Presented is a collection of very brief chapters (or sections) drawn from a variety of sources which discuss the characteristics of the disadvantaged learner. In addition, suggestions for teaching mathematics to the disadvantaged using a laboratory approach are made. Conclusions include a description of the attributes necessary to be an effective…

This book is intended to make second-grade mathematical concepts both interesting and easy to understand. The text is designed to meet the particular needs of those children who have "accumulated discouragements" in learning mathematics. The reading level required of pupils has been reduced. Individual chapter titles are: Geometry 1;…

Patterns and directions are given for making self-help toys for cerebral palsied and other handicapped children. The toys are designed to entertain and to develop muscle coordination and finger-elbow dexterity, teach self-help skills such as dressing, stimulate visual perception, encourage hand grasps and eye-hand coordination, motivate speech,…

This document describes the contents of a kit considered to have been designed to extent the learning of pupils who are exposed to films, film strips, and other programs that introduce Puerto Ricans and people of other Caribbean regions. The kits are held to be usable in conjunction with the film strips, as library or showcase presentations, or as…

This article presents the subject of English for Specific (or Special) Purposes (ESP) from the point of view of the school teacher or university lecturer attempting to teach science to students for whom the medium of instruction is a second language. The skills a student needs in order to achieve success in a science are analyzed as: (1)…

Eight teaching ideas involving circular shapes and patterns are described for grades one through eight. (JT)

A university second language program using associative learning and context to enhance retention of words, expressions, and structures is described. Observed results of this situational approach are discussed. (MSE)

The paper commences by reviewing some of the issues currently being raised with respect to the use of technology in undergraduate mathematics teaching and learning. Selected material from three research projects is used to address a series of questions. The questions relate to the use of symbolic manipulators in tertiary mathematics, to…

Nathan entered third grade having already constructed a Generalized Number Sequence (GNS) for whole numbers that enabled him to coordinate sequences of multiples to find a common multiple of two whole numbers. Nathan was able to apply the operations of his GNS to his understanding of part-whole relations and his emerging use of fractional…

This collection of lesson plans and activities for students aged 9-11 years is based on a science curriculum developed by a group of Caribbean nations. The activities pertain to topics such as place value, prime and composite numbers, the sieve of Eratosthenes, square numbers, factors and multiples, sequences, averages, geometry, symmetry,…

Designed for teaching the related services staff, residential care providers, and families of individuals with severe hearing and vision impairments, this booklet explains the issues related to developing a communication system using textures. The texture symbols described are intended for use by individuals with dual sensory and multiple…

Describes some results of a project funded by the National Science Foundation to investigate ways to make a college biology course accessible to visually impaired students, including use of tactile diagrams as an alternative to microscopes and a variety of measuring techniques. (Author/SK)

The Springs task, an individually administered measure of ability to criticize and control experiments, is described. The task has characteristics similar to Inhelder and Piaget's Bending Rods task; it yields scores on naming variables, controlling variables, and analyzing experiments. (See also RIE: ED 163 092.) (JKS)

Presents a series of lessons that extend the concrete experiences many elementary students have had with attribute blocks to provide middle school students with informal opportunities to explore the concepts and properties of relations and functions. (DDR)

A theory is proposed for how students develop competence with the written symbols of decimal fractions. Competence is viewed as the cumulative and sequential mastery of four separate cognitive processes. The theory was tested with small groups of students, most of whom were able to acquire the first two processes. (MNS)