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Kaldenberg, Erica; Therrien, William; Watt, Sarah; Gorsh, Jay; Taylor, Jonte – Science Scope, 2011
Students with learning disabilities (LDs) often need additional supports and structure in inquiry classrooms. The authors describe three ways teachers can enhance the achievement of these students: (1) focusing on big ideas; (2) using graphic organizers; and (3) providing mnemonic strategies. Struggling students with LD will benefit greatly from…
Descriptors: Learning Disabilities, Prior Learning, Classrooms, Mnemonics
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Hand, Richard – Science Scope, 2000
Describes an activity for observing the pressure differences between mountain air and sea level air by bottling air. (YDS)
Descriptors: Experiential Learning, Middle Schools, Pressure (Physics), Science Activities
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Proto, Christopher; Marek, Edmund A. – Science Scope, 2000
Describes how to teach the light spectrum to students using hands-on activities in a physical science class at the middle school level. Explains how to build a spectroscope and lists required materials. Provides an internet address for sciLinks. (YDS)
Descriptors: Experiential Learning, Light, Middle Schools, Physical Sciences
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Ruggiero, Lovelle – Science Scope, 2000
Describes a project on culturing shrimp. Presents observational labs and the experimentation procedure. Provides general information about shrimp, their life span, optimum temperatures, and other important information. (YDS)
Descriptors: Animal Husbandry, Biology, Experiential Learning, Grade 6
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Diem, Keith G. – Science Scope, 2001
Describes different teaching methods and explains the advantages and disadvantages of experiential learning as compared to traditional instructional techniques. Discusses the steps of the experiential learning model. (YDS)
Descriptors: Experiential Learning, Hands on Science, Middle Schools, Science Education
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Melber, Leah M. – Science Scope, 2000
Discusses learning environments for informal science learning and points out the importance of an environment on student learning. Suggests several tips for field trip organization and accessing learning materials. (YDS)
Descriptors: Aquariums, Elementary Secondary Education, Experiential Learning, Field Trips
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Schmidt, Stan M. – Science Scope, 2003
"The National Science Education Standards" direct science educators to employ inquiry as a basic teaching strategy, and to place more emphasis on understanding student needs, abilities, and interests, and actively engaging in scientific investigations. Although they generally accept this emphasis as desirable, educators--particularly new…
Descriptors: Investigations, Experiential Learning, Teaching Methods, National Standards
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Schimmel, Gordon; Hand, Jon; Ellis, Art – Science Scope, 2003
A little more than one hundred years ago, Wilbur and Orville Wright began building models of airfoils and testing them in wind tunnels in their search for an efficient wing. Models continue to be used today by aerospace engineers to prove concepts and launch dreams. To celebrate the centennial of the Wright brothers' historic flight, the authors…
Descriptors: Aviation Education, Teaching Methods, Models, Science Education
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Somers, Ann Berry; Matthews, Catherine E.; Bennett, Kristin R.; Seymour, Sarah; Rucker, John – Science Scope, 2003
A thematic and hands-on approach to learning ensures that students develop a deeper understanding and retain information longer. Bouillion and Gomez (2001) argue that real-world problems and school-community partnerships help engage students to connect with school science. When there is a disconnect between the activities of school science and…
Descriptors: World Problems, Academic Achievement, Experiential Learning, Wildlife
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Winemiller, Jake; And Others – Science Scope, 1991
Describes an extra credit science project in which students compete to see who can build the most efficient water rocket out of a two-liter pop bottle. Provides instructions on how to build a demonstration rocket and launching pad. (MDH)
Descriptors: Discovery Learning, Experiential Learning, Force, Grade 8