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Showing 1 to 15 of 29 results Save | Export
Collins, Allan – 1986
An illustration of the cognitive theory of inquiry teaching is presented in this paper in a tutorial dialogue on the nature of lenses. After a description of the goals of the method, the paper discusses the following ten general strategies inquiry teachers use to accomplish the goals: (1) selecting positive and negative exemplars, (2) varying…
Descriptors: Discovery Learning, Elementary Secondary Education, Inquiry, Learning Processes
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Halmos, Paul R. – American Mathematical Monthly, 1994
A mathematician who has been teaching for 58 years discusses 3 types of knowledge that are subjects for teaching or learning (what, how, and why) and why teaching must include problem solving or the use of the Socratic, Moore, or discovery method. (MKR)
Descriptors: Cognitive Structures, Discovery Learning, Higher Education, Learning Processes
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Heller, Rachelle S. – Journal of Research on Computing in Education, 1990
Reviews current literature in the fields of computer science and education that is related to the structure and use of hypermedia; discusses discovery and incidental learning; examines the nature of the environment and of the learner; describes implications for the design of hypermedia-assisted instruction (HAI); and suggests further research…
Descriptors: Computer Assisted Instruction, Courseware, Discovery Learning, Hypermedia
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Latham, Gloria – Australian Journal of Early Childhood, 1996
Children's natural propensity for wonder is important to learning. Educators play a vital role in keeping that sense of wonder alive; educators must not merely supply explanations, but must move young children toward solving their own problems through active exploration, discovery, and reflection--processes that are pertinent to our responses in…
Descriptors: Childhood Attitudes, Cognitive Development, Creative Thinking, Curiosity
Moshell, Michael – Computing Teacher, 1982
Describes insights and attitudes toward computer-based learning which developed during design of "Computer Power," an introductory programming curriculum for junior high, high school, and junior college students. Learning and thinking, computer power meta-goals, and computer power subject matter goals are highlighted. (EJS)
Descriptors: Computer Assisted Instruction, Computer Programs, Computer Science Education, Curriculum
Freudenthal, Hans – 1991
This book represents a compilation of the views and ideas of the late Hans Freudenthal, representing his last major contribution to the field of mathematics education. Rather than a presentation of new views, Freudenthal selected and streamlined old ideas, many gathered from his lectures in China, and formed a review of questions and issues in…
Descriptors: Cognitive Development, Concept Formation, Discovery Learning, Elementary Secondary Education
Gager, Ron – 1977
Experiential education as a teaching strategy differs from traditional classroom learning largely because the sequence of events in the process is reversed. In experiential education the learner first carrys out an action, sees the results, and from this basis generates concepts and principles. By first understanding the basic components of the…
Descriptors: Curriculum Design, Discovery Learning, Experiential Learning, Learning Experience
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Hudson-Ross, Sally – Social Studies, 1989
Criticizes schooling for showing student progress toward developing questioning skills. Suggests that a student-centered classroom can give students the freedom to ask substantive questions and empower them to control their own learning. Describes how student questions can be utilized in the classroom. Urges teachers to avoid imposing knowledge on…
Descriptors: Curriculum Design, Discovery Learning, Elementary Secondary Education, Information Seeking
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Perkins, D. N.; And Others – 1985
Under normal instructional circumstances, some youngsters learn programming in BASIC or LOGO better than others. Clinical investigations of novice programmers suggest that this happens in part because different students bring different patterns of learning to the programming context. Many students disengage from the task whenever trouble occurs,…
Descriptors: Classroom Observation Techniques, Cognitive Style, Discovery Learning, Elementary Secondary Education
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Garrison, Roger H. – Teaching English in the Two-Year College, 1979
The author feels that traditional methods of imparting knowledge do not lead to the development of human potential and that what is needed is learning which people seek for themselves. (MKM)
Descriptors: Cognitive Style, Community Colleges, Conventional Instruction, Discovery Learning
Manning, Maryann; Manning, Gary – Teaching PreK-8, 1995
Addresses two issues confronting teachers who use theme immersion in their classrooms: integration of content through theme, and inquiry-based curriculum. Discusses the challenge and justification for each issue. Notes that inquiry teaching means constantly searching for better ways to support children' s own inquiry processes. (BAC)
Descriptors: Active Learning, Curriculum Development, Discovery Learning, Elementary Education
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Harris, David; Taylor, Michael – Journal of Curriculum Studies, 1983
Teachers are encouraged to examine more critically the assumptions on which science curricula are based so they will be less likely to accept naive approaches to discovery learning. Examples from the Physical Science Study Committee (PSSC) and Nuffield Physics are used to show how they use discovery learning. (IS)
Descriptors: Discovery Learning, Discovery Processes, Educational Needs, Induction
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Ashburn, Elizabeth A. – Action in Teacher Education, 1995
According to information from a 1994 conference that explored the work of teachers conducting inquiry, the purposes of teacher-led inquiry are to improve teaching and learning and to inform and transform the work of schooling. Implications of teacher-led inquiry for the education of teachers are examined. (SM)
Descriptors: Action Research, Discovery Learning, Educational Improvement, Elementary Secondary Education
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Yinger, Joanne; Blaszka, Sharon – Young Children, 1995
Notes the dangers of "generic" early childhood curricula. Draws on a teacher's journal to describe letting preschoolers build their own learning from "natural" learning materials--including plastic and cardboard pipes, palm branches, buckets, chains and pulleys--and how the teacher supported their growth. (HTH)
Descriptors: Childhood Needs, Classroom Techniques, Curriculum Development, Discovery Learning
Willen, Birgitta – 1984
Acknowledging a recent increased interest in research about self-directed learning, this report analyzes and discusses two different forms of education: self-directed learning and distance education. Here, self-directed learning is identical with autodidactic learning, a form of education that cannot be included in organized adult education; the…
Descriptors: Adult Education, Adult Learning, Discovery Learning, Distance Education
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