Most computer terms are viewed as understandable if approached with common sense. Five sources for the terms are noted. The glossary is not viewed as comprehensive, and suggestions of more complete dictionaries are made. "Computerese" and "cybercrud" are two terms noted to describe the jargon associated with computer technology use. (MP)

Computers are both understandable and controllable. Educators need some understanding of a computer's cognitive profile, component parts, and systematic nature in order to set it to work on some of the teaching tasks that need to be done. Much computer-related vocabulary is discussed. (MP)

Various types of computerized sorting techniques are demonstrated with cardboard materials children can manipulate. Bubble, ripple, and binary sorting are each illustrated. (MNS)

Different ways to use a microcomputer in mathematics instruction are examined. The first part deals with the kinds of prerecorded programing resources available, and how these can be used effectively. The second part briefly looks at some simple programing activities that can be used within the context of mathematics instruction. (MP)

An after-school program in which fifth and sixth graders were taught how to use the BASIC programming language using computer terminals is described. (MN)

Resources and suggestions for establishing systems for coping with change are discussed. People are seen as the most important component in information systems, but teachers are no longer the primary disseminators of knowledge in our society. Teachers are seen as guides and coordinators of learning about technology within the classroom. (MP)

Computer literacy is defined as the ability to utilize capabilities of computers intelligently. Specific skills and characteristics necessary for computer literate pupils are listed. The importance of computer literacy, a curriculum, and evaluation are discussed. (MP)

This recommendation provides a definition for computer-literate teachers in the 1980's, which includes computer literacy and attitudinal goals, how microcomputers can be used, and preservice and inservice preparation. Three issues are presented which seem key to designing training. (MP)