A preservice physics/chemistry course was created that was inspired by constructivist thinking, that emphasized metacognition, and that integrated concepts of pedagogical and scientific topics by developing a teaching/learning cycle. Denmark's educational system and the implementation of the course are described. Preliminary evaluations suggest…

Describes the development of a 3-D virtual environment for secondary school and college physics and chemistry. Discusses individual learning styles; the effectiveness of visual stimuli in science education; implications of visual learning in designing instruction for differences in learning styles; and conceptual understanding. (LRW)

A high school teacher examined how using technology in his chemistry classroom would affect students' attitudes and motivation. Observations, interviews, and surveys indicated that students stayed on task longer, wanted to come in to finish labs, wanted to know how they could improve, and felt they understood certain concepts better. (SM)

Results involving 701 female and 933 male advanced science students in the United States from the Second International Science Study are discussed. Focus was on differences between females and males. Gender differences were found, particularly in opinions regarding science and society, and with respect to general questions about school. (TJH)

Discusses leadership issues that arose during the creation and offering of an Internet-based course for high school chemistry teachers including course organization, recruiting students, and technological support available to participating students. (Author/WRM)

Describes prospective teachers' conceptions of what one needs to know to be a chemistry teacher at the German gymnasium, and compares their conceptions with those emphasized by the university they attend. Hypothesizes that preservice teachers' conceptions suggest a nested model of knowledge needed for chemistry teaching. (Contains 30 references.)…

Two job analyses were conducted to define knowledge domains for newly certified chemistry and physics teachers, respectively, to perform their jobs competently. The results of the job analyses will be used to develop test specifications for the Praxis II Series subject Assessments in Chemistry and Physics. Initial draft domains were prepared for…

This book includes four papers presented at a conference on teaching science to students with disabilities. The first paper, "Science Education for Motor/Orthopedically-Impaired Students" (E. C. Keller, Jr.), covers: (1) categories of motor/orthopedic-impairments, (2) life function assessment, (3) formal and informal science teaching…

This report assesses the results of the administration, during June of 1987, of the Grade 12 diploma examinations in the Province of Alberta, Canada. Most of the data is tabulated. The examination program consists of course-specific examinations that are based on the prescribed Program of Studies for Senior High Schools for the following courses:…

To explore the potential of computer controlled videodiscs for simulating undergraduate science laboratory instruction, the Annenberg/CPB (Corporation for Public Broadcasting) Project funded the University of Nebraska to create and field test six videodisc laboratory experiments, two each in biology, chemistry, and physics. The six discs were…

This curriculum consists of a one-week course of study designed to introduce students in grades 9-12 to (or increase their awareness of) toxic substances commonly found in the home. It includes an introduction/conceptual framework, five lessons, a unit test, and appendices. Each lesson consists of a statement of purpose, objectives, list of…

Presented is a project that developed a competency-based clinical chemistry course for associate degree medical laboratory technicians (MLT) in a medical technology (MT) baccalaureate program. Content of the course was based upon competencies expected of medical technologists at career-entry as defined in the statements adopted in 1976 by the…

Attempting to define the optimal use of educational resources for large numbers of students, a research group at the University of Texas at Austin has adopted a system approach to curriculum development consisting of the following components: content, teacher, student, machine, and media. The first procedural step in the system is to define the…

The programs in these three booklets are designed to demonstrate how the computer can be applied to the problems of many disciplines. The problems and the corresponding computer programs are, for the most part, quite simple and are designed to be "jumping-off points" for students from the high school level up. Programs include one or more from…

Gives an example of a class project dealing with pollution developed by one school involved in the School Curriculum Industry Project. Discusses investigations covering a three-week period in which chemistry students were involved in audiovisual productions, field trips to pollution treatment centers, and small group presentations. (TW)