The major purpose of this study was to determine the effectiveness of mathematics instruction based on the use of manipulative materials in grades 4, 5, and 6. A secondary purpose was to find whether this approach is differentially effective for students in different grade level, sex, or welfare recipient categories. Three treatment groups, one…

A linear regression model was used to select items from a pool of 700 arithmetic word problems to be used in a computer-assisted mathematics curriculum for elementary school students. The experimental procedure first involved a stepwise linear regression analysis of a student's performance over a set of 25 problems. The probability correct for…

This volume is the eleventh in a series of 29 coordinated MINNEMAST units in mathematics and science for kindergarten and the primary grades. Intended for use by first-grade teachers, this unit guide provides a summary and overview of the unit, a list of materials needed, and descriptions of five groups of lessons. The purposes and procedures for…

This volume is the seventeenth in a series of 29 coordinated MINNEMAST units in mathematics and science for kindergarten and the primary grades. Intended for use by second-grade teachers, this unit guide provides a summary and overview of the unit, a list of materials needed, and descriptions of five groups of activities. The purposes and…

A 3-year study based on Piagetian theory considered this question: Do children who receive systematic instruction in the basic concepts of mathematics and science when they are in kindergarten think more logically when they reach second grade than do children who did not have such early instruction? The groups having prescribed lessons in…

The selections in the first of eight parts of this book provide an overall perspective as both a guide through the many articles that follow and a frame of reference to use in selecting teaching methods and materials. Most of the articles in Part Two advocate more rather than less experience-oriented reading and suggest methods that rely on…

Pupil activity was observed in three Title I projects to determine the frequency of certain essential activity categories, to compare those frequencies with the supervisors' ideal, to assess relationships between pupil activity and achievement, and between implementation and achievement, and to compare supervisor ratings of implementation with…

Proposes that although the past 30 years have seen increasing efforts to make mathematics more relevant and useful, schools continue to fail. Argues that forced rote learning is the direct cause of this failure and that improved teaching methods must be developed. Urges that shifts in methodology be phased in gradually. (TW)

Reports on a study of possible differences in interaction patterns between a sixth-grade teacher and different groups of students. Results showed consistency in the interactions studied, but important differences occurred in the quality and quantity with students perceived as "best" and "weakest" and boys and girls in…

Provides abstracts of selected mathematics and science papers presented during the conference. Topics included: (1) problem solving using the computer; (2) controlling the environment through Logo; (3) software and technology in the science curriculum; (4) learning multiplication facts using multiple strategies; and (5) limitations and potential…

Discusses the use of Logo tools, spinners, dice, and coins for creating and understanding probability. Gives procedures for devising a spinner board and other necessary functions for performing the activity. Presents ideas for extending the experiment. (RT)

Promotes mathematics instruction that goes beyond computation and problem solving, attempting to make children the "posers of problems." Addresses differences in hemisphericity, processing, and learning styles, as well as maturation differences, sex differences, effects of stimulation, enriched environments, emotion, and the control of attention.…

Discusses the importance of the use of models in modern science. Suggests that models can make a significant contribution to the teaching of science and mathematics. Explains that representative models, analogue models, logical models, and theoretical models are most commonly used models in science and mathematics. (TW)

Promotes the use of computers in teaching not only to solve problems but also to help students be better at analyzing problems and developing procedures for their solution. Outlines several problems where a computer-assisted analysis can help give students a thorough understanding of the topic. (TW)

Describes a field test of the "Diagnostic Test of Computational Skills." Examines whether or not a computer can efficiently analyze student answers, previously unidentified computational error patterns and errors related to student use of microcomputers. Concludes that this method can be useful for immediate and accurate diagnostic information.…