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THE BOOK OF MASSIVELY EPIC ENGINEERING DISASTERS

33 THRILLING EXPERIMENTS BASED ON HISTORY'S GREATEST BLUNDERS

From the Irresponsible Science series

A new collection from an old hand at designing intriguing STEM activities that will entertain as well as enlighten.

Memorable disasters inspire modern experiments.

The author of The Book of Wildly Spectacular Sports Science (2016) offers this lively presentation of descriptions, explanations, and simple experiments that demonstrate the problems that caused 20 engineering disasters. Organized chronologically from the collapse of the Colossus of Rhodes in 226 BCE to London’s “Fryscraper” built in 2013, this is an irreverent history of human hubris. Besides a wide range of spectacular collapses, his examples include a molasses flood, an oil spill, a lake accidentally drained, a plane too heavy to fly, a car too underpowered to scale hills, and, of course, the leaning tower in Pisa, the “unsinkable” Titanic, and the dancing Tacoma Narrows Bridge. Each failure is presented with a quick, single-page account, an exploration of “what went wrong,” and a feature called “turn back the clock” describing what people knew at the time and relevant engineering principles. Each is accompanied by an experiment or two illustrating the problem or principles. These are clearly laid out with materials, step-by-step methods, and a follow-up explanation. They use commonly available materials and for the most part could be done without adult supervision, though they often require a friend or a small group. Photos and cartoonlike illustrations complete the appealing package.

A new collection from an old hand at designing intriguing STEM activities that will entertain as well as enlighten. (Nonfiction. 9-14)

Pub Date: Sept. 5, 2017

ISBN: 978-0-7611-8394-5

Page Count: 256

Publisher: Workman

Review Posted Online: June 4, 2017

Kirkus Reviews Issue: June 15, 2017

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FLASH FACTS

Contentwise, an arbitrary assortment…but sure to draw fans of comics, of science, or of both.

Flash, Batman, and other characters from the DC Comics universe tackle supervillains and STEM-related topics and sometimes, both.

Credited to 20 writers and illustrators in various combinations, the 10 episodes invite readers to tag along as Mera and Aquaman visit oceanic zones from epipelagic to hadalpelagic; Supergirl helps a young scholar pick a science-project topic by taking her on a tour of the solar system; and Swamp Thing lends Poison Ivy a hand to describe how DNA works (later joining Swamp Kid to scuttle a climate-altering scheme by Arcane). In other episodes, various costumed creations explain the ins and outs of diverse large- and small-scale phenomena, including electricity, atomic structure, forensic techniques, 3-D printing, and the lactate threshold. Presumably on the supposition that the characters will be more familiar to readers than the science, the minilectures tend to start from simple basics, but the figures are mostly both redrawn to look more childlike than in the comics and identified only in passing. Drawing styles and page designs differ from chapter to chapter but not enough to interrupt overall visual unity and flow—and the cast is sufficiently diverse to include roles for superheroes (and villains) of color like Cyborg, Kid Flash, and the Latina Green Lantern, Jessica Cruz. Appended lists of websites and science-based YouTube channels, plus instructions for homespun activities related to each episode, point inspired STEM-winders toward further discoveries.

Contentwise, an arbitrary assortment…but sure to draw fans of comics, of science, or of both. (Graphic nonfiction. 9-12)

Pub Date: Feb. 2, 2021

ISBN: 978-1-77950-382-4

Page Count: 160

Publisher: DC

Review Posted Online: Jan. 12, 2021

Kirkus Reviews Issue: Feb. 1, 2021

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ISAAC NEWTON

From the Giants of Science series

Hot on the heels of the well-received Leonardo da Vinci (2005) comes another agreeably chatty entry in the Giants of Science series. Here the pioneering physicist is revealed as undeniably brilliant, but also cantankerous, mean-spirited, paranoid and possibly depressive. Newton’s youth and annus mirabilis receive respectful treatment, the solitude enforced by family estrangement and then the plague seen as critical to the development of his thoughtful, methodical approach. His subsequent squabbles with the rest of the scientific community—he refrained from publishing one treatise until his rival was dead—further support the image of Newton as a scientific lone wolf. Krull’s colloquial treatment sketches Newton’s advances in clearly understandable terms without bogging the text down with detailed explanations. A final chapter on “His Impact” places him squarely in the pantheon of great thinkers, arguing that both his insistence on the scientific method and his theories of physics have informed all subsequent scientific thought. A bibliography, web site and index round out the volume; the lack of detail on the use of sources is regrettable in an otherwise solid offering for middle-grade students. (Biography. 10-14)

Pub Date: April 1, 2006

ISBN: 0-670-05921-8

Page Count: 128

Publisher: Viking

Review Posted Online: June 24, 2010

Kirkus Reviews Issue: March 1, 2006

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