A first lesson in learning the computer programing language BASIC, this article explains how to give instructions to the computer; the commands PRINT, NEW, LIST, and RUN; and how to do simple line editing. There is a short quiz at the end. (EAO)

Stresses the importance of teaching "structured programming," and gives examples of good and bad programing styles and suggestions for teaching good programing techniques. The language used is BASIC, and numerous examples are provided. (EAO)

This installment of the series presents computer-oriented activities in computer awareness and programming for students in grades seven to nine who have been introduced to BASIC programming skills. Included are writing programs to solve algorithms, simulating an event, or producing graphics and sound. (EJS)

The authors state that the need to define functional computer literacy is likely to be an ongoing one. They discuss computer literacy skills, barriers to universal application, comprehension skills, and mastery of the operating system. (CT)

Presents computer-oriented activities in computer awareness and programing for students in grades 10-12. Intended for use by teachers of all disciplines, activities include such topics as prediction, interpretation and generalization of data, computer systems, PASCAL and PILOT programing, sampling techniques, computer survival, invasion of…

Since LOGO was introduced at a 1981 National Council of Teachers of Mathematics conference, this computer language has spread through the schools and spawned Young People's LOGO Association groups throughout the United States and Canada. Teaching LOGO like other languages might alienate youngsters already at home with computer technology. (MLH)

Describes the design of a BASIC computer program which enables students to learn BASIC in the context of top-down structured projects and discusses a specific example which uses a program to teach students about double-scripted variables and data structures. (MBR)

Provides a self-test designed to measure computer literacy of library personnel. Overall literacy levels are determined by assessing skills and knowledge in the areas of hardware, languages, operating systems, and applications. Suggestions for skill enhancement through private study and continuing education are offered and sources of further…

Discusses Seymour Papert's ideas on learning LOGO, a computer programing language which creates a context for learning. Claims that LOGO has been unfairly judged and that criticisms are rooted in misunderstanding. Argues that curriculum research in LOGO should use a multidisciplinary, multimethod approach. Concludes that the true potential of LOGO…

Discusses development of a software collection at New York Public Library for use with public access computing services. Highlights include computer literacy, languages, and software pertaining to programing, simulations, business, tutorial, graphics, and music. A core list of recommended software titles geared for use on the Apple II…

Provides an annotated bibliography of 25 citations focusing on topics for teachers using computers in the elementary classroom and for researchers gathering background material for articles, grant proposals, and presentations. Topics include computer literacy, use of computers, turtle graphics (LOGO), research studies on computers, position…

Discusses the list processing capabilities of Logo. Describes some examples of how to use this aspect of Logo to enhance computer literacy and English-language skills. (TW)

Examples are provided which illustrate that both adults and children can become fluent in computing, discussing a juggling program (Logo) which demonstrates the power of the techniques of structured programing to solve problems. Issues related to teaching computer literacy are also discussed. (JN)

Suggests approach to teaching definitions and concepts of computer programs to learners at all age levels by using words (string manipulations) rather than numbers. An outline of a possible sequence for introducing the BASIC programming language is given. Two references are cited. (EJS)

Presented are a discussion of the strengths and weaknesses of teaching programming with several programming languages. Suggestions for language selection are included. Arguments for a Logo-Pascal computer curriculum are indicated. (RH)