A computer program developed by a high school student approximates the value of "e" by computing partial sums of the defining series. (SD)

An outline of some programing techniques that might be included in school work for pupils up to 16 years of age is given, and sample programs are provided. (DT)

Programs which compute values for the nth power of 2 where n is very large and for fractions, with a great deal more precision than is normally possible for a computer, are listed. (TG)

Examples are given of computer activities in analytic geometry. (MK)

Three computer programs are presented that allow the high school student to explore and understand the physical forces involved in orbital flight at a greater depth than is usually possible. For each program, introductory material is given including the physics and mathematics involved. This is followed by the computer program in BASIC language.…

The purpose was to investigate the effects of computer programming on performance in mathematics. The LOGO programming language was taught to 18 fifth graders. A pretest-posttest design was employed to determine whether the mathematical concept of variable could be learned through computer programming; a non-computer group of 20 fifth graders was…

Seven styles of software which may significantly improve mathematics and science learning are discussed. These include microworlds, educational games, microcomputer-based instrumentation, databases, tools, languages, and simulations. Opportunities and need for new software are also discussed, suggesting such items as a scientific text processing…

This reprint of a Project Solo curriculum module discusses graphing by computer, gives an example of a BASIC program used to graph a second degree polynomial, and provides suggested exercises in programing. (MK)

This booklet was designed for the use of junior high school or high school students. Detailed, step-by-step instructions are given for using the computer, for writing programs in BASIC, and for using the various commands in the BASIC language. A list of 75 computer programing ideas in varying degrees of difficulty is presented in the index. (MP)

Discusses the use of microcomputers and software as problem-solving tools, including comments on "TK! Solver," automatic problem-solving program (reviewed in detail on pp.84-86 in this same issue). Also discusses problem-solving approaches to bridge the disciplines, such as music/physics, junior high science/mathematics (genetics),…

Describes the Automated Reasoning Assistant (AURA) computer program at the Argonne National Laboratory. Given a set of initial assumptions (axioms) and a problem, AURA follows a logical path leading to a solution. Includes types of problems which can be solved. (JN)

The introduction to this selective bibliography on the use of computers in teaching statistics provides a brief review of the role of the computer in statistics; the role of statistical packages; how statistical packages should be used in instruction; science, statistics, and data analysis; and choice and evaluation of statistical packages. Items…

This teacher's guide is for a course designed to teach business students the fundamentals of the BASIC language and computer programming using a series of business-oriented programs. Each lesson contains an introduction, flow charts, and computer programs. The six lesson topics are print-out and format control, count-average, withholding tax…

Discusses use of microcomputers to assist teachers in diagnosing student errors. Examines what can be diagnosed, whether diagnosis helps, what diagnosis programs can do, what goes into a diagnosis program, and how the programs can be used. Suggests that software be developed for this purpose. (JN)

A brief history of computers, a description of uses, and a disucssion of various types available are all given. Specific examples where the computer may be used to help teach mathematics are presented with some sample programs explained. A selected annotated bibliography is included. (LS)