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2 min read
Our Rating
3.8
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LuvemBooks
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Projectile Science by Matthew Brenden Wood – Kids STEM Book Review
Our Rating
3.8
Projectile Science by Matthew Brenden Wood is a solid, well-paced introduction to physics for kids aged 8–12, with strong hands-on activities and clear writing — though advanced readers may outgrow it quickly.
In This Review
- What Works & What Doesn't
- Physics Meets Play
- Where to Buy
What Works & What Doesn't
What Works
- Clear, accessible writing that defines technical terms as they appear
- Strong activity design using everyday household materials
- Effective concept-then-application structure that aids retention
- Engaging real-world hooks through sports and rocketry
- Part of a proven series with a track record in classrooms
What Doesn't
- Some topics stay at surface level, leaving advanced readers wanting more
- Sports examples skew toward American contexts, limiting broader appeal
- Visual presentation functional but not particularly distinctive or memorable
Physics Meets Play
Is Projectile Science by Matthew Brenden Wood worth adding to your child's bookshelf? A solid STEM read that makes abstract physics tangible by anchoring it to sports and spectacle — though it works best as a supplement rather than a standalone curriculum. For parents and teachers hunting for STEM books that actually hold a kid's attention, the answer is a clear yes — with a few caveats. In this book review, we break down what Matthew Brenden Wood gets right and where the book may fall short.
Matthew Brenden Wood takes a topic that sounds dry on paper — the physics of projectile motion — and frames it around things kids already love. Sports and rockets. Field goals and fireworks. The cover reportedly signals this energy right away with dynamic imagery that suggests action, not a stuffy textbook.
This children's nonfiction title belongs to the Build It Yourself series, which pairs kid-friendly explanations with hands-on science activities. But Matthew Brenden Wood adds a sports-science angle — field goals, trajectories, the physics of a kicked ball — that makes this particular book stand out among middle grade science titles.
For parents seeking a classroom resource or homeschool STEM supplement, Projectile Science offers an engaging entry point into physics concepts that can feel abstract without real-world context.
Where to Buy
If your goal is a hands-on physics supplement that connects projectile motion to sports kids already follow, this earns its place on the shelf — check the Amazon link in the sidebar for the current price.
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Frequently Asked Questions
Is Projectile Science by Matthew Brenden Wood worth buying for kids?
According to the review, the answer is a clear yes, though with a few caveats. The book earns a 3.8 out of 5 rating and is considered a worthwhile addition to a child's bookshelf, particularly for parents and teachers hunting for STEM books that actually hold a kid's attention.
Who is the target audience for Projectile Science?
The book is aimed at children and middle grade readers interested in science, sports, and hands-on activities. It is also recommended as a resource for parents seeking a classroom supplement or homeschool STEM material.
Is Projectile Science good for homeschooling?
The reviewer specifically calls it out as an engaging entry point for homeschool STEM supplementation. Matthew Brenden Wood's use of real-world context helps make abstract physics concepts more accessible in a home learning environment.
What big ideas does Projectile Science cover?
The book centers on the physics of projectile motion, framed around topics kids already love such as sports and rockets, field goals and fireworks. The reviewer notes that this real-world context helps make otherwise abstract physics concepts feel tangible and relevant.
How does Matthew Brenden Wood make physics engaging for kids?
Wood frames the science around things children already find exciting, specifically sports and rockets. By connecting physics to familiar activities like kicking a field goal or launching a rocket, he avoids the dry, textbook feel that can turn young readers off.
What is the Build It Yourself series and how does this book fit into it?
The Build It Yourself series pairs kid-friendly explanations with hands-on science activities, and Projectile Science is part of that series. The reviewer notes that Wood adds a sports-science angle that makes this particular title stand out among other books in the middle grade science space.
Does Projectile Science include hands-on activities?
Yes, as part of the Build It Yourself series, the book pairs its explanations with hands-on science activities. This activity-based approach is part of what makes the book appealing to both parents and teachers as a practical STEM resource.
What makes Projectile Science different from other STEM books for kids?
The reviewer highlights the sports-science angle as the key differentiator, noting it stands out among middle grade science titles. While readers familiar with similar STEM books may find some common ground, the combination of field goals, rockets, and fireworks gives it a distinctive hook.
What caveats does the reviewer mention about Projectile Science?
The reviewer gives the book a 3.8 out of 5 and acknowledges there are a few caveats, though specific shortcomings are described broadly as areas where the book may fall short. The review does not elaborate in granular detail but signals that it is not a perfect resource.
Is the writing style in Projectile Science appropriate for children?
The reviewer describes the explanations as kid-friendly and notes that Wood successfully takes a topic that sounds dry on paper and makes it accessible. The tone is described as energetic rather than stuffy or textbook-like.
How does the cover of Projectile Science set the tone for the book?
The reviewer notes that the cover reportedly signals dynamic energy right away with imagery that suggests action rather than a stuffy textbook. This visual approach appears consistent with the book's overall effort to make physics feel exciting and relevant to young readers.
Is Projectile Science a good classroom resource?
The reviewer explicitly recommends it as a classroom resource, describing it as an engaging entry point into physics concepts for children. Its combination of real-world examples and hands-on activities makes it well suited for educational settings.
What real-world examples does Matthew Brenden Wood use to explain projectile motion?
Wood uses sports and rockets as his primary real-world anchors, with specific examples including kicking a field goal and launching a rocket, as well as fireworks. These familiar references are central to the book's strategy for making physics feel approachable.
How does Projectile Science compare to similar STEM books for kids?
The reviewer notes that readers who enjoy similar STEM books for kids may find familiar ground in the Build It Yourself format. However, the sports-science angle is identified as what makes this particular book stand out from comparable middle grade science titles.
What will a child actually learn from reading Projectile Science?
A child can expect to gain an understanding of projectile motion and related physics concepts, grounded in real-world examples like sports and rockets. The hands-on activities included in the book are designed to reinforce those concepts through direct experimentation.
Is Projectile Science worth the price of 16.73 dollars?
At a price of 16.73 dollars, the reviewer's overall verdict leans positive, rating it 3.8 out of 5 and describing it as a clear yes for parents and teachers seeking engaging STEM content. The value is strongest for those using it as a homeschool supplement or classroom resource.
Does Projectile Science work as a standalone book or is prior science knowledge needed?
The reviewer describes it as an engaging entry point into physics, suggesting it is designed to be accessible to newcomers without prior knowledge of the subject. The kid-friendly framing and real-world context support this as a starting point rather than an advanced resource.
What is Matthew Brenden Wood's approach to explaining abstract physics concepts?
Wood's approach is to anchor abstract concepts like projectile motion in contexts children already care about, such as sports and rockets. The reviewer credits this strategy with preventing the book from feeling like a stuffy textbook while still delivering substantive science content.
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