This paper describes a method of understanding student problem-solving behavior during computer-assisted instruction using trigonometry as the example domain. Instead of attempting to model the student's process for solving problems, techniques which infer the equivalence between two adjacent steps in the student's process are used to determine…

Describes computer simulation programs that take elementary and secondary students exploring. One has students act as Magellan commanding his ship to reinforce history, geography, decision-making, and resource management skills. Another has students use problem-solving skills to venture across oceans and find trading routes to the Orient. (SM)

An approach that may be used to introduce the fundamental ideas of thermodynamics using a mathematical background with the knowledge of the behavior of matter is described. The physical background, conservation of energy, predicting the behavior of a system, and solving problems are topics of discussion. (KR)

A personal experience is described concerning problem solving that incorporates the computer to help generate multiple examples of proposed conjectures as solutions. The positive potential of technology to allow students of mathematics to experience the process of discovering mathematics through conjecture and generalization is emphasized. (MDH)

Described are the difficulties in translating word sentences between English and Algebra. Two classic sentences that typically produce student errors are presented with explanations that can be shared with the students on overcoming these translation difficulties. (MDH)

A study in a Dutch law school investigated interactions between students' learning orientation (internalizing/meaning, dependent, minimalistic, achieving/strategic) and appreciation of aspects of structure (content, organization, social) in the educational environment and curriculum. A consistent pattern of student attitudes that varied according…

Measures of learning appropriate to museums are explored, including the following: (1) time on task; (2) knowledge gain; (3) thinking and problem solving; (4) motivation; and (5) creativity or intellectual provocation. Museums promote different kinds of learning, but all are interested in knowledge gain and thinking. (SLD)

A double procedure for meetings is proposed: one dealing with general administrative matters and the other with "free association of ideas" to solve problems. Examples of problem solving by mentors of gifted underachievers illustrate the approach. (DB)

Quantitative literacy for students with deafness is addressed, noting work by the National Council of Teachers of Mathematics to establish curriculum standards for grades K-12. The standards stress problem solving, communication, reasoning, making mathematical connections, and the need for educators of the deaf to pursue mathematics literacy with…

School districts experiencing student transportation problems along with limited staff ability and time, and extremely sensitive issues, can benefit from a transportation consultant. A pupil transportation consultant can assist districts in management studies, staff development, and operations. (MLF)

This article suggests that acceleration and enrichment programing for gifted and talented students have differing approaches to problem solving (well-structured problems in acceleration and ill-structured problems in enrichment). To prevent learning mutually exclusive problem-solving strategies, an integrated approach is advocated. (DB)

Future scenario writing is presented as a combined writing and problem-solving technique that identifies alternative ways of thinking about situations. Uses of future scenario writing in family problem solving include setting family goals, communicating growth resulting from new experiences, resolving family problems, encouraging family…

The efficacy of problem-centered as compared to an orthodox deductive approach to second-language instruction in Japanese schools is evaluated. Results suggest that both approaches enable students to understand grammatical rules, but the time-consuming problem-solving procedure limits practice and results in a lack of oral proficiency. (55…

Describes a study that was conducted to explore how kindergarten and second-grade students are able to structure and solve geometric analogy problems in a computer-based test and to compare the results to a paper-and-pencil test format. Use of the Test of Analogical Reasoning in Children is described. (18 references) (LRW)

Compared the collaborative patterns of seven- and five-year-old expert planners working with five-year-old novice planners on tasks requiring reverse sequencing strategies. Results suggest that cognitive gains are achieved when children collaborate with peers more expert than themselves in problem-solving activities. (MM)