Discusses personal experiences in using microcomputers to teach differential equations and calculus, including programs written for and activities in a year-long calculus sequence called Calculus and Computers. Suggests that computers and their graphics capabilities be used to provide a mathematical environment in which students can interact and…

Reviews three computer software programs: (1) "Discovery! Experiences with Scientific Reasoning"--problem solving for grades 4-12 (Apple II); (2) "Organic Stereochemistry"--a tutorial for organic chemistry for advanced secondary/college level (Apple II); and (3) "SHOW PARTNER (2.01)"--a graphics utility tool for teachers and high school students…

Surveys the current status of artificial intelligence (AI) technology. Discusses intelligent tutoring systems, robotics, and applications for educators. Likens the status of AI at present to that of aviation in the very early 1900s. States that educators need to be involved in future debates concerning AI. (CW)

Describes direct and indirect voltage input techniques and their applications to voltage measurements with a microcomputer. Details circuitry that can be used for this with a gameport. Gives examples of circuit modifications, application of voltage measurement, and alternatives to this method. (CW)

Proposes that the role of mathematics education be re-examined in terms of an increased emphasis on mathematical knowledge rather than attainment of calculational speed. Offers perspectives on the reform movement in mathematics education and advocates the teaching of the history, logic, and method of mathematical thinking. (ML)

Contends that elementary principals must be computer literate to be effective instructional leaders. Points out that principals should be familiar with computer hardware, software, computer assisted instruction, and micro-based administrative operations. (ML)

The history and projected future of advances in computer-based information technology are detailed along with the potential benefits and dangers of whole-scale use of this technology. (MP)

Microcomputer simulation games are discussed and are viewed as being of the same nature as traditional imitation and role-playing activities. Some aspects of six commercially available games that could be used in computer assisted instruction (CAI) are reviewed. All examples chosen were among those thought to emphasize positive attitudes. (MP)

Details are provided of computer-simulated experiments developed by the co-directors of the Learning Research and Development Center (LRDC), University of Pittsburgh. The initial materials were designed to help students learn physics. New materials are being developed along similar lines for elementary mathematics. The views of the creators are…

Recommendations regarding literacy and the responsibilities of science educators are reviewed. The opportunity for pioneering, base-line research studies on the use of microcomputers in the classroom is viewed to exist. Significant contributions science education can make to computer literacy are noted. (MP)

This analysis suggests that the present low level of use of technology in education results from fundamental incompatibilities between the educational system in the United States and most of the technology systems intended to perform educational functions. Economics alone will not bring an educational productivity revolution. (MP)

Presents the results of a preliminary investigation into the feasibility of teachers constructing their own animations for the mathematics classroom using computer animation tools. Provides examples of animation constructed using "Ani ST" and "Mathematica" programs. Concludes that computer animation has potential to be a practical instructional…

Discussed is the integration of microcomputers into the science laboratory curriculum. The approach provides an exposure to important aspects of computer technology while preserving concrete experiences provided by hands-on laboratories. (CW)

Several models for preparing preservice and inservice teachers to use microcomputers in science teaching are described. A summary of research on the topic is included. A list of competencies needed by teachers to use microcomputers in teaching is provided. Recommendations for implementing computers in teacher education are suggested. (CW)

Discusses uses of the microcomputer in elementary mathematics education. Included are: (1) drill; (2) practice; (3) problem solving; and (4) games. (YP)