This book is a collection of essays on thinking skills instruction and includes the following chapters and their authors: "Encounter with Thinking" (H. Anderson); "Thinking Skills: Neither an Add-on nor a Quick Fix" (A. Costa); "Teaching for Thinking, of Thinking, and about Thinking" (J. McTighe); "Thinking and…

This paper describes part of a course for college freshmen entitled "Computation, Reasoning, and Problem Solving," which uses the LOGO programming language to integrate computer programming skills, collaborative problem solving skills, and writing skills. Discussion of the computer programming component includes two of the LOGO problem…

This information sheet examines three areas: (1) what research tells about problem-solving in chemistry; (2) why students have such difficulty in solving chemistry problems; and (3) if there are some ways of teaching students to solve problems that are more effective than others. From several research studies on problem-solving in chemistry, it is…

Given the uncertainty of the future and the rapidity with which computer technology is changing, a generalist position on the objectives of educational computing is desirable. This position insists that learning how to think and solve problems is the foundation of education and suggests that basic learning needs to be an integral part of the…

This document consists of a compilation of nine articles, on computer literacy, that have been extracted from the 1984-1985 issues of the journal "The Computing Teacher". The articles include: (1) "ICLEP (Individual Computer Literacy Education Plan): A Powerful Idea" (David Moursund); (2) "Computers, Kids, and Values"…

Five teachers describe the ways they teach consumer education: 1) through the theme of American problems, 2) through a team of teachers representing different disciplines, 3) through tandem teaching with constant representation from business and social sciences, 4) as a unit in an economics course, and 5) by activities integrated into the…

Focusing on the professional aspects of teaching, student-centered instruction, problem solving, and laboratory techniques are suggested as teaching aids for the vocational agriculture teacher. (MW)

On a triangular grid of equilateral triangles an analytical procedure is presented for solving puzzles that require one to measure out a specified amount of liquid from containers of various volumes. (JP)

Discussed the role of the community college in establishing relevance in the curriculum in response to students demanding a second in education. (RK)

Describes, giving examples, the use of a Socratic game in which a law class is assigned a case to read and in class one student is asked to make argument for the plaintiff, a second to explain the defendent's position, a third to give a judicial ruling with reasons. (JT)

Concept learning and synectic strategies must be incorporated into the language arts curriculum to ensure concept development. (JH)

This study was designed to compare the relative effectiveness of word problem instruction based on Polya's approach to problem solving with Dahmus' word by word translation approach. When ninth-grade students were randomly assigned to one of these approaches, no differences in mean number of problems solved were observed. (SD)

A case is given against teaching division of fractional numbers. Types of problems usually solved by division are solved by methods involving only multiplication. (JP)

The cognitive operations that predispose a learner to perceive and approach a situation in a given way define his mental set. A survey of the research on problem solving indicates that an instructor should encourage students to vary strategies in searching for solutions to problems. (NHM)