This paper discusses the potential for the use of microcomputers as an aid in the teaching of statistics, and reviews five of the approaches that have been taken: (1) CAI question and answer dialogs; (2) statistics as a tool in the teaching of a computer language; (3) the computer as a computational tool; (4) computer generated tests and homework;…

A project called Image Processing for Teaching provides real-world experiences for students with deafness or hearing impairments, through computerized image exploration. Students use computer technology to judge the impact of building a dam, study gravity through the flight of a basketball, and understand scientific concepts that previously…

Described is a microcomputer-aided patient simulator (MAPS). The system was developed to increase medical students' opportunities to diagnose and manage patient problems. The system combines a microcomputer with an optional laserdisc player. The system has been used successfully for four years and could be used in other content fields. (RH)

Describes a computer program that can model the equilibrium processes in the production of ammonia from hydrogen and nitrogen, sulfur trioxide from sulfur dioxide and oxygen, and the nitrogen dioxide-dinitrogen tetroxide equilibrium. Provides information about downloading the program ChemEquilibrium from the World Wide Web. (JRH)

Describes a study conducted in undergraduate science classes in Singapore using computer modeling and simulation. Reports that the use of computer models and simulations proved to be valuable in explaining many aspects of science. Students reported that three-dimensional images helped them in their understanding. Contains 22 references.…

Discusses use of computer simulations for instruction at the middle-school level, especially in history and geography. Reports on a case study of a large middle school's response to technology over a 3-year period. The study focuses on the simulation program "Mary Rose," a shipwreck salvaging simulation. (Author/CH)

Discusses five values of personal computing, including its role as attention grabber, word processing (and related uses), information retrieval, simulation, communications. Also considers four ways of thinking about the future as related to computing and issues related to computers and education. (JN)

The use of computers in the classroom has been touted as an important innovation in education. This article features some recently developed software for use in teaching psychology and different approaches to classroom computer use. Uses of software packages for psychological research designs are included as are applications and limitations of…

The future of educational research with the videodisc is discussed in relation to: (1) recent and planned hardware developments, and (2) research areas where videodisc technology may be appropriate. Examples of some of the different configurations possible among videodisc players, microcomputers, touch screens, and printers are provided. The…

This bulletin focuses on the role of computer-assisted instruction (CAI) in environmental education programs. The utility of this approach in helping students learn in the cognitive, affective, and/or psychomotor domains is examined and its effectiveness is compared to other instructional devices and methods. Major topics are organized and…

Discusses the use of educational technology for science and math instruction in elementary and secondary schools through conversations with six curriculum specialists and administrators. Highlights include the use of IBM and Macintosh hardware and software; hand-held computers; integrated learning systems; math workstations; computer simulations;…

Analyzes the mathematics of rotational and translational motion and how one can influence the other in the context of cams and cranks. Describes how the individual components can be brought together to simulate a four-stroke engine and how the engine animates again using the same simple macro. (Author/ASK)

Discusses the value of educational simulation in enhancing teaching. It is effective because it is a realistic, active learning experience, it is highly interpersonal, there is an element of play, and it demands that participants think of ideas and implement strategies and solutions. (SM)

This paper explores the role of computerized simulations as a decision-modeling intervention strategy, and views the strategy's different attribute biases based upon the varying primary missions of instruction versus application. The common goals associated with computer simulations as a training technique are discussed and compared with goals of…

Describes seven styles of software designed to improve mathematics and science learning: (1) microworlds, (2) educational games, (3) microcomputer-based instrumentation, (4) databases, (5) tools, (6) languages, and (7) simulations. A list of recommended science and mathematics software is presented with suggestions for further areas for software…