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Peer reviewedMuir, Sharon Pray – Social Education, 1979
Describes a test designed to measure outcomes of "inquiry" social studies programs in elementary schools. Results indicate that inquiry students, or those whose teachers use inductive methods to encourage active participation in learning, perform better than noninquiry students on tasks requiring higher cognitive processes. (Author/KC)
Descriptors: Cognitive Processes, Discovery Learning, Elementary Education, Induction
Peer reviewedOlson, Melfried – Mathematics Teacher, 1979
Three examples are given illustrating the use of the calculator in problems where determining patterns and making conjectures are stressed. (MP)
Descriptors: Algebra, Calculators, Computation, Discovery Learning
Hermansson, Ester – New Era, 1977
A program to help children become aware of the biological interdependence of living things is being introduced into Swedish preschool programs. Program background and focus on discovery learning are discussed. For journal availability, see SO 505 539. (AV)
Descriptors: Biology, Child Care, Comparative Education, Discovery Learning
Peer reviewedNovember, Peter – Studies in Higher Education, 1997
Traces influences on a university lecturer's choice of teaching method, drawing evidence from his private journal and the work journals of his students. Concludes that the theory-based use of experiential learning is hypocritical and may be promoting false theory. Proposes an alternative discovery approach in which students and lecturers are…
Descriptors: Classroom Techniques, College Instruction, Comparative Analysis, Discovery Learning
Peer reviewedMaxim, George – Science and Children, 1997
Supports the approach for young children that allows them to perform actions on objects and observe the reactions. Describes some techniques to use to encourage an inquiry approach. (DDR)
Descriptors: Concept Formation, Discovery Learning, Elementary Education, Hands on Science
Peer reviewedThacker, Beth; And Others – American Journal of Physics, 1994
Describes a study that compares the performance of introductory physics students on two examination problems. One problem is qualitative and similar to those used in an inquiry approach. The second problem is a typical quantitative problem. Those students enrolled in the inquiry-based introductory course performed significantly better than those…
Descriptors: Discovery Learning, Educational Research, Educational Strategies, Higher Education
Peer reviewedFuys, David J.; Liebov, Amy K. – Teaching Children Mathematics, 1997
Discusses strategies to help primary students understand geometric concepts. Highlights best examples, concept cards, defining shapes, discovery lessons, and expository lessons. Presents action research ideas. (JRH)
Descriptors: Action Research, Discovery Learning, Educational Strategies, Elementary Education
Peer reviewedWesterlund, Julie F.; Stephenson, Amanda L. – Journal of College Science Teaching, 2002
Recommends phasing as an effective approach for training future science teachers in inquiry-based teaching. The phasing philosophy originated with middle school science teachers and is presented in four phases. (DDR)
Descriptors: College Curriculum, Discovery Learning, Educational Strategies, Higher Education
Peer reviewedLunsford, Eddie – Journal of College Science Teaching, 2003
Explores the results of a study that involved qualitative analysis of students' reactions to a long-term inquiry experience in a freshman biology course. (DDR)
Descriptors: Biology, College Curriculum, Discovery Learning, Higher Education
Peer reviewedHowley-Pfeifer, Patricia – Young Children, 2002
Describes how raising monarch, black swallowtail, and mourning cloak butterflies in a kindergarten class garden can provide opportunities for observation experiences. Includes detailed steps for instruction and describes stages of growth. Excerpts children's journal dictations to illustrate ways to support the discovery process. Describes related…
Descriptors: Class Activities, Discovery Learning, Environmental Education, Gardening
Peer reviewedMitra, Sugata – British Journal of Educational Technology, 2003
It has been observed that children are able to learn to use computers and the Internet on their own, irrespective of their social, cultural or economic backgrounds (Mitra and Rana, 2001). This article describes subsequent experiments, conducted in five regions in India, results obtained, and possible conclusions. (AEF)
Descriptors: Access to Computers, Children, Computer Literacy, Computer Use
Peer reviewedRobbins, Susan L. – Perspectives in Education and Deafness, 1990
This article describes "Math Their Way" techniques for experiential learning of math concepts by deaf children. Finding, comparing, and creating patterns are emphasized at conceptual, connecting, and symbolic levels. Graphing, counting, and measuring exercises are described, as well as ways to steer free time and exploratory learning toward math…
Descriptors: Deafness, Discovery Learning, Elementary Education, Elementary School Mathematics
Peer reviewedPalardy, J. Michael – NASSP Bulletin, 1990
Discusses 12 basic, instructionally relevant learning principles concerned with students' differing needs and capacities, motivated and rewarded learning behaviors, teacher expectations, student learning preferences, and the value of challenging learning opportunities. One way to increase the amount of available teaching time is to teach by…
Descriptors: Cognitive Style, Discovery Learning, Elementary Secondary Education, Incentives
Peer reviewedReid, Bob – Mathematics Teacher, 1989
Relationships among the sides are developed for right triangles whose sides are in the ratios 1:3, 1:4, and 1:5. The golden ratio appears in the results which can be used in secondary mathematics. (DC)
Descriptors: Algebra, Discovery Learning, Geometric Concepts, Learning Activities
Peer reviewedBarker, Miles; Carr, Malcolm – Journal of Biological Education, 1989
Described is the generative learning strategy, an approach which encourages pupils to discuss their out-of-school ideas about plant breathing, drinking, wood production, soil, minerals, and leaves, and assist them in linking appropriate ideas together to form an explanation of the origin of plant materials. (CW)
Descriptors: Biology, Botany, Cognitive Structures, Discovery Learning


