those resources for learning introductory physics. Reflects on this work as an example of interplay between two…
Descriptors: Cognitive Development, Concept Formation, Curriculum Design, Epistemology
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Carlson, Marilyn; Jacobs, Sally; Coe, Edward; Larsen, Sean; Hsu, Eric – Journal for Research in Mathematics Education, 2002
Develops covariational reasoning and proposes a framework for describing mental actions when interpreting and representing dynamic function events. Investigates calculus students' ability to reason about covarying quantities in dynamic situations. Suggests that curriculum and instruction should emphasize moving students to a coordinated image of…
Descriptors: Calculus, Cognitive Development, Curriculum Development, Higher Education
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Windschitl, Mark – Science Education, 2003
Examines how preservice teachers' inquiry experiences in a science methods course were influenced by their conceptions of inquiry. Advocates that independent science investigations should part of preservice education and that these experiences should be scaffolded to prompt reflection, specifically about the nature of inquiry, and conceptually…
Descriptors: Cognitive Development, Educational Change, Educational Strategies, Elementary Secondary Education
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Allsopp, David; Lovin, Louann; Green, Gerald; Savage-Davis, Emma – Mathematics Teaching in the Middle School, 2003
Describes four learning characteristics that make learning and doing mathematics difficult for students with special needs. Discusses instructional strategies that make learning and doing mathematics attainable for these students in the context of a vignette based on real-life experiences. (YDS)
Descriptors: Cognitive Development, Concept Formation, Learning Problems, Learning Strategies
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Simmons, Joanne M.; Schuette, Marcia Kimball – Journal of Staff Development, 1988
A framework for staff development which focuses on acquisition of pedagogical language is presented as a means to increase teachers' cognitive complexity about the teaching-learning process. The language and concepts found in educational theory and research are key factors in enabling teachers' reflective instructional decision making. (JD)
Descriptors: Cognitive Development, Decision Making, Language Acquisition, Learning Processes
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Hanselman, Cheryl A. – Mathematics Teaching in the Middle School, 1996
Describes the use of a graphic organizer--webs--to help students learn to connect concepts in mathematics. (MKR)
Descriptors: Cognitive Development, Concept Formation, Elementary Education, Junior High Schools
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Coleman, Mary Ruth – Gifted Child Today Magazine, 1995
This article describes the use of problem-based learning (PBL) with gifted students, in which the focus of the curriculum is "ill-structured" problems. Particular advantages of PBL with these students include effectiveness in teaching the art of problem finding and solving, active learning, higher order thinking skills, and using interdisciplinary…
Descriptors: Cognitive Development, Educational Methods, Elementary Secondary Education, Gifted
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