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Speed Machines

Paul Harrison Dr

Library Binding (Powerkids Pr, Jan. 1, 2008)

Describes different types of machines that are built for speed, including rocket planes, bullet trains, racing cars, and jet-powered boats.

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Speed Machines

Parragon

Paperback (Parragon Inc, July 1, 2010)

great sticker book for the young speed machine fans

Machines

Robert O'Brien

Hardcover (Time Incorporated, New York, Jan. 1, 1964)

Book is used and has been withdrawn from service from a Library. Book has a Library Binding and the usual Library Stamps, Stickers, Card Holder, Library Markings. May or May Not have a Dust Jacket.

Fantastic Facts Machines takes a look at the enormous variety of machines in a fact file illustrated with vibrant photographs, drawings, and diagrams, starting with basic levers and wheels, and coming right up to date with automatic and electronic machinery. Practical projects included to help you understand the principles that make them work.

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Machines

Robin Kerrod, George Fryer

Library Binding (Benchmark Books, Sept. 1, 1995)

Examines simple machines, engines, and machines at work and includes experiments exploring mechanical principles

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Drawing Speed Machines

Rebecca Clunes

Library Binding (Gareth Stevens Pub Learning library, Aug. 1, 2011)

Drawing sports cars, private jets, and other speedy vehicles is made simple and fun with this high-octane book. Readers receive step-by-step instructions for creating cartoon versions of some of the fastest machines ever builtfrom bullet trains to stealth planes. Detailed photographs show the real models for the cool cartoons that readers are taught to draw. Fun facts are presented about each machine, so readers are able to learn as they draw.

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Machines

Andrew Haslam

Paperback (Cooper Square Publishing Llc, May 1, 2000)

A unique blend of imaginative activities, experiments, and science facts helps develop scientific thought. This mix of hobby and science teaches kids to observe, collate information, and reach conclusions. Teaches scientific principles through the hands-on process of making science work.