Copyright Date:
2019
Edition Date:
2019
Release Date:
08/01/18
Pages:
24 pages
ISBN:
1-624-96848-1
ISBN 13:
978-1-624-96848-8
Dewey:
621.8
Dimensions:
21 cm.
Language:
English
Reviews:
School Library Journal
(Thu Nov 01 00:00:00 CDT 2018)
Chang, Kirsten . Screws . ISBN 9781624968570 . Chang, Kirsten . Wheels and Axles . ISBN 9781624968631 . Manley, Erika S. Levers . ISBN 9781624968518 . Manley, Erika S. Pulleys . ISBN 9781624968549 . Manley, Erika S. Wedges . ISBN 9781624968600 .ea vol: 24p. (Machines and Motion). further reading. glossary. index. photos. websites. Jump! Aug. 2018. lib. ed. $25.65. K-Gr 2 Simple machines and the important roles they play in making work easier are highlighted in this bright series for emergent readers. Each title defines the featured device, then provides practical, everyday examples with which many students should be familiar. Straightforward sentences and age-appropriate vocabulary make the text in each book easy to read and comprehend. Eye-catching images pop on the page, and the use of bright hues behind the text makes the words stand out even more clearly. The inclusion of both a picture glossary and a hands-on activity reinforces the information and should appeal to students with different learning styles. VERDICT A well-designed addition to elementary science and technology collections.
In this book, readers will learn about one of the six simple machines as described by Renaissance scientists. Vibrant, full-color photos and carefully leveled text will engage young readers as they learn how inclined planes make it easier to move an object from a lower to a higher spot.
An activity provides step-by-step instructions for a specific, larger project, and a picture glossary reinforces new vocabulary. Children can learn more about inclined planes online using our safe search engine that provides relevant, age-appropriate websites. Inclined Planes also features reading tips for teachers and parents, a table of contents, and an index.
Inclined Planes is part of Jump!s Machines and Motion series.