Article is based on a paper presented at the 1969 meeting of the Northwestern Scientific Association. (Editor)

Fifteen sophomores, after 10 weeks of conventional instruction in a macroeconomics course were assigned programed instruction on money and banking for one week while the rest of the class (n equals 21) continued with the lectures. Post testing indicated greater gains from programed instruction. (DB)

Describes using Postlethwait's audio-tutorial system to supplement videotaped lectures. (LS)

Described are experiences related to the effective use of instructional aids (demonstrations, tapes, films, slides, and television) in teaching chemistry to college students. (HM)

Describes a computer-based simulation program used in biology and physics classes in German colleges and universities. Concludes that the use of media in teaching has far-reaching possibilities which must be explored by teachers in higher education. (KC)

Suggests techniques to avoid the pitfalls inherent in teaching an introductory course in mass communications. Among the suggestions are that the instructor accept the fact that every student will not be reached and that the course be highly organized, effectively implementing a variety of visual aids and guest lecturers. (AEA)

A study using 60 first-year medical students in the Santo Amaro Faculty of Medicine, San Paulo, Brazil, found that self-instructional methods such as guided self-instruction or discussion groups are not superior to conventional classes. Self-instruction does have the advantages of low cost and easy applicability. (LBH)

Results of an experimental study to compare telelecture with traditional lecture methods in a teacher education program. (Editor/TA)

An open format in which students keep log books to help them become more active in the learning process is discussed. Included are creative thought and language, visualization, and using writing to learn how to learn. Examples of student writing are provided. (CW)

The use of self-questioning strategies with orally presented materials was studied for 32 college students (30 females and 2 males). Results suggest that practice in a self-questioning information-processing procedure can effectively improve college students' comprehension of lectures. (SLD)

Questions are raised about the effectiveness of the traditional lecture method in meeting the objectives of optometric education, and the use of problem-based learning as an alternative approach is examined. (MSE)