Examples of problem solving by the method of contradiction are given along with adapted computer programs. (MN)

Evaluates 25 software packages (consisting of more than 40 individual programs), all aimed at one or another facet of mathematics learning. Title, source, current price, and detailed review (indicating the educational quality of the package) are included for each entry. (JN)

Five characteristics necessary for a computer puzzle to be considered ideal are listed along with an example of such a puzzle. Several other puzzles lacking some of these characteristics are also listed and discussed. (MN)

Described are random, systematic, and guided trial-and-error strategies for problem-solving with a computer. (JH)

Four stages of problem solving are believed to occur in programing. Spirolaterals are discussed as specific examples of programing activity that have mathematical and programing interest. The BASIC programing language is used on the Apple II computer to provide examples of possible solutions to the problems posed. (MP)

A teaching strategy for problem solving with computers is detailed. The approach provides a "midline" level of help that encourages exploratory activity yet provides enough guidance to increase chances of pupil success. (MP)

Two kinds of secret writing, codes and ciphers, are discussed. The weakness of a ciphering system mentioned in the March 1981 issue is pointed out, and an alternate method is presented. Programs written in BASIC are presented which can be used to encipher messages and help break ciphers. (MP)

A set of three problem-solving programs designed as drills that give practice in mental arithmetic are reviewed. The programs are viewed to have several weaknesses in style, but are noted as worthy of consideration for purchase. The material is designed to motivate students to practice all four basic operations. (MP)

The purpose of this paper is to present problems (and solutions) from the areas of marketing, population planning, system reliability, and mathematics to show how a computer simulation can be used as a problem-solving strategy in probability. Examples using BASIC and two methods of generating random numbers are given. (Author/MP)

Instruction using computers is viewed as different from most other approaches to education, by allowing more than right or wrong answers, by providing models for systematic procedures, by shifting the boundary between formal and concrete processes, and by influencing the development of thinking in many new ways. (MP)

Presented is research designed to find ways to capitalize on the potential benefits of computers for hyperactive and attention deficient children. The results indicated that children did almost twice as many problems on the computer as they did with paper and pencil. (MP)

Several computer-oriented lessons designed to explore and exploit the problem-solving capabilities of currently available, inexpensive systems are presented. The programing language BASIC is featured. (MP)

Ideas and examples that support the problem-solving role of computers in the classroom are given: procedures, techniques, and sample problems that can be used with beginning, intermediate, and advanced students have been included. (MP)

A series of lessons designed to promote problem-solving skills by encouraging students to write programs is presented. All samples of solutions are written in BASIC. (MP)

The use of the computer in problem solving situations is profiled. Sample lessons for beginning, intermediate, and advanced students are presented along with possible programs for a variety of computers using BASIC. (MP)