Array processors are emerging as one cost-effective way of increasing the computing power of existing university computer systems. Two array processor installations at Cornell University and implications for other colleges and universities are discussed. (Author/JN)

A hypothetical design optimization problem and technical information on the three design parameters are presented. Although this nested iteration problem can be solved on a computer (flow diagram provided), this article suggests that several hand held calculators can be used to perform the same design iteration. (SK)

Because a teacher and a student were seated on either end of a log (facing each other), there was direct, eye-to-eye, one-on-one communication. If properly used, computers can take the place of the log, establishing the eye-to-eye, one-on-one, two-way communication. Advantages occur because computers are interactive, individualized, modular, and…

Reviews the nature of computer networks and previews their development by focusing on ways they are useful to scientists and to science, including applications for remote computer access, electronic mail, bulletin boards, teleconferencing, file transfer, resource sharing, and imbedding nontextual communications. (JN)

Describes the attempts of a teacher to use a personal microcomputer to provide tutoring in an undergraduate physics course. (GA)

Describes a computerized grading system using mark-sense cards to record experimental data. Gives hardware requirements, provides estimated budget, and lists experiments for which mark-sense cards have been developed and are available. Discusses the grading process and programs. (JM)

Described is the Dynamic System Simulation Language (SIM) mini-computer system utilized at the University of California, Los Angeles. It is used by engineering students for solving nonlinear differential equations. (SL)

Describes a course based on the premise that an automated experiment consists of three distinct sections: experiment, computer, and interface (including both software and hardware). Includes course content, lecture topics, and discussion of necessary computer equipment. (Author/SK)

Four computer programs written in FORTRAN and BASIC develop theoretical predictions and data reduction for a junior-senior level heat exchanger experiment. Programs may be used at the terminal in the laboratory to check progress of the experiment or may be used in the batch mode for interpretation of final information for a formal report. Several…

Three computer programs are presented that allow the high school student to explore and understand the physical forces involved in orbital flight at a greater depth than is usually possible. For each program, introductory material is given including the physics and mathematics involved. This is followed by the computer program in BASIC language.…

Outlines a strategy for science education aimed at the development of intuition concerning phenomena predicted by fundamental theories. The computer is used to build such intuition by providing a range of experiences not found in the everyday world or in the laboratory. (GA)

Reviews software on: gas laws for IBM (disk available-SERAPHIM); gas chromatographic separation simulation for TRS-80 (listing available from author); vapor pressure data display with theoretical fit for Apple (author will copy on your disk); and second virial coefficients of nonpolar gases using the Kihara potential for TI-59 calculators. (JM)

Describes UNIX time-sharing operating system, including the program environment, software development tools, flexibility and ease of change, portability and other advantages, and five applications and three nonapplications of the system. (JN)

Discusses use of computers in Electrical Engineering (EE) at Virginia Polytechnic Institute. Topics include: departmental background, level of computing power using large scale systems, mini and microcomputers, use of digital logic trainers and analog/hybrid computers, comments on integrating computers into EE curricula, and computer use in…

Provides short descriptions of chemists' applications of computers in instruction: an interactive instructional program for Instrumental-Qualitative Organic Analysis; question-and-answer exercises in organic chemistry; computerized organic nomenclature drills; integration of theoretical and descriptive materials; acid-base titration simulation;…