Outlines a problem-solving method for beginning chemistry students that utilizes specific, concrete steps as well as computer-assisted tutorials. The method involves an approach referred to as the Factor-Unit Method coupled with a graphical "road map" which allows students to trace problems from start to finish. (JN)

Presents background information and the listing for a LOGO computer program which investigates an ancient mathematical riddle (related to the square root of seventeen). The simulation, written for Apple II microcomputers, can be easily adapted to other microcomputers. (JN)

Relates the experiences of a naive computer-using teacher attempting to integrate the microcomputer into a course unit on human anatomy. Based on these experiences, advice is offered to others who are incorporating computers into their courses for the first time. (JN)

A five-session program was found to be effective in increasing preservice teachers' knowledge about computers and fostering some positive attitudes toward computers and their use in schools. A list of program objectives and a discussion of computer literacy models for teacher training are included. (JN)

Examines various types of software useful in teaching about nuclear energy. Includes a list of 11 software resources (including program name, source and cost, system requirements, and brief comments about the program). (JN)

Correlations derived from this study indicate that undergraduate students' (N=24) and graduate students' (N=18) performance in statistical methods is not strongly influenced by their aptitude in computer science. One implication is that no computer science prerequisite is necessary for courses utilizing statistical packages. (JN)

Presents and discusses results (based on data from 1,082 microcomputer-using schools) which suggest that where schools locate their microcomputers has an impact on how they are used. Locations examined include classrooms, laboratories, libraries, special rooms, and mixed locations. (JN)

Thirteen papers were presented at a conference on "The Computer: Extension of the Mind." Abstracts of five of these papers are provided, covering such topic areas as integrating computer history into courses and managing the introduction of computers into Canadian schools. Titles of the remaining eight papers are included. (JN)

Presented are programing tips to help control user input and to display the resulting format in an attractive and readable manner. (JN)

Presents abstracts of three papers given at the first national LOGO conference. They are: "LOGO as an Empirical Window" (Sylvia Weir); "Quasi-Piagetian Learning in LOGO" (Uri Leron); and "Theories of LOGO" (Guy Groen). (JN)

Presented is an annotated list of 19 references which focus on issues and concerns related to the implementation of computers in education. The information provided is intended both for classroom teachers and for researchers. (JN)

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)

Described are 10 computer software programs for problem solving related to mathematics. Programs described are: (1) Box Solves Story Problems; (2) Safari Search; (3) Puzzle Tanks; (4) The King's Rule; (5) The Factory; (6) The Royal Rules; (7) The Enchanted Forest; (8) Gears; (9) The Super Factory; and (10) Creativity Unlimited. (RH)

Reported and compared are recent recommendations regarding the potential for computer technology in school mathematics. These recommendations are also compared to current practice and to earlier recommendations. (RH)

Described is a series of five related microcomputer-based laboratory analysis programs that are used by students in a college calculus-based physics course. With minor modifications these programs, which are written in BASIC, could be used in most beginning undergraduate laboratory science courses. (RH)