An instinctive moment of bravery that launched a career A lucky break that freed him for a life of invention An incredible boast that he quickly proved true A flash of insight that lit the world And the creation of our favorite pastime, the movies.
These days and five others shook Edison's world - and yours.
* Have you ever wondered if there's a secret to stopping a soccer ball, why ice skates have metal blades, or how a boat can sail into the wind?
* Would you like to learn to balance like a gymnast, how to improve your free-throw ability, or how to swim like a shark?
* Are you looking for exciting ideas for your next science fair project?
If you answered "Yes" to any of these questions, then Sports Science is for you! From basketball to biking to snowboarding and more, you'll discover the science behind all your favorite sports. Dozens of fun-filled activities help you see for yourself how a batter can hit a 90-mile-an-hour pitch, why a "spiral" is the best way to throw a football, how the surface of a ball affects its bounce, and much, much more. All of the projects are safe and easy to do, and all you need is everyday stuff from around the house. So take the plunge and get ready for Sports Science fun!
Ada Ríos grew up in Cateura, a small town in Paraguay built on a landfill. She dreamed of playing the violin, but with little money for anything but the bare essentials, it was never an option...until a music teacher named Favio Chávez arrived. He wanted to give the children of Cateura something special, so he made them instruments out of materials found in the trash. It was a crazy idea, but one that would leave Ada—and her town—forever changed. Now, the Recycled Orchestra plays venues around the world, spreading their message of hope and innovation.
Every morning, before heading to school or out to play, kids want to know what the weather is going to be like that day. Is it a day for building a snowman, constructing a sandcastle, or planting a garden? Will they be stuck inside because of rain at recess? Or stuck at home because of snow? And what about tomorrow? Explore Weather and Climate! will help kids understand the “how” and “why” behind the “what.” They'll learn how wind, sun, and water combine to form the weather we experience every day. They'll find out why the weather gets extreme. Explore Weather and Climate! offers engaging text reinforced with 25 hands on projects that include creating a storm in a bottle, touching the clouds, and eating an edible climate map, resulting in an unforgettable understanding of these forces of nature.
With The Everything Kids' Science Experiments Book, all you need to do is gather a few household items and you can recreate dozens of mind-blowing, kid-tested science experiments. High school science teacher Tom Robinson shows you how to expand your scientific horizons--from biology to chemistry to physics to outer space.
You'll discover answers to questions like:
Is it possible to blow up a balloon without actually blowing into it?What is inside coins?Can a magnet ever be "turned off"?Do toilets always flush in the same direction?Can a swimming pool be cleaned with just the breath of one person?
You won't want to wait for a rainy day or your school's science fair to test these cool experiments for yourself!
Looking for Fun, Interesting Project Ideas?
You're in luck! With Janice VanCleave's Help! My Science Project Is Due Tomorrow! you can choose from a wide variety of ideas drawing from all the scientific disciplines. Just pick any topic you're interested in-stars, telescopes, cells, spiders, chemical change, solutions, the water cycle, energy, and many more-read the background information, gather a few simple materials, and start experimenting!
Each chapter presents a simple scientific investigation that includes step-by-step instructions, a description of the desired result, and ideas on how to expand on the topic to make it your very own science project. And, as with all of Janice VanCleave's experiment books, the materials are safe, inexpensive, and easily found around the house. You'll not only find this book useful for any science project assignments all year round but a great resource for developing long-term science fair projects.
Adventurer and inventor Clarence Birdseye had a fascination with food preservation that led him to develop and patent the Birdseye freezing process and start the company that still bears his name today. His limitless curiosity spurred his other inventions, including the electric sunlamp, an improved incandescent lightbulb, and a harpoon gun to tag finback whales. This true story of an early inventor/entrepreneur is not only thrilling but also explains the science and early technology behind food preservation. Simultaneously available in a hardcover and trade paperback edition. Each edition includes an 8-page black-and-white photo insert.
From the Hardcover edition.
Innovative series for young children, acclaimed science writer Seymour Simon and Nicole Fauteux encourage children to explore the world around them as they play. Each book contains tips for parents and caregivers on how to create positive learning experiences for even the littlest of scientists.
Did you know that every time a magician uses sleight of hand, he is secretly tracking your eye movements at the same time? How does a magician make a dove appear out of thin air? Amaze your friends with the secrets you learn in this fun, fact-filled Level 3 Ready-to-Read!
A special section at the back of the book includes Common Core–vetted extras on subjects like geography and history, and there’s even a fun quiz so readers can test themselves to see what they’ve learned!
Help your students learn the answers to these and other questions!
Written for educators, homeschoolers, parents--and kids!--this fully illustrated book provides a fun mix of projects, discussion materials, instructions, and subjects for deeper investigation around the basics of homemade flying objects. With the projects in this book, you can spend more time learning and experimenting, and less time planning and preparing.
Complete with download links to PDF templates that expand your teaching, this is your one-stop manual for learning about, interacting with, and being curious about airflow, gravity, torque, power, ballistics, pressure, and force.
