Presents data to evaluate the effectiveness of the Keller method relative to the traditional lecture/discussion section approach. The evaluation is in terms of the teaching of facts, principles, techniques and attitudes; student preparation for advanced chemistry; attraction of chemistry majors; program efficiency. (GS)

Describes modifications included in an examination procedure allowing students to take an exam on a given unit twice, and the use of nonobjective exams. The grading of exams by the professor in consultation with the student was viewed as the most productive aspect of the course. (GS)

Discusses the objectives and classroom management of IAC (Interdisciplinary Approaches to Chemistry) modules designed for individualized, self-paced instruction in secondary school chemistry. (MLH)

Describes a general chemistry course taught by the Keller Plan, or personalized system of instruction, at a university with a large minority enrollment. Evaluation shows that students feel that they are learning more and getting higher grades. (MLH)

Describes an organic chemistry course designed as a modification of the Keller plan; lists the basic assumptions of the course design; outlines how the course was conducted; and compares the grade distribution to that of a traditional class. (GS)

Described are 22 computer programs, written in BASIC, currently being used by the Eastern Washington University Chemistry Department. Information on the availability of the programs from the author is provided. (BT)

Substantially self-paced programed learning at Sheffield City Polytechnic Metallurgy Department was found to be better than conventional lectures, provided that new topic areas covered were relatively small, as demonstrated by using inexpensive, simple instructional materials. (Author/JN)

Meta-analytical procedures were used to review research studies dealing with Keller's Personalized System of Instruction (PSI), computer-based teaching, programed instruction, audio-tutorial instruction, and visual-based instruction. Results of most studies of student achievement and student ratings came out in favor of classes taught with these…

Described are eight microcomputer systems that are suitable for computer-aided instruction (CAIDI) in chemistry. Specific instructional applications are described to illustrate the wide variety of systems available and their adaptability to problems faced by chemistry teachers. (BT)