This remedial mathematics curriculum for deaf community college students is organized into 22 lessons grouped into three levels: whole numbers, fractions, and decimals. Preliminary versions of the curriculum have been used in Deaf Prep classrooms and taken through a development and revision process. Each lesson follows the same pattern: topic…

Author looks at how technology has affected mathematics instruction and argues that fundamental concepts should be emphasized over arithmetical skills because of computers. (HB)

Article describes an experiment to deterimine how to promote cognitive growth in terms of classroom mathematics learning. (MM)

Results of a study involving 94 preservice elementary teachers suggest the instruction students in such programs should be given to develop computer literacy. A model for computer education which consists of four stages is presented in detail. It is recommended that all preservice elementary teachers go through the first two. (MP)

The author stresses that students need a thorough understanding of certain mathematical ideas in order to write adequate computer programs. He presents some examples using BASIC and LOGO and discusses writing programs as a mathematical exercise and using mathematics in programing. (MNS)

Activities using paper punches are described, dealing with one-to-one correspondence, place value, large numbers, prime and composite numbers, operations, geometric shapes, and measurement. (MNS)

The Cockcroft Report on English Schools recommends that all schools design their syllabuses and examinations on the assumption that all students will have access to calculators. How to use calculators sensibly to improve what is taught and how curriculum content may change are discussed. (MNS)

The entry, attack, and review/extension stages of problem solving are discussed. A project for children aged 9-13 was developed; some student reactions to problem solving are included. (MNS)

How geometry can play an important role in the teaching and learning of mathematics is discussed. The past roles of geometry in the Australian curriculum, possible approaches to teaching geometry, and the role of geometry today are each discussed, with some suggestions for teaching brighter students. (MNS)

Teachers need to answer two questions: (1) How do computer software and activities contribute to meeting objectives? and (2) Do instructional plans take advantage of the computer's unique potential? Instructional and management uses of computers are discussed, with the teachers' role described. (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)

Five problems are given which are designed to challenge gifted students while giving them opportunities to use algebraic concepts. Solutions are provided. (MNS)

Concern is expressed that trigonometry is being de-emphasized at the secondary level, and that even incoming college students with excellent mathematics backgrounds and aptitudes appear to be "drawing blanks" on even the most fundamental trigonometric concepts. Teaching trigonometry as the ultimate high school subject is promoted. (MP)

Discussed are the: (1) Notion of Mathematical Objects and the Realist Approach; (2) Psychological Need for Mathematical Realities, A Psychological Point of View; (3) Formalist Approach; (4) Meaning of Mathematical Existence; (5) Relative versus Absolute Existence; (6) Psychological Need for Mathematical Realities and the Offer of Mathematics; and…