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Kosower, Evie; And Others – 1972
This guide is designed to help observers of open classrooms find the attributes characteristic of this approach to elementary education. Checklists of characteristics are provided under the topics of ambience, teacher behavior, pupil behavior, cognitive, and organization. (KM)
Descriptors: Classroom Environment, Classroom Observation Techniques, Classroom Techniques, Cognitive Objectives
Farrell, Edmund J. – 1971
This document is a slightly revised version of author's Ph.D. Dissertation, "A Forecast of Responsibilities of Secondary Teachers of English 1970-2000 A.D., with Implications for Teacher Education" (ED 049 253). A study in two parts, Part I presents the need for future planning in education; discusses briefly methodologies for forecasting the…
Descriptors: Discovery Learning, Educational Change, Educational Innovation, English Education
Kenzel, Elaine; Williams, Jean – 1971
In the Quinmester course "Tie it All Together," students read a variety of short expository pieces, discovering inductively the structure of the sentences and paragraphs in the works, and then proceeding to develop their own. The subject matter in regard to sentences includes: word meanings; sentence elements; sentence structure.…
Descriptors: Course Content, Course Objectives, Curriculum Guides, Discovery Learning
Peer reviewedPattison, S. J. – Contemporary Education, 1975
Descriptors: Cognitive Development, Cognitive Processes, Concept Formation, Discovery Learning
Peer reviewedKeim-Abbott, Sylvia; Abbott, Robert D. – Educational and Psychological Measurement, 1977
The interaction of mental ability and of two different instructional methods was investigated for a second grade linear metric curriculum unit. Mental ability was positively correlated with achievement under the guided discovery method, but essentially uncorrelated for the self paced mastery learning method. (Author/JKS)
Descriptors: Academic Achievement, Aptitude Treatment Interaction, Discovery Learning, Elementary School Students
Peer reviewedBrown, John Seely – Educational Horizons, 1985
Discusses several themes that are basic to thinking about the potential impact of technology on learning. These include learning by doing, enhancing students' abilities to play with ideas, students' mental processes of reasoning and problem solving, and motivating students to learn. (CT)
Descriptors: Computer Assisted Instruction, Cooperation, Discovery Learning, Educational Environment
Peer reviewedFranz, George; Papert, Seymour – Teachers College Record, 1988
The computer, still a novel device in classrooms, may be incorporated as another learning tool. One method to accomplish this gave students the opportunity to build a clock using materials such as sand, water, or a computer. Additional projects are suggested. (JL)
Descriptors: Computer Uses in Education, Discovery Learning, Guidelines, Junior High Schools
Peer reviewedIrving, Alan – Mathematics in School, 1988
Presented is an example that allows students to investigate trigonometric ideas in a simple and practical way. (PK)
Descriptors: Class Activities, Discovery Learning, Investigations, Mathematical Applications
Peer reviewedKuhn, Stephen W. – Mathematics Teacher, 1988
Describes a three-week summer course for academically talented high school students which explored the integers and some classical topics from number theory. (PK)
Descriptors: Discovery Learning, Gifted, Mathematical Enrichment, Mathematics Curriculum
Peer reviewedBehr, Merlyn J.; Khoury, Helen Adi – Journal for Research in Mathematics Education, 1986
Fifth graders performed better than third graders on discovering the function rule relating two number pairs. Task difficulty and mode of presentation (graphic or symbolic) varied by function. The children seemed ready to relinquish a hypothesis in the face of disconfirming evidence. (MNS)
Descriptors: Discovery Learning, Educational Research, Elementary Education, Elementary School Mathematics
Peer reviewedMeyer, Ruth Ann; Riley, James E. – Mathematics Teacher, 1987
Suggested are investigations of rational numbers and their decimal representations where a computer generates the data for explorations. Conjectures and two program listings are included. (MNS)
Descriptors: Computer Software, Decimal Fractions, Discovery Learning, Investigations
Penning, Nick; Hunter, Bruce, Ed. – School Administrator, 1987
Features 2 of 12 exemplary math and science programs identified by educational groups. Washington School District, Phoenix, Arizona, improved student achievement in science by hands-on laboratory experience and creative staff use. Manchester, Connecticut, elementary students raised mathematics scores thorough an activities-based curriculum with…
Descriptors: Academic Achievement, Criterion Referenced Tests, Demonstration Programs, Discovery Learning
Peer reviewedCopeland, Willis D. – History Teacher, 1985
An inquiry approach to history can be realized through the use of microcomputers. In a project at the University of California at Santa Barbara, teams of high school teachers and scholars have developed a series of computer programs whose contents are problems in U.S. history. A sample problem is described. (RM)
Descriptors: Computer Assisted Instruction, Discovery Learning, Educational History, Educational Research
Peer reviewedCannella, Gaile S. – Reading Teacher, 1985
Argues that teachers can take advantage of child-initiated explorations to develop beginning reading and writing skills. Offers specific recommendations and suggestions. (FL)
Descriptors: Child Language, Discovery Learning, Early Reading, Language Acquisition
Callison, Daniel – School Library Journal, 1986
Discussion of the role of the media specialist as a teacher summarizes 10 major elements of the inquiry approach to teaching and learning and seven areas of the school media center's commitment (networking, flexibility, cooperation, concentration, financing, community, and encouragement). Discovery learning research and program implementation are…
Descriptors: Discovery Learning, Elementary Secondary Education, Inquiry, Instructional Design


