This book is a partially annotated bibliography of books, articles and periodicals concerned with mathematical games, puzzles, tricks, amusements, and paradoxes. The present volume is an update of volume 3. Except for a few minor changes in classification, the organization remains essentially the same. Most of the more than 2,600 references listed…

The intent of this text is to provide students in a variety of science and technology disciplines with a basic understanding of mathematics commonly used in introductory texts in such disciplines. The first five chapters develop skills needed for efficient numerical calculation. The last five chapters examine the basic properties of elementary…

Two pilot studies investigated the effects of using Instructional Math Play (IMP) Kits, pamphlets with which individuals may play the mathematical game EQUATIONS against a computer program. Twenty-nine junior high students in a high-ability mathematics class completed varying numbers of the kits in five 48-minute sessions during a two-week period;…

This report investigates the question of whether a combination of attitude and achievement results of pupils can be used in an objective way to identify the more effective reading and math compensatory programs in a state. This question is held to have particular relevance in Connecticut since two-thirds of the state's compensatory programming is…

This packet is a compilation of short units and quick review assignments used in the Oleanna Math Program at Skagit Valley College (Washington). This math program is taught in an auto-tutorial learning laboratory situation with programmed materials. Each unit of study is contained on a 5" by 8" card, which describes performance…

This paper presents descriptions of a variety of learning activities suitable for the elementary grades. The activities were developed by teachers, and contributed by them to this volume. Some of the activities are short while others are intended to be carried out over several days. Paper-and-pencil activities, games, and projects involving making…

Eight teaching ideas involving circular shapes and patterns are described for grades one through eight. (JT)

The third-grade classroom teacher can identify mathematically gifted students and can provide them with opportunities for extending their understanding and enjoyment of mathematics through use of such techniques as content sophistication, enrichment, peer tutoring, curriculum compacting, puzzles, and math centers. (Author/JDD)

Included in this section are activities on checking with magic squares, general equations for a reflection in a line, little-known facts about the quadratic function, discovery involving volume, and conic sections. (MNS)

The advanced study program sponsored by the U.S. Naval Academy for the Anne Arundel Public Schools is described. Graphs, Games, and Puzzles and Strange Algebras are two of the courses presented. (MNS)

Describes the evaluation of one of a series of plays devoted to the history of mathematics. The play evaluated was a one-act play with four scenes which covered aspects of the life of the mathematician Thales and introduces students to some history of mathematics and the topic of similar triangles. (Author/DS)

Describes the experiences of a secondary mathematics education student as a MATHCOUNTS coach for sixth graders. Explains the program, coaching duties, and how the approach evolved in trying to shift student focus from finding the right answer to finding a logical approach to solving problems. Discusses the experience in terms of the National…

Discusses six activities from concrete to abstract related to geometric patterns. The stages of the activities are familiarization, starting point, walkabout, do-it-yourself, and investigation. Provides pictures of diverse patterns. (YP)

Describes an activity which uses the computer to produce an environment that encourages an inductive reasoning approach to ratio and proportion through a billiard ball simulation. Provides examples of graphs and bouncing ball data. (RT)

Shows step-by-step use of spreadsheets with an example from linear programing using the Simplex method. Describes pivot choosing and partial Gauss-Jordan elimination procedures. (YP)