Computer algebra systems (CAS) have now become much more readily accessible for use in secondary school mathematics on both hand-held and computer platforms. While the initial focus of work with CAS from the early 1980's has generally been with respect to pedagogical and curriculum issues, as familiarity with CAS in senior secondary mathematics…

The Nevada Mathematics Standards provide the framework for a comprehensive K-12 mathematics program and guide curriculum, instruction, and assessment as well as other policies and practices that affect student learning. The standards are intended to serve as a foundation for teachers and curriculum specialists as they create curriculum and adopt…

This study compared intact beginning fifth grade classes in one of the districts in Shanghai, People's Republic of China to American Norms on the KeyMath-Revised: A Diagnostic Inventory of Essential Mathematics (KeyMath-R) and the Wide Range Achievement Test (WRAT-3). The review of literature contrasted the two cultures with regard to students,…

A study provides a deeper understanding of teaching elementary mathematics in France. France performed creditably in mathematics on both the Second International Mathematics Study (SIMS) and the Third International Math and Science Study (TIMSS). In analyzing the French approach to teaching elementary mathematics, three theoretical frames are…

This document outlines the content standards for mathematics in the state of Colorado. The document is organized into six standards, each of which is subdivided into a series of lists defining what is expected of students at each grade level within the standard. The standards relate to number, algebra, data, geometry, measurement, and the linking…

Suggests some ideas for improving the teaching of math and discusses critically the role of the administrator in developing a successful mathematics program on the basis of an informal interview survey of 10 elementary school principals and 20 classroom teachers, two from each school of the ten principals. (JM)

An interview with Dr. Nathan Hare, reprinted from College and University Business," May 1970. Discusses the need for extending the Black Studies approach to mathematics and science, the problems of administering such programs, and the relation of Black Studies to Black Power ideologies. (JM)

Examines the discrepancy between mathematics skills demanded of job applicants and actual need for these skills in carrying out the job. Cites the plight of those who leave school who are being denied graduation and an opportunity for employment for which they might be suited because they failed basic math competency tests. (EAO)

The need for mathematical background in biology and chemistry instruction is described, with specific mathematical topics noted. The extent to which they are covered in mathematics classes is discussed, as is the usefulness of science in mathematics instruction. (MNS)

Incorporating writing into mathematics classes is promoted, with numerous suggestions on using writing to help students recall procedures, develop story problems, and plan computer programs, among other things. (MNS)

Four goals of teaching for problem solving and the characteristics of microcomputers that could be used to further these goals are examined. The combination of an enthusiastic teacher and the new technology is expected to open up new vistas of possibilities for problem solving in the curriculum of the 1980's. (MP)

Mathematics teachers are seen working in a context affected by three major revolutions. The first, mass secondary education, has been dealt with. The second, technological revolution, is taking place. The third, humanizing mathematics, is viewed as heaving into sight, and seen as possibly a greater upheaval than the others. (Author/MP)

Data on the mathematics education preservice preparation was obtained from questionnaires sent in October 1978 to 85 institutions involved in the education of primary school teachers. Nine major recommendations for change are listed at the report's conclusion. (MP)

Describes a course dealing with special functions and their applications to chemical engineering problems. Its major objective is to provide an adequate understanding and appreciation of the usefulness of special functions in the modeling of problems taken from various areas of engineering and applied physics. (Author/SK)