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Reid, Gerry – Training and Development Journal, 1985
This article describes methods for fine tuning instructor skills and other delivery mechanisms aimed at accelerating the learning process. These methods involve the use of association, elaboration, song, role play, loci, hooks, acrostics, guided imagery, relaxation, music, positive mind-setting (suggestology), emotions, early success, and…
Descriptors: Acceleration (Education), Association (Psychology), Discovery Learning, Emotional Experience
Peer reviewedBower, Bert – Social Studies Review, 1984
Five approaches--self discovery, reading, writing, oral presentation, and visual literacy--were used to teach high school students about the physiographic landmarks of Latin America. The course is described. (RM)
Descriptors: Content Area Reading, Content Area Writing, Course Descriptions, Discovery Learning
Peer reviewedPatrick, Thomas L. – Kappa Delta Pi Record, 1973
Discusses student teacher communication in the classroom and the development of new teaching methods. (RK)
Descriptors: Classroom Communication, Cognitive Measurement, Communication (Thought Transfer), Communication Problems
McAda, Judi – Community College Journalist, 1980
Recommends using a discovery approach to teach a mass communications survey course. Suggests an approach that makes use of group work on writing codes of ethics, current event photographs to discuss photojournalism history, a book of applicable readings in place of a textbook, and essay rather than multiple choice exams. (AEA)
Descriptors: Communication (Thought Transfer), Communication Skills, Course Descriptions, Discovery Learning
Peer reviewedZalewski, Donald L. – Arithmetic Teacher, 1979
An investigation of patterns in magic triangles leads to a number of discoveries concerning the sums of sides and corners. (MP)
Descriptors: Discovery Learning, Elementary Education, Elementary School Mathematics, Learning Activities
Peer reviewedGarrison, 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
Singer, Robert N.; Pease, Dale – Research Quarterly, 1976
Descriptors: Cognitive Processes, Discovery Learning, Learning Experience, Learning Processes
Peer reviewedEhrlich, Amos – Mathematics in School, 1991
Presented are four mathematical discoveries made by students on an arithmetical function using the Fibonacci sequence. Discussed is the nature of the role of the teacher in directing the students' discovery activities. (KR)
Descriptors: Discovery Learning, Inquiry, Instructional Materials, Learning Activities
Peer reviewedGarnett, Patrick J.; And Others – Australian Science Teachers Journal, 1995
Reviews the objectives of laboratory work in chemistry education, current laboratory practice, and factors likely to impact on the nature of laboratory work in the future. Proposes that more investigation-style laboratory work be provided in order to foster the development of students' investigation skills. (Author/MKR)
Descriptors: Chemistry, Cognitive Development, College Science, 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
Trotter, Andrew – Executive Educator, 1995
Constructivism, which holds that knowledge is created out of each individual's own experience, is recapturing researchers' attention. To constructivists, teachers are not omniscient oracles, but nutritionists providing an environment for children to grow their own knowledge. Students might learn division by planning a field trip instead of…
Descriptors: Cooperative Learning, Discovery Learning, Division, Educational Environment
Peer reviewedMaor, Dorit; Fraser, Barry – Australian Science Teachers Journal, 1994
This study focused on students' development of inquiry skills in a computerized learning environment. Seven Year-11 classes (n=120) interacted with a computerized database, "Birds of Antarctica," and curriculum materials while the teacher used an inquiry approach to learning. Students perceived their classes as more investigative and…
Descriptors: Beliefs, Computer Uses in Education, Discovery Learning, High School Students
Peer reviewedBarbeau, Edward J. – Mathematics Teacher, 1991
Described are two examples involving recursive mathematical sequences designed to integrate a holistic approach to learning algebra. These examples promote pattern recognition with algebraic justification, full class participation, and mathematical values that can be transferred to other situations. (MDH)
Descriptors: Algebra, Discovery Learning, Holistic Approach, Learning Activities
Peer reviewedScruggs, Thomas E.; And Others – Journal of Special Education, 1993
Twenty-six junior high school students with learning disabilities studied two science units via an activity-based, inquiry-oriented approach or a textbook approach. Students performed higher on immediate and delayed unit tests when they had learned by the inquiry approach, and reported a preference for this approach. Vocabulary acquisition was…
Descriptors: Discovery Learning, Inquiry, Instructional Effectiveness, Junior High Schools
Peer reviewedStinespring, John A; Steele, Brian D. – Art Education, 1993
Recommends using an activity-based approach to art history similar to that of the "new social studies" movement of the 1960s. Provides suggestions for activities related to art criticism, style, and inductive learning. Concludes that student activities can help integrate art history and studio art in art education programs. (CFR)
Descriptors: Art Activities, Art Appreciation, Art Criticism, Art Education


