Presents justifications for computer-assisted instruction (CAI) in debate. Suggests programs that could be written. Discusses one CAI application: the use of CAI drills to train negative team members and to instruct in cross-examination skills. Includes the "Listing of CAI Drill for 1st Negative Debater." (PD)

Current instructional uses of computers primarily involve an individualized approach which requires assigning one student per computer. However, the computer can also serve as an "electronic chalkboard" in small and large group instruction in the middle school. The equipment required for the electronic chalkboard include: (1) the…

A general interface was planned to aid students in a course on computer design. Basically, the system is an electronic/logical device which provides 24 input-output channels for the attachment of logical components to a time-sharing computer. The device is useful in the design and development of computer-oriented modules. The costs of such an…

A microcomputer for use in industrial education programs is described. The system has wide application and does not require programing skills. Graduate students may purchase disks formatted to do word processing and statistics then proceed to do the thesis or dissertation final copy at the keyboard of the terminal. (CT)

Discusses a computer simulation (Energy Search) in which students manage their own factories. Provides an example of typical classroom interaction and comments on the nature of good computer simulations (those that teach skills and create an environment encouraging students to work together toward a common goal). (Author/JN)

In an interview, Dr. Alfred Bork (Director of the Educational Technology Center at the University of California, Irvine) discusses computer-assisted learning and its unique benefits for today's students. Includes comments on "Tribble Families," a program which deals with attributes. (Author/JN)

A first computer lesson in algebra is described, with illustrations of programing by students. Standard algebraic notation with BASIC are discussed, and further activities described. The purpose is to use the computer so that it develops a rational understanding of the mathematical concepts involved. (MNS)

Computers have been misused in education for several reasons, including lack of high-quality software and of new content or instructional methodology. Examples of misuse include drill and practice and tutorial programs. Appropriate uses include programming, writing, access to databases, and simulations. Computers should complement, not replace,…

Through the use of WORDSWORTH II, the faculty at Michigan Technological University have found that computer-assisted instruction can be useful in teaching students the processes involved in revision. A series of computer programs, WORDSWORTH II is available outside of and in addition to regular classroom instruction and offers students effective…

This booklet contains four articles for use by instructors of the APL computer programming language. In the first paper, "APL in a Liberal Arts College," Donald McIntyre describes experiences in the implementation of an introductory computing course at Pomona College and the presentation of a faculty seminar in computing. Principles used…

The case for some elementary programing as part of mathematics instruction is presented. Ways in which microcomputers can be used in the mathematics classroom are described, with specific illustrations. (MNS)

A framework is presented for integrating use of a microcomputer into a statistics unit. Descriptions of some programs suitable for the Apple microcomputer and ideas for lessons are included. (MNS)

Describes computer program designed to enable students to analyze process of political revolution by generating graphs for comparisons of such factors as violence, economic instability, and political instability. Student activities, abilities, and reactions, and teacher involvement are noted. Sources concerning revolution, the French Revolution,…

Describes three main areas of computer application in science classrooms, discusses problems of selecting microcomputers (hardware) and programs (software) for classroom use, and evaluates the prospects for successful use of computers in science teaching. (Author/JN)