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Trempy, Janine E.; Skinner, Monica M.; Siebold, William A. – Microbiology Education, 2002
Describes the course "The World According to Microbes" which puts science, mathematics, engineering, and technology majors into teams of students charged with problem solving activities that are microbial in origin. Describes the development of learning activities that utilize key components of cooperative learning including positive…
Descriptors: Active Learning, Cooperative Learning, Course Descriptions, Educational Strategies
Texas Child Care, 2001
Offers activities to expand children's knowledge and thinking about weather. Includes basic weather vocabulary. Arranges activities by type of weather (bright and clear, windy, or harsh and cold) and by type of involvement (intellectual, movement and health, social, or art and creativity). Activities are matched to age levels. (DLH)
Descriptors: Classroom Techniques, Enrichment Activities, Environmental Education, Outdoor Activities
Peer reviewedMartins, Isabel P.; Veiga, Luisa – European Early Childhood Education Research Journal, 2001
Argues that science education is a fundamental tool for global education and that it must be introduced in early years as a first step to a scientific culture for all. Describes testing validity of a didactic strategy for developing the learning of concepts, which was based upon an experimental work approach using everyday life contexts. (Author)
Descriptors: Elementary School Science, Foreign Countries, Primary Education, Science Activities
Peer reviewedHermann, Christine K. F. – Science Scope, 1998
Presents hands-on activities that give students a head start in learning the vocabulary and basic theory involved in understanding atomic structure. Uses beads to represent protons, neutrons, and electrons and string to represent orbitals. (DDR)
Descriptors: Atomic Structure, Chemistry, Concept Formation, Elementary Secondary Education
Peer reviewedHarris, Robert W. – Physics Teacher, 2000
Describes an activity in which students determine where wind chime tubes should be supported and struck to give the best tone, then find the frequency of the tubes. This activity can be used to introduce ideas on significant figures, experimental error, types of variation, peer review of results, seeking empirical relationships with data, and…
Descriptors: Acoustics, High Schools, Higher Education, Physics
Peer reviewedKonopka, Allan; Furbacher, Paul; Gedney, Clark – American Biology Teacher, 1999
Advocates using computer-simulated learning environments to allow students to develop their own problem-solving rules when it comes to collecting and evaluating scientific data. Describes the use of "Identibacter interactus" to simulate identification of an unknown microorganism. (WRM)
Descriptors: Biology, Computer Simulation, Higher Education, Microbiology
Peer reviewedWhite, Brian T. – American Biology Teacher, 1999
Describes an experimental system based on an engineered strain of bakers' yeast that is designed to involve students in the process by which scientific knowledge is generated. Students are asked to determine why the yeast grow to form a reproducible pattern of red and white. (WRM)
Descriptors: Biology, Higher Education, Microbiology, Problem Solving
Peer reviewedKlionsky, Daniel J.; Tomashek, John J. – American Biology Teacher, 1999
Describes a cooperative, interactive problem-solving exercise for studying eukaryotic cell structure and function. Highlights the dynamic aspects of movement through the cell. Contains 15 references. (WRM)
Descriptors: Active Learning, Biology, Cooperative Learning, Cytology
Peer reviewedPapirio, Anthony, Jr.; Penchina, Claude M.; Sakai, Hajime – Physics Teacher, 2000
Describes a way of performing the classic oil drop experiment in which a CCD video camera replaces the eyepiece of the microscope, reducing measurement error to approximately 7%. (WRM)
Descriptors: Atomic Structure, Chemistry, Demonstrations (Science), High Schools
Peer reviewedMak, Se-yuen – Physics Teacher, 1999
Describes the use of potassium chloride in quantitative project investigations into radioactivity. (WRM)
Descriptors: Higher Education, Nuclear Physics, Physics, Radiation
Peer reviewedGreer, Allan; Kincanon, Eric – Physics Teacher, 2000
According to historical stories, the Saxons placed a bowl with a hole in its bottom in water and used the time it took the bowl to submerge to limit orations. Describes a science activity in which students find a relationship between the diameter of the hole and the time to submergence. (WRM)
Descriptors: Graphs, Higher Education, History, Horology
Peer reviewedMoreno, Nancy P.; Chang, Kimberly A.; Tharp, Barbara Z.; Denk, James P.; Roberts, J. Kyle; Cutler, Paula H.; Rahmati, Sonia – Science and Children, 2001
Introduces the Science Education Leadership Fellows (SELF) program which is an innovative cooperation program between teachers and scientists. Engages teachers in subject areas such as microbiology, molecular biology, immunology, and other professional development activities. Presents an activity in which students observe bacteria cultures and…
Descriptors: Cooperation, Elementary Education, Elementary School Teachers, Hands on Science
Peer reviewedWright, Stephen W. – Journal of Chemical Education, 2002
Presents an activity that uses supermarket chemicals to perform a clock reaction in which the endpoint is signaled by an abrupt change in the appearance from colorless to blue-black. This activity can be used to explore reaction kinetics and the effect of reactant concentrations on the apparent rate of reaction. (DDR)
Descriptors: Chemical Reactions, Chemistry, Demonstrations (Science), Hands on Science
Peer reviewedWright, Stephen W. – Journal of Chemical Education, 2002
Describes an iodine clock reaction that produces an effect similar to the Landolt clock reaction. This reaction uses supermarket chemicals and avoids iodate, bisulfite, and mercury compounds. Ascorbic acid and tincture of iodine are the main reactants with alternate procedures provided for vitamin C tablets and orange juice. (DDR)
Descriptors: Chemical Reactions, Chemistry, Demonstrations (Science), Hands on Science
Peer reviewedWright, Stephen W. – Journal of Chemical Education, 2002
Describes a dramatic chemical demonstration in which chemicals that are black and white combine to produce a colorless liquid. Reactants include tincture of iodine, bleach, white vinegar, Epsom salt, vitamin C tablets, and liquid laundry starch. (DDR)
Descriptors: Chemical Reactions, Chemistry, Demonstrations (Science), Hands on Science


