The inclusion of technology among the National Curriculum foundation subjects is an exciting, but somewhat daunting challenge for primary teachers. Design and Technology in the Primary School aims to provide teachers and student teachers with examples of a range of design and technology activities and with some guidance on curriculum planning in this area. Case studies, drawn from classes at all ages from four to twelve, show how teachers with little or no previous experience of work in this field can use their existing knowledge of materials and processes to develop successful projects in design and technology. Mindful of the considerable time constraints under which teachers operate at the moment, the authors show how work in design and technology can be linked with other subjects across the curriculum, both in class projects and whole school topics.

Looking at education in and beyond school, Solomon considers the different meanings of energy and its effect on language and personality, the ancient and topical, cognitive growth and personal values, practical technology and abstract theory, the world of citizens and the world of schools. She highlights, through a range of practical examples, the difficultes in teaching about the concepts of "energy" and the problems facing school pupils who have to tackle the concept of energy in the everyday world and relate this to school text-book physics.

Looking at education in and beyond school, Solomon considers the different meanings of energy and its effect on language and personality, the ancient and topical, cognitive growth and personal values, practical technology and abstract theory, the world of citizens and the world of schools. She highlights, through a range of practical examples, the difficultes in teaching about the concepts of energy and the problems facing school pupils who have to tackle the concept of energy in the everyday world and relate this to school text-book physics.

The Cambridge IGCSE (R) & O Level Complete Physics Student Book is at the heart of delivering the course. It has been fully updated and matched to the latest Cambridge IGCSE (0625) & O Level (5054) Physics syllabuses, ensuring it covers all the content that students need to succeed. The Student Book is written by Stephen Pople, experienced and trusted author of our previous, best-selling edition, and Anna Harris. It has been reviewed by subject experts globally to ensure it meets teachers' needs. The book offers a rigorous approach, with a light touch to make it engaging. Varied and flexible assessment-focused support and exam-style questions improve students' performance and help them to progress, while the enriching content equips them for further study. The Student Book is available in print, online or via a great-value print and online pack. The supporting Exam Success Guide and Practical Workbook help students achieve top marks in their exams, while the Workbook, for independent practice, strengthens exam potential inside and outside the classroom.

The almost forgotten craft of shifting large weights with brains instead of engines. Beginning with practical rules for moving like "Get the Ming vase out of the Room. All the way out," and "What goes up comes down heavier." This is a fascinating description of applied physics in the real world. If you move engine blocks, concrete mooring sinkers, or nothing heavier than this book from table to lap, you'll enjoy the encouraging narrative and the precise drawings. Not everyone moves coffins with marbles or sheet steel with baseballs, but you might very well find an idea to help you move Uncle Harry's monstrous bathtub out of the basement, or a reluctant oak stump out of the yard.

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? Ever wondered why his hair looked so wild? Siblings Paige and Turner do-and they've collected some of the kookiest and most unusual facts about the world-famous scientist, from his childhood and school days to his time studying relativity and working on the atomic bomb. Narrated by the two spirited siblings and animated by Allison Steinfeld's upbeat illustrations, Albert Einstein Was a Dope? expertly balances authoritative information with Dan Gutman's signature zany humour.

This nonfiction science reader will help fifth grade students gain science content knowledge while building their reading comprehension and literacy skills. This purposefully leveled text features hands-on, challenging science experiments and full-color images. Students will learn all about matter, subatomic particles, the periodic table of elements, and much more through this engaging text that supports STEM education and is aligned to the Next Generation Science Standards. Important text features like a glossary and index will improve students close reading skills.

To bake a universe, you'll need a heaping pile of nothing. That's right, not a single thing! Just make sure you have enough... In How to Bake a Universe, Alec Carvlin breaks down the Big Bang into the steps of a recipe, from the formation of quarks and atoms (preheat your oven to Absolute Hot) to the compression of gases into stars and planets (just set your timer for 180 million years). Carvlin expertly balances mind-boggling facts with snappy storytelling, and Brian Biggs's bold and contagiously cheerful illustrations bring the infinite down to the bite-sized. How to Bake a Universe is an accessible and playful authority on the formation of the universe and a heartfelt commentary on how to live in it.

