This report begins with a rationale for organizing a mathematics methods course around a laboratory situation. The implementation of one such program is described in detail. Actual in-school work with elementary school children was an integral part of the program. Carefully selected undergraduate mathematics majors were found to be valuable…

The chapters in this yearbook describe some of the experiences the individual authors have had in making and/or using multisensory aids in mathematics instruction. A number of different aids are noted to indicate the range of possibilities. Three more chapters set the stage for the remainder of the book which is divided into the following…

A study was conducted to determine the relationship between motor and verbal ability traits, instructional treatments, and test instruments. Two programed instruments were developed to teach art concepts to sixth grade students. One instrument, termed manipulative, used a programed text with objects and artifacts that the students handled during…

This guide to accompany "Angle Measure" contains all of the student information in SE 015 340 plus supplemental teacher materials. A summary of terminal objectives and necessary equipment and teaching aids is given. Discussion topics, teaching suggestions, and answers appear with each section. Related documents are SE 015 334 - SE 015…

Describes two lessons for helping children learn the concept of habitat. Shows how to make habitat hand mobiles, shoe box habitats, and suggests discussions involving these materials. (CW)

Argues that "appropriate practical work" in mathematics aids understanding. Presents ideas and activities for teaching mechanics. Discusses modelling, problem formulation, and interpretation. (PK)

Presents a variety of examples through which kindergarten and primary grade children can engage in significant problem solving. The suggested activities use materials in a problem solving context to permit children to experiment, to create, and to make measurements. (PK)

The purposes, materials, and roles of teachers and students in developmental and practice lessons are contrasted. Two lessons designed to help students acquire understanding of geometric figures and of place value and two games for each are included. (MNS)

Provided are follow-up activities for having students explore the concept of line symmetry. Using a mirror to move a pattern; finding patterns with one, two, or four lines of symmetry; finding asymmetrical patterns; deciding if patterns are different; and solving the problem of finding all patterns possible are discussed. (MNS)

This guide is a collection of ideas for mathematics activities which were assembled and tested by primary teachers. The activities supplement the teaching of basic numeracy and include topics such as algorithms, pyramids, magic squares, multiples, and number values. The guide is organized into four sections: (1) addition and subtraction; (2)…

This guide is linked to a science curriculum and was designed for use by those involved with early childhood education. The goal of this document is to enable caregivers and teachers to use the curriculum in a more varied, stimulating, and developmentally appropriate way. Topics discussed include student attitudes toward mathematics, parent…

This paper describes a follow-up to a 1998 study that reexamined several aspects of elementary science students' achievement, attitudes, and journal writing in conjunction with an Alabama Hands-on Activity Science Program (HASP) grant utilizing the Full Option Science System (FOSS) kit. During the four weeks of the study, 20 fourth grade students…

Discusses why university freshmen may be deficient in mathematics and investigates methods of diagnosis and remedy. Improvement of manipulative skills is emphasized. Deficiencies due to failure to understand concepts and notation are discussed in an appendix. (Author/SA)