Fundamental and FUN first science concepts for kids, and the great thing is: there are robots! What is Sound? ... a superstar adventure! is a fun story that leads children through the sources and features of sound, on tour with their favourite robot rock band: BOOM! Flash, Bolt, Jet and Volt, the super-powered robots who make up the band, learn these fundamentals of science as they spend an awesome day preparing for a big show on their world tour. In the First Steps in Science series, children are encouraged to become super scientists with the help of various colourful and friendly robots, who are all going on awesome adventures. Children as young as 3-5 years old learn science through stories with bright and cheerful illustrations. Interactive elements throughout each book encourage hands-on engagement from children, and each story finishes with a creative activity to cement their science learning. A parent, carer and teacher's guide at the back of each book makes this a great resource for home school and classroom learning. Titles in the series include: First Steps in Science: What's a Force? ... a snow-day adventure! First Steps in Science: What is Energy? ... a Sports-Day adventure! First Steps in Science: What is Matter? ... a nature adventure! First Steps in Science: What is Motion? ... a cycling adventure! First Steps in Science: What is Light? ... a sunny sea-side adventure! First Steps in Science: What is Sound? ... a superstar adventure!

This work features science with the squishy bits left in! How do plants suck out the insides of dead insects? Why do stinging nettles like skeletons? Which fungi can make your toes drop off? Get the awful answers in "Vicious Veg"!

This edited volume brings together international research that explores children's creativity in STEM inquiry. It takes the position that creativity is relevant in all aspects of life and is essential for adaptable and innovative thinking. The research informed content of the book, highlights both challenges and opportunities for growing children's creativity. The book focuses on fostering children's creativity and natural curiosity in the world around them through STEM inquiry. Through STEM inquiry, children are learning through a cross- disciplinary approach where they apply concepts from multiple fields as they are thinking creatively, problem solving and constructing solutions. Educators play a critical role in encouraging children's creativity by modelling creativity, providing creative projects for children and importantly, establishing rich culturally connected environments where children have the resources, conditions and opportunities for acting and thinking creatively. The book provides a lens for looking at children's creativity in a range of different cultural settings. It offers insight and guidance to future research and will build educators' capacity for developing children's creative practices.

This book uses meta-analysis to synthesize research on scaffolding and scaffolding-related interventions in STEM (science, technology, engineering, and mathematics) education. Specifically, the volume examines the extent to which study quality, assessment type, and scaffolding characteristics (strategy, intended outcome, fading schedule, scaffolding intervention, and paired intervention) influence cognitive student outcomes. It includes detailed descriptions of the theoretical foundations of scaffolding, scaffolding strategies that have been proposed to meet different intended learning outcomes in STEM, and associated efficacy information. Furthermore, the book describes assessment strategies and study designs which can be used to evaluate the influence of scaffolding, and suggests new fields in which scaffolding strategies that have proven efficacious may be used.

Energy Lab for Kids offers 40 discovery-filled and thought-provoking energy projects by Emily Hawbaker, a science educator from the NEED (National Energy Education Development) project-with a foreword by Liz Lee Heinecke, author of Kitchen Science Lab for Kids. Using supplies that you can find around the house or in the grocery store, these exciting projects let you observe, explore, discover, and get energized! We hear about energy on the news, we use it every day, and sometimes we're told we have too much of it. But what is energy-potential, kinetic, chemical, radiant, and thermal? The lab activities in this book will let you explore almost everything about energy-what it is, how we find it, how we use it, and how we can save it. Uniting this collection of science experiments for the kitchen, backyard, or classroom is the goal to explore and discover real energy solutions. The chapters cross all categories-from steam, electricity, and chemical reactions, to water, solar, and wind power-allowing kids to compare and test the different sources and to discover their strengths and failings. Why is one source of energy is more efficient for a one situation but not for another? Why might two energy sources combined work better than a single source? Which sources are renewable? Projects are geared to understanding actual issues in the news today. With an emphasis on inventive exploration, you'll discover that creativity leads to breakthroughs. Learn about: chemical, radiant, and thermal energy by activating a glow stick and watching it get brighter in hot water. viscosity by sucking soda and chocolate syrup up an "oil pipeline" made from straws. solar energy by melting s'mores in a pizza box solar oven. wind power by lifting paperclips with a wind turbine made from a cup, paper, tape, and straw. calories by burning cheese puffs (and other food) in a homemade calorimeter. The popular Lab for Kids series features a growing list of books that share hands-on activities and projects on a wide host of topics, including art, astronomy, clay, geology, math, and even how to create your own circus-all authored by established experts in their fields. Each lab contains a complete materials list, clear step-by-step photographs of the process, as well as finished samples. The labs can be used as singular projects or as part of a yearlong curriculum of experiential learning. The activities are open-ended, designed to be explored over and over, often with different results. Geared toward being taught or guided by adults, they are enriching for a range of ages and skill levels. Gain firsthand knowledge on your favorite topic with Lab for Kids.

