Students develop and use actual instrumentation in this course which focuses on analog computers, digital electronics, computer interfacing, and online computer techniques. Includes a student handout on the design of a bridge amplifier unit. Mimeographed experiment directions are available from the authors. (SK)

Investigated the overall effectiveness of and use of animation/graphics in "Introduction to Organic Chemistry" computer programs on student achievement and attitudes (n=approximately 400). Results indicate that although materials were effective animation sequences, they did not have an effect on student test scores. (JN)

Factors in selecting and using microcomputers for school, business, and industry are outlined. Considerations include: (1) computer literacy; (2) networking; (3) training of handicapped people; (4) training and work applications; and (5) technology developments. (FG)

Describes the use of computers in special education to provide new learning opportunities and better teaching strategies for handicapped students. Indicates that computers can teach cursive writing, test the effectiveness of a teaching method, and simulate systems such as tune-composing and sentence generating. (DC)

Describes six basic steps in designing the instructional content of computer assisted instructional materials. (DC)

A collection of six papers presented at Queen Elizabeth College of University of London in February, 1979. Techniques presented on role of computer models and data bases, tapes/booklets, games and models, and audio tutorials as an alternative to practical teaching, television and videotapes, and computer graphics. (SA)

Assesses students' skills and attitudes toward teaching statistics with and without computer-assisted statistical analysis. Classifies students according to gender, grade point average, and mathematics competency. Analyses showed computer-assisted group had significantly more favorable attitudes toward statistics. (Author/NL)

Uses muMATH to illustrate the step-by-step process in translating mathematical theory into the symbolic manipulation setting. Shows an application of a Picard iteration which uses a computer to generate a sequence of functions which converge to a solution. (MVL)

The Computer Intensive Classroom project is described including its foundations, coalition, design, and project evaluation. Levels of computer literacy are highlighted. (CW)

Presents an algorithm to estimate pi by approximating a unit circle with a sequence of inscribed regular polygons. Demonstrates the application of the algorithm with a hand-held calculator and an Apple computer. Provides a program to calculate pi in Pascal programing language. (12 references) (MDH)

The techniques used for teaching college economics have remained relatively unchanged over the past few decades. These techniques do not give the students an opportunity to apply, to develop, or to practice the economic theory they read about and hear in lectures. They tend to reinforce student assumptions about the subject's "givenness"…

In response to the New York State Board of Regents Action Plan relating to computer keyboarding skills, this guide is designed to help elementary school staff understand aspects of keyboarding and develop this important basic skill in their students. The three-part presentation begins with a discussion of the benefits of using computers in English…

This book is based on the underlying philosophy that mathematics learning at the elementary level should be active. Children should learn through meaningful hands-on activities with manipulative materials, pictures and technology. More than 400 pupil activities and suggestions for designing more activities are described. Because mathematics is to…

A computer program entitled "Story Time" encourages preschool children to use the important language skills that develop during the first 3 or 4 years of life to create and print original stories. Although the computer does not write the stories, it aids the children in the creation of stories by prompting them with questions. In order to use the…

This resource guide for teachers suggests activities for 20 instructional sessions for elementary children, particularly those in grades 3-6, to introduce them to the LOGO computer language. It can be used with five LOGO versions: Apple, Atari, MIT, Texas Instruments, and TRS. For each session, the guide covers objectives, concepts/skills,…