In Make: Planes, Gliders, and Paper Rockets, you'll make and experiment with:Paper catapult helicopter--add an LED light for night launches!Pull-string stick helicopterRubber band airplaneSimple sled kite25-cent quick-build kiteAir rockets with a parachute or a gliderFoam air rocketRocket standsBounce rocketLow- and high-pressure rocket launchers
Gardner shows you how to re-create classic experiments with easily obtainable objects. Using just a flashlight, a pocket mirror, and a bowl of water, you can demonstrate the color composition of white light just as Newton did 300 years ago. With cardboard, colored paper, and wax paper you can perform "Meyer's experiment" with complementary colors. You need only a playing card, a spool, and a thumbtack to demonstrate Bernoulli's principle of aerodynamics. A soda bottle filled with water, a few paper matches, and a toy balloon elucidate Pascal's law governing pressure in liquids. And two drinking glasses, some matches, and a piece of wet blotting paper re-create a famous experiment, first performed in 1650 in Magdeburg, Germany, that dramatically reveals the force of ordinary atmospheric pressure.
In language simple enough to be easily understood by an 11-year-old, yet technically accurate and informative enough to benefit adults, and aided by Anthony Ravielli's clear illustrations, Gardner presents a splendid practical course in basic science and mathematics. While your child perplexes and delights his or her friends with a series of 100 amusing tricks and experiments, he or she is learning the principles of astronomy, chemistry, physiology, psychology, general mathematics, topology, probability, geometry, numbers, optics (light), gravity, static electricity, mechanics, air hydraulics, thermodynamics (heat), acoustics (sound), and inertia. This is a perfect refresher course for adults as well as an ideal introduction to science for youngsters.
"The experiments … are all clearly explained and unusually well illustrated." — Booklist.
If your child is struggling with science, then this book is for you; the short book covers the topic and also contains 5 science experiments to work with, and ten quiz questions.
This subject comes from the book “Sixth Grade Science (For Home School or Extra Practice)”; it more thoroughly covers more third grade topics to help your child get a better understanding of sixth grade math. If you purchased that book, or plan to purchase that book, do not purchase this, as the problems are the same.
You can discover the answers to these questions and more with The Everything Kids' Easy Science Experiments Book. Using easy-to-find household materials like soda bottles and flashlights, you can build bubbles, create plastic--even make raisins dance! All of the experiments are kid-tested and educational--but more importantly, they're tons of fun! These quick and easy experiments help you to:Explore your five senses.Discover density and sound.Delve into seasons, life cycles, and weather.Investigate electricity and light.Study the solar system and landforms.Examine matter and acids/bases. This is the perfect book for a rainy Saturday, a lazy vacation day, or even after school. You'll have so much fun conducting the experiments, you'll forget that you're actually learning about science!
Bursting with creative hands-on outdoor science and art activities, A Little Bit of Dirt is full of motivation to get outside and explore. Whether you're investigating the health of your local stream, learning how birds fly, or concocting nature potions, you'll be fostering an important connection with nature. The engaging activities encourage the use of the senses and imagination and are perfect for all ages. Discover more about the natural world waiting just outside your door!
For this volume, noted science educator George Barr has compiled a carefully selected array of intriguing experiments dealing with chemistry, astronomy, magnetism and electricity, weather, water, the human body, living things, sound and light, and measurement. By performing these experiments, young researchers will discover the answers to such questions as "Why Can't We See Stars in the Daytime?" "How Can a Spider Web be Collected?" "Can Water Containing Ice Get Warm?" "How Can We See Sound Vibrations?" "What Helps Your Memory?" and many others.
As the author early points out, the work is "not a reading book, but rather a doing book" with a chapter containing suggestions for further experiments. Valuable advice about scientific procedures emphasize the importance of taking readable, organized notes; gathering as much evidence as possible; learning to use "control" groups; and much more. In addition, over 100 illustrations enhance the text, which also contains a selected bibliography of relevant reading material.
Features women inventors Ruth Wakefield, Mary Anderson, Stephanie Kwolek, Bette Nesmith Graham, Patsy O. Sherman, Ann Moore, Grace Murray Hopper, Margaret E. Knight, Jeanne Lee Crews, and Valerie L. Thomas, as well as young inventors ten-year-old Becky Schroeder and eleven-year-old Alexia Abernathy. Illustrated in vibrant collage by Caldecott Honor artist Melissa Sweet.
Candy Experiments teaches kids a new use for their candy. As children try eye-popping experiments, such as growing enormous gummy worms and turning cotton candy into slime, they’ll also be learning science. Best of all, they’ll willingly pour their candy down the drain.
Candy Experiments contains 70 science experiments, 29 of which have never been previously published. Chapter themes include secret ingredients, blow it up, sink and float, squash it, and other fun experiments about color, density, and heat. The book is written for children between the ages of 7 and 10, though older and younger ages will enjoy it as well. Each experiment includes basic explanations of the relevant science, such as how cotton candy sucks up water because of capillary action, how Pixy Stix cool water because of an endothermic reaction, and how gummy worms grow enormous because of the water-entangling properties.