Topics covered include matrices and the Fibonacci sequence, number patterns, groups, geometric arrangement of objects, games involving moving on a network, equivalent equations, and factoring. (DT)

Some mathematical patterns are explored by visualizing and counting line segments, squares, cubes, and relationships between them. (JT)

A discussion of some number patterns which arose from a consideration of the number of diagonals of a general polygon. (MM)

Designed for the student who has mastered the skills in Math Structures 1 and 2 (of the Quinmester Program), this course includes work with flow charts, sequences and series, Pascal's triangle, magic squares, number patterns, similar figures, and coding. Each topic has a suggested time limit, performance objectives, teaching suggestions, and…

Properties of a given array of numbers are discussed and some sample activity cards involving discovery of number patterns are presented. (MP)

This column contains brief notes on graphing in three dimensions; patterns in Pascal's triangle; plotting graphs by computer; and an application of the hypocycloid. (MM)

Topics discussed in this column include patterns of inverse multipliers in modular arithmetic; diagrams for product sets, set intersection, and set union; function notation; patterns in the number of partitions of positive integers; and tessellations. (DT)

What often catches student interest and provides needed motivation for learning is the remarkable patterns and unexpected, interesting ideas that fill mathematics. It is felt mathematics should be taught as an enchanting and multifaceted art as well as a tool and a science. (MP)

This set of transparency masters of mathematical puzzles has as its intent the development of logical and perceptual skills. The puzzles include patterns, magic squares, and counting problems. Solutions and follow-up suggestions are provided on the back of each page. (MP)