Physics Basic Forces and Newton's Laws

Why do rockets blast off, seatbelts save lives, and skateboards push back when you jump — and what do they all have in common? The answer is Newton's Laws of Motion, and this book makes all three crystal clear for curious kids ages 7–12. Through real-world examples, plain-English explanations, and chapter-by-chapter deep dives, young readers will discover how invisible forces shape everything they see, touch, and experience every single day. Inside this book, kids will explore: Newton's First Law — why objects keep moving (or stay still) until a force acts on them, and how seatbelts use inertia to protect you Newton's Second Law — how force, mass, and acceleration are connected, and why a bigger push moves things faster Newton's Third Law — every action has an equal and opposite reaction, from rocket launches to jumping off a skateboard Momentum — what happens when mass gets moving and why it's hard to stop Torque and Tension — twisting forces and pulling with ropes explained simply Air Resistance and Elasticity — why skydivers slow down and rubber bands snap back Collisions, Centripetal Force, and Normal Force — crashes, spinning circles, and surfaces that push back This is not a broad overview — it's a focused, chapter-by-chapter investigation of forces and Newton's Laws, written specifically for elementary and middle-grade readers ready to go deeper than a typical science survey book. Perfect for: Kids ages 7–12 who love science and want real answers to real questions Homeschool families covering physics, forces, and motion units Classroom teachers looking for a standards-aligned STEM supplement for grades 2–6 STEM-curious parents who want their child thinking like a scientist Each chapter connects directly to the world kids already know — sports, cars, space, playgrounds — so the science sticks long after the book is closed. If your child has ever asked why things move, stop, spin, or crash, this is the book that finally gives them the full picture. Add it to your cart and put Newton's Laws to work today.