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50 Years of ERIC
50 Years of ERIC
The Education Resources Information Center (ERIC) is celebrating its 50th Birthday! First opened on May 15th, 1964 ERIC continues the long tradition of ongoing innovation and enhancement.

Learn more about the history of ERIC here. PDF icon

Showing all 8 results
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Marx, George – Physics Education, 1989
Discussed is the change and diversity of scientific information. States goals of future science education: motivation, search, principles, information, orientation, world view, and creativity. Lists the orientational skills of science education. (YP)
Descriptors: Foreign Countries, Futures (of Society), Physics, Science and Society
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Lucas, A. M. – Physics Education, 1988
Surveys British people over age 15 with the purpose of assessing the level of scientific knowledge among the public. Discusses the relationships between highest level of formal education, sex, and the answers given to questions. Illustrates how little school science instruction is remembered into adulthood. (CW)
Descriptors: Academic Achievement, College Science, Foreign Countries, Higher Education
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Hang, Mi Zi – Physics Education, 1988
Describes the history and structure of physics education in secondary schools in China. Discusses the selection of course content. Cites the historical failure of the cultural revolution for the present bias of theoretical over practical physics. Discusses the China-U.S. physics examination and application project. (CW)
Descriptors: College Science, Course Content, Curriculum Development, Educational Philosophy
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Chapman, 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
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Osborne, Jonathan – Physics Education, 1987
Points out two areas of difficulty in teaching Newtonian dynamics. Describes several alternatives to physics learning using new technology. Details the use of the LOGO computer language in teaching simple Newtonian environments. Suggests the potential for creating new learning experiences in dynamics with new technology. (CW)
Descriptors: College Science, Computer Assisted Instruction, Computer Uses in Education, Courseware
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Thomas, Jeff; And Others – Physics Education, 1987
Describes the Open University (OU) Physics for Science Teachers project. Explains how distance-learning packages are to be studied. Identifies the audience that the program will address. Discusses the reasons why this program can be successful. Suggests that their program is part of a wider program to improve science teaching. (CW)
Descriptors: Continuing Education, Distance Education, Foreign Countries, High Schools
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Wellington, Jerry – Physics Education, 1992
The author provides a few personal impressions from his visit to the People's Republic of China concerning middle school science education, particularly the physics curriculum; the typical, working-week schedule of a physics teacher; the status and morale of teachers, in general; and the Chinese viewpoint of the examination process and gender…
Descriptors: Curriculum Design, Elementary Secondary Education, Foreign Countries, Middle Schools
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Whitelegg, Liz; And Others – Physics Education, 1990
Described are efforts of the Open University (United Kingdom) to retrain physics teachers using distance learning strategies. Discussed are the teacher shortage, the program design, styles of delivery, group activities, content, teacher types, and the National Curriculum. (CW)
Descriptors: Distance Education, Experiential Learning, Foreign Countries, Inservice Teacher Education