Discusses how the Minnesota Cooperative Extension Service has developed computer programs and used computer technology to improve and expand its educational efforts in food and nutrition. Difficulties encountered in program development are indicated. (BC)

Discusses the development of an instrument to assist educators in evaluating software and to aid them in developing useful software for nutrition education and nutrient analysis purposes. The complete survey instrument is included. (JN)

Provided is a description of three methods for testing certain types of a priori hypotheses about differences among covariance matrices. Briefly outlined are procedures for using two computer programs, COFAMM and LISREL, for testing such hypotheses. Also provided are examples of application of the methods to a meaningful data set. (Author/BW)

Provides a step-by-step approach for administrators to follow when becoming aquainted with their first computer. (MD)

Learning disabled students should receive positive beginning experiences with computers. Teachers can modify timing factors, review all programs beforehand to identify problems for particular students, and adapt the software to students' sensory modalities. (CL)

A one-month graduate course on time series analysis is offered in the department of chemical engineering at the University of Queensland (Australia). Describes the course, which is based on an interactive graphics time series identification and modelling computer package (TSIM). Also describes time-series analysis procedure and the TSIM package.…

Field review of four problem-solving software programs (Memory Castle, The Pond, King's Rule, and Puzzle Tanks) are reported. Although the software was generally successful in completing its objectives, some recommendations are made for better adapting them to the needs of learning disabled students. (CL)

Questionnaires on computer use were completed by 74 residential schools, 25 day schools, 207 day classes, and 4 colleges for the deaf. Results revealed a continued trend in use of Apple microcomputers in deaf education, with computer technology for the deaf growing at a rate similar to that of general education. (CL)

Discusses the hardware and software necessary to generate charts and graphs to illustrate numeric data using a microcomputer. The manufacturer, price, operating system, memory requirements, and types of graphs they can produce are given for nine graphics software packages and seven inexpensive plotters. (MBR)

Selected resources from the ERIC system dealing with technology and computers are described. Included are software guides, software evaluations, and books dealing with how to use microcomputers in the social studies classroom. (RM)

Describes computer software programs that can be used in introductory anthropology courses as well as in courses designed for majors. Discusses design and evaluation criteria helpful for developing computer-aided activities so anthropology students can use cultural variables and make cultural decisions. (Author/KH)

Describes the uses of Lotus 1-2-3 (a spreadsheet-graphics-database program created by Lotus Development Corporation) and Symphony 1.1 (a refinement and expansion of Symphony 1.01 providing memory efficiency, speed, ease of use, greater file compatibility). Spreadsheet and graphics capabilities, the use of windows, database environment, and…

Discusses how four standard business software packages can be made to work together as a means of storing herbarium specimen label data and printing new labels. The packages include dBASE III, Quickcode, SuperKey, and PC-Write. Reasons for selecting these packages are considered. (JN)

Describes the development and improvement of a set of programs and programming techniques which made possible the effective "microcomputerization" of practically an entire university's professor evaluation process at very little cost to the institution. Sample output and program listing are included. (JN)

Looks at several elements to consider in the establishment of the computer lab and offers guidelines for creating a microcomputer facility to meet specific needs. Elements to consider include hardware and software issues, space requirements, and time and scheduling. (CT)