The myth-busting Monster Science series explores the science behind the hottest monsters in pop culture. Could electricity really bring Frankenstein's creature to life? Could a zombie even move about without living flesh on its bones? What methods through time have been used to mummify people? Discover whether the scariest monsters could exist when you apply the hard facts of science. Perfect for the reluctant scientist in your life - draw them in with the graphic novel feel and spooky details of this series! Science principles come to life through quirky and humorous explanations paired with illustrations that strike a balance between the right amount of gory and funny. Author Joy Lin, named one of the most inspirational science teachers by TED Ed, has a featured series on their website. She is also a screenwriter, comedian and presents superpower science theories at various Comic Cons. Joy is also author of the series Superpower Science.

The myth-busting Monster Science series explores the science behind the hottest monsters in pop culture. Could a vampire survive on a diet of blood alone? Could a witch really fly on a broomstick when you apply the laws of physics? Can haunted houses be explained by biology? Discover whether the scariest monsters could exist when you apply the hard facts of science. Perfect for the reluctant scientist in your life - draw them in with the graphic novel feel and spooky details of this series! Science principles come to life through quirky and humorous explanations paired with illustrations that strike a balance between the right amount of gory and funny. Author Joy Lin, named one of the most inspirational science teachers by TED Ed, has a featured series on their website. She is also a screenwriter, comedian and presents superpower science theories at various Comic Cons. Joy is also author of the series Superpower Science.

Science topics are explored through illustrated scenes showing science in action in everyday life. Explore scenes from everyday life that reveal the science that's happening all around you, then find out about the science in more detail. In this book, discover a world of sound - its properties and how we hear it, how the ear works and what volume, pitch and echoes are. Fun interactive features invite you to find further examples for yourselves in the artwork. Part of the I See Science series, aimed at readers upwards of age five, which includes titles on Living Things, Materials, Light, Forces and Magnets, States of Matter and Sound.

Everything moves! Kids run around the playground, cars drive on the road, and balls fly through the air. What causes all this motion? Physics! Forces and motion rule the way everything moves through space. In Explore Forces and Motion! With 25 Great Projects, readers ages 7 through 10 discover that the push and pull of every object on the planet and in space depends on how a force acts upon it. Things float because of a force called buoyancy, we stick to the ground because of a force called gravity, and we make footprints in sand because of a force called pressure. Physics becomes accessible and interactive through activities such as a experimenting with a water cup drop, building a bridge, and spotting magnetic field lines. Simple machines such as levers, pulleys, and wedges are used as vehicles for discovery and comprehension of the foundational concepts of physical science. Using a theme familiar to everyone--motion--this book captures the imagination and encourages young readers to push, pull, twist, turn, and spin their way to learning about forces and motion.

Digital video and film technologies are transforming classrooms across the world. Teaching the Screen looks beyond the buttons and knobs to explore ways of teaching video and film effectively in secondary classrooms. More and more young people have access to low-cost filming and editing technologies - mobile phones, computers, portable digital - which is changing the experience of digital storytelling. Approaches to classroom teaching and learning need to change too. The authors offer a new pedagogy of film storytelling that draws on research from effective classroom film learning practice. They contextualise screen learning within different educational settings, discuss how teachers can highlight aesthetics in film appreciation and filmmaking, and explore the impact of different technologies. Teaching the Screen is essential reading for educators who want to create engaging learning and teaching activities with screen technologies in secondary English and other subject areas. 'A well balanced and comprehensive account of the issues in filmmaking likely to be encountered by English teachers. It lifts engagement beyond the usual procedural knowledge level, to one of active critique.' - Sue Brindley, University of Cambridge 'This book has bridged the theoretical and practical without compromising either. It offers a thorough systematic account of theoretical issues and practical techniques in teaching film appreciation and filmmaking.' - Associate Professor George Belliveau, University of British Columbia

A lift-the-flap book showing milestones in a baby's development during pregnancy and the mother's experiences as it grows.

