Describes a study of the mental processes college students use in thinking about speed. Piagetian-type tasks dealing with speed, time, and distance were used in an individual interview format. Males outperformed females on tasks relating to speed, but not on the other tasks. (TW)

Discusses the need for providing a "toolkit" of computer resources in engineering education programs. Describes the use of the spreadsheet and provides a rationale for using spreadsheets in certain courses, presents considerations for choosing appropriate spreadsheet programs, and gives several examples of applying the spreadsheet to…

Reviews the literature regarding the teaching of ethics in medical schools. Defines medical ethics and attempts to determine the scope of medical ethics teaching. Discusses ways medical ethics could be taught and how that teaching can be assessed. Calls for increased attention into the teaching of medical ethics. (TW)

Reviews how medical teachers can assess the climate or overall ambience of their medical education environment. Suggests climate research studies that medical teachers might undertake. Presents some methodologies that might be employed in such studies. Promotes action research by medical teachers to improve the quality of medical education. (TW)

Discusses some difficulties that medical students experience in taking exams containing multiple choice questions. Differentiates between multiple true/false type questions, in which several answers may be true, and one-out-of-four type, in which only one answer is correct. Provides tips for taking and making multiple choice tests. (TW)

Describes a study which was designed to determine the effect of a 25-hour introductory qualitative analysis course on high school students' understanding of formal concepts related to electrolytes. Suggests that introductory concrete experiences better prepare students to deal with more formal abstract concepts. (TW)

Describes an experiment which uses the Gran plot for analyzing free ions as well as those involved in an equilibrium. Discusses the benefits of using Gran plots in the study of acids, as well as other analytes in solutions. Presents background theory along with a description of the experimental procedures. (TW)

Discusses two audiences for whom classical teaching and training courses are intended. Provides an analysis of these audiences with regard to the use and relevance of Computer Assisted Education (CAE). (TW)

Describes a two-week concentrated laboratory course in chemistry offered by Union College (New York) for middle school students. Provides the objectives of the course and a listing of experiments done by the students. Promotes the use of experiential approaches rather than lengthy lectures and discussions. (TW)

Discusses the use of the Tangent Sphere Model (TSM) in introducing chemical structure to beginning chemistry students at both the secondary school and college levels. Describes various applications of the use of such models, including instruction of the atom's kernel and valence electrons. (TW)

Reports on a study intended to compare the effects of two methods of instruction designed to teach preservice elementary teachers to acquire and retain integrated science process skills. Results indicated that the self-instructional method was significantly more effective than the teacher-directed method. (TW)

Describes three teaching activities used in the Chemistry for Kids program which focus on how esters are chemicals partially responsible for the flavor of foods. Includes a discussion of a demonstration involving role-playing, a set of taste tests, and an activity using chewing gum to investigate odors in food. (TW)

Describes the field work component of a half-term course in environmental chemistry. Discusses the teaching methods used with the students in detecting water pollution. Outlines the activities and experiments in one field trip and presents the results and deductions made by the students. (TW)

Presents a rationale for teaching inquiry skills and describes a learning module which was designed to develop inquiry skills and provides a realistic view of the nature of scientific research for secondary science students. Explains the module's evaluation procedures and results. (ML)

Presents two models and two demonstrations targeted at student understanding of projectile motion as the sum of two independent, perpendicular vectors. Describes materials required, construction, and procedures used. Includes a discussion of teaching points appropriate to each demonstration or model. (JM)