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The Universe in the Classroom, 1985
Presents basic information on the planet Venus answering questions on location, size, temperature, clouds, water, and daylight. A weather forecast for a typical day and revelations from radar experiments are also included. (DH)
Descriptors: Astronomy, Earth Science, Physical Sciences, Science Education
Peer reviewedDruger, Marvin; Borgstede, William R. – Journal of College Science Teaching, 1984
Determined the possible long-term effects of a precollege Student Science Training Program (SSTP) conducted at Syracuse University from 1961 to 1974. Responses from completed questionnaires (N=114, representing a 33 percent response rate) were overwhelmingly enthusiastic and positive about SSTP. Includes actual student comments about SSTP and its…
Descriptors: Career Choice, Influences, Program Effectiveness, Science Careers
Peer reviewedChapman, Bryan R. – Physics Education, 1984
Examines various issues related to the establishment of a core of physics studies at 16+ and 18+. Indicates that a core physics syllabus should be concerned with phenomena, theory, models, and applications and not with such topics as the use of a U tube manometer. (JN)
Descriptors: Core Curriculum, Course Descriptions, Curriculum Development, High Schools
Peer reviewedPhysics Education, 1984
Describes: (1) experiments using a simple phonocardiograph; (2) radioactivity experiments involving a VELA used as a ratemeter; (3) a 25cm continuously operating Foucault pendulum; and (4) camera control of experiments. Descriptions of equipment needed are provided when applicable. (JN)
Descriptors: College Science, High Schools, Higher Education, Physics
Peer reviewedPhillips, David A., Ed.; Phillips, Prudence, Ed. – Journal of Chemical Education, 1984
Discusses six educational and economic reasons for using demonstrations in a high school chemistry classroom. Also discusses reasons for doing lecture demonstrations as an integral part of college chemistry instruction. (JN)
Descriptors: Chemistry, College Science, Demonstrations (Educational), Educational Objectives
Adams, Richard C. – Natural History, 1984
Provides descriptions of seven computer programs (indicating program name, current cost, source, RAM needed, and compatible computers). Subject areas of the programs are algebra, astronomy, heredity, physics, medicine, and logic. (JN)
Descriptors: Algebra, Astronomy, Computer Software, Elementary School Science
Peer reviewedHofstein, Avi; Welch, Wayne W. – Research in Science and Technological Education, 1984
Assessed and compared the attitudes of a national random sample of students who were in junior high school during 1976-77 with the attitudes of a national sample of this same cohort in 1981-82. Implications of findings (related to various attitude categories) for science curriculum development are addressed. (JN)
Descriptors: Attitude Change, Curriculum Development, Science Education, Secondary Education
Peer reviewedSeddon, G. M.; Shubber, K. E. – Research in Science and Technological Education, 1984
Investigated use of overhead transparencies containing a sequence of diagrams to represent a three-dimensional structure at different stages during a rotation. Significant learning occurred among 120 Bahraini boys (aged 15-16) when the transparencies contained multi-colored diagrams which were exposed simultaneously or individually in a cumulative…
Descriptors: Color, Diagrams, Molecular Structure, Science Education
Peer reviewedHarvey, T. J.; Wareham, M. – Research in Science and Technological Education, 1984
This investigation showed no sex difference between boys and girls with regard to practical work at the end of their first year of secondary school and no difference between schools and groupings (all boys, all girls, mixed schools with mixed science classes, and mixed schools with single sex science classes). (JN)
Descriptors: Grouping (Instructional Purposes), Science Education, Science Experiments, Science Instruction
Peer reviewedJones, Gordon E. – Physics Teacher, 1984
Describes a college-sponsored physics competition which benefits both high school physics teachers and students. The competition (a paper/pencil examination) is open to students of all abilities and provides an opportunity for teachers to meet and exchange ideas on a yearly basis. (JN)
Descriptors: College School Cooperation, Competition, Cooperative Programs, High Schools
Peer reviewedMentzer, Robert G. – Physics Teacher, 1984
Today students routinely measure the acceleration due to gravity (g) with strobes and high-speed photography. However, it is possible to measure g using equipment and reasoning available to Galileo. Such an experiment (and the equipment needed) is described. (JN)
Descriptors: Acceleration (Physics), Gravity (Physics), High Schools, Physics
Peer reviewedBerg, Claire M.; Berg, Douglas E. – American Biology Teacher, 1984
Transposons are transposable elements that carry genes for antibiotic resistance. Provides background information on the structure and organization of these "jumping genes" in bacteria. Also describes the use of transposons in tagging genes and lists pertinent references and resource materials. (DH)
Descriptors: Biology, College Science, DNA, Genetic Engineering
Peer reviewedFleer, Daryl – Science Teacher, 1984
A game is used to study population control factors on a wolf pack and to explore human competition with these animals. A game board and chance cards to be photocopied for use in the classroom are provided. (DH)
Descriptors: Animals, Ecology, Educational Games, Science Activities
Peer reviewedProkopeak, Andrew W. – Science Teacher, 1984
Presents ideas for using model trains as a teaching tool and/or minicourse in junior high school science classes. Students investigate such topics as electric motor operation, electric potential, resistance, electromagnets, transformers, switches, centripetal force, cam mechanism, circuitry and wiring techniques, and ammeters. Directions for…
Descriptors: Junior High Schools, Physics, Science Activities, Science Education
Peer reviewedTilling, Steve – Journal of Biological Education, 1984
Argues that the decreasing priority given to training in identification skills has hampered the development of several biological disciplines. The importance of taxonomic keys in acquiring the necessary skills is stressed and a range of such aids (with methods for their construction) is described and discussed. (Author/JN)
Descriptors: Biology, Botany, Classification, College Science


