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Dawson, John W., Jr. – Two-Year College Mathematics Journal, 1980
A method for teaching the product rule of differentiation in calculus is described. (MK)
Descriptors: Calculus, College Mathematics, Discovery Learning, Higher Education
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Olson, Melfried; Aichele, Douglas B. – School Science and Mathematics, 1979
This activity involved constructing parallelograms on the sides of an arbitrary triangle and discovering a relationship between the areas of the parallelograms. (MP)
Descriptors: Discovery Learning, Elementary Secondary Education, Geometry, Instruction
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Finegold, Menahem; Avital, Shmuel – Educational Studies in Mathematics, 1976
The processes and products involved in discovery learning are analyzed, some of the relationships among the terms involved are established, and a framework for the identification of these terms is set up. (DT)
Descriptors: Discovery Learning, Educational Research, Elementary Secondary Education, Instruction
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Kuechle, Judy – Science Activities, 1995
Presents an activity in which students use a discovery approach to learn about seed texture, similarities and differences among seeds, and which seeds grow on which trees. (MKR)
Descriptors: Botany, Discovery Learning, Hands on Science, Primary Education
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Docherty, Dana McDaniel; Davis, Beverly Irby – Educational Leadership, 1992
Staff at a Baton Rouge (Louisiana) elementary school devised an innovative program to introduce disadvantaged children to opportunities outside their ghetto neighborhood. The Discovery Expeditions plan attempted to address dropout prevention by increasing student awareness of resources and vocational opportunities in Baton Rouge and other areas,…
Descriptors: Curriculum Development, Disadvantaged, Discovery Learning, Dropout Prevention
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Toeppen, Thurston H. – Educational Forum, 1993
In direct self-education, an individual makes discoveries without the influence of others' experience. Sources of choices among learning materials, the outputs of personal skills and knowledge, and results of selection choices are other elements of self-education. (SK)
Descriptors: Discovery Learning, Independent Study, Instructional Materials, Skill Development
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Van Oostendorp, Herre; De Mul, Sjaak – Instructional Science, 1999
Describes a study of university students that examined the ability of people to learn a computer system by exploration and discusses the role of thinking aloud and reflection to obtain information about the goals of the user. Considers display-based, exploratory learning in relation to planning and problem solving. (Author/LRW)
Descriptors: Computers, Discovery Learning, Higher Education, Learning Processes
Bodner, Virginia; Sampson, Karla – Orion Afield: Working for Nature and Community, 1999
A muddy area between two new elementary schools was transformed into a school "wetlands"--an outdoor learning center used for nature study and various creative and sensory activities. The area encourages children's natural curiosity, provides many discoveries about nature, and promotes a sense of stewardship. (SV)
Descriptors: Discovery Learning, Elementary Education, Environmental Education, Outdoor Education
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Pan, Shan L.; Scarbrough, Harry – Technology Analysis and Strategic Management, 1999
Proposes a perspective of sociotechnical theory relevant to knowledge management within organizations. Finds that management and leadership plays a critical role in establishing the multilevel context for the effective assimilation of knowledge management practice. (Author/CCM)
Descriptors: Administrator Education, Case Studies, Discovery Learning, Evaluation Methods
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Mahavier, William S. – Primus, 1999
Describes a 'Moore Method' course whose purpose is to teach students to create and present in class mathematically correct proofs of theorems. Discusses grading, class discussions, ways to help students, and the extent to which to encourage cooperative learning. (Author/ASK)
Descriptors: Calculus, Cooperative Learning, Discovery Learning, Higher Education
Martinez, Michael E. – Phi Delta Kappan, 1998
Many important human activities involve accomplishing goals without a script. There is no formula for true problem-solving. Heuristic, cognitive "rules of thumb" are the problem-solver's best guide. Learners should understand heuristic tools such as means-end analysis, working backwards, successive approximation, and external representation. Since…
Descriptors: Algorithms, Discovery Learning, Educational Games, Elementary Secondary Education
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Bicknell-Holmes, Tracy; Hoffman, Paul Seth – RSR: Reference Services Review, 2000
Defines discovery learning and explains five learning architectures, or models, including case-based learning, incidental learning, learning by exploring, learning by reflection, and simulation-based learning. Discusses obstacles in applying discovery learning to library instruction and outlines strategies for overcoming the obstacles. (LRW)
Descriptors: Case Method (Teaching Technique), Discovery Learning, Incidental Learning, Library Instruction
Ernst, Karen – Teaching PreK-8, 1996
Describes a teacher's creative teaching method in an art class. Introduces a summer workshop called the Artist's Workshop for teachers who are interested in infusing art into their classroom. Claims that teachers must push their own boundaries to find out their strategies and to listen to students. Provides 25 strategies to bring art into…
Descriptors: Art Education, Creative Activities, Curriculum Design, Discovery Learning
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Alessi, Stephen – Simulation & Gaming, 2000
Describes a model of instructional simulation design where designers create models in a system dynamics package and then transfer them into a general instructional authoring system for the addition of instructional support features. Topics include building versus using simulations; procedural versus conceptual simulations; and discovery versus…
Descriptors: Authoring Aids (Programming), Discovery Learning, Educational Environment, Instructional Design
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Evenson, Andy – Journal of Chemical Education, 2002
Describes a simulation that can be used to give concrete analogies of collision theory and the factors that affect reaction rates including temperature, concentration, catalyst, and molecular orientation. The simulation works best if done as an introduction to the concepts to help prevent misconceptions about reaction rates and collision theory.…
Descriptors: Chemical Reactions, Chemistry, Discovery Learning, Science Activities
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