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)

This article presents a computer program for aiding prediction of how to make maximum use of the physical plant to accommodate the instructional program at a secondary school. It uses Conrad's formula for determining capacity, room needs, and utilization of facilities. The formula, BASIC program, and a sample table are provided. (DCS)

Identifies technical and linguistic problems associated with use of Arabic in input and output devices and describes efforts to introduce a unified code for the Arabic language (CODAR-U/FD). The Hydriyya Method, requirements for Arabic terminals suitable for library use, manufacturers of bilingual terminals, and Arabization of software are…

Discusses advantages and pleasures of utilizing a personal computer at home to receive electronic mail; participate in online conferences, software exchanges, and game networks; do shopping and banking; and have access to databases storing volumes of information. Information sources for the services mentioned are included. (MBR)

Presents a list of Apple software that helps students develop specific skills through supplemental learning at home. Software, including program, manufacturer, grade level(s), and price, is provided for: writing; spelling; grammar; vocabulary; reading comprehension; computational mathematics; and mathematics concepts/applications. Also provides…

Discusses the nature and development of computer software. Programing, programing languages, types of software (including dynamic spreadsheets), and software of the future are among the topics considered. (JN)

Discusses the progress of computer integration in the United States' educational system. Computer-oriented programs and courses, instructional and software considerations, rationale for using microcomputers in classrooms, computer uses in specific subject areas, and problems are examined. An annotated list of federally funded computer-oriented…

Presents a set of classroom activities and a computer program that have been used to help students intuitively grasp, in a minimum of instructional time, such fundamental concepts as hypothesis testing, random sampling, statistical inference and p-values. The lesson shows students how statistical thinking and microcomputers can be used in…

Relates how a student's composing process will be shaped and influenced by the microcomputer and word processing. (HOD)

Suggested is the presentation of problems for which student teams are to write computer programs which will reveal the results of guesses at the answer by users of the program. Illustrative problems and programs are included. (MNS)

Four key areas in the design of computer-based training are transfer of training, interactivity, development of problem-solving skills, and stimulation of learner interest. (SK)

Offers suggestions for designing and writing educationally effective computer lessons, outlining the instructional applications of computers. Also presents directives on lesson preparation, program format, graphics use, screen design and question schemata. Problem solving and integrative aspects of computerized instruction are stressed. (ML)

Makes suggestions and forecasts relating to the nature of the developing partnership between teachers, students, and microcomputers and to the development and use of educational software to truly optimize learning in United Kingdom schools. (MBR)

Examination of issues involved in acquiring appropriate microcomputer software for higher education focuses on the following points: developing your own software; finding commercially available software; using published evaluations; pre-purchase testing; customizing and adapting commercial software; post-purchase testing; and software use. A…

Offers suggestions for developing and implementing a plan to integrate microcomputers in higher education humanities curricula. Ways to introduce faculty to microcomputers and have them devise methods and applications for classroom use are explained. Specific software packages useful for writing instruction are discussed. (Author/MBR)