The author designed an instructional package including slides and tape cassettes for individual use by students learning to use a hand calculator to perform computations. Students (n=17) using the package were given pretests and posttests of ability and attitude. On the three sets of cognitive objectives, mastery was achieved by 96 percent, 76…

A computer-assisted instruction (CAI) project undertaken in 1965 sought to: 1) teach college instructors to prepare quality CAI curricula; 2) ascertain student attitudes toward CAI; 3) compare CAI with the lecture method; and 4) demonstrate prototypical CAI courses. Teachers were successfully trained in the use of Coursewriter and prepared courses…

Reviews for three software packages are given. Those packages are: Linear Algebra Computer Companion; Probability and Statistics Demonstrations and Tutorials; and Math Utilities: CURVES, SURFS, AND DIFFS. (PK)

Describes a mathematics course for 15- or 16-year-olds who lack confidence in themselves and their ability to succeed. The article presents a "picture" of how a small group of teachers have tried to apply some of the "new" methodologies and assessment techniques in the classroom. (PK)

The constructivist perspective, which holds that children's learning of subject matter is an interaction between what they are taught and what they bring to a learning situation, could be used to improve mathematics teacher education. (PK)

One of the areas in which the microcomputer excels is that of the very rapid addition of a sequence of numbers. Many problems in mathematics can be reduced to such an addition. Examples of problems and computer programs are included. (PK)

Argues that computer instantiations of abstract concepts could assist mathematics education by providing concrete experiences and by inducing the mental process of construction that Piaget called reflexive abstraction. College students with computer experiences scored higher than those taught with traditional methods on a test of functions and…

The Triple Representation Model of problem solving is presented. The use of microcomputers in this problem-solving environment is discussed, and examples are provided. The integration of this method into the mathematics curriculum is described. (CW)

Discusses the use of computers in calculus classes. Describes activities in four laboratories providing with the problems of the laboratories. (YP)

Discusses the golden ratio and how to make golden triangles using recursive Logo programs. Presents some outputs of the Penrose tile patterns. (YP)

Lists 12 reasons to use the computer in undergraduate mathematics. Describes the appropriate roles and expectations for computer usage in the 17 mathematics offerings in 2-year colleges. Discusses anticipated types of software and their mathematical applications. (YP)

A course for life science and social science students at Hampshire College is a combination of mathematics and computer science. Through actively involving students in manipulations and simulations, their appreciation for the logical and aesthetic properties of mathematical tools and their capacity for the independent work is enhanced. (MLW)

This article presents a vector-analysis approach to the classical three-point problem in hydrogeology. Problem sets involving strike and dip, and ground water flow including computer programs (in BASIC) for their solution are given. (CW)

A National Endowment for the Humanities report recommends a structured core undergraduate curriculum including two years of foreign language study and a year each of natural sciences, social sciences, and basic mathematics. It emphasizes Western texts but suggests two courses on other cultures. (MSE)

Asserts that college students lack understanding of the concept of function. Based on an epistemological theory, offers an instructional treatment using computers that presents a process concept of function and results in substantial improvements in student understanding for many students. (29 references) (MDH)