Presents a computer-aided instruction model that uses the simulation of field battles to analyze the dynamic interrelationship of space and time in historical events. Implementation of the model is briefly discussed, and possible enhancements and applications for other areas are described. (Author/LRW)

Five papers on the use of computer simulation (CS) in educational research are presented. The impacts of CS on educational research, modeling task performance, use of CS in problem solving in subject-matter domains, an interpretation synthesis model of medical teaching rounds discourse for expert system interaction, and computer-based learning…

Described is a Monte-Carlo method for modeling physical systems with a computer. Also discussed are ways to incorporate Monte-Carlo simulation techniques for introductory science and mathematics teaching and also for enriching computer and simulation courses. (RH)

Use of a computerized simulation entitled "A Simulation of the First Year Teaching" by students in a teaching procedures class in physical education is described. (MT)

Uses examples from four exercises to show how computer-based education (CBE) is used to teach problem-solving in a physiology course. Screen prints are included to illustrate the exercises. Several benefits of using CBE strategies in physiology are also considered. (JN)

Discusses the possibilities for effective language teaching that might occur if teachers treated the computer as they would any other classroom aid, instead of seeing it as a rival. Examples given include text manipulation, question and answer, simulation, and the use of databases. (SED)

Presents a predator-prey simulation which involves students in collecting data, solving problems, and making predictions on the evolution of prey populations. Provides directives on how to perform the chi-square test and also includes an Applesoft BASK program that performs the calculations. (ML)

Describes a laboratory exercise that introduces physics students to graphing. Presents the program format and sample output of a computer simulation of an experiment which tests the effects of sound intensity on the crawling speed of a snail. Provides students with practice in making exponential or logarithmic graphs. (ML)

The principle of the multiplier-accelerator interaction is explained, and how a computer program to model it can be developed is shown. A series of simulations that can be used to explore the model's behavior are suggested. The simulations can be used in college-level economics classes. (Author/RM)

Discusses applications of microcomputers to: (1) presentation of the content of humanities courses, especially computer assisted instruction and simulation programs; and (2) science, technology and society courses to reinforce points about limitations and appropriate uses of computers. Examples of computer programs used to facilitate these…

A computer model which simulates nutrient cycling helps students understand the pathways which elements follow. Examples of exercises which are designed to develop a more critical awareness of the literature dealing with nutrient cycling in ecosystems and a deeper understanding of the scientific method are discussed. (Author/IS)

Discusses the analog simulation of several quantum mechanical problems, including the Schrodinger equation and the de Broglie relation. (MLH)

This paper aligns with educators and historians who argue that certain aspects of expert historical thinking are excellent tools for democratic citizenship. The paper focuses on specifically contextualized understanding of the past, as opposed to presentist attitudes, which assume the past is just like the present. It presents a framework for…

This study examined a civil engineering capstone course that embedded a sophisticated simulation-based task within instruction. Students (n=28) were required to conduct a hazardous waste site investigation using simulation software designed specifically for the course (Interactive Site Investigation Software) (ISIS). The software simulated…

Evaluation of simulation dialogs for individualized instruction in physics. Fundamental mechanics concepts in force and motion formed the basis of experiments designed to foster understanding of physical concepts, develop graphical skills, and further the student's understanding of scientific inquiry. (Authors/WM)