Describes an attempt to make graduate study in chemistry more flexible by separating some courses into individual one-credit units called modules. Gives examples of topics covered by a single module and presents the advantages and disadvantages of using such a system. (GS)

Describes a series of health studies courses for teacher trainees and outlines a health studies secondary methods course. (GS)

Describes two experiments, one involving the electrolysis of potassium iodide and the other involving a diffusion process in solid copper. (GS)

Describes the basic routine of the course and the titles of the 49 tape-slide lectures. Presents the advantages and disadvantages of the tape-slide format. (GS)

Describes a program built on the philosophy that laboratory exercises were to be exclusively reserved for those concepts which could not be taught more effectively by other pedagogical techniques. Presents faculty and student criticisms of the program. (GS)

Describes an open-ended experiment involving a bioinorganic system that provides the student a direct link between thermodynamics and kinetics. It utilizes a rapid reaction technique and requires one to clearly understand the relationship of experimental observable (absorbance) to a mechanism. (GS)

Explains the need of a science course that emphasizes the applicability of the usual undergraduate chemistry curriculum to environmental problems. A course is described and results of its use are presented. (Author/EB)

Discusses the advantages and disadvantages of a specific method of bacterial identification and suggests some modifications or improvements. The approach is presented as being suitable for obtaining information about the diversity of bacterial types on student fieldwork. (Author/EB)

Photographs of a beetle, Catamerus rugosus, were taken at different stages in its life cycle. Students were asked to relate these to real life and carry out a statistical analysis to determine the degree of dispersion of animals. Results demonstrate a change in dispersion throughout the life cycle. (Author/EB)

Describes an introductory course for college students which consists of a series of questions related to a report on bacterial contamination of glucose drip bottles. The students discuss and conduct their own experiments. Summarizes student and staff response to this course. (Author/EB)

The 35mm transparency projector and the overhead projector are described as being useful as teaching aids. Experiments are suggested. (Author/EB)

Explains two approaches for stimulating the intellectual development of the student from the concrete to formal operations level. One method involves experimentation and critique during which the student deduces the principle. The second involves a lecture approach that utilizes the creation of the discrepant event. (GS)