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Amazing Math Projects: Projects You Can Build Yourself
     

Amazing Math Projects: Projects You Can Build Yourself

4.0 1
by Lazlo C. Bardos, Samuel Carbaugh
 

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From prime numbers to paraboloids, this collection of projects proves that learning mathematics can still be fun. Introducing children to the beauty and wonder of the subject through hands-on activities, this guide demonstrates how to construct a geodesic dome big enough for a person to sit in, solve the world’s hardest two-piece puzzle, pass a straight line

Overview

From prime numbers to paraboloids, this collection of projects proves that learning mathematics can still be fun. Introducing children to the beauty and wonder of the subject through hands-on activities, this guide demonstrates how to construct a geodesic dome big enough for a person to sit in, solve the world’s hardest two-piece puzzle, pass a straight line through a curved slot, and amaze others with the mysterious Möbius strip. Emphasizing how mathematics can be encountered in daily life, this intriguing reference highlights the hidden patterns in snowflakes, soap bubbles, and even the graceful curves of the Golden Gate Bridge. Touching on number patterns, lines, curves, and shapes, each activity includes engaging facts, vocabulary builders, and connections to other topics. With a companion website featuring video instructions for several projects as well as additional activities, this educational exploration turns the art of numbers into an adventure for all.

Editorial Reviews

From the Publisher

"This activity book is illustrated with lively black-and-white cartoon figures and shapes to reproduce, cut out, and construct. The focus is on geometry, numbers, and shapes and includes levels of math from mere counting to Fibonacci sequences to the hyperboloid. . . .and the brightly colored cover draws readers in."  —School Library Journal

"This book is full of hands-on math projects that are easy and fun. From interesting applications of numbers and counting, to geometric shapes and even experiments with bubbles, this book is sure to make math fun! It carefully explains each mathematical concept and includes vocabulary that reinforce the narrative. Then the concept is applied to a project or game, including fun facts. This book will get lots of attention and use for sure."  —C. J. Connor Campbell County Public Library CLEAR Review

CJ Connor Campbell County Public Library CLEAR Review
This book is full of hands-on math projects that are easy and fun. From interesting applications of numbers and counting, to geometric shapes and even experiments with bubbles, this book is sure to make math fun! It carefully explains each mathematical concept and includes vocabulary that reinforce the narrative. Then the concept is applied to a project or game, including fun facts. This book will get lots of attention and use for sure.
Children's Literature - David Adams
Question: Why did the chicken cross the Mobius strip? Answer: To get to the same side! The Mobius strip is just one of approximately three dozen projects in Amazing Math. Other projects are bubble films, fraction dials, paper snowflakes, kites, and a geodesic dome made out of a lot of newspaper. Categories of math include Numbers & Counting; Angles, Curves, & Paths; Shapes; and Patterns. Some of the projects might be described more as simple activities, some requiring little more than pencil and paper. Other projects are a little more creative, if not thrifty. Project tips include money savers such as using cereal boxes for cardboard templates. The accompanying website adds an extra dimension because the videos show how to do the projects. Drawbacks of the book are black and white only text and drawings. There are some projects that involve items like colored pencils, so color would have made the reading that much richer. The website videos are somewhat lackluster because of the monotonous voice. It could probably also use some low background music. The credentials of the book's author are conspicuously absent. Amazing Math could use a stronger presentation, but it is nevertheless a handy guide to instill math concepts. This book is part of the "Build It Yourself" series. Includes glossary, bibliography, and index. Reviewer: David Adams
School Library Journal
Gr 4–7—This activity book is illustrated with lively black-and-white cartoon figures and shapes to reproduce, cut out, and construct. Many of the projects will require adult help for understanding and manipulation. The focus is on geometry, numbers, and shapes and includes levels of math from mere counting to Fibonacci sequences to the hyperboloid. The brightly colored cover draws readers in but the dense text might turn off those with less understanding of math. There are step-by-step instructions clearly numbered for each project and quick explanations about the math involved. While many patterns are included, they must be enlarged or reproduced on heavier paper so a copier is necessary. While individuals are instructed to copy patterns, no copyright privileges are extended for teachers or schools, making this a home-use product only.—Erlene Bishop Killeen, Stroughton Area School District, WI

Product Details

ISBN-13:
9781619301191
Publisher:
Nomad Press
Publication date:
08/01/2010
Series:
Build It Yourself Series
Sold by:
Barnes & Noble
Format:
NOOK Book
Pages:
128
File size:
8 MB
Age Range:
9 - 12 Years

Meet the Author

Laszlo C. Bardos is a high school mathematics teacher. He is the author of the website www.CutOutFoldUp.com, which contains guidelines to constructing mathematical models and toys. He lives in Lyme, New Hampshire. Samuel Carbaugh is the illustrator of Discover the Desert. He lives in Vermont.

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Amazing Math Projects You Can Build Yourself 4 out of 5 based on 0 ratings. 1 reviews.
SFC_Magazine More than 1 year ago
Reviewed by: Kris Quinn Christopherson Synopsis: From prime numbers to paraboloids, Amazing Math Projects You Can Build Yourself introduces readers to the beauty and wonder of math through hands-on activities including projects about number patterns, lines, curves, and shapes. Learning through examples of how we encounter math in our daily lives, children will marvel at the mathematical patterns in snowflakes and discover the graceful curves in the Golden Gate Bridge. Readers will never look at soap bubbles the same way again. A companion website includes video instructions for many projects in the book and provides additional activities. Overall thoughts: Math was not my favorite, nor my best, subject in school, so I was a bit apprehensive about reading this book. However, it was an interesting read and allowed this hesitant math student to enjoy the idea of making a geodesic dome big enough to sit in. The book jumped right into the simplest arithmetic and moved its way to higher mathematical concepts. Filled with illustrations, 'did you know' blurbs, and 'words 2 know', it allows even the mathematical novice to be engaged in the concepts. I appreciated that the projects were written in clear and easy-to-understand formats, and included supply lists with on-hand items to implement concepts such as the Pythagorean Theorem and platonic solids. With this book, you can definitely build projects to enhance your math skills and classes if enrolled in school, but it is not a text book.