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Johnson, Ira H. – Ind Arts Vocat Educ, 1969
Descriptors: Manufacturing, Plastics, Resource Materials
Cheek, Gerald – Sch Shop, 1969
Descriptors: Manufacturing, Plastics, Production Techniques
Kibble, Bob – Physics Education, 2006
Interesting experiments on pressure and force can be performed by using dataloggers to measure exploding plastic film tubs.
Descriptors: Plastics, Physics, Science Instruction, Teaching Methods
Lee, Patricia Ann – Sch Arts, 1970
A method for printing designs on plastic containers is presented. (CK)
Descriptors: Art Materials, Freehand Drawing, Plastics
Murdach, H. E. – Sch Shop, 1969
Descriptors: Educational Equipment, Plastics, Production Techniques
Cortes, Maria T.; Moreno, Juan C. – Journal of Chemical Education, 2005
A study demonstrates the potential application of conducting polymers to convert electrical energy into mechanical energy at low voltage or current. The performance of the device is explained using electrochemistry and solid-state chemistry.
Descriptors: Energy, Chemistry, Science Experiments, Plastics
Hladky, Paul W. – Journal of Chemical Education, 2007
Random-climb models enable undergraduate chemistry students to visualize polymer molecules, quantify their configurational properties, and relate molecular structure to a variety of physical properties. The model could serve as an introduction to more elaborate models of polymer molecules and could help in learning topics such as lattice models of…
Descriptors: Plastics, Molecular Structure, Chemistry, Undergraduate Students
Tech Directions, 2007
Judge Harry T. Roman, an electrical engineer and inventor, has selected the best of the crop in the 2006/2007 Tech Directions Inventors Award Competition. The challenge this year called on students to slow the filling of landfills by devising uses for discarded plastic water, juice, soda, and sports-drink bottles. Judge Roman noted "many common…
Descriptors: Recognition (Achievement), Plastics, Playgrounds, Manipulative Materials
Olsen, George Alfred – Man/Society/Technology, 1973
Plastics can be combined with several of the more traditional material areas of industrial arts instruction to introduce a more truly industrialized approach. (MS)
Descriptors: Industrial Arts, Industry, Plastics, School Shops
Niessingh, C. C.; And Others – School Shop, 1973
Descriptors: Ceramics, Illustrations, Industrial Arts, Metals
Keagy, Vincent L. – School Shop, 1971
Describes how to make wooden molds and then form plastic laminates using the molds. (GB)
Descriptors: Industrial Arts, Patternmaking, Plastics, Student Projects
Steele, Gerald L. – Sch Shop, 1969
Descriptors: Industrial Arts, Plastics, Student Projects, Technology

Krivda, Stephen J. – Technology Teacher, 1992
Describes the technology of the recycling process for high density polyethylene plastics; illustrates a way for technology teachers to demonstrate the process. (SK)
Descriptors: Demonstrations (Educational), Plastics, Recycling, Secondary Education
Macdonald, Averil – Physics Education, 2005
Various properties of polymers can be demonstrated using these simple tricks and recipes that were previously described in the 2002/3 IOP Schools and Colleges Lecture.
Descriptors: Plastics, Physics, Science Instruction, Teaching Methods
Virji, Shabnam; Weiller, Bruce H.; Huang, Jiaxing; Blair, Richard; Shepherd, Heather; Faltens, Tanya; Haussmann, Philip C.; Kaner, Richard B.; Tolbert, Sarah H. – Journal of Chemical Education, 2008
The electrical properties of polyaniline changes by orders of magnitude upon exposure to analytes such as acids or bases, making it a useful material for detection of these analytes in the gas phase. The objectives of this lab are to synthesize different diameter polyaniline nanofibers and compare them as sensor materials. In this experiment…
Descriptors: Scientific Concepts, Science Instruction, Plastics, Organic Chemistry