Outlines functions of a computer program designed to schedule assigned student usage of available microcomputers. Input and output format, editing, and use of the program to teach programing techniques are discussed. (EJS)

Questionnaires were developed for students and teachers and used with National Council of Teachers of Mathematics Software Evaluation Checklist to compare student and teacher perceptions of computer assisted instruction software. Results indicate that formative evaluation should include feedback from both students and teachers to improve software…

Describes a short computer program written in Logo programing language designed to provide students with new experiences in the study of vectors as they apply to classical physics. Suggestions for introductions, preparation, follow-up activities, and program examples are included. (EJS)

Suggestions offered to improve the quality of instructional computing software created by computer programming instructors cover analysis of the problem, program design, the development of each module, writing and debugging the program, and final testing and development. (EJS)

Discusses the introduction of one microcomputer into a fourth grade classroom to assist learners in achieving the goals already established by the teacher. Programs used were SPEED DRILL, for drill and practice of basic arithmetic with varying difficulty and speed, and CRITICAL READING, a program for logical thinking and comprehension. (EAO)

Provides an overview of recent developments in interactive video, including information on hardware requirements, federal programs to promote courseware development, implementation in the classroom, and currently available software. Emphasis is given to the perspective of the classroom teacher who wishes to explore this development further. (MBR)

Describes initial encounter of a fifth grade student with Logo, a computer program language designed to develop in the user a knowledge of programing, geometry, arithmetic, and problem solving. A brief description of Logo, programing examples, and two references are included. (EJS)

Describes computer program designed to enable students to analyze process of political revolution by generating graphs for comparisons of such factors as violence, economic instability, and political instability. Student activities, abilities, and reactions, and teacher involvement are noted. Sources concerning revolution, the French Revolution,…

Describes insights and attitudes toward computer-based learning which developed during design of "Computer Power," an introductory programming curriculum for junior high, high school, and junior college students. Learning and thinking, computer power meta-goals, and computer power subject matter goals are highlighted. (EJS)

Discusses author's adaptation of the computer language Logo as an aid in teaching college preservice education students programming, geometry, arithmetic, and problem solving. A description of how Logo works and an example of how "turtle geometry" can be used to help teach geometry concepts are included. Four references are listed. (EJS)

Discusses creation of computer classroom environment by implementing Logo, a computer program language designed to develop knowledge of programing, mathematics, and problem solving. Five questions are examined concerning Logo environment, attributes, elements absent in Logo environment, reasons for creating environment, and how to begin. Six…

Presents problem solving model based on "Pac Man," which is designed to help develop systematic, throughtful, and productive decision making skills. The model--including steps in problem solving process, suggested questions for teachers to ask students, anticipated student responses--and applications to new situations are discussed. Four…

Discusses ways in which microprocessors are aiding the handicapped in three major areas: (1) compensation (sensory, communication, and compensation for control); (2) management (personal and educational); and (3) instructional delivery (uses, advantages, problems, educational compatibility, instructional design, technical adequacy). (EJS)

Describes a series of programs written in Logo that have been used successfully to support young children's programing efforts. These programs remove the mechanical obstacles of typing, spelling, and estimating distances; remove the demands of abstract planning and ordering instruction; and provide a set of programing procedures. (MBR)

Offers suggestions for developing interactive language programs for classroom use using a microcomputer, and cites educational principles involved: concern is production of language; children learn language by modeling; computer is motivating factor; and student should not be passive receiver of computer program. A program entitled "Writing…