Describes a two-quarter, freshman honors laboratory course at the Ohio State University, including selection of students, nature of experiments, and safety precautions. Specific instructions are not given to students, who then run reactions under conditions they devise. (SK)

Describes the development, content, and implementation of a two-credit graduate course for teachers at the University of Wisconsin at Stevens Point in the use of microcomputers for teaching high school chemistry. (JJD)

Selected aspects of a self-paced chemistry program are described. These include student selection, supervision requirements, and grading indicating that student selection is the key to a successful program. Also points out that quality/quantity of learning (determined by testing) is comparable to traditional lecture courses. (Author/JN)

Describes three chemical information science courses offered by Indiana University (IU) Department of Chemistry. Also describes goals and operation of IU's Chemical Information Center, created to implement online searching of chemical databases and to assume operation of the IU dissemination of information services based on Chemical Abstracts…

Describes a laboratory course, modeled on the approach developed by Robert Karplus for physics laboratory courses, emphasizing discovery learning. (SK)

A two-semester basic chemistry course for nonchemistry engineering majors is described. First semester provides introductory chemistry for freshmen while second semester is "customer-oriented," based on a departmental choice of three out of six independent modules. For example, aeronautical engineering "customers" would select…

Describes a special topics program which allows students some choice in content to be studied. Topics include Continental Drift and Ice Ages, Geology and National Parks, the Coast of South Carolina, and Medical Geology. Student evaluations indicate positive attitudes towards the program. (MA)

Suggests using thematic approach for physics instruction based on the broad theme of energy resources. Presents physics pathways from student and lecturer viewpoints, and describes how the course operates. (SK)

Describes teaching an activity-oriented high school chemistry course during a six-week summer session, including personal experiences of the teacher, laboratory activities completed, examinations, parental involvement, and some innovations that worked. (JN)

Describes a course addressing the association between geology and information science. Outlines the course content and organization and provides examples of questions supplied to students to introduce them to various information search strategies. (GS)

Describes a chemistry course for liberal education college students, characterized by team teaching and application of knowledge to present problems and issues. (CS)

Describes ways in which instruction and evaluation are individualized for students in a small community college chemistry course. (CS)

Describes an attempt to develop and staff a new first-year laboratory course at the University of Jordan. A postgraduate course in chemical education is used as the development and training vehicle. (BT)

An applied science course with a variety of activities and independent studies for unmotivated high school students is described. (SA)

Describes a course offered at the University of Toronto. The course deals with the new world view of the nature of reality and the parallels of the concepts with modern physics and Eastern mysticism. (Author/SA)