Suggests that children enter school with a great deal of informal intuitive knowledge of mathematics that can serve as the basis for developing much of the formal mathematics of the primary school curriculum. Describes a research-based model of children's thinking that teachers can use to interpret, transform, and reframe their informal or…

This document, presented in two volumes, reports on a psychology of mathematics education conference, the theme of which was "Theoretical and Conceptual Frameworks in Mathematics Education." The two volumes include 58 papers, descriptions of 4 poster and 2 video presentations, and reports of and reactions to 2 plenary sessions presented…

Theoretical tools from cognitive science were used to put together a framework for a fine-grained theory of how students learn elementary algebra in the classroom. Developing the framework included assessing the shortcomings of current models, evaluating whether unified theories of cognition can be adapted for learning mathematics in the…

This paper discussed the use of structured observations as a research strategy in two recently completed studies that investigated students thought processes and behaviors in a microcomputer-based laboratory (MBL) environment and in other instrument-based laboratory environments. In the first study, students' behaviors and thought processes were…

This paper presents a rationale for teaching higher level thinking skills to students with special needs, including those with mild mental handicaps and learning disabilities. It briefly reviews the literature on teaching such skills, stressing that thinking skills can be taught through specific teaching methods such as a four-step method…

Testwise responses of grade-school students to multiple-choice science items and the intercorrelations between different testwiseness skills were examined in this document. A total of 134 third-grade, 133 fifth-grade, and 143 sixth-grade students from two elementary schools in a large suburban school district in Utah responded to 60 science items…

The Mathematics 16 program provides for the development of essential concepts, skills, and attitudes required for effective computation and problem solving. The program is activity-based, and addresses the need for students to be able to transfer and apply specific mathematical concepts and skills to more generalized situations in everyday life…

The two articles dealing with problem solving and technology in this publication should be useful to those developing the kinds of materials, experiences, and thinking that elementary school industrial arts offers children. The first article accepts problem solving as an educational goal and reports a timely and universally acceptable approach.…

TEACHING AS A TECHNOLOGY IS THE ARRANGEMENT OF CONTINGENCIES OF REINFORCEMENT UNDER WHICH BEHAVIOR CHANGES. RECENT ADVANCES IN TECHNIQUES OF BEHAVIOR CONTROL HAVE MADE SUCH A TECHNOLOGY IMMANENT, BUT THERE IS A SHOCKING LACK OF APPLICATION OF THESE TECHNIQUES. INSTEAD, TEACHING CONTINUES TO RELY HEAVILY ON AVERSIVE CONTROL FOR MOTIVATION AND TO…

This paper demonstrates how a diagram of a Safeway supermarket can be the vehicle for a language lesson based on Lawrence's cognitive categories (classification, definition, spatial order, chronological order, generalizations and specifics, and cause and effect). A wide variety of decision-making activities based on this diagram are described.…

There is growing concern in the United States about the education of the students regarded as least likely to succeed in school. Indeed, a major thrust of U.S. President Bush's No Child Left Behind legislation is designed to meet the educational needs of those students who traditionally have struggled the most in school. Variously labeled as…

This feasibility study explored the automated data collection, scoring, and reporting of children's complex problem-solving processes and performance in Web-based information-rich environments. Problem solving was studied using realistic problems in realistic contexts demanding multiple cognitive processes in the domain of environmental science.…

The Mathematics 16 program provides for the development of essential concepts, skills, and attitudes required for effective computation and problem solving. The program is activity-based, and addresses the need for students to be able to transfer and apply specific mathematical concepts and skills to more generalized situations in everyday life…

This quarterly newsletter includes a variety of articles on the teaching of English as a second language. The first article discusses the use of the enquiry method and problem solving as classroom procedures. This approach involves the development of four cognitive processes: framing questions, imposing order on data, making extrapolations, and…

Critical and situated thinking in the respiratory care profession were examined through an exploratory factor analysis of the critical thinking behaviors of a sample of 868 respiratory therapists. The respiratory therapists completed a survey instrument containing 44-questions related to how well particular critical thinking behaviors are…