Illustrates how muMATH can be used for manipulating abstract differentiation rules, optimization, implicit differentiation, related rules, and verifying the chain rule. (MVL)

Discussed are some objections to using calculators in mathematics instruction and testing. Indicates that many commercially available tests do not permit the use of a calculator. Several steps to facilitate the use of calculators are suggested. (YP)

Studies of word problem solving of story problems are reviewed and six immature strategies commonly used by elementary and junior high school students are highlighted. Suggested are some recommendations for mathematics instruction. (YP)

Illustrated is the use of computer- or calculator-based graphing to deepen students' understanding about solutions to inequalities. Two examples which use a zoom-in procedure are provided. (YP)

Describes teaching strategies that help students improve problem solving skills. Lists three factors good problem solvers were found to possess. Gives step by step instructions for solving problems. (MVL)

A report is given of a study which examined the effects of computer-assisted instruction (CAI) in mathematics on 99 disadvantaged and 112 advantaged Israeli students. Higher performance levels and larger gains were found for advantaged over disadvantaged students, for high achievers over low achievers, and for boys over girls. (IAH)

Reviews six research articles involving the use of computers for mathematics instruction: (1) geometry skills; (2) calculus; (3) interactive videodisc in pre-calculus; (4) model for integrating computers in classroom; (5) computerized tutoring in applied algebra; and (6) software for enhancing problem-solving skills. (YP)

Examines the similarities and differences in beliefs about the effective teaching of mathematics held by teachers from two different sociocultural backgrounds. Data were collected using a part of the Teacher General Classroom Process Questionnaire of the second IEA Mathematics Study. (Author)

Discusses the implementation of the National Council of Teachers of Mathematics standards in classrooms and schools. Provides recommendations for implementation including working together, beginning with small parts, using committees effectively; obtaining external contracts; and obtaining resources. (YP)

Discussed are assumptions about technology and classroom equipment, teaching methods, getting started, pitfalls, and the role of algebra and calculus. Suggestions are given for implementing the spirit and vision of the standards. (YP)

Results are reported from an experimental study involving 97 fifth grade math teachers in Thailand to determine whether participation in an inservice teacher education program directly influenced teachers' teaching practices and indirectly influenced the learning of their students. (IAH)

Three learning disabled fourth-grade students who asked few questions in their mainstream class viewed videotaped exemplars of question-asking, received structured opportunities for rehearsing question-asking, and received feedback. The resource room training procedures were effective in increasing the level of question-asking and in improving…

Analyzes the Second International Mathematics Study data on the use of instructional aids by 103 Ontario grade eight mathematics teachers using dual-scaling analysis. The effect of instructional aids did not remain after the influence of topic coverage was removed. (Author/YP)

Illustrated is the problem of solving equations and some different strategies students might employ when using available technology. Gives illustrations for: exact solutions, approximate solutions, and approximate solutions which are graphically generated. (RT)

Presented are problem-solving experiences with area, volume, and algebraic expresssions resulting from data collection. Three worksheets are included for students in grades 7-12. (MNS)