The heartfelt and funny memoir of a boy who built himself a prosthetic arm out of the world-famous toy bricks. David Aguilar was born missing part of one arm, a small detail that seemed to define his life and limit people's ideas of who he was and who he could be. But in this funny and heartfelt memoir, David proves that he can throw out the rulebook and people's expectations and maybe even make a difference in the world-and all with a sense of humor. At only nine years old, David built his first prosthesis from LEGO bricks, and since then he hasn't stopped creating and thinking about how his inventions, born from a passion for building things, could fuel change and help others. With a voice full of humor and heart, David tells his powerful story, of family and friendship, of heartbreak and loss, and ultimately of triumph and success, as he continues to dream big and build a life and a better world-piece by piece.

What inspired the work and works of geniuses like Leonardo, Einstein, Frida and Curie? These books aim to explain it to the little ones, presenting some of the greatest characters of the past in a funny and light-hearted way, to which children can easily relate. The great characters become the most powerful kind of inspiration, to push the little readers to dream a little bigger.

A gloriously illustrated celebration of trailblazing women. Women in Science highlights the contributions of fifty notable women to the STEM fields of science, technology, engineering and mathematics, from both the ancient and modern worlds. The book also contains fascinating infographics and an illustrated scientific glossary. The extraordinary women profiled include well-known figures like the physicist and chemist Marie Curie, as well as lesser-known pioneers such as Katherine Johnson, the African-American mathematician who calculated the trajectory of the Apollo 11 mission to the moon. Women in Science celebrates the achievements of the intrepid women who have paved the way for the next generation of female engineers, biologists, mathematicians, doctors, astronauts, physicists and beyond ...

Produced as a result of workshops held at Johnson Matthey (extraction of platinum group metals), Raychem (smart materials) and Chemoxy International (biodiesel), this book presents useful material in the form of teacher's notes and photocopiable worksheets. It will be useful at pre- and post-16 level.

The first book in Scott Westerfeld's international bestselling series, Uglies!

Tally lives in a world where your sixteenth birthday brings aesthetic perfection: an operation which erases all your flaws, transforming you from an 'Ugly' into a 'Pretty'. She is on the eve of this important event, and cannot wait for her life to change. As well as guaranteeing supermodel looks, life as a Pretty seems to revolve around having a good time. But then she meets Shay, who is also fifteen - but with a very different outlook on life. Shay isn't sure she wants to be Pretty and plans to escape to a community in the forest - the Rusty Ruins - where Uglies go to escape ' turning'. Tally won't be persuaded to join her, as this would involve sacrificing everything she's ever wanted for a lot of uncertainty.

When she is taken in for questioning on her birthday, however, Tally gets sent to the Ruins anyway - against her will. The authorities offer Tally the worst choice she could ever imagine: find her friend Shay and turn her in, or never turn Pretty at all. What she discovers in the Ruins reveals that there is nothing 'pretty' about the transformations... And the choice Tally makes will change her world forever.

Twenty-five years ago there was increasing optimism in policy, curriculum and research about the contribution that technology education might make to increased technological literacy in schools and the wider population. That optimism continues, although the status of technology as a learning area remains fragile in many places. This edited book is offered as a platform from which to continue discussions about how technology education might progress into the future, and how the potential of technology education to be truly relevant and valued in school learning can be achieved. The book results from a collaboration between leading academics in the field, the wider group of authors having had input into each of the chapters. Through the development of a deep understanding of technology, based on a thoughtful philosophy, pathways are discussed to facilitate student learning opportunities in technology education. Consideration is given to the purpose(s) of technology education and how this plays out in curriculum, pedagogies, and assessment. Key dimensions, including design, critique, students' cultural capital are also explored, as are the role and place of political persuasion, professional organisations, and research that connects with practice. The discussion in the book leads to a conclusion that technology education has both an ethical and moral responsibility to support imaginings that sustain people and communities in harmony and for the well being of the broader ecological and social environment.

Readers will find out what happens to food and air and blood in our bodies; where our bones, muscles, veins, and nerves are; and how our brain works and controls what we do.

Why do newspapers turn yellow?

How does bleach make colors disappear?

Why can't you mix oil and water?

Find out the answers to these and other mysteries of chemistry in this fascinating collection of ideas, projects, and activities that teach the basics of chemistry theory and practice.

