Described is a teaching approach that applies principles of cooperative learning to an individualized program for learning mathematics in grades 3-6. The program, Team Assisted Individualization, has several important elements including student teams, a placement test, curriculum materials, the team-study method, team scores and team recognition,…

A special banking unit is described which is devised to get students actively involved and give realistic experiences in dealing with situations in everyday life. The material is viewed to involve a great deal of work for teachers, but a tremendous amount of learning and fun is projected for pupils. (Author/MP)

Describes a mathematics enrichment program in which third-grade students become involved with field-day activities, workshops, a song and stunt program, movies, a slumber party, and other events. The program began in school on Friday and continued until parents picked their children up the following day. Program schedule is included. (JN)

The combination of dramatics with mathematics is promoted. The script of a play "Even Nothing is Something" is presented in full. The material is used to convey mathematical concepts through the use of plays and skits. It is noted that students who struggle with daily work sparkle in the plays. (MP)

The preparation of prospective teachers to use manipulatives in the classroom involved three dimensions. Each of these dimensions is discussed within the context of the elementary and early childhood teacher education program at Pennsylvania State University. (JN)

Microcomputers are viewed to have infinite patience and the ability to select appropriate exercises, give instant feedback, provide positive reinforcement, and fascinate primary grade children. The focus of the material is on descriptions of computer programs that have been developed for use with elementary school pupils. (MP)

A brief description is presented of a curriculum offered in one school system that applies much of the available research on how children learn. Materials used, goals for instruction, concepts emphasized, and intellectual processes engaged in each of grades kindergarten through third are noted. (MP)

The programs provided for mathematically gifted students are divided into two categories, labeled enrichment and acceleration. These two types of programs are discussed and the basic forms of instructional patterns are presented, along with the pros and cons associated with each. (MP)

An enrichment program emphasizing activities with calculators and computers for mathematically advanced children is discussed. How the program was implemented in grades three - six and in grades one - two is described in some detail. A schedule of activities and a list of resources is also given. (MNS)

Details of a Math Day held at an elementary school are presented. The day was developed because of a perceived need to provide pupils with experiences that would help them develop positive attitudes and view mathematics as more than just an isolated subject comprised of only computational skills. (MP)

A system designed to provide workable mathematics enrichment to gifted students in a standard mathematics classroom is presented. Mathematical contracts are the main feature of this successfully used program. (MP)

A sequence of activities is presented that has been used to explore powers of numbers and patterns with middle school students. Experiences with use of this sequence are noted. The material is designed to serve three instructional purposes, which are noted at the conclusion. (MP)

An approach to problem solving is described that is based on analysis of how fast model race cars can go. The exercises were used to replace standard time/rate/distance exercises, and were found to be greatly enjoyed by both girls and boys. (MP)

Described is the Delaware Elementary Mathematics League; a state mathematics competition for grades 4-6. Included are specific sample test items and a discussion of how they can nurture the development of problem-solving skills. Sample tests are also discussed. (CW)

An attempt to make problem solving a real part of the mathematics program in a second-grade classroom is described. It is felt that teachers can aid children in establishing attitudes of willingness to take risks and tackle unfamiliar tasks by focusing early on problem solving as a process. (MP)