The four BASIC programs described can be used to control experiments and facilitate classroom demonstrations and laboratory exercises in human memory, operant behavior, and visual discrimination. (RM)

Surveys computer use and the changing role of teachers in the development of computer applications by looking at manuscripts published in "Teaching of Psychology" from 1974 to 1988. Notes that although more teachers are developing software, many teachers do not have the time required for such development. (KO)

Contends that classroom discussions of human memory often involve descriptions of classic memory experiments and the data from them. Presents the computer software program, MindLab, and describes two classroom memory experiments. Finds that students report the experiments enhance their understanding. (CFR)

Describes a computer tutorial program that teaches the fundamentals of discrimination learning in a college-level psychology course. Asserts that neither homework nor study guides provides the help that the tutorial program does for weaker students. Includes information about obtaining a free copy of the tutorial program. (CFR)

Describes two QuickBASIC programs that provide students direct experience with interpreting correlation scatter-plots. Maintains that the programs can be used in classroom exercises to highlight factors that influence the size of a Pearson correlation coefficient. (CFR)

Describes a QuickBASIC program for demonstrating the differences between main effects and interactions in factorial designs. The program can be used in conjunction with a traditional lecture to improve student understanding and develop skills in recognizing main effects and interactions from graphic displays. (CFR)

Argues that psycholinguistics relies on a number of methodologies that bear little relation to actual language comprehension. Maintains that computer software illustrating classic experiments in psycholinguistics can introduce students to these techniques. The software examines experiments concerning reaction time, reading time, and recognition.…

Describes a multimedia program for teaching analysis of variance (ANOVA) designs. The program uses colorful images, brief animations, interactive tasks, and immediate feedback. It consists of 10 story problems that tests students' understanding of independent groups and repeated measures variables. Provides information about availability. (MJP)