Four males, aged 11-18, who had poor achievement in mathematics, used the Lasermaths software program for practice and drill in basic arithmetic problems. After exposure to this program, which resembles a video game, subjects' performance on paper and pencil arithmetic tests was significantly improved. (GDC)

Describes an energy conservation game designed to familiarize students with the power consumption of common electrical appliances and to encourage them to become wise consumers of electrical energy. The game, which also sharpens addition and subtraction skills, is suitable for students in grades two through eight. (JN)

Explains plausible strategies for introducing biotechnology into a science curricula through a microbiology course. Teaching strategies for large mixed-ability groups are presented. Concept maps, games, activities and materials references are included. (ML)

Describes procedures for designing trivia games to be used in teaching English as a second language. The students participate in designing the games, thereby gaining practice in the four basic language skills and the formation of yes-no questions, information questions, and statements. Provides examples for young intermediate ESL students. (SED)

Explains how the SQ3R methods of reading textbooks was used to teach the writing of a research paper and tells of eighth grade remedial readers creating their own trivia game. (HOD)

Describes a software package for computer-assisted language learning, designed to put the text handling and "number crunching" capabilities of the microcomputer to use in the foreign language classroom. Done in ways compatible with the learner's own natural needs and strategies, it also gives the classroom teacher a significant degree of control…

Discussion of science education in general and the possible role of microcomputers is followed by an evaluation of four software packages for seventh grade through college level. These packages are in the areas of genetics, prelab studies for chemistry, a science education game, and experiments in human physiology. (MBR)

Activities for a 10-day unit on probability and statistics are described, with preplanning ideas included. Spinners, dice, cards, wheels, and other materials are used in a variety of games. (MNS)

Examines advantages of using videogame format for training, including practicality, relatively inexpensive hardware, ability to use multi-purpose software modules, motivational advantages of increased student interest and instructional effectiveness, and instructional features such as the adaptive interactive nature of videogames. An example of a…

The author suggests using African mathematical games in school curricula to emphasize the contributions of Afro-Americans to United States' heritage and to study other cultures. Many of the games and skills are interdisciplinary and appealing to children. A stone game, geometric patterns, and counting and money systems are briefly discussed. (MR)

Defines simulation gaming and differentiates it from role playing. The author suggests that educators need to be aware of its advantages and disadvantages and to know how to evaluate the potential effectiveness of a particular simulation game. An example simulation game is provided, with guidelines for developing more simulation games in nursing.…

An experimental "oral survival" French course is described. Role playing, discussions of reading assignments, a taped mystery thriller and educational games were used to force students to speak French and to lose their inhibitions against speaking. Testing showed students' French speaking ability to be much improved. (CHK)

Outlines a "post office" lesson used in foreign language teaching. Students write postcards to each other and class conversation becomes a realistic exercise in asking directions to the Post Office, price of postage, methods of mailing, etc. (CHK)

The game of Sprouts is explained, and some elementary graph theory notions and techniques of game analysis are introduced. (DT)

Reasons for using games in the classroom are discussed and general suggestions for designing games are given. Directions for a trigonometry game and an algebra game are provided. (DT)