Technology provides ample opportunities for teachers to be learners, as well as for the learners to become the teachers. Sometimes, the most effective technology enabled classrooms are those where the instructor is the expert in the content area, and the students are the technology experts. Oftentimes it is with a great sense of pride that a student will show a teacher how to adroitly move about in an application. Designed for both instructors and students, this book teaches an array of computer applications while simultaneously allowing the user to become proficient in technological standards. Based on Joanne Barrett's notes and shortcuts from her years as a computer specialist and computer teacher, this all-inclusive hands-on guide will assist teachers and students in grades 5 through 12 who are using computers in the classroom. Explaining concepts and complicated processes in an understandable language, this complete instructional tool covers in one volume all of the computer topics that the teacher will encounter. Topics include: * Word processing * Spreadsheets * Creating charts and graphs * Databases * Multimedia presentations * The Internet * Web page design * Programming * Viruses and copyright issues

Brain Lab for Kids offers 52 family-friendly activities, science experiments, and models to help you understand how the brain accomplishes all that it does. Riding a bicycle, learning a new language, catching a ball, reading a book: these activities and everything else we see, hear, feel, and do are made possible by the soft, whitish-pink substance inside our heads called the brain. These hands-on projects will give you a new appreciation for your brain and the many amazing things it does for you. Have fun learning: how cerebrospinal fluid works by dropping eggs held in containers, with and without water. about touch receptors by making a touch maze with glue and cardboard. how people filter out unneeded sound by conducting a listening experiment. how vision interacts with taste and smell by tasting colored drinks. The labs are organized by unit themes: The Neuron, The Brain, Reflexes, Taste, Smell, Vision, Touch, Hearing, Sleep and Body Rhythms, and Memory. The "What's Going On" section for each lab explains the science behind the fun. "Brain Facts" are interesting, and perhaps surprising, bits of trivia related to each lab. Finally, "Thinking Deeper" has suggestions for taking the lab further. The expanding field of brain science, also called neuroscience, offers the opportunity for all of us to learn about ourselves and others, and how we can better communicate, motivate, inspire, and just plain collaborate together. 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.

A graphically stunning, first-ever volume of nautical codes for children This stunning visual refence is an introduction to maritime communication through nautical flags, along with morse code, the phonetic alphabet, and semaphore signaling. Today's system of international maritime signal flags was devel-oped in the 19th century, and is still used for communication between ships, or between ship and shore. Each flag, boldly colored for visual distinction at sea, stands for a letter as well as a phrase relevant to seafaring. The resulting code is both beautiful and functional, inviting readers to code and decode messages of their own!

The six women portrayed in this book--Maria Merian (b. 1647), Anna Comstock (b. 1854), Frances Hamerstrom (b. 1907), Rachel Carson (b. 1907), Miriam Rothschild (b. 1908) and Jane Goodall (b. 1934)--all grew up to become award-winning scientists, writers and artists, as comfortable with a pen as with a magnifying glass. They all started out as girls who didn't run from spiders or snakes, but crouched down to take a closer look. Often they were discouraged from getting dirty, much less pursuing careers in science. But they all became enthusiastic teachers, energetic writers, and passionate scientists--frequently the only women in their field. Their stories remind us to look and to look harder and then to look again. Under rotten logs or in puddles, there are amazing things to see.

Blast off to explore our Solar System - from the fearsome heat of the Sun to the freezing distant planets, plus moons, asteroids and more. Discover how humans are planning to visit Mars, what you would weigh on Jupiter and what makes Venus so deadly.

Can a magnet really crush a car? How do magnets stick to the fridge without tape or glue? Discover the wonder and science of magnets in Magnets Push, Magnets Pull.

In this prequel to the NO. 1 INTERNATIONAL BESTSELLING phenomenon of TIKTOK fame, They Both Die at the End, two new strangers spend a life-changing day together after Death-Cast make their first fateful calls. 'If They Both Die at the End broke your heart and put it back together again, be prepared for this novel to do the same. A tender, sad, hopeful and youthful story that deserves as much love as its predecessor.' Culturefly '[A] heart-pounding story [full] of emotion and suspense.' Kirkus 'An extraordinary book with a riveting plot.' Booklist Meet Orion and Valentino. It's the night before Death-Cast goes live, and there's one question on everyone's mind: Can Death-Cast actually predict death, or is it an elaborate hoax? Orion Pagan has waited years for someone to tell him that he's going to die, given his serious heart condition. Valentino Prince has a long and promising future ahead of him and only registered for Death-Cast after his twin sister nearly died in a car accident. Orion and Valentino cross paths in Times Square and immediately feel a deep connection. But when the first End Day calls go out, their lives are changed for ever - one of them receives a call . . . the other doesn't. Told with acclaimed author Adam Silvera's signature bittersweet touch, this story celebrates the lasting impact that people have on each other and proves that life is always worth living to the fullest. PRAISE FOR ADAM SILVERA: 'There isn't a teenager alive who won't find their heart described perfectly on these pages.' Patrick Ness, author of The Knife of Never Letting Go 'Adam Silvera is a master at capturing the infinite small heartbreaks of love and loss and grief.' Nicola Yoon, author of Everything, Everything 'A phenomenal talent.' Juno Dawson, author of Clean and Wonderland 'Bold and haunting.' Lauren Oliver, author of Delirium

