Projectile Science: The Physics Behind Kicking a Field Goal by Matthew Brenden Wood cover

Projectile Science: The Physics Behind Kicking a Field Goal

by Matthew Brenden Wood

A kids' science book exploring the physics of projectile motion through sports examples, rocket science, and hands-on build-it-yourself activities.

$16.73 on AmazonRead our full review

At a glance

First published2018
AudienceMiddle grade (10-15)
ISBN1619306786

About the Author

Matthew Brenden Wood

2 books reviewed

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Projectile Science

The Physics Behind Kicking a Field Goal

by Matthew Brenden Wood

LuvemBooks Verdict

Best for

Middle-school students, educators building STEAM units, and homeschool parents who want a structured, activity-rich introduction to projectile physics anchored in sports and rocketry scenarios.

Worth it if

The reader is aged 10–15 (or their teacher/parent) and wants physics concepts delivered through hands-on engineering activities, essential questions, and real-world examples rather than a purely expository text.

Skip if

Older or more advanced students already comfortable with kinematics and vector concepts, or anyone seeking a deep-dive narrative treatment of ballistics physics rather than a guided, activity-based format.

4.6from 46 Amazon ratings— reader ratings, not a LuvemBooks score

Preview the book

Contents page listing five chapters on motion, trajectories, distance, air resistance, and rockets, with glossary and resources.
Projectile Science: The Physics Behind Kicking a Field Goal and Launching a Rocket with Science Activities for Kids (Build It Yourself) by Matthew Brenden Wood front cover
Interior spread explaining ancient weapons, projectile physics, and safety guidelines for hands-on activities.
Activity page showing projectile motion exploration exercises with children playing soccer and a digital game link.
Introduction page explaining ballistics through illustrated examples of basketball, roller coaster, and crowd scenes with physics concepts.

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Projectile Science: The Physics Behind Kicking a Field Goal by Matthew Brenden Wood is a STEAM-focused nonfiction activity book that unpacks the physics of ballistics — from field goals and three-pointers to rocket launches — through hands-on activities, essential questions, and real-world sports examples aimed at readers ages 10 to 15. Endorsed by a Yale University physics professor as "accurately aimed at its intended audience," it earns its place on middle-school science shelves as a curriculum-friendly bridge between classroom physics and the sporting scenarios young readers already know. The key caveat: readers already comfortable with kinematics and vector concepts, or those seeking a deep-dive narrative treatment, will find the introductory, activity-book format a ceiling rather than a launch pad.
Is it worth reading?
For its intended audience — middle-school students, educators building STEAM units, and parents seeking an activity-rich complement to classroom science instruction — Projectile Science delivers genuine value. The combination of sports scenarios, rocket examples, and hands-on activities makes abstract ballistics concepts tangible, and the endorsement from Ramamurti Shankar, John Randolph Huffman Professor of Physics at Yale University, lends credibility to the book's accuracy. The main caveat is that the introductory level of treatment and activity-book format mean it is not the right choice for older or more advanced readers already familiar with kinematics and trajectory concepts, nor for those seeking a standalone narrative physics text.
Similar books
Readers drawn to Projectile Science for its science-meets-curiosity approach may also enjoy The Mysteries of the Universe by Will Gater, which shares the same appetite for making complex scientific ideas accessible and visually engaging for young readers. Big Ideas for Curious Minds by The School of Life offers a similarly structured, question-driven exploration of ideas for curious middle-grade audiences. Super Interesting Facts For Smart Boys by Quinn Quest appeals to the same knowledge-hungry demographic looking for bite-sized, engaging nonfiction. For readers who like their nonfiction with a puzzle-solving edge, History's Strangest Mysteries by Rex Langley delivers real-world curiosity in an accessible format.
Who should read this?
Projectile Science is best suited to middle-school students (roughly grades four through ten), educators building STEAM units, and parents looking for a structured, activity-rich complement to classroom science instruction. Students who enjoy sports — particularly American football, basketball, and baseball — and want to understand the physics behind them will find the framing especially motivating. It is equally well suited to homeschool curricula that want physics content delivered with real-world relevance. Readers who are already comfortable with kinematics and vector concepts, or who prefer a purely narrative deep-dive into physics, will likely find the treatment too introductory.
What age is it for?
Best for ages 10 and up, with the sweet spot in the 10–15 range (grades four through ten). The mechanics concepts — including parabolic motion, trajectory prediction, and ballistics — demand a degree of comfort with abstract scientific thinking, and younger readers at the bottom of the range may need adult or classroom support to get the most from the content. The activity-book format and sports framing help lower the entry barrier, but some physics vocabulary will be a genuine stretch for readers with no prior exposure.
About Matthew Brenden Wood
Matthew Brenden Wood is an instructional designer and author of several science books for young readers. A former math and science educator, he is a passionate advocate of STEAM education and outreach. His works include The Universe: The Big Bang, Black Holes, and Blue Whales, aimed at readers ages 12 to 15, and he is available for speaking engagements and classroom visits.
What's the reading level?
Projectile Science is calibrated for readers in grades four through ten, roughly ages 10 to 15. The content introduces mechanics concepts such as parabolic motion and trajectory prediction, which assume growing comfort with abstract scientific thinking — the book is not a beginner primer for very young readers, but neither does it assume prior formal physics instruction. Barnes & Noble describes it as 'an extremely readable yet factually accurate account of mechanics and its applications to projectiles,' suggesting the prose is accessible even as the subject matter is substantive.
How does this compare to Wood's other books?
LuvemBooks has also reviewed The Universe: The Big Bang, Black Holes, and Blue Whales by Matthew Brenden Wood, which targets a slightly older range of readers (ages 12 to 15). Both titles reflect Wood's identity as a STEAM advocate and former educator, using an activity-driven approach to make complex science accessible to young readers. Projectile Science is the more sports-anchored of the two, using field goals, three-pointers, and rocket launches as its primary entry points, while The Universe takes on cosmology and astrophysics as its subject domain.
Summarize this book

Summarize this book

Projectile Science: The Physics Behind Kicking a Field Goal by Matthew Brenden Wood, illustrated by Tom Casteel and published by Nomad Press in 2018, sets out to answer why kicked balls, thrown rocks, rockets, and even Angry Birds follow the paths they do. Structured around the physics of ballistics — forces, angles, parabolic motion, and trajectory prediction — it moves from everyday athletic scenarios like sinking a three-pointer or kicking a field goal through to rocket launches, using each as a vehicle for core mechanics concepts. The book incorporates science-minded engineering activities, essential questions, primary sources, and links to online videos rather than presenting physics as facts to be passively absorbed. It sits within Nomad Press's four-title Technology for Today set, alongside titles on industrial design, big data, and artificial intelligence.

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Age & Reading Level

Recommended age

Ages 10–15

Reading level

Middle grade

Best for: Ages 10+ — mechanics concepts such as parabolic motion and trajectory prediction require comfort with abstract scientific thinking suited to middle-grade readers and above.

Skip if you want a rigorous, narrative-driven physics text rather than a guided activity book with an introductory treatment of ballistics.

Editorial Review

Projectile Science: The Physics Behind Kicking a Field Goal and Launching a Rocket with Science Activities for Kids by Matthew Brenden Wood, illustrated by Tom Casteel, is a STEAM-focused nonfiction title from Nomad Press targeting readers ages 10 to 15. It unpacks the physics of ballistics — from three-pointers and field goals to rocket trajectories — through hands-on science activities, essential questions, and real-world examples.…

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