Derek Jeter’s brilliant toss to the catcher to prevent a score. Ozzie Smith’s bare-handed stop and throw to first base for a critical out. Nomar Mazara’s home run that sailed 505 feet. Willie Mays’s legendary catch in center field. Behind every pitch, swing, catch, throw, and slide, science is at work. Dive into each of these iconic baseball plays and learn more about energy, forces, motion, and more. With thrilling play-by-play action explained through science, these books are sure to score big with readers. Each title focuses on a single sport, breaking down the physics behind the game's most dynamic moves. Chapters spotlight the greatest plays in sports history, narrated with the excitement of a sportscaster, delivering lines like, "Only three seconds left on the clock!" Readers will be hooked from start to finish. The science is seamlessly woven into the action, making it an integral part of the narrative rather than an afterthought. Readers will absorb key physics concepts effortlessly, as the explanations enhance the drama rather than detract from it. The balance is perfect--enough science to intrigue without overwhelming. Action-packed color photos, graphics, and illustrations immerse readers in the game, bringing the described plays to life. An index, a glossary, and suggestions for further reading provide opportunities for deeper exploration. VERDICT A must-have for all sports collections!--Kate Rao, Willows Community School, CA "School Library Journal" As its title claims, the Sports Illustrated Kids: The Science behind the Plays series uses legendary sports achievements to introduce basic physics concepts. Each book breaks down four noteworthy events, setting up context, identifying challenges, showcasing superstars and their amazing athleticism, and explaining the application of the various energy forces that made each feat possible. The standardized formats feature colorful graphics, sidebars, references, and such user friendly features as short sentences, brief chapters, vocabulary words defined along page edges, and stop-motion photos that support the step-by-step action. Goal describes Cristiano Ronaldo's 2018 stupefying upside-down and backwards bicycle-kick soccer goal (motion, friction, and gravity--or defying gravity, in this case). Home Run revisits Ozzie Smith's 1978 daring bare-handed catch while explaining speed, velocity, and the differences between potential and kinetic energy. Swish brings in acceleration, mass, and leverage to describe how Kobe Bryant set up Shaquille O'Neal for an epic alley-oop during the 2000 Western Conference Finals. Lift, direction, drag, and resistance work together to explain Terry Bradshaw's 1972 immaculate reception football pass in Touchdown. The physical properties, referred to as unseen forces, are repeated and reinforced throughout the series. One regrettable oversight: out of the 16 case studies cited in the four titles, only one features women (England's 2022 national soccer team). Still, the eye-catching covers and brisk action sequences are sure to attract and enlighten audiences.--Kathleen McBroom "Booklist" Eric Braun is a children's author and editor. He has written dozens of books on many topics, and one of his books was read by an astronaut on the International Space Station for kids on Earth to watch. Eric lives in Minneapolis with his wife, two kids, and a dog who is afraid of cardboard.