Mathematics Made Simple (Paperback)

Thomas W. Cusick

ISBN 10: 0767915380 / ISBN 13: 9780767915380

Published by Random House USA Inc, New York, 2003

About this Item

Paperback. Brushing up on math has never been easier!Just about everyone can use some extra help improving or remembering basic math skills. Finally, all the information you need to master the basics, once and for all, is at your fingertips. Featuring several overviews of a multitude of mathematical concepts, as well as detailed learning plans, Mathematics Made Simple presents the information you need in clear, concise lessons that make math fun to study. Easy-to-use features include-* complete coverage of fractions, decimals, percents, algebra, linear equations, graphs, probability, geometry, and trigonometry* step-by-step solutions to every problem*multiple choice tests to help you monitor your progress* a final, comprehensive test that makes it easy to pinpoint your strengths and target areas that need work* glossaries of relevant mathematical terms* sidebars that introduce real-life applications of mathematical principlesVoid of lengthy explanations and difficult computations, Mathematics Made Simple will banish your math anxiety forever. Brushing up on math has never been easier! Just about everyone can use some extra help improving or remembering basic math skills. Finally, all the information you need to master the basics, once and for all, is at your fingertips. Featuring several overviews of a multitude of mathematical concepts, as well as detailed learning plans, "Mathematics Made Simple presents the information you need in clear, concise lessons that make math fun to study. Easy-to-use features include: complete coverage of fractions, decimals, percents, algebra, linear equations, graphs, probability, geometry, and trigonometrystep-by-step solutions to every problemmultiple choice tests to help you monitor your progressa final, comprehensive test that makes it easy to pinpoint your strengths and target areas that need workglossaries of relevant mathematical termssidebars that introduce real-life applications of mathematical principlesVoid of lengthy explanations and difficult computations, "Mathematics Made Simple will banish your math anxiety forever. Shipping may be from multiple locations in the US or from the UK, depending on stock availability.

Seller Inventory # 9780767915380

Bibliographic Details

• Title: Mathematics Made Simple (Paperback)
• Publisher: Random House USA Inc, New York
• Publication Date: 2003
• Language: English
• ISBN 10: 0767915380
• ISBN 13: 9780767915380
• Binding: Paperback
• Condition: new

About this title

Synopsis

Brushing up on math has never been easier!

Just about everyone can use some extra help improving or remembering basic math skills. Finally, all the information you need to master the basics, once and for all, is at your fingertips. Featuring several overviews of a multitude of mathematical concepts, as well as detailed learning plans, Mathematics Made Simple presents the information you need in clear, concise lessons that make math fun to study. Easy-to-use features include:

* complete coverage of fractions, decimals, percents, algebra, linear equations, graphs, probability, geometry, and trigonometry
* step-by-step solutions to every problem
*multiple choice tests to help you monitor your progress
* a final, comprehensive test that makes it easy to pinpoint your strengths and target areas that need work
* glossaries of relevant mathematical terms
* sidebars that introduce real-life applications of mathematical principles

Void of lengthy explanations and difficult computations, Mathematics Made Simple will banish your math anxiety forever.

About the Author

Thomas Cusick is a scholar of crypotgraphy, number theory, and combinatorics. He is the author of works such as Mathematics Made Simple, Cryptographic Boolean Functions and Applications, Stream Ciphers and Number Theory, and The Markoff and Lagrange Spectra, as well as a contributor to many publications. He is also a professor of mathematics at the University at Buffalo.