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Tinker, Robert – Hands On!, 1985
Bank Street Laboratory (a set of hardware/software tools for measuring temperature, light, and sound) consists of a board that plugs into Apple microcomputers, cabling, software, and six probes. Discusses the laboratory's hardware, including the analog-to-digital converter, multiplier chip, and modular connectors. Circuit diagrams of components…
Descriptors: Acoustics, Computer Oriented Programs, Elementary Secondary Education, Higher Education
Peer reviewedByrum, David L., Ed. – Journal of Chemical Education, 1984
Describes an electronic thermometer using a precision temperature sensor (includes detailed schematic of circuits) and inexpensive ring holders for round-bottomed flasks. Also describes a method for reducing funnel breakage. (JN)
Descriptors: Chemistry, College Science, Electric Circuits, Electronics
Peer reviewedMcMillen, Jack D.; Esch, Harald E. – American Biology Teacher, 1984
Advantages of computerized data acquisition and three approaches to data collection are discussed. Interfacing techniques and use of microcomputers as physiological recorders are also discussed. Examples of computerized data acquisition are provided. These include computer monitoring of animal activity and collecting data from species distribution…
Descriptors: Biology, College Science, Computer Oriented Programs, Data Collection
Peer reviewedWatson, J. M. – Journal of Biological Education, 1984
A 16K Sinclair ZX81 microcomputer equipped with an analog to digital board and a Sinclair printer was used to capture data continuously from a total of eight temperature or light sensors. Describes the construction of the peripherals, explains how to connect them together, and provides a program to run the ZX81. (Author/JN)
Descriptors: Biology, Computer Oriented Programs, Computer Software, High Schools
Peer reviewedLawrence, Gail M. – Science and Children, 1977
Describes a three-step method to acquire elementary school classroom equipment by collecting recyclable materials from parents. Step One involves inventory, listing needed materials, and deciding on storage; Step Two, timing and introducing the project through various media; Step Three, cleaning, sorting and storing materials. (CS)
Descriptors: Community Involvement, Community Resources, Elementary Education, Elementary School Science
Peer reviewedDonovan, Daniel B. – Science and Children, 1976
Describes a program for purchasing materials in which local merchants and schools cooperate for the convenience of the teachers who must stock science supplies. (MLH)
Descriptors: Elementary Education, Elementary School Science, Instructional Materials, Purchasing
Peer reviewedScience Activities, 1973
Descriptors: Educational Equipment, Educational Media, Equipment, Instructional Materials
Peer reviewedCrawford, Frank S. – American Journal of Physics, 1973
Descriptors: College Science, Demonstrations (Educational), Educational Facilities, Educational Media
Peer reviewedButzow, John W.; Pare, Roland – School Science and Mathematics, 1973
Discusses the advantages and benefits of the audio-tutorial method of instruction in science, examines the kinds of secondary science programs that can be developed and the necessary equipment, and suggests the steps that should be followed in developing an audio-tutorial program. (JR)
Descriptors: Autoinstructional Aids, Educational Media, Program Development, Programed Instruction
Peer reviewedDevers, J. Robert – Science Activities, 1974
Descriptors: Demonstrations (Educational), Electric Motors, Physical Sciences, Science Activities
Peer reviewedBunker, C. A. – School Science Review, 1973
The first part of a two-part article describes an experimental approach that can be used in teaching the concept of saturated vapour pressure. This leads to a discussion of refrigeration cycles in the second part of the article. (JR)
Descriptors: Kinetic Molecular Theory, Laboratory Experiments, Laboratory Procedures, Physics
Peer reviewedJones, J.; Sikwese, F. H. – Physics Education, 1973
Descriptors: College Science, Instructional Materials, Laboratory Equipment, Laboratory Experiments
Peer reviewedStoneman, C. F.; And Others – School Science Review, 1973
Describes how to construct a locust cage from two plastic aquaria and four coffee jars with plastic lids. Its advantages over a conventional locust cage include the inexpensive cost, lack of breakable glass, ease of cleaning, and visibility from all angles. (JR)
Descriptors: Animal Facilities, Biology, Equipment, Laboratory Equipment
Peer reviewedPeacock, Pauline – School Science Review, 1973
Descriptors: Chemistry, Demonstrations (Educational), Density (Matter), Instructional Materials
Peer reviewedScience Activities, 1973
Descriptors: Educational Equipment, Equipment, Instructional Materials, Laboratory Equipment


