Copyright Date:
2014
Edition Date:
2014
Release Date:
07/15/14
Pages:
23 pages
ISBN:
1-477-76089-X
ISBN 13:
978-1-477-76089-5
Dewey:
539.7
LCCN:
2013023467
Dimensions:
21 cm.
Language:
English
Reviews:
School Library Journal
(Tue Apr 01 00:00:00 CDT 2014)
DESCHERMEIER, Charlotte . Different States of Matter . ISBN 9781477760932 ; ISBN 9781477760949 ; ISBN 9781477760963 . LC 2013023580. DESCHERMEIER, Charlotte . Elements . ISBN 9781477760857 ; ISBN 9781477760864 ; ISBN 9781477760888 . LC 2013023463. DESCHERMEIER, Charlotte . Gases . ISBN 9781477760819 ; ISBN 9781477760826 ; ISBN 9781477760840 . LC 2013023459. DESCHERMEIER, Charlotte . Liquids . ISBN 9781477760772 ; ISBN 9781477760789 ; ISBN 9781477760796 . LC 2013023582. DESCHERMEIER, Charlotte . Solids . ISBN 9781477760031 ; ISBN 9781477760048 ; ISBN 9781477760055 . LC 2013024010. ea vol: 24p. (Ultimate Science: Physical Science Series). glossary. illus. index. photos. websites. PowerKids . 2014. lib. ed. $22.60. pap. $7.05. ebk. $22.60. Gr 3-5 With significant oversimplification and topical overlap, these volumes introduce the kinds and states of matter. Aside from the single page on which plasma and Bose-Einstein condensates are mentioned, Different States of Matter is completely dispensable, as three other volumes in the series cover the topic in considerably more detail. Atoms leaves out any mention of ionization or explanation of molecular bonding and also offers a confusing contradiction by defining atoms as "the basic building blocks of everything," then on the next spread launches a discussion of subatomic particles. Elements , an otherwise useful tour of the Periodic Table, inexplicably concludes its visuals with a version of the table that is partly in Chinese. There are no interactive elements beyond occasional questions in the texts or photos of theoretically reproducible demonstrations.
Atoms may be microscopic but they make up everything you see and even everything you don't see, like air. With this book, readers will journey into that microscopic realm of physical science to better understand the atom, its various components, and how they interact to form all the matter around us.