States that students who simultaneously acquire subject matter concepts and high-level thinking skills are more likely to learn, remember, and be able to apply the concepts. Provides an example for assisting faculty in developing better decision-makers. (RT)

Summarizes current developments in alternative frameworks research in science education. Covers concept maps, learning as conceptual change, classroom strategies, problem solving in physics and where research should be going. (CW)

Article is based on the keynote address of the 1987 annual meeting of the National Council of Teachers of Mathematics. Suggests that George Polya left a legacy which has not only touched knowledge and abilities in mathematics and problem solving but also had significant effects on thoughts about teaching. (PK)

Describes a computer program written in Microsoft BASIC for use on personal computers to calculate travel times of refracted waves in layered structures with arbitrary dipping interfaces. Exercises for student use are given to illustrate some of the basic properties of reversed refraction travel time graphs. (TW)

Suggests ways that colleges can improve the problem-solving skills of chemistry majors and acquaint them with the realities of industrial research. Describes two projects in which undergraduate chemistry majors performed research and development work for a local chemical company. (TW)

New approaches to the teaching of introductory algebraic concepts are discussed. Their use in the Approaching Algebra Numerically Project in some middle schools in Ohio is reviewed. Some implications for use in Australian schools are considered. (MNS)

Discusses the results of a study on the limitations of short-term memory in terms of its implications for the teaching of chemistry and problem-solving skills. Also includes a description of the Saskatchewan life skills program for disadvantaged adults for coping with change. (ML)

Examines current state of Logo programming language and research on Logo and presents conclusions about the efficacy of Logo as a research and teaching tool. Conclusions discuss use of Logo to teach computer literacy; transfer of training; representativeness and reliability of Logo research results; and Logo research methodology. (Author/MBR)

Highlights the major areas of research in mathematics education in 1983 (including problem-solving, sex and minority-group differences related to mathematics, and the school mathematics curriculum). Indicates that additional emphasis needs to be placed on technology, problem-solving, teachers' conceptions, and the teaching of algebra. (JN)

Describes an activity (which has worked well with gifted students in grades 2-10, high school seniors, and in-service workshops) which uses only loops of string or yarn approximately six to nine meters in length. Groups (four to six participants) then make various geometric patterns using the yarn. (JN)

This Study Circle is based on research conducted by a team led by Victoria Purcell-Gates. Their research examines the relationships between two dimensions of literacy instruction (the degree of authenticity of activities and texts and the degree of student/teacher collaboration) and changes in the literacy practices of students outside the…

This paper discusses critical thinking and ways education leaders can apply it to problems in educational settings. It forwards a model of critical thinking, called TC2, designed by The Critical Thinking Consortium, a group of scholars, teachers, and educational leaders in British Columbia, Canada. The model addresses four interrelated components…

This publication focuses mainly on research designed to improve adolescents learning of mathematics. Sometimes it provides insights into interventions to help all students learn more mathematics and sometimes special interventions that focus on the particular needs of nonproficient mathematics students. However, no intervention should diminish the…

The Interdisciplinary Assessment Model was created out of the need for improved assessment of learning, especially the assessment of critical thinking and problem solving. Development of the model required establishing a common language for library media specialists to cover various curriculum areas, a comparison of current state standards for…

Teaching the Internet is hard because the technology keeps changing, the system is complex, the environment is relatively unstable, and it is hard to know how much one needs to know in order to successfully use the Internet. The Internet is a pseudo-complex knowledge domain--the "rules" vary, and it is hard to tell which are the…