Discusses a course which combines Assessment, Investigation, and Mathematical Skills (A.I.M.S.) to originate, arouse, and sustain student interest in mathematics by changing to a more group-centered, democratic style of classroom management and by shifting toward more self-evaluation on the part of the students. (MKR)

Discusses the use of grocery store advertisements to make story problems more relevant. Students made up problems and presented them to the class. (MKR)

Presents classroom ideas focusing on connections among mathematics, concern for the environment, and conservation of natural resources, including decomposition, water conservation, packaging materials, use of manufactured cans, and recycling. Includes reproducible student worksheets. (MKR)

Presents a civic mathematics curriculum that encompasses issues of race and gender, poverty and wealth, the environment, and concerns of teenagers. Includes lists of mathematics skills and aspects of the issues and a sample lesson on water resources. Quarterly projects are suggested as an alternative to exams. (MKR)

Discusses the research design for the Third International Mathematics and Science Study (TIMSS) of the International Association for the Evaluation of Educational Achievement (IEA). Asserts that the TIMSS is a compromise between longitudinal and cross-sectional survey designs and will yield more information about student achievement. (CFR)

Described is a solution to the problem and a discussion of a computer estimation of the probability. A computer program written in Turbo Pascal and two sample runs are provided. Computations for a more general problem of this nature and changes in the program necessary for use with Apple Pascal are appended. (CW)

Rensselaer Polytechnic Institute (New York) is requiring all of its 1,000 freshmen to take required calculus courses utilizing the "Maple" computer program which can perform computations and quickly plot graphs. The program is intended to free students from meaningless manipulations and focus on concepts. Most students have reacted…

The three middle school games described in this article focus on problem solving and mathematical reasoning skills. Included are Solomon's game, nine mens' morris, and nim-with-cards which all offer not only high student interest and strong mathematical value but also simple rules, ease of construction, and attractiveness for repeated play.…

Presents suggestions for teaching math word problems to elementary students. The strategies take into consideration differences between reading in math and reading in other areas. A problem-prediction game and four self-checking activities are included along with a magic password challenge. (SM)

Describes a study of undergraduate education students that investigated the use of corrective feedback in computer-directed instruction (CDI) and examined how different levels of feedback interacted with cognitive levels (i.e., interpretation and memory) for the mastery of mathematics. Implications for instructional designers are suggested. (17…

Following a short introduction on the rationale and purpose for using algorithmic structures in the teaching of algebra, two topics from elementary algebra are presented in relation to control structures from computer programing, specifically: the multiplication of polynomials defined in terms of nested loops, and the distributive property…

Presented are two ideas to improve instruction. The first celebrates the Christmas birthday of Isaac Newton with an essay assignment related to Newton and a party. The second suggests a more appropriate moment to introduce the technique of completing the square to promote greater flexibility in factoring problems. (MDH)

The activities of a teacher who developed and piloted an eclectic model in an eighth grade mathematics classroom are described. Peer tutoring, cooperative learning, and mastery learning elements were selected and combined into a classroom program designed to increase student mathematics success. (KR)

Described is a research-based instructional technique for teaching analogical reasoning by the use of guided LOGO programing activities. An example worksheet is provided illustrating the use of the Sternberg's four-step analogical reasoning technique (encode, infer, map, and apply) with LOGO programs. (Author/MDH)

Reviewed and analyzed are studies on task-related verbal interactions among students in small groups in mathematics classrooms and their links to mathematics achievement. Factors that predict group interaction are considered and research-based strategies for shaping group interaction are discussed. (MDH)