Introduces a statistics curriculum emphasizing an instructional sequence of practical, real data, discussion, and model/theory instead of theory, example, and practice. Provides one example and describes the teaching methods of the curriculum. (YP)

Describes the Calculator-Aware Number (CAN) curriculum developed by the Primary Initiatives in Mathematics Education (PrIME) project. Summarizes the CAN curriculum as it relates to learning by children and use by teachers. (YP)

Describes the history and the rationale behind the Structured Sixth Form Scheme, the national secondary school mathematics education program in England, generated by the Mathematics in Education and Industry (MEI) School Project. Discusses the grading system, the implementation schedule, and the advantages of this program that was approved in June…

The article describes curriculum development of a course for college students of lower ability and potentially lower motivation. The discussion addresses content, sequencing, and assessment. (PK)

Discusses a primary teaching method for the concept of negative numbers. Describes some activities for teaching the concept. (YP)

Describes the use of step-functions in modelling instruction. Classifies modelling into three categories: direct, analogical, and creative application. Provides and discusses modelling postal rates and other problems as examples. (YP)

Discusses a counting system and number operations. Suggests six distinct areas in a "number" subject: one-to-one correspondences; simple counting process; complicated counting process; addition and multiplication; algorithms for the operations; and the decimal system. (YP)

Reported is a teacher's efforts to introduce mental methods in arithmetic to seven-year-olds over a four-week period. (PK)

In spite of current sentiment to the contrary, the wellsprings of mathematics are not utility and relevance, but creativity, imagination, and an appreciation of the beauty of the subject. This has implications for the teaching of mathematics. (PK)

Describes an exhibition of "mathematically rich" cloths. The themes chosen to be included were symmetry, number, creativity, information handling, and problem solving. The project was an outgrowth of work to take ordinary daily situations and analyze them mathematically. (PK)

Discussed are trends in British mathematics education with special attention to practice. The importance and proper use of practical work, student-led activities, and matching instruction to student ability are emphasized. Lists 9 references. (YP)

Illustrates how one mathematics department has added courses to widen pupils' views of mathematics and to improve their problem-solving ability. (PK)

The need for development of a curriculum that provides vertical links between earlier and later work and horizontal links with other topics in mathematics and other subjects is promoted. Much of the material describes explorations of circles and cones suitable for many levels. (MP)

Describes students' misconceptions related to surface area and volume of solid body. Recommends changes in the National Curriculum for Mathematics to make an easy transfer from elementary to secondary school. Provides a table showing diverse levels of the content. (YP)

Describes the PrIME working group experience. Provides three problems on combination and typical answers from primary school students. Discusses some findings. (YP)