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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
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Hampton, Elaine; Wallace, Mary Ann; Lee, Wen-Yee – Science Scope, 2009
In this lesson, a ready-to-teach cooperative reading activity, students learn about the effects of plastics in our environment, specifically that certain petrochemicals act as artificial estrogens and impact hormonal activities. Much of the content in this lesson was synthesized from recent medical research about the impact of xenoestrogens and…
Descriptors: Plastics, Cooperative Learning, Reading Achievement, Learning Activities
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
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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
Research and Curriculum Unit, 2010
Secondary vocational-technical education programs in Mississippi are faced with many challenges resulting from sweeping educational reforms at the national and state levels. Schools and teachers are increasingly being held accountable for providing true learning activities to every student in the classroom. This accountability is measured through…
Descriptors: Vocational Education, Secondary School Curriculum, Plastics, Manufacturing
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Curbelo, Estela; Cerda, Maria F.; Mendez, Eduardo – Journal of Chemical Education, 2007
The study describes the various thermal equilibrium conditions, which should be taken care for while designing or selecting the plastic and glass microscale containers for physical chemistry experiments. The results show that the thermal equilibrium completely depends on the material of the container for the same volume and thickness.
Descriptors: Structural Analysis (Science), Plastics, Chemistry, Thermodynamics
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
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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
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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
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Marafie, Hayat M.; Shoukry, Adel F.; Alshatti, Laila A. – Journal of Chemical Education, 2007
The construction of combined plastic membrane electrode for hydralazinium cation from a disposed glass electrode is described. A variety of electrodes could be prepared by students using other types of polymers, plasticizers, or exchangers which could also help to study effects of pH and temperature, or environmental investigations.
Descriptors: Plastics, Chemistry, College Science, Graduate Study
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