How it Works: Dealing in simple language with steam, electricity, light, heat, sound, hydraulics, optics, etc., and with their applications to apparatus in common useWilliams, Archibald
Science
How it Works: Dealing in simple language with steam, electricity, light, heat, sound, hydraulics, optics, etc., and with their applications to apparatus in common use
Williams, Archibald
Science -- Juvenile literature; Technology -- Juvenile literature
Produced by Steven Gibbs, Greg Bergquist and the Online
Distributed Proofreading Team at https://www.pgdp.net
Transcriber's Note
The punctuation and spelling from the original text have been faithfully
preserved. Only obvious typographical errors have been corrected.
Subscripts are represented as X_1. Superscripts are represented by X^1.
HOW IT WORKS
AUTHOR'S NOTE.
I beg to thank the following gentlemen and firms for the help they have
given me in connection with the letterpress and illustrations of "How It
Works"--
Messrs. F.J.C. Pole and M.G. Tweedie (for revision of MS.); W. Lineham;
J.F. Kendall; E. Edser; A.D. Helps; J. Limb; The Edison Bell Phonograph
Co.; Messrs. Holmes and Co.; The Pelton Wheel Co.; Messrs. Babcock and
Wilcox; Messrs. Siebe, Gorman, and Co.; Messrs. Negretti and Zambra;
Messrs. Chubb; The Yale Lock Co.; The Micrometer Engineering Co.;
Messrs. Marshall and Sons; The Maignen Filter Co.; Messrs. Broadwood and
Co.
[Illustration: ON THE FOOTPLATE OF A LOCOMOTIVE.]
How It Works
Dealing in Simple Language with Steam, Electricity,
Light, Heat, Sound, Hydraulics, Optics, etc.
and with their applications to Apparatus
in Common Use
By
ARCHIBALD WILLIAMS
Author of "The Romance of Modern Invention,"
"The Romance of Mining," etc., etc.
THOMAS NELSON AND SONS
London, Edinburgh, Dublin, and New York
PREFACE.
How does it work? This question has been put to me so often by persons
young and old that I have at last decided to answer it in such a manner
that a much larger public than that with which I have personal
acquaintance may be able to satisfy themselves as to the principles
underlying many of the mechanisms met with in everyday life.
In order to include steam, electricity, optics, hydraulics, thermics,
light, and a variety of detached mechanisms which cannot be classified
under any one of these heads, within the compass of about 450 pages, I
have to be content with a comparatively brief treatment of each subject.
This brevity has in turn compelled me to deal with principles rather
than with detailed descriptions of individual devices--though in several
cases recognized types are examined. The reader will look in vain for
accounts of the Yerkes telescope, of the latest thing in motor cars, and
of the largest locomotive. But he will be put in the way of
understanding the essential nature of _all_ telescopes, motors, and
steam-engines so far as they are at present developed, which I think may
be of greater ultimate profit to the uninitiated.
While careful to avoid puzzling the reader by the use of mysterious
phraseology I consider that the parts of a machine should be given their
technical names wherever possible. To prevent misconception, many of
the diagrams accompanying the letterpress have words as well as letters
written on them. This course also obviates the wearisome reference from
text to diagram necessitated by the use of solitary letters or figures.
Public-domain text, read in full here on John Shaqi.
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