Discussion of the use of computers in math instruction highlights two possibilities suggested in response to an earlier journal column: (1) a program written in BASIC for producing spirolaterals, and (2) the use of LOGO list processing to solve matrix problems for exploring geometric transformations. (LRW)

Introduces and provides practical examples of a teaching technique called instruction through simulated programing or ISP. This technique requires that students "program" a computer to demonstrate their understanding of economic concepts. (JDH)

Explains the function of computer programing languages, noting the difference between high and low level languages, and describes the concept of authoring systems which enable nonprogramers to develop computer-assisted instructional materials. Eight programing languages and their educational applications are listed. (EAO)

To be effective, second language pronunciation training requires immediate, individualized, and informative feedback to students on the nature of the errors made. Such features can be incorporated into a computer program such as one implemented on PLATO. (MSE)

This paper describes a design model presented in workbook form which is intended to facilitate computer-assisted instruction (CAI) software design by teachers who do not have programming experience. Presentation of the model is preceded by a number of assumptions that underlie the instructional content and methods of the textbook. It is argued…

Presented is an interactive PASCAL computer program that computes the true mortgage interest rate. The half-interval technique, a method from numerical analysis, is incorporated into the program algorithm to approximate a solution of a continuous function on a closed interval. (JJK)

Presented is an interactive Applesoft BASIC program that graphically demonstrates the central limit theorem. It can be used as the basis of a lab to illustrate the main conclusions of the theorem. (MNS)

Five ways the computer can be used in psychology courses to teach thinking are described: using the computer to replace things that already work (e.g., a tachistoscope); programing the computer; simulating specialized procedures and situations; providing behavior to be observed and described; and posing problems for analysis and solution. (RM)

Practical suggestions are given for teachers wanting to improve classroom computer assisted instruction, including the use of title, instructions, error-proofing responses, feedback, prompts, remediation, personalization, scorekeeping, levels of difficulty, timing, and variety. (Author/MSE)

Discusses the value of computer-related work by English teachers as demonstrations of professional development for tenure, promotion, or merit. (JL)

The author provides an introduction to microcomputers in the schools by answering the type of questions a teacher without computer background might ask such as "What is a computer?"; "What is a microcomputer?"; "How can I teach children to program?" (SJL)

The author provides teachers with ideas which will help them to write computer-assisted instruction modules in any subject area, using the BASIC programing language and Radio Shack's TRS-80 microcomputer. Hints include compressing print statements, setting timing loops, and adding video interest. Sample program listings are provided. (SJL)

Fractal geometry is introduced through examples of computational exploration of coastlines, self-similar curves, random walks, and population growth. These explorations, which include the construction of algorithms and the subsequent development and application of simple computer programs, lend themselves to self-directed study and advanced…

This book was designed to help administrators, teachers, staff, parents, governing boards, teacher educators, and students to decide what children need to learn about computers and information handling; how these new objectives fit into the curriculum in mathematics, science, language arts, and social studies; how to use computers in classrooms;…

Discusses the rich potential of Logo (a computer programing system for children) and particularly LogoWriter (its word processor) as learning tools in the language arts. Cautions against their use as rote exercises. (SR)