Discusses the use of microcomputers and software as problem-solving tools, including comments on "TK! Solver," automatic problem-solving program (reviewed in detail on pp.84-86 in this same issue). Also discusses problem-solving approaches to bridge the disciplines, such as music/physics, junior high science/mathematics (genetics),…

Discusses advantages of using computer-assisted instruction in a college general chemistry course. Advantages include using programs which generate random equations with double arrows (equilibrium systems) or generate alkane structural formula, asking for the correct IUPAC name of the structure. (Author/JN)

Discusses the applications of microcomputers in education, the available hardware, peripheral equipment, costs, user training, software, management considerations, and implications for the future. Twenty-nine references are cited. (FM)

Discusses computer/computing experiences at Ardsley High School (Westchester County, New York) to foster computer literacy and to show students how computers can be used to check/verify calculations. Focuses on programs developed for chemistry classes and problems with commercially available programs for physics. (JN)

Describes the Automated Reasoning Assistant (AURA) computer program at the Argonne National Laboratory. Given a set of initial assumptions (axioms) and a problem, AURA follows a logical path leading to a solution. Includes types of problems which can be solved. (JN)

Describes a ripple tank demonstration that displays interference patterns responsible for producing beats and provides photographs of computer simulations of various beat interference patterns. Includes programs for the computer simulation and equations of constructive interference paths in beat interference patterns. (Author/SK)

Following a discussion of how computers are used to solve chemical problems, offers suggestions for avoiding common problems, reviews successful applications and languages (BASIC and FORTRAN), speculates on future trends, and discusses why chemists need to know about computers. (SK)

Describes a computer program for the preparation of posters and overhead transparencies on the large format (11x17 in.) Hewlett Packard 9872A digital plotter. (SK)

Suggests approaches to teaching computer programing and applications to physics instruction. Indicates that the necessity of breaking a problem down into a programable entity ensures that the student will learn programing, logical sequential thinking, as well as physics content. (JN)

An elementary computer programing language designed to help the student resolve very basic and specific conceptual difficulties is described. The introduction and implementation of this language in an actual didactic situation is included. (Author/MK)

This report focuses on the status and future of computer technology in Massachusetts schools. The report is organized into four major sections. Introductory information is provided in section 1, followed by a framework (section 2) for viewing computer technology. This framework provides information on computer hardware components, computer…

The system used successfully since 1963 on Michigan State University's East Lansing campus for scheduling more than 43,000 students, using the IBM "Socrates" program, is described including advantages for students, department heads, faculty, and registrar. A system abstract is included along with notes on installment procedures and…

A brief nontechnical description of time-sharing computer software developed at Indiana University-Purdue University at Indianapolis as an aid in disseminating class schedule information. Design criteria include maintenance of a data base on sections offered, display of sections closed, and creation of reports on in individual schedules for closed…

Presents a description of the computer simulation model developed by the National Educational Finance Project for use by States in planning and evaluating alternative approaches for State support programs. Provides a general introduction to the model, a program operation overview, a sample run, and some conclusions. (Author/WM)

The different uses to which two adult educators put their personal computers illustrate some of the many personal and professional applications of microcomputers and point to some implications for home computers in the field of adult education. Relying primarily upon prepared software packages, the first educator relies on his computer as a…