Reviews the computer simulation, "Civilization," and asserts that it offers exciting possibilities as an interactive introduction to world history and historical thinking. Includes a course syllabus in which "Civilization" serves as a central feature and two writing assignments based on the simulation. (CFR)

The macroeconomic model in Ray C. Fair's textbook, "Specification, Estimation, and Analysis of Macroeconometric Models" (Cambridge: Harvard University Press, 1984), has been programed to run on a personal computer. The model consists of 128 equations. The model's potential for use as a teaching tool is discussed. (RM)

Describes the implementation of a computer simulation of magnetic field lines. Discusses properties of magnetic fields and the calculation of magnetic fields at points. Provides a program listing (additional programs and teaching notes available from the author) and gives examples of several field plots. (JM)

Describes a multiformat simulation game based on the theme of budgeting for food and its original development as a manual exercise for use with old age pensioners. The game's current versions, their uses, and target audiences are discussed along with how the exercise was made generally available in a do-it-yourself package. (Author/MBR)

Maintains that, although exciting computer programs are available for U.S. history, not all of them support the curriculum of the California History-Social Science Framework. Focuses on computer software programs that target problem solving, decision making, and tool-based programs that support the California curriculum. (CFR)

Designed to simulate a Senate committee hearing on software copyright laws, this role-playing game exposes students to a wide variety of viewpoints about software copying, including piracy. The game is structured to bring out as many points of view as possible; the goal of the simulation is exposure to these various points, not the final committee…

The report describes activities and results of the second year of the Special Education Planning Model (SEPM), designed to help planners and policymakers estimate special education program needs and costs. SEPM uses a computer simulation based on users' assumptions and priorities in such areas as incidence rates, handicapping conditions to be…

Two computer programs that simulate the multiplier and accelerator processes are described. The simulations can be used in college-level economics classes or by pupils using their own personal computers at home. Very little knowledge of programing is required to implement the simulations. (Author/RM)

Suggests educators who are not yet computer literate choose an alternative focus by learning to evaluate software and determine its potential for use in specific educational settings. Questions which should be asked when reviewing software on appropriate use, content, and characteristics are presented, along with a software evaluation checklist…

Reviews 34 computer programs designed to help freshman writing students and their teachers either by providing instruction, supporting the composing process, or helping to manage classroom activities. Most of the programs run on microcomputers and are currently available; a few are included because they indicate interesting trends. (MBR)

This Digest points out characteristics of quality computer software for children, describes different kinds of software, and suggests ways to get software for preview. The need to consider the purpose for which the software is to be used and the degree to which the software meets its stated goals is noted. Desirable software characteristics and…

SIGMA (Simulation Graphical Modeling and Analysis) is a computer graphics environment for building, testing, and experimenting with discrete event simulation models on personal computers. It uses symbolic representations (computer animation) to depict the logic of large, complex discrete event systems for easier understanding and has proven itself…

A previous article examined the amount of fuel that could constantly burn each second and achieve a safe landing. This article investigates some ways to burn variable amounts of fuel according to some mathematical function (such as an arithmetic progression). Several assumptions (such as a massless fuel) are made. (JN)

Discussed are the use of probability simulations in a mathematics classroom. Computer simulations using regular dice and special dice are described. Sample programs used to generate 100 rolls of a pair of dice in BASIC and Logo languages are provided. (YP)

Describes computer software for use with various age groups. Topics include activities involving temperature, simulations, earth science, the circulatory system, human body, reading in science, and ecology. Provides information on equipment needed, availability, package contents, and price. Comments of reviews are presented by classroom teachers.…