検索キーワード： 物理学

Like Bill Nye, the Science Guy today, Chladni popularized science. But during his work as an entertainer, he struggled to find the time and finances do actual research. This story provides a glimpse at the life of Ernst Chladni, the Father of Acoustics. It's an amazing example of how scientists collaborate internationally. The story is based on Chladni's own description of the event.

A bubble is made when a heavy cover surrounds a light gas such as air or outer space. If you look around carefully, you can find bubbles in all sorts of places. A soap bubble is a thin film of soapy water surrounding air, usually with a colored surface. A recipe is included for making soapy water for blowing bubbles.

Ti piacciono i fuochi d'artificio, ma la chimica e le formule di fisica ti annoiano? In 5 giorni ti appassionerai a concetti di chimica e fisica, attraverso la tua passione per la pirotecnica! In modo "fisiologico" e senza fatica imparerai concetti che normalmente a scuola sono noiosi, attraverso una narrazione in cui ho abolito le formule complicate.

Music is pleasant sound. Music is produced by instruments, each with a unique sound. In this book, you will get to know the instrument families such as brass, woodwind, stringed, and percussion. Identify the instruments under each family, and listen about how they produce sound. Which of these instruments is your favorite?

See what pulls and pushes can do through several examples of forces and motion in everyday life. Pair this nonfiction title with its fiction companion book, Milo and the Ball.

Learn about different states of matter by examining water as liquid, solid, and gas. Pair this nonfiction title with its fiction companion book, Making Tea.

Did you know that Albert Einstein was a high-school dropout and that he failed his physics class when he finally made it to college? Or that when he died, his brain and eyeballs were removed from his body? Have you ever wondered why his hair looked so wild? Siblings Paige and Turner have - and they’ve collected some of the kookiest and most unusual facts about him, from his childhood and school days through his time studying relativity and working on the atomic bomb.

Albert Einstein: His name has become a synonym for genius. His wild case of bedhead and playful sense of humor made him a media superstar - the first, maybe only, scientist-celebrity. He wasn’t much for lab work - in fact, he had a tendency to blow up experiments. What he liked to do was think - not in words, but in "thought experiments". What was the result of all his thinking? Nothing less than the overturning of Newtonian physics. Once again, Kathleen Krull delivers a witty and astute look at one of the true giants of science and the turbulent times in which he lived.

Young listeners will learn how colors are made in this accessible book. Simple text explains why people see different colors and how materials reflect light to make the colors.

Young listeners will learn how we send and receive messages using light and sound in this accessible book. Simple text explains different methods of sending messages and shows how light and sound make sending these messages possible. 

People, animals, machines, and wind all make sounds. But have you ever seen how sound waves move? Or made a sound wave bounce? Now you can! Explore sound with the fun experiments you'll find in this audiobook. As part of the Searchlight Books™ collection, this series sheds light on a key science question - how does energy work? Hands-on experiments will help you find the answer!

Could window panes be made out of wood? Or a shirt out of glass? Go on a treasure hunt with Ms. Sampson's class as they search for different kinds of materials - cloth, rock, glass, metal, and more. They'll record the look and feel of everyday objects and learn what properties each type of material has.

Young listeners will learn how vibrations make sound that we can hear in this accessible audiobook. Simple text brings basic science concepts to life and encourages kids to engage with the sounds they hear. 

Have you ever used your imagination to solve a problem? When Albert Einstein was young, he was fascinated by the way magnetism made a compass work. As an adult, he used thought experiments to solve some of the universe's greatest mysteries. Einstein loved to think about math and science. He worked for a while at a patent office, but his mind wasn't focused on inventions. Instead, he thought about the universe. In 1905, Einstein's Special Theory of Relativity solved questions that scientists had grappled with for hundreds of years.

Featuring kid-friendly explanations of the scientific principles, this compelling biography follows Einstein from his childhood through his early career struggles, and on to the theoretical breakthroughs and groundbreaking writings that won him the Nobel Prize. Equally important, we get a complete portrait of the man, who - deeply affected by the Holocaust - dedicated his life to pacifism and equal rights for all.

Edwin Hubble’s discovery of the Big Bang is one of the most important in astronomy and physics. It taught us where the universe came from and how it might end. Students will learn how Hubble’s early, unprecedented photographs of pulsars served as one of the first clues along the path that led him to the discovery of the Big Bang. Listeners will also discover how Hubble’s discovery opened up new doors to information about the universe.

This beautiful audiobook of sounds offers key information on how echoes are formed and sounds are created. It ensures a scientific approach to learning what is regarded as the most natural phenomenon possible.  

Did you know that tiny atoms that make up all matter hold huge amounts of energy? This energy, called nuclear energy, can power the television and refrigerator in your home. How is nuclear energy produced, though? And what are the drawbacks of this energy source? Listen to this audiobook to find out all about nuclear energy.

In 1934, Irene Curie, working with her husband and fellow scientist, Frederic Joliot, made a discovery that would change the world: artificial radioactivity. This breakthrough allowed scientists to modify elements and create new ones by altering the structure of atoms. Curie shared a Nobel Prize with her husband for their work. But when she was nominated to the French Academy of Sciences, the academy denied her admission and voted to disqualify all women from membership.

Have you ever wondered what makes a kite fly or a boat float? Have you ever thought about why snowflakes are symmetrical, or why golf balls have dimples? Have you ever tried to make a kaleidoscope or build a pair of stilts? In Calling All Minds, Temple Grandin explores the ideas behind all of those questions and more. She delves into the science behind inventions, the steps various people took to create and improve upon ideas as they evolved, and the ways in which young inventors can continue to think about and understand what it means to tinker, to fiddle, and to innovate.