Technologys Child

Finally: an evidence-based, reassuring guide to what to do about kids and screens, from video games to social media. Today's babies often make their debut on social media with the very first sonogram. They begin interacting with screens at around four months old. But is this good news or bad...

S.T.E.M. stands for Science, Technology, Engineering, and Math. Children need to learn S.T.E.M. because these subjects help them understand the world around them. S.T.E.M. teaches kids to solve problems, think critically, and be creative. These skills are useful in school, everyday life, and future jobs. Learning S.T.E.M. also prepares children for careers in fields that are growing, like medicine, computer science, and engineering. By studying S.T.E.M., kids can make a big difference in the world when they grow up!

Le seul cahier de vacances que les enfants ont vraiment envie de faire ! "Les Vacances des petits curieux" est un cahier de vacances sous forme de livre audio, qui propose 30 activités à travers 4 thèmes principaux.

"Un Voyage Fantaisiste à Travers le Système Solaire" est un livre pour enfants captivant qui offre une visite délicieuse et éducative de notre système solaire. Ce livre se distingue pour plusieurs raisons : Personnification Engageante des Planètes : Chaque planète est personnifiée de manière unique avec des caractéristiques charmantes, les rendant relatables et mémorables pour les jeunes lecteurs. Cette approche créative donne vie aux corps célestes, transformant des concepts scientifiques complexes en histoires captivantes.

An eccentric schoolteacher and a widow-lady babysitter are the heroines in these new digital studio recordings of Donald Davis' two all-time most-requested stories. "It was the 42nd year she had taught fourth grade", yet there was nothing routine about Miss Daisy or her methods. Rather than settle for textbook work (Miss Daisy left textbooks in the big closet) she took her class on a year-long imaginary world tour.

An introduction to the lungs and how they function. The concepts of blood and oxygen are discussed, as well as asthma.

An introduction to the parts of the heart and circulatory system and how they function.

An introduction to the parts of the brain and how they function. Thoughts and feelings, movements, and brain injuries are discussed.

An introduction to the stomach and other parts of the digestive system and how they function.

A temperature can be hot or cold, and can be measured by a thermometer. Use Fahrenheit or Celsius to take the temperature of items.

Learn all about the concept of electricity and power.

Dead leaves, food scraps, and grass clippings for lunch? Small animals, fungi, and bacteria called decomposers turn trash into a tasty compost treat. Learn more about compost and how you can use it in your garden or yard.

This audiobook explores a variety of animal mouths, noting how they look different and function in different ways. Animals shown include a howler monkey, a butterfly, a sea lamprey, a blue whale, a leopard, a puffin, and a pit viper.

This audiobook is an introduction to the different muscles and bones in the human body and how they function.

This audiobook tells the story of Henry Ford, along with his invention, the popular Model T automobile.

Ever wonder what goes on inside your computer? Take a look into how processors, networks, and more are all connected.

Follow us on a journey around all the body parts of mammals, from eyes to ears, to legs to tails. Find out all about how each body part works, what it looks like and what it does and how each body part differs between species.

Follow us on a journey around all the body parts of reptiles, from eyes to teeth, to shells to tails. Find out all about how each body part works, what it looks like and what it does and how each body part differs between species.

Follow us on a journey around all the body parts of birds, from eyes to beaks, to feet to tails. Find out all about how each body part works, what it looks like, and what it does and how each body part differs between species.

Behind every long stride, high-flying pole vault, and perfectly controlled discus throw, science is at work. As a high jumper takes off, potential energy is converted into kinetic energy. A discus thrower builds up momentum while spinning. Find out how science is involved in Olympic track and field events and how athletes take science into account in their quest for the gold medal.