Describes a field trip activity to measure changes in elevation across the dunes of a barrier beach, measure wind velocity along the transect line, and observe the distribution of ground cover in the study area. Discusses equipment, materials, procedures and follow-up activities for each study. (CW)

Uses heat exchange, evaporator, and distillation pressure examples to illustrate ways of motivating students to participate creatively and generate questions on process engineering logic. Relates the need for providing a link between theory and industrial practice. (RT)

Reviews a computer courseware package for mechanics at the high school and introductory college level. Discusses one-dimensional collisions, two-dimensional collisions, and simple harmonic motion programs. Shows two typical monitor displays. Rates this program as good overall. (YP)

Explains ways three chemists use college courses, evening lectures, and television and radio programs to educate the public about the importance of chemistry. Indicates that exposure to the fundamentals of chemistry in the early grades may have a significant effect on changing the public's attitudes toward chemistry. (RT)

Reviews three computer software packages for Apple II computers. Includes "Simulation of Hemoglobin Function,""Solution Equilibrium Problems," and "Thin-Layer Chromatography." Contains ratings of ease of use, subject matter content, pedagogic value, and student reaction according to two separate reviewers for each…

Describes the development of a topics course offered jointly by the chemistry and biology departments at Macalester College (Minnesota). Outlines the syllabus for the course. Discusses teaching and laboratory methods used. (CW)

Reported are the results of computer software used in eight different situations. Topics considered include scheduling, test generation, data checking, databases, temperature probes, automated samplers, wireless data communications, and the "group three" phenomenon. (CW)

Describes an introductory chemistry experiment that can be used for lead-in discussions for a variety of topics. Stresses this experiment's ease because of measuring simplicity and familiarity of materials, and its value of reinforcing proper observation and recording techniques while getting students to think about techniques and concepts of…

Decribes a study which compared computer assisted instruction (CAI) with a parallel paper-and-pencil module to assess the impact on students' achievement and attitudes in chemistry. Supports the contention that CAI works as well or better than more traditional methods and tends to promote positive attitudes. (RT)

Describes a microcomputer program that simulates the pattern of evolution and produces clade diagrams and summary statistics. Allows users to vary the odds affecting the fate of a species. (TW)

Argues that the recent "crisis" in science education was unfounded. Claims that the reduction in federal funding through the National Science Foundation in 1981 was the real problem that precipitated the concerns about scientific literacy. (TW)

Reports on a study into engineering education programs, focusing on graduate programs and research. Provides data reported by the 225 Engineering and Technical College Affilliate Members of the American Society for Engineering Education, and includes information on faculty, enrollment, degrees granted, and research budgets. (TW)

Presents a flexible teaching method for organic chemistry that retains the advantages of lecturing but eliminates the necessity of having to cover all of the material in class. Describes the organization, preparation, and use of study sheets. Discusses how class activities can be used with this method. (CW)

Discusses the need for more safety instruction in high school and college chemistry courses. Reports on a national survey of 2019 college and university chemistry departments. Includes survey results and the descriptions of 50 accidents which the institutions reported. (TW)

Discusses some aspects of electrodeposition and electroplating. Emphasizes the materials, techniques, and safety precautions necessary to make electrodeposition work reliably in the chemistry laboratory. Describes some problem-solving applications of this process. (TW)