Referenced to Chenier's Practical Math Dictionary, this book is designed to enhance any practical math class from adult education through college level. Many of these math concepts are left out of traditional math books and are relevant to many trades, occupations, do-it-yourselfers, home owners, home schools, etc.

This book is ideal for reference. Its size (Approximately 6" X 7 1/2") is designed to make it as versitile as possible and still give the reader the necessary tools to master basic math concepts. All are designed with practical application in mind. It includes squaring, leveling, lay-out techniques, etc. and so much more.

Workshop math problems guidebook filled with practical applications for construction, workshop, and the home.

Number theory was once famously labeled the queen of mathematics by Gauss. The multiplicative structure of the integers in particular deals with many fascinating problems some of which are easy to understand but very difficult to solve. In the past, a variety of very different techniques has been applied to further its understanding. Classical methods in analytic theory such as Mertens’ theorem and Chebyshev’s inequalities and the celebrated Prime Number Theorem give estimates for the distribution of prime numbers. Later on, multiplicative structure of integers leads to multiplicative arithmetical functions for which there are many important examples in number theory. Their theory involves the Dirichlet convolution product which arises with the inclusion of several summation techniques and a survey of classical results such as Hall and Tenenbaum’s theorem and the Möbius Inversion Formula. Another topic is the counting integer points close to smooth curves and its relation to the distribution of squarefree numbers, which is rarely covered in existing texts. Final chapters focus on exponential sums and algebraic number fields. A number of exercises at varying levels are also included. Topics in Multiplicative Number Theory introduces offers a comprehensive introduction into these topics with an emphasis on analytic number theory. Since it requires very little technical expertise it will appeal to a wide target group including upper level undergraduates, doctoral and masters level students.

There's no need to be intimidated by the fractions, decimals, and geometric formulas that are part of every woodworking project. Practical Shop Math, Tom Begnal's comprehensive and very accessible guide, puts all the solutions at your fingertips so you can enjoy your time in the woodshop building your next project instead of scratching your head.

Find fast answers to woodworking questions! From fasteners to finishing, angles to adhesives, this portable guide is packed with helpful charts, lists and illustrations to move your woodworking projects along. Need to compute an odd joint angle, select appropriate hardware, or pick the right finish for a project? You can consult this book for solutions to those dilemmas and many more. It's the ideal size to stash in a toolbox or bench top, where you will refer to it again and again. FEATURES • Dozens of charts and lists providing key woodworking facts, figures and formulas at a glance • Clear, quick-reference illustrations of angles, joints, mouldings, fasteners and more • Demystifies woodworking math, including conversions and geometry • Portable, durable format perfect for hands-on use in the shop