Describes the pedagogical use of a 12.0m x 1.0m x 0.8m electromagnet to demonstrate the properties of magnetostatic fields and the Faraday-Henry induction law. (CC)

Describes a laboratory-based, individual-progression, introductory physical science course designed for elementary education majors and for meeting general education requirements. The course is designed to examine how we know and why we believe" and to convey some sense of the nature, successes, and limitations of scientific thought." (AL)

Describes the presence of high correlations between pooled scores on two test formats when administered to 170 students in an introductory physics course. Concludes the gradability of machine scorers is comparable to that of manual grading in this repeated-measures design. (CC)

Presents three papers delivered at the meeting of national representatives to the Committee on the Teaching of Chemistry of the International Union of Pure and Applied Chemistry. (PR)

Suggests a few approaches that will enable a person with some programming experience to incorporate graphic teletype output into simulation programs of interest in chemical education. (Author/PR)

Raises serious objections to present form of chemistry courses for non-science majors. Instead of watering down chemistry content and presenting science as a better subject than others, emphasis should be directed to teach non-science major students to appreciate chemistry. Fundamental concepts are used to solve problems and students should be…

Describes a system to improve the efficiency and understanding of the educational programs students pursue. Offers a complete summary report on status of students in the program and future course requirements. The system decreases counseling time. (Author/TS)