Turn steel wool into a glutinous green blob. Separate an egg from its shell without breaking the shell. Make copper pennies turn green. Have fun while you learn simple chemistry from a solution of colored water, and the behavior of gases with the help of a soda bottle. Through these and other activities, you'll explore the structure of matter, the workings of acids, gases, and solutions . . . and much more.

You'll find most of the materials you need around the house or classroom. Every activity has been pretested and can be performed safely and cheaply in the classroom, at a science fair, or at home.

Also available in this series from Janice VanCleave:

• ASTRONOMY FOR EVERY KID
• BIOLOGY FOR EVERY KID
• DINOSAURS FOR EVERY KID
• EARTH SCIENCE FOR EVERY KID
• GEOGRAPHY FOR EVERY KID
• GEOMETRY FOR EVERY KID
• THE HUMAN BODY FOR EVERY KID
• MATH FOR EVERY KID
• PHYSICS FOR EVERY KID.

Explore the science in everyday life with these simple, step-by-step experiments to do around the home. Each activity takes a complex, scientific concept and makes it easy for kids to understand. Young scientists will enjoy discovering the science behind the simple phenomena all around them.

What are germs? How do they spread? And how do medicines help? Curious young children can take a closer look at those mischievous, microscopic bacteria and viruses in this fascinating introduction to germs and hygiene, with 30 flaps to lift and tips on hand-washing and staying healthy. Written with advice from Public Health England.

p.p1 {margin: 0.0px 0.0px 0.0px 0.0px; text-indent: 36.0px; font: 13.0px Times} The Atomic Women is a portrait of the World War II female scientists who worked in laboratories and secrets sites of the Manhattan Project, and whose contributions have been left unstudied. Recruited not only from labs and universities from across the country, but also from countries abroad, these women scientists helped, and often initiated the development of the atomic bomb, taking a starring role in the Manhattan Project; in fact, their involvement was critical to its success. This book explores not just the critical steps towards the creation of a successful nuclear bomb, but also the moral implications of such an invention.Centering The Atomic Women are the groundbreaking leading female scientists of the atomic era, who gave rise to the project: Lise Meitner and Irene Joliot-Curie (daughter of Marie Curie), who from Europe led the groundwork for the Manhattan Project, though they were not fully aware of the consequences. Elizabeth Rona, the foremost expert in plutonium, whose expertise gave rise to 'The Fat Man' and 'Little Boy,' the bombs dropped over Japan. As well as Leona Marshall, Elizabeth Graves, and Joan Hinton, who looked upon the European scientific ideals for inspiration, but went ahead and carved their own path. p.p1 {margin: 0.0px 0.0px 0.0px 0.0px; font: 13.0px Times} span.s1 {font-kerning: none} p.p1 {margin: 0.0px 0.0px 0.0px 0.0px; font: 13.0px Times} span.s1 {font-kerning: none}

A new addition to the Questioneers series, a full-color nonfiction early reader series based on the new Ada Twist, Scientist Netflix series! Why do airplanes look the way they do? Why can't birds fly when they're first born? And why do some paper planes fly farther than others? Ada Twist, Scientist: The Why Files is the perfect nonfiction resource for all these questions and more. Discover everything there is to know about flight from Ada Twist, Scientist-from information about creatures that fly, to the history of aircrafts, to modern technology that allows us to soar through the air faster than ever! Based on the bestselling series and the new Netflix show, this nonfiction series is perfect for the youngest scientists of tomorrow!

Published in 1998. The Desirable Outcomes for pre-fives and the National Curriculum for Key Stage 1 set out the requirements for learning from nursery through to the end of Key Stage 1 in both science and technology. This book will increase the confidence of the classroom assistants by offering suggestions for improving their subject knowledge in line with these requirements, and advice on how to support the teacher and the child through appropriate learning activities. The handbook will also benefit headteachers and teachers in early years settings who are training volunteers or classroom assistants (perhaps taking STA, BTEC or NNEB courses).

Focuses on the insects, birds, amphibians, and other animal life found in gardens, including creatures both beneficial and damaging, and discusses the best ways to care for garden plants.

A Beginners Guide to the Periodic Table is a mind-blowing guide to the elements that make up the periodic table. By linking each element to a story, wacky science analogy or fascinating fact, Gill creates a unique first reference to the periodic table. From smelly sulphur and exploding hydrogen to why Stevie Wonder is blind and everything in between, Gill seamlessly explains the mind-boggling 92 elements which will make you look at the periodic table in a whole new light!??Packed full of eye-catching illustrations and fantastic explanatory diagrams, prepare to be amazed by the most wacky and informative first introductory to the periodic table ever! Packed full of eye-catching illustrations and fantastic explanatory diagrams, prepare to be amazed by the most wacky and informative first introductory to the periodic table ever!