Loredana Cunti - Böcker

Of all the questions astronauts are asked by kids, the most frequent one is "How do you go to the toilet in space?" This book not only answers that question, but many others about the effect of zero gravity on the human body: How do you brush your hair in space? What happens when you sweat? What does food taste like? The best thing is that the answers are provided by Dr. Dave Williams, a NASA astronaut who speaks from first-hand experience. Written for kids ages 7 to 10, this book uses age-appropriate language to explain the different phenomena that astronauts encounter during a mission. The bright, colorful pages, short blocks of text accompanied by photos and humorous illustrations make this a very attractive choice for young readers. The opening message from Dr. Dave empowers kids to follow his example by believing in themselves and following their dreams.

Of all the questions astronauts are asked by kids, the most frequent one is "How do you go to the toilet in space?" This book not only answers that question, but many others about the effect of zero gravity on the human body: How do you brush your hair in space? What happens when you sweat? What does food taste like? The best thing is that the answers are provided by Dr. Dave Williams, a NASA astronaut who speaks from first-hand experience. Written for kids ages 7 to 10, this book uses age-appropriate language to explain the different phenomena that astronauts encounter during a mission. The bright, colorful pages, short blocks of text accompanied by photos and humorous illustrations make this a very attractive choice for young readers. The opening message from Dr. Dave empowers kids to follow his example by believing in themselves and following their dreams.

How many kids aspire to become an astronaut one day? Wouldn’t it be great to float in space and do neat experiments? But before all the “fun” begins, it takes an incredible amount of hard work to prepare oneself for the ride of a lifetime. Before they are sent to space, astronauts have to go through spacecraft systems training, wilderness training, underwater training, roller coaster–like flight training, and teamwork training, not to mention science, technology, medical, engineering, and math training. Training for flight also depends on being prepared physically, mentally, and emotionally, having the right attitude and learning to deal with problems calmly. Dr. Dave speaks from experience when he describes what it’s like to live underwater for weeks at a time, experience free-floating in micro gravity in the “Vomit Comet,” or catch and eat bugs during wilderness training. With its first-hand photos and amusing illustrations, Go for Lift Off is the go-to book for aspiring astronauts.

How many kids aspire to become an astronaut one day? Wouldn’t it be great to float in space and do neat experiments? But before all the “fun” begins, it takes an incredible amount of hard work to prepare oneself for the ride of a lifetime. Before they are sent to space, astronauts have to go through spacecraft systems training, wilderness training, underwater training, roller coaster–like flight training, and teamwork training, not to mention science, technology, medical, engineering, and math training. Training for flight also depends on being prepared physically, mentally, and emotionally, having the right attitude and learning to deal with problems calmly. Dr. Dave speaks from experience when he describes what it’s like to live underwater for weeks at a time, experience free-floating in micro gravity in the “Vomit Comet,” or catch and eat bugs during wilderness training. With its first-hand photos and amusing illustrations, Go for Lift Off is the go-to book for aspiring astronauts.

Check out the amazing machines that make space travel possible.From the spaceship itself to the wrench needed to make in-flight repairs, machines of every kind are the backbone of space travel. In this, the third book in the Dr. Dave Astronaut series, the former NASA astronaut takes readers on a tour of the incredible equipment that allows humans to travel, live, and work in space:Kids will be fascinated to find out:• How spacecraft have evolved from the 1960s to today• How rockets power the spacecraft for liftoff—and enable it to re-enter Earth’s atmosphere • All the equipment a spacesuit contains—including a TV camera • How Robonaut, the on-board robot on the ISS, works and contributes to missions With its focus on technology and engineering, this book is a must-have addition to any STEM studies. Lots of photos and humorous illustrations make this an entertaining way to get kids interested in the nuts and bolts of space travel today and into the future.

Check out the amazing machines that make space travel possible.From the spaceship itself to the wrench needed to make in-flight repairs, machines of every kind are the backbone of space travel. In this, the third book in the Dr. Dave Astronaut series, the former NASA astronaut takes readers on a tour of the incredible equipment that allows humans to travel, live, and work in space:Kids will be fascinated to find out:• How spacecraft have evolved from the 1960s to today• How rockets power the spacecraft for liftoff—and enable it to re-enter Earth’s atmosphere • All the equipment a spacesuit contains—including a TV camera • How Robonaut, the on-board robot on the ISS, works and contributes to missions With its focus on technology and engineering, this book is a must-have addition to any STEM studies. Lots of photos and humorous illustrations make this an entertaining way to get kids interested in the nuts and bolts of space travel today and into the future.

Will humans ever be able to live on other planets? Former NASA astronaut Dr. Dave Williams is the person to ask. It turns out that Earth is a pretty good place to live. Finding other habitable environments in space is no easy task: temperatures on Mercury are ten times hotter than on Earth; winter on Neptune lasts about forty years, and Uranus is ten billion miles (sixteen billion kilometers) away.But there is one planet that looks promising: Mars. Even though it takes six months to get there, Mars most closely resembles Earth. So what would it take to make it habitable—and what would life look like there?As in the other three titles in the Dr. Dave: Astronaut series, this book demystifies space travel. The science is explained in simple terms while the sense of adventure is ever-present. This book belongs in the hands of every child interested in space, and in every classroom where STEM is taught.