Describes a remedial physics laboratory course for students operating at the concrete Piagetian level of cognitive development. (SL)

The first part of this publication is a study of students' math skills and logical abilities and their success in an introductory college chemistry course. A 29-item instrument was developed and administered to 343 students. Test scores for students who received either A or B in the course were compared with scores for those who received either D…

Describes special factors and procedures which are utilized in an introductory physical science course for nonscience majors. It is designed to enable students who are at a concrete or transitional stage to attain the formal operational level of development. (Author/SL)

Describes William Perry's scheme of intellectual development, focusing on the first five stages or positions collectively termed "ways of knowing." Suggests applications of this scheme for science teaching. (DS)

Offers an instructional approach to increase students' ability to employ mathematical operations as a means of physical measurement. (Author/JN)

Reports results of a study investigating the ability of college students to solve problems using proportional reasoning. Also discusses implications for consideration of Piagetian cognitive level of students in planning college courses. (CS)

Discusses the cognitive outcomes of physics laboratory exercises and suggests three types of experiments which should be added to those normally used in physics courses. (HM)

Explored are several facets of the quality of the science curriculum at the undergraduate level. Discussed are maturation of disciplines, entry-level courses, the development of intellectual skills, and academic majors. Recommendations for college science departments are provided. (CW)

Beginning college physics students' misconceptions about moving objects, their mathematics skills, and formal reasoning ability, are all believed to be related to their achievement in physics. It is hypothesized that students whose knowledge structures include misconceptions that are in conflict with concepts in the lectures and text will have…

Examined relationship between cognitive requirements of two chapters of a physics textbook for biology/pre-med students and their ability to use prerequisite reasoning skills required for its understanding. An average of 42 percent of students tested did not consistently use reasoning skills required to understand text concepts. Discusses tests…

Originally developed in an elementary science program called the Science Curriculum Improvement Study, the learning cycle (LC) teaching approach involves students in an active learning process modeled on four elements of Jean Piaget's theory of cognitive development: physical experience, referring to the biological growth of the central nervous…

Presented are abstracts and abstractors' analyses of nine studies related to curriculum and instruction. These studies focused on: (1) the status of environmental education in Kansas; (2) attitudes of Israeli students toward two versions of a curriculum titled Agriculture as Environmental Science; (3) interrelationships among teacher intentions,…

This review covers 422 studies of the following types: reports prepared for scientific organizations, dissertations, journal articles, research papers, and papers presented at conferences. The studies have been organized into one of seven clusters for analysis and discussion. They are: (1) learning and instruction (summarizing studies related to…

Presented is an annotated list of 422 science education research reports published during 1983. Provided with each entry is the title, author(s), source, annotation, and (when applicable) educational level. Also provided is the ED number for those items available from the Educational Document Reproduction Service (EDRS). The following types of…

Outlines the constructivist model of knowledge and describes how this model relates to Piaget's theory of intellectual development. Contrasts the constructivist model with the traditional views of knowledge. Discusses how this model can help explain some of the things that happen in chemistry classrooms. (TW)