Research indicates that school microcomputer use is associated with the wealth of the school district. Wealthier districts are more likely to utilize the higher level uses of the computer, whereas less affluent schools tend to use computers in computer-assisted instruction of the drill and practice variety. (MLF)

This report on current uses of microcomputers in instruction at Palatine High School, a suburban Chicago public secondary school, presents and discusses the results of a survey of the high school's faculty concerning their use of microcomputers as instructional aids. Differences among academic departments are outlined. (JL)

Administrative support, faculty cooperation, and student teamwork have combined to achieve a computer literate middle school where computer lessons are coordinated with the regular mathematics curriculum. Available from National Middle School Association, P.O. Box 14882, Columbus, OH 43214. (MLF)

Computer-assisted instruction (CAI) has been applied to music education to teach theoretical aspects of music, aid in the study of musical instruments, and teach composition. The trend in CAI is for programed instruction to provide students with active, concrete experience. (KC)

Describes a short computer program written in Logo programing language designed to provide students with new experiences in the study of vectors as they apply to classical physics. Suggestions for introductions, preparation, follow-up activities, and program examples are included. (EJS)

Examines origins of the LOGO computer programing language, describes its capabilities, and compares available LOGO systems for use on various microcomputers noting producer/distributor, price, hardware, user group, backup, debugging aids, and comments. A resource list of books, articles, newsletters, and research reports is included. (EJS)

Suggestions offered to improve the quality of instructional computing software created by computer programming instructors cover analysis of the problem, program design, the development of each module, writing and debugging the program, and final testing and development. (EJS)

The use of microcomputers to aid geometry instruction is emphasized through discussion of a program written in BASIC which provides for experimenting with polynomial curves. The program listing is included. (MP)

Describes a cooperative program in which high school teachers in Louisiana participated in a series of lectures and labs geared toward helping them use microcomputers in the classroom. Topics included hardware, computer-assisted instruction (CAI), programing, and program modification. (FM)

Possible applications of the micro- or personal computer useful to the physical educator are suggested under four major categories: (1) data processing; (2) data storage; (3) control of peripheral devices; and (4) computer-assisted instruction. (JN)

Contains a check list to aid teachers in evaluating software used in computer-assisted instruction on microcomputers. The evaluation form contains three sections: program description, program evaluation, and overall evaluation. A brief description of a software evaluation program in use at the Granite School District in Utah is included. (JJD)

Describes one school district's system for evaluating and selecting microcomputer software for computer assisted instruction. The process includes a computer technology council in charge of evaluation and a software evaluation form (reproduced here in its entirety). (Author/JM)

Computer assisted instruction (CAI) in the form of tutorial and drill programs supplements language, vocabulary reading, and math instruction in special classes and resource rooms for hearing impaired secondary students. Development by staff of software programs is an integral part of the system. (CL)

This report on the introduction of microcomputers into a secondary school in a Chicago suburb briefly describes the setting for change and discusses the history of computers in the school, the emergence of change agents, microcomputer hardware selection, inservice teacher training, and the current status of the project. (MER)

Suggestions are made for choosing microcomputers for instructional design. Elements discussed include hardware (system components, selection procedures, operations and hardware); equipment suppliers; software development (database management, simulation); and implementation (acquisition of hardware, probable difficulties). (CT)