Briefly discusses five fundamental goals for science education. Goals focus on developing scientific and technological process and inquiry skills; teaching to provide scientific/technological knowledge; student demonstration of knowledge; student use of knowledge for personal/social decisions; and student examination of science/society/technology…

Investigated use of concept and Vee-mapping strategies with regular seventh- and eighth-grade science students (N=155), focusing on changes in student acquisition of science knowledge and problem-solving performance. Includes methods of teaching Vee mapping, evaluating the maps, anectdotal records of Piagetian clinical interviews, findings, and…

Drawing upon data from nationwide surveys of science and humanities instructors, compares the teaching strategies and audiovisual media used by full- and part-time humanities and science faculty. Reveals that conservatism and traditionalism pervade the teaching approaches and attitudes of community college instructors. (DMM)

Students develop and use actual instrumentation in this course which focuses on analog computers, digital electronics, computer interfacing, and online computer techniques. Includes a student handout on the design of a bridge amplifier unit. Mimeographed experiment directions are available from the authors. (SK)

Investigated the overall effectiveness of and use of animation/graphics in "Introduction to Organic Chemistry" computer programs on student achievement and attitudes (n=approximately 400). Results indicate that although materials were effective animation sequences, they did not have an effect on student test scores. (JN)

Discusses five instructional strategies for increasing the meaningfulness of technical or scientific information. These include organization of prose, use of concrete analogies as advance organizers, use of inserted questions in prose, elaboration activities such as note-taking and discovery learning. (JN)

Course topics for and instructional strategies used in an undergraduate nuclear war course are provided. Strategies include use of documentaries, cartoons, and fiction films to enhance reality of concepts being discussed. The course was successful as judged by oral/written student evaluations. (JN)

"Perspectives on Nuclear War" is an interdisciplinary course offered at the University of Wisconsin-Madison on an experimental basis during the 1981-82 academic year. Course scope/structure (including lecture schedule), readings, and requirements are provided. Suggests that similar courses should be developed and installed in curricula…

Describes a course on the nuclear age taught at the John F. Kennedy School of Government. Almost all of the material covered has some political content, from weapons design and doctrine to decisions related to arms control. A list of reading resources used in the course is included. (JN)

Describes an interdisciplinary course on nuclear war offered at George Mason University (Virginia). Includes listing of the technical and nontechnical topics addressed in the course, instructional strategies, evaluation/grading methods, characteristics of students taking the course, and course evaluation. (JN)

Suggests various methods for teaching the double layer in electrochemistry courses. Topics addressed include measuring change in absolute potential difference (PD) at interphase, conventional electrode potential scale, analyzing absolute PD, metal-metal and overlap electron PDs, accumulation of material at interphase, thermodynamics of electrified…

Reports on a classroom technique (social interaction) for improving fifth-grade students' performance in the task domain of controlling variables. The technique involved asking students why something happened, asking for justification/evidence, suggesting alternative explanations and asking for evaluation of the same, and accepting explanation…

Discusses guided design teaching method, applications in secondary/higher education, and the formation of a center to foster guided design as a viable instructional strategy. Guided design course activities are organized around the solution of open-ended problems to provide for the systematic development of decision-making skills. (Author/JN)

Discusses the interdisciplinary/multidisciplinary nature of the BSCS Human Sciences Program and problems associated with the development, dissemination, and use of such curricula. Poses a series of questions related to these problems and discusses influences of single-issues pressure groups on science teaching. (JN)

Suggests instructional strategies for biology teachers confronted with creationism in the classroom and ways of dealing with the literal view of the public regarding the Bible. Supporting documentation (such as Christian ideas supporting scientific spirit and inquiry and definitions of the earth) is included in appendices. (JN)