Product Information
To many people, the construction of a sundial implies laborious mathematical calculations and a knowledge of astronomy. Nothing could be farther from the truth. This fascinating handbook, used in conjunction with ordinary tools and materials found around the home, makes it easy to design and construct a sundial on almost any surface and in virtually any position. Introductory chapters offer a wealth of information on the sundial's development from ancient times to the present, why the sundial tells time, how to design and make a dial, and more. These chapters are followed by full instructions on how to construct the hour lines for many kinds of sundials, by the graphic or geometric method. The use of this method doesn't require a knowledge of mathematics or astronomy. It simplicity and accuracy, together with the ease and quickness of delineation, make it very practical. Readers will also find fascinating chapters on dial furniture, portable sundials, constructing a heliochronometer (a highly precise solar timekeeper), sundial classification, and other topics. Accompanying the text are 150 well-chosen illustrations, many published for the first time. They depict scale models, as well as a moon dial, a cathedral dial, and other actual dials from around the world, including the world's largest, in Jaipur, India. If you've ever wanted to build your own sundial, or if you simply want to know more about these ancient timepieces that can show the time of day as accurately as many clocks, this clearly written, easy-to-follow guide is the best book available. - Commonweal.Product Identifiers
PublisherDover Publications Inc.
ISBN-139780486411460
eBay Product ID (ePID)94742523
Product Key Features
Publication NameSundials: Their Construction and Use
SubjectScience
Publication Year2000
TypeTextbook
FormatPaperback
LanguageEnglish
AuthorR. Newton Mayall
Number of Pages320 Pages
Dimensions
Item Height215 mm
Item Width136 mm
Additional Product Features
Country/Region of ManufactureUnited States
Title_AuthorR. Newton Mayall