Program listing for a computer game on kinematics is provided. Documentation for the listing (in Microsoft BASIC) and rationale for using computer games in the classroom are also provided. (JN)

Issues that must be dealt with when training recreation managers about evaluation skills are discussed and training strategies, such as simulation and case studies, are explored. The importance of converting evaluation techniques and theory into useful daily practices is stressed, whether the training takes place in the classroom or in a staff…

Eight categories of software available for educational use (including tutorial, games, administrative utilities, and simulation) are described and the application of a microcomputer for hearing impaired secondary students at the Iowa School for the Deaf is detailed. Software selection criteria are considered. (CL)

A model of context effects in perception is applied to perception of letters. Perception results from excitatory and inhibitory interactions of detectors for visual features, letters, and words. The model produces facilitation for letters in pronounceable pseudowords as well as words and accounts for rule-governed performance without any rules.…

The Marshalltown (Iowa) High School offers a model program for mildly retarded students involving simulated work situations, individualized instruction, integration with regular classes, and involvement in a work/study program. (CL)

Introduces documentation and presentation guidelines of the Society for Research into Higher Education (SRHE) for authors of games, simulations, and other activities suitable for an organizer or facilitator to adopt or adapt for courses or workshops. (Author/LLS)

Describes the implementation, use, and evaluation of four different types of simulation-games for training geography teachers. Criteria for game selection, modifications, and methods for their integration into the curriculum are included. (AM)

After outlining the difficulties of teaching climatology within an undergraduate geography curriculum, the author describes and evaluates the use of a computer assisted simulation to model surface energy balance and the effects of land use changes on local climate. (AM)

Possible distortions in standardized test scores due to guessing, particularly in inner-city situations, are examined. A procedure is presented for estimating true knowledge levels from test scores. Results show scores are overstatements of subject mastery which means many programs are being planned and evaluated using inaccurate data. (Author/DWH)

This article argues that systems thinking transcends disciplinary boundaries and should be part of everyone's education. Stresses future importance of systems global models and their capacity for planning and decision making on a world scale. A tentative topic outline for a systems approach course at university level is proposed. (Author/SMB)

A Monte Carlo experiment was used to evaluate four procedures for estimating the population squared cross-validity of a sample least squares regression equation. One estimator was particularly recommended. (Author/BH)

Reviews recent progress in modeling human cognition, in particular the use of computers in generating models. Topics covered include the information processing approach to cognition, problem solving, semantic memory, pattern induction, and learning and cognitive development. A 164-item reference list is attached. (JL)

Defines six modes of simulation that have been used in science teaching and learning. Discusses the implications of using simulations in the science classroom. (CS)

College students who took the Defining Issues Test (DIT) were instructed to simulate the responses of 11-, 15-, and 19-year-old adolescents; other college students selected moral issues which they believed should be presented to adolescents in those age groups who were faced with the moral dilemmas in the DIT. (Author/DB)

A new model is proposed for explaining children's performance on Pascual-Leone's test of M-space. The new model is used to generate theoretical performance curves for children at four different age levels and seven different levels of stimulus complexity, and it is a viable alternative. Differences between the models are reviewed. (Author/RD)