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Dillon, J. T. – Clearing House, 1981
To discover why students ask so few questions in class, a questionnaire was distributed to 166 student teachers in university education courses. Of the three major reasons they cited for failing to ask a question, the most common was fear based on negative past experiences. Implications for teaching are drawn. (Author/SJL)
Descriptors: Classroom Communication, Fear, Higher Education, Inquiry
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Hoffman, Alan J. – Social Studies, 1979
Describes how to utilize instructional resources to personalize a social studies methods course for elementary school teachers-in-training. The approach involves teacher-pupil verbal interaction, inquiry, and valuing. (Author/DB)
Descriptors: Curriculum Development, Educational Needs, Higher Education, Individual Needs
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Orlich, Donald C.; Migaki, James M. – Science and Children, 1981
Provides an explanation of guided inquiry. Questioning techniques, time involved, and inferences drawn from guided inquiry are discussed with applications for the elementary science classroom. (DS)
Descriptors: Elementary School Science, Elementary Secondary Education, Inquiry, Learning Processes
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Crenshaw, Neil – American Biology Teacher, 1979
An approach is suggested for teaching science history through inquiry training. A series of investigations are given for illustrating to students the manner in which organisms are grouped taxonomically. (SA)
Descriptors: Biological Sciences, Classification, Inquiry, Models
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Ryan, Frank L.; Pfeifer, Jeanne – Journal of Experimental Education, 1979
Instructions involving high-level questions and answers either were or were not given to fifth and sixth graders in three learning environments: cooperative, competitive, or independent. Students who received the instructions showed greater gains in recognizing and generating high-level questions. (GDC)
Descriptors: Abstract Reasoning, Academic Achievement, Cognitive Processes, Competition
O'Brien, Colm; Wheeler, Hazel – Adult Education (London), 1979
A method of discovery learning in which students learn the technique of observing and formulating questions is applied to landscape archaeology. This method demands that the relationship between tutor and student be adjusted so that the tutor becomes a fellow researcher rather than a conveyor of information. (Author/CSS)
Descriptors: Adult Education, Adult Programs, Case Studies, Discovery Learning
Tamburrini, Joan – Notes from Workshop Center for Open Education, 1976
The article presents some principles which constitute a rationale for open education and that clarify some of the procedures in the open setting that can best bring about effective learning. Respect for individuality, cooperation, openness in diagnosis, pupils' active firsthand explorations, quality of thought, and teacher intervention are…
Descriptors: Discovery Learning, Early Childhood Education, Educational Objectives, Experiential Learning
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Stockdale, Dennis L. – Science Teacher, 1997
Describes a method that students can use to build portable planetariums. After building the models, students are familiar with the names of constellations and major stars and are able to share their projects with other students. (DDR)
Descriptors: Astronomy, Educational Strategies, Inquiry, Interdisciplinary Approach
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Grambo, Gregory – Science Scope, 1998
Presents activities on persistence of vision that involve students in a hands-on approach to the study of early methods of creating motion pictures. Students construct flip books, a Zoetrope, and an early movie machine. (DDR)
Descriptors: Elementary Secondary Education, Films, Hands on Science, Inquiry
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Morin, Francine – Music Educators Journal, 2003
Describes how to teach about world music, specifically music of West Africa, using an interdisciplinary inquiry approach. Explains that questions are generated and the teacher develops the learning experience. Provides examples at the fourth grade level as well as information on resources and musical examples. (CMK)
Descriptors: Brainstorming, Educational Planning, Educational Strategies, Elementary Secondary Education
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Hagevik, Rita A. – Science Activities, 2003
Describes three inquiry-based activities designed for students to begin to understand complex environmental relationships in their own backyard. Includes investigations of ants, which allow students to establish a baseline survey of ant fauna, test the importance of ants in nutrient cycling and soil structure maintenances, and increase student…
Descriptors: Biology, Elementary Secondary Education, Entomology, Environmental Education
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Chin, Christine; Kayalvizhi, G. – Research in Science and Technological Education, 2002
Reports on a study that explored the types of questions that students ask for open-ended science investigations. Discusses how teachers can help students identify problems and pose questions that are feasible for investigation. (Contains 55 references.) (DDR)
Descriptors: Concept Formation, Discovery Learning, Educational Strategies, Elementary Secondary Education
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Wieseman, Katherine C.; Cadwell, Doni; Pike, Lisa – Science and Children, 2002
Introduces an inquiry-based cooperative learning project in which education students paired up with young children. Provides an experience of inquiry-based pedagogy to education students and a meaningful learning experience to children. (YDS)
Descriptors: Cooperative Learning, Elementary Education, Higher Education, Inquiry
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Novak, Ann M.; Gleason, Chris; Mahoney, Jay; Krajcik, Joseph S. – Science Scope, 2002
Describes portable scientific laboratories that allow students to go beyond the classroom to do field work. Presents examples of a curriculum that incorporates portable technology and discusses its advantages in inquiry-based science programs. Includes handheld probes and peripherals. (KHR)
Descriptors: Computer Uses in Education, Hands on Science, Inquiry, Middle Schools
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McLaughlin, John; Glasson, George – Science Teacher, 2003
Points out the importance of socioscientific aspects of laboratory activities for the development of understanding of different cultures' contributions to science. Describes a lesson on gene splicing using the 5E Learning Model. (YDS)
Descriptors: Active Learning, Biology, Cultural Differences, Cultural Influences
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