Describes the National Council of Teachers of Mathematics project to generate a set of "Curriculum and Evaluation Standards for School Mathematics." Includes discussion of general themes and highlights from standards for K-4, 5-9, 9-12, and evaluation. (PK)

Describes the four competencies which are argued to be necessary for being an effective remedial mathematics teacher. Describes a training model which has been developed for preservice and inservice teachers based on these competencies. (PK)

An overview is presented of information processing analyses of knowledge and performance in three areas of the elementary mathematics curriculum: basic addition and subtraction facts, complex procedures such as multicolumn subtraction, and the solution of word problems. Theories of the knowledge associated with "expert" performance are discussed.…

A representative sample of 237 twelfth-grade mathematics classrooms completed internationally developed achievement tests. What was taught, what teachers and teaching were like, students' attitudes and achievement, and comparisons with students in other countries are included. (MNS)

One purpose of this case study was to obtain information on the influence of the Detroit Urban Systemic Initiative (USI) on the frequency of implementation of constructivist-oriented, standards-based science and mathematics instructional practices. Information about the perceived adequacy of the curriculum for standards-based instruction was…

This paper compares and analyzes preschool mathematics education in Singapore and India in terms of strategies, learning activities, teacher expectations, and parental involvement. The paper describes the mathematics curriculum of one school in Erode, India, including teaching methods, and in Singapore. The results of a parent survey in each…

This document represents the next step by the National Council of Teachers of Mathematics (NCTM) in its efforts to ensure quality, indicate goals, and promote positive change in mathematics education for grades pre-K-12. Following an introduction in Chapter 1, Chapter 2 elaborates on six guiding principles for school mathematics instructional…

Describes a typical pattern in American colleges and universities in preparing mathematics teachers (at Indiana University), suggests reasons for the inadequacy of the pattern, and proposes a solution to the problem. Four reasons for the inadequacy of such programs are noted and discussed. (Author/MP)

Traditional mathematics curriculum is unsuitable for gifted children. Computing, statistics, operations research, and logic are suggested as suitable new topics. (MP)

Investigated the development among fourth-graders of two-dimensional space concepts within a mathematics unit on grids, coordinates, and rectangles. Found that students' knowledge of grid and coordinate systems related to levels of competence in number sense, spatial-geometric relationships, and the ability to discriminate and integrate the two…

Describes a mathematical investigation of gold--how it is weighed, stored, used, and valued. For grades 3-4, children estimate the value of treasure chests filled with gold coins and explore the size and weight of gold bars. Children in grades 5-6 explore how gold is mined and used, and how the value of gold changes over time. (PVD)

Contends that institutionalized Eurocentric curricula constantly reinforce racial and sexual inferiority complexes among people of color and women. Calls for the incorporation of world mathematical and scientific history and knowledge in the curriculum. Describes a radical pedagogy encouraging minority students to feel positive and self-assured…

Refutes the multiculturalist's claims to current mathematics curriculum, including misinterpretation of mathematics history, promotion of racial stereotypes, and missing ethnic groups. Discusses the need for a national curriculum. (YP)

Explores a year long computer coordinated curriculum for algebra. Discusses the model student and goals of the programs. Lists the curriculum in a weekly format with the topics for each week. (MVL)

The 3rd phase of the National Science Foundation (NSF) Urban Systemic Initiative adds 7 new cities to its program to boost science and mathematics education in urban schools, with grants totaling $105 million. The program supports curriculum development to improve college preparation of students in socially and economically underprivileged areas.…