Science is for everyone! Science People celebrates the diversity of the scientific community around the world. Meet more than 50 trailblazers in botany, biology, physics, engineering, mathematics, and a host of other STEM fields. Bold, whimsical illustrations by David Lee Csicsko (The Skin You Live In) along with concise, engaging bios celebrate a diverse group of scientists, from around the world and all eras of history. Classic figures like Galileo and Marie Curie are included alongside scientists and activists working in the field right now - like geneticists (and Nobel Prize winners) Jennifer Doudna and Emmanuelle Charpentier, or Phillip Alviola, a bat virologist from the Philippines on the cutting edge of coronavirus research. From astronomers to zoologists, Science People highlights explorers in a wide range of fields - representing a multicultural mix of genders, races, and nationalities, in walks of life - showing that science is for everyone. It will inspire readers young and old to ask their own questions about the world around them.

The Global Collaboration initiatives related in this book are examples of how educators have experimented with different mechanisms to provide science, technology, engineering and mathematics (STEM) education programmes through information and communication technologies. In many cases, these programmes have looked at the allied personal communication and collaboration skills that students of these subjects also need: the so-called STEM+ curriculum. In particular, these approaches to STEM+ provision show how the internationalization of education can be made more effective and accessible through the exploitation of collaborative technologies and non-traditional pedagogies. The approaches address the following themes: technologies for distance learning and collaboration pedagogies for online learning remote communication and collaboration An international perspective is made possible within the book through the inclusion of authors from North America, Europe and Asia. These authors present case studies from technology-enhanced learning projects over the past six years.

Providing practical guidance on enhancing learning through ICT in the arts, this book is made up of a series of projects that supplement, augment and extend the QCA ICT scheme and provide much-needed links with Units in other subjects' schemes of work. It includes: examples and advice on enhancing learning through ICT in art, music, drama and design technology fact cards that support each project and clearly outline its benefits in relation to teaching and learning examples of how activities work in 'real' classrooms links to research, inspection evidence and background reading to support each project adaptable planning examples and practical ideas provided on accompanying downloadable resources. This book is invaluable reading for all trainee and practising primary teachers.

John Taylor jumpstarts pupil and teacher enthusiasm for ICT learning with this refreshing range of simple to use activities, games and creative lesson starters. Encouraging and developing creative uses of basic ICT software, Jumpstart ICT widens teachers' horizons, bringing ICT to the fore as an exciting resource and classroom tool. Key aims of the book include: making learning ICT techniques fun for both teacher and pupil developing the ICT confidence of non-specialist teachers providing opportunities for non-specialist teachers to learn and demonstrate specific techniques encouraging pupils to creatively explore ways to achieve tasks giving pupils opportunities to apply their learning of techniques through task races. @text:Aimed at all KS2 teachers and KS3 ICT teachers seeking to refresh their ICT teaching, these quick 'starter' activities will provide variety and challenge to a typical ICT lesson.

Providing practical guidance on enhancing learning through ICT in science, this book is made up of a series of projects that supplement, augment and extend the QCA ICT scheme and provide much-needed links with Units in other subjects schemes of work. It includes:

• fact cards that support each project and clearly outline its benefits in relation to teaching and learning
• examples of how activities work in 'real' classrooms
• links to research, inspection evidence and background reading to support each project
• adaptable planning examples and practical ideas provided on an accompanying CD ROM.

This book is essential reading for all trainee and practising primary teachers."

With an in-depth exploration of the following topics, this book covers the broad uses of zinc oxide within the fields of materials science and engineering:
- Recent advances in bulk, thin film and nanowire growth of ZnO (including MBE, MOCVD and PLD),
- The characterization of the resulting material (including the related ternary systems ZgMgO and ZnCdO),
- Improvements in device processing modules (including ion implantation for doping and isolation, Ohmic and Schottky contacts, wet and dry etching),
- The role of impurities and defects on materials properties
- Applications of ZnO in UV light emitters/detectors, gas, biological and chemical-sensing, transparent electronics, spintronics and thin film

Have you seen your shadow today? It follows you around on a sunny day. Shadows can change shapes and sizes. What else has a shadow? This science reader introduces students to the concept of shadows. With easy-to-read text and detailed, vivid images, this book teaches students important scientific subjects and vocabulary. Aligned to state and national standards, the book contains nonfiction text features like an index, a glossary, captions, and bold font to keep students connected to the text. A hands-on science experiment helps students apply what they have learned and develops critical thinking skills.