Discusses the objectives, main sections, and rationale underlying the final report of the Subcommittee on Chemistry for the Nonscientist. (CC)

Described is a three-level self paced high school chemistry course developed for Queensland, Australia schools. The design involves a modification of the Keller Method. A sample unit test is included. (SL)

Discusses the teaching of a junior level physical chemistry course with self-paced instruction to engineering and physical science students. Included are a description of topics and a summary of student responses. (CC)

Reports some reactions and opinions of the students to a course in nuclear and radiation chemistry using programmed instructional aids. Concludes that the findings were very favorable to the course. (GA)

Describes the two functions of teaching and learning processes: short-range training and long-range education, and suggests that the course had better be carried out first via the Keller plan and then via lectures on exciting materials of the subject matter. (CC)

Presents a description of the development and use of a revised two-semester introductory organic chemistry course. (EB)

Compares a self-paced laboratory to a conventional laboratory; the students in the self-paced group achieved significantly higher grades and were enthusiastic about the format. (MLH)

Describes a self-paced high school chemistry program and its development over a 14 year period. Reviews the major evolution decisions resulting in the course as it is structured presently. (Author/SA)

This booklet is one of a series of 17 developed at Prince George's Community College, Largo, Maryland. It provides an individualized, self-paced undergraduate organic chemistry instruction module designed to augment any course in organic chemistry but particularly those taught using the text "Organic Chemistry" by Morrison and Boyd. The…

This booklet, one of a series of 17 developed at Prince George's Community College, Largo, Maryland, provides an individualized, self-paced undergraduate organic chemistry instruction module designed to augment any course in organic chemistry but particularly those taught using the text "Organic Chemistry" by Morrison and Boyd. The…

This booklet, one of a series of 17 developed at Prince George's Community College, Largo, Maryland, provides an individualized, self-paced undergraduate organic chemistry instruction module designed to augment any course in organic chemistry but particularly those taught using the text "Organic Chemistry" by Morrison and Boyd. The…

This booklet, one of a series of 17 developed at Prince George's Community College, Largo, Maryland, provides an individualized, self-paced undergraduate organic chemistry instruction module designed to augment any course in organic chemistry but particularly those taught using the text "Organic Chemistry" by Morrison and Boyd. The…

This booklet, one of a series of 17 developed at Prince George's Community College, Largo, Maryland, provides an individualized, self-paced undergraduate organic chemistry instruction module designed to augment any course in organic chemistry but particularly those taught using the text "Organic Chemistry" by Morrison and Boyd. The…

This booklet, one of a series of 17 developed at Prince George's Community College, Largo, Maryland, provides an individualized, self-paced undergraduate organic chemistry instruction module designed to augment any course in organic chemistry but particularly those taught using the text "Organic Chemistry" by Morrison and Boyd. The…

This booklet, one of a series of 17 developed at Prince George's Community College, Largo, Maryland, provides an individualized, self-paced undergraduate organic chemistry instruction module designed to augment any course in organic chemistry but particularly those taught using the text "Organic Chemistry" by Morrison and Boyd. The…