This article compares research findings on heightened cognitive flexibility in academically gifted children and similar flexibility in social intelligence. It proposes that social-cognitive flexibility (the ability to adapt prior social knowledge to formulate solutions to new interpersonal situations) is an important component of social…

Two studies were conducted, one using 80 university students and the other 140 fifth through seventh graders, to examine the relationship between problem-solving strategies (leaping and flexibility) and measures of insight and scholastic aptitude. Relationships among insight, leaping, and quantitative scholastic aptitude were found. A…

Social information processing skills of 13 children (ages 5-12 years) with mild mental retardation (MR), 13 chronological age-matched children, and 13 mental age-matched children were studied. The MR group was less accurate in interpretation of accidental cues and more hostile in their responses to ambiguous cues, even after partialing out…

Middle school teachers (n=53) and prospective secondary teachers (n=28) posed problems related to billiards before and after solving a sample problem. Found systematic problem generation and more problems posed before solving a sample problem. Posed problems were not always solvable. (MTE)

Presents an experimental study conducted at the University of Twente (Netherlands) that investigated the learning effectiveness of concept mapping for computer-supported collaborative problem solving. Highlights include group interaction; shared cognition; knowledge acquisition; learning effectiveness; retention; creativity; and distributed…

Two approaches for teaching a student how to define a problem, acquire pertinent data, generate possible solutions, and optimize them for the patient are described: guided design, originating in engineering education; and problem-based learning, which has roots in medical education. (Author/MLW)

Eighty-nine children between four and nine years of age solved mazes varying in the presumed appropriateness of advance or improvisational planning. Results of the study show that children's planning strategies are adapted to circumstances and suggest that older children may be more proficient in this adaptation than are younger children. (RH)

This special section on cognition and mathematics contains an introduction and 13 articles on advances in the psychology of mathematics learning. The articles focus on how students learn to solve mathematics problems, including arithmetic computation problems, arithmetic word problems, and computer programing problems. (SLD)

Attaining the insight needed to solve the Mutilated Checkerboard problem, which requires discovery of an effective problem representation (EPR), is described. Performance on insight problems can be predicted from the availability of generators and constraints in the search for an EPR. Data for 23 undergraduates were analyzed. (TJH)

Qualitative differences between 24 expert teachers and 24 novice teachers in think-aloud protocols related to solving classroom discipline problems were investigated. Results suggest that expert teachers have procedural plans for solving discipline problems and are able to put more attention into defining the problem than are novice teachers. (SLD)

Five geometry experiments with 127 Australian high school students found that guidance provided in a format requiring attention to two sources of information resulted in performance no better than that on conventional problems. A format not requiring split attention resulted in the superiority of worked examples over conventional problems. (SLD)

Encourages classroom teachers to improve their students' reading and reasoning skills by helping them to interpret math problems correctly. (RAE)

Examines ways in which intelligent tutoring systems can be used to develop models of a student's domain knowledge, problem solving abilities, and learning strategies. Cognitive skills assessment is discussed, and an example of a problem based tutoring system, Qualitative Understanding of Electrical System Troubleshooting (QUEST), is explained. (25…

Results from a study involving 32 learning-disabled, 17 gifted, and 14 normally achieving students from grades 4 and 5 support the idea that learning-disabled children's problem-solving performance reflects a weak integration of metacognitive skills with online processing and problem solution. (SLD)

Illustrates the multiple strategies used by second graders to solve a problem with three addends and how their teacher tries to map their thinking into the system of mathematical notation. Describes the American Federation of Teachers' Thinking Mathematics program that the teacher uses. (MKR)