Discusses computer simulations for chemistry courses. Reviews a simulation program, "Evaluation of Bonding Theory: The Werner Jorgensen Controversy," and provides information regarding hardware requirements for the program. Presents the idea of an expert system including simulation modules and counselor modules. Describes some chemical examples, a…

The differences between learning disabled (LD) and non-LD children's problem-solving protocols were analyzed during a picture arrangement task. Although the groups of 29 LD and 27 non-LD children were comparable in global mental processing and task performance, LD children had difficulty with representing problems and deleting irrelevant…

Presents framework for collaborative problem solving between elementary school counselors and teachers. Describes factors that effect the use of the framework and the impact of the behavioral conceptual framework on teacher behavior. Strategies for counselor to collaborate with teachers in developing, implementing, and evaluating interventions is…

Third graders decided to collect 10,000 objects, first determining how many each child would bring. Grouping and other activities were involved, and each child wrote about the experience. (MNS)

Investigates the effect of increase of the M demand of chemistry problems, having the same logical structure, on performance of students having different functional M capacity, cognitive style, and formal operational reasoning patterns. (Author/YP)

Seven experiments with a total of 423 three-five year olds assessed preschool children's ability to learn and transfer across problems that share a common underlying structure but differ in surface manifestations. Results are discussed in terms of explanation- or analysis-based models of both machine and human learning. (TJH)

Middle school and college students were assessed on percentage. Better students in each group were given word problems involving percentage and asked to think aloud as they solved problems. College students made more use of strategies for control and monitoring of their own procedures. A three-stage model for problem solving is then hypothesized.…

Summarizes research that contrasts the approaches and attitudes of successful and unsuccessful problem solvers. Supplies a categorized list of problem solver characteristics. (RT)

This classic reprint was first published in 1955. Fehr discusses how to determine what is taught, and makes specific comments on the roles of planning, meaning, practice, learning, and problem solving. (MNS)

Describes an artificial intelligence system known as SOAR that approximates a theory of human cognition. Discusses cognition as problem solving, working memory, long term memory, autonomy and adaptability, and learning from experience as they relate to artificial intelligence generally and to SOAR specifically. Highlights the status of the…

Answers a student's question about the emission of a positron from a nucleus. Discusses the problem from the aspects of the uncertainty principle, beta decay, the Fermi Theory, and modern physics. (YP)

Reforming Japanese higher education will not be easy. Stagnant budgets, rigid seniority systems, and a conservative bureaucracy that fears losing control all stand in the way of change. A series of changes proposed by the former Prime Minister are discussed. (MLW)

Twenty children, aged six-eight, with normal nonverbal intelligence but language comprehension deficits, were administered tasks of verbal and perceptual proportional analogical reasoning and a problem-solving task of functional analogical reasoning. Compared to controls, subjects were deficient in analogical reasoning. However, when the…

An across-the-curriculum program was developed to teach learning, thinking, and problem-solving skills to bright middle-school underachievers. This article describes the pilot program's theoretical basis, axioms of program development, guidelines for teaching metacognitive strategies, and a framework for strategy implementation. (Author/JDD)

Describes an action research project using Language for Understanding across the Curriculum to help year-seven students in a mathematics problem-solving unit. Strategies included unpacking the question, modeling the writing process, learning journals, glossaries, classroom charts, and the Newman Questioning Technique. Ability to explain…