Rocket Science for Kids "Launch"
HEADLINE: Rockets are all the rage again. Now your kid can understand why they actually work. TITLE: Rocket Science for Kids AUTHOR: by Mike Wish ASIN: B0H36TPBYN WHY I WROTE THIS BOOK: When I was a kid, watching a rocket launch on television felt like magic. Fire, noise, something impossibly heavy lifting off the ground. I was completely hooked. But nobody ever explained the actual physics behind it. Just spectacle, no substance. I'm a physicist. I taught at the United States Naval Academy. And I've spent years believing one thing: if you truly understand something, you can explain it to a child. Not a dumbed-down version. The real thing. That's what this book is. It doesn't skip the hard ideas, and it doesn't talk down to kids who are smart enough to handle them. It starts where the science actually starts, with Newton's three laws, and works all the way through orbital mechanics, propulsion, guidance systems, and what it will actually take to reach Mars. Every step of the way, you get the real reasoning, not a hand-wave and a pretty picture. ABOUT THE BOOK: Most people think rockets work by pushing against the air. They're wrong. Rocket Science for Kids takes readers ages 8-12 (and their parents) through the real physics behind one of the most extraordinary things humans have ever built. Starting with Newton's Laws and the counterintuitive reason rockets work in the vacuum of space, through Tsiolkovsky's brutal rocket equation, Goddard's liquid-fueled engines, orbital mechanics, guidance systems, the Space Race, and SpaceX's reusable rockets, the book follows the actual history of rocketry the way it was solved: one stubborn problem at a time. No hand-waving. No skipping the hard parts. Just honest explanations, real analogies, and the science behind the technology your family sees in every launch broadcast, weather forecast, and GPS direction. By the end, your kid will understand why astronauts float in space (they're falling, not weightless), why rockets are mostly fuel, and why landing a rocket upright on a drone ship is one of the hardest things engineers have ever pulled off. And you'll have the vocabulary to talk about all of it together.