The Cambridge Lower Secondary Complete Physics Student Book builds a solid foundation in Lower Secondary Physics through a rigorous, separate science approach and develops the skills students need to prepare them for the step up to IGCSE. This resource fully covers the curriculum and prepares students for a smooth transition to IGCSE Physics. Written by Helen Reynolds, author of our previous successful edition, this book provides an international approach that maintains the strengths of the previous edition, with updates and improvements to better meet students' needs. The Student Book is supported by a Workbook that provides opportunities for independent practice inside and outside the classroom, and a Teacher Handbook, which offers full teaching support.

Simple explanations of complex ideas for your future genius!

Written by an expert, Statistical Physics for Babies is a colorfully simple introduction to the second law of thermodynamics. Babies (and grownups!) will learn all about entropy, probability, and more. With a tongue-in-cheek approach that adults will love, this installment of the Baby University board book series is the perfect way to introduce basic concepts to even the youngest scientists. After all, it's never too early to become a scientist!

Baby University: It only takes a small spark to ignite a child's mind.

Aspiring young physicists will discover an amazing group of inspiring scientists and memorable experiments in Physics for Kids, the third book of The Kitchen Pantry Scientist series. Make a water rocket and engineer the perfect paper airplane. Play with mirror images. Use atmospheric pressure to push an egg into a bottle. Crush a mint to create a flash of light. This engaging guide offers a series of snapshots of 25 scientists famous for their work with physics, from ancient history through today. Each lab tells the illustrated story of a scientist along with some background about the importance of their work, and a description of where it is still being used or reflected in today's world. A step-by-step experiment paired with each story offers kids a hands-on opportunity for exploring concepts the scientists pursued, or are working on today. Experiments range from very simple projects using materials you probably already have on hand, to more complicated ones that may require a few inexpensive items you can purchase online. Just a few of the incredible people and scientific concepts you'll explore: Galileo (b. 1564) Play with pendulums Sir Isaac Newton (b. 1642) Center of gravity balancing trick Albert Einstein (b. 1879) Playground ball relativity Stephen Hawking (b. 1942) Collapsing stars and black holes Christine Darden (b. 1942) Engineer a perfect paper airplane With this fascinating, hands-on exploration of the history of physics, inspire the next generation of great scientists. Dig into even more incredible science history from The Kitchen Pantry Scientist series with: Chemistry for Kids, Biology for Kids, Math for Kids, and Ecology for Kids.

Neil deGrasse Tyson has become one of the most recognisable and respected figures in science. In this adaptation of his "genuinely accessible" (Summer Reading 2017, The Sunday Times) The New York Times number one bestseller Astrophysics for People in a Hurry (ISBN 978 0 393 60939 4), Tyson has-for the first time-served up the universe in a handy, portable package designed specifically for young readers. From the difference between a star and a supernova to what matter and dark matter really are, Astrophysics for Young People in a Hurry will turn young people into budding experts on the fundamental rules and unknowns of our universe. Along the way, Tyson's characteristic wit ensures a journey packed with fun.

Our universe is brimming with secrets, and surprising curiosities. Here readers will learn the answers to all the questions they've asked themselves: What does the Sun look like from different planets in our galaxy? Why doesn't the Moon always appear the same? What is the largest river on Earth? And the highest mountain? In Geo-Graphics, our world becomes transformed by acclaimed artist Regina Gimenez, into 96 pages of gorgeous shapes and colors. Planets and stars, continents and islands, rivers and lakes, volcanos and hurricanes ... here they are presented as circles, polygons, lines, spirals, and accompanying facts that explain the world around us. This special and unusual atlas is a marriage of science and art like no other.

The Big Ideas in Physics and How to Teach Them provides all of the knowledge and skills you need to teach physics effectively at secondary level. Each chapter provides the historical narrative behind a Big Idea, explaining its significance, the key figures behind it, and its place in scientific history. Accompanied by detailed ready-to-use lesson plans and classroom activities, the book expertly fuses the 'what to teach' and the 'how to teach it', creating an invaluable resource which contains not only a thorough explanation of physics, but also the applied pedagogy to ensure its effective translation to students in the classroom. Including a wide range of teaching strategies, archetypal assessment questions and model answers, the book tackles misconceptions and offers succinct and simple explanations of complex topics. Each of the five big ideas in physics are covered in detail: electricity forces energy particles the universe. Aimed at new and trainee physics teachers, particularly non-specialists, this book provides the knowledge and skills you need to teach physics successfully at secondary level, and will inject new life into your physics teaching.

There are four books in the series: Electricity and Magnets, Sound and Light, Forces and Motion and Matter and Materials. Each title contains 20 tried and tested experiments. The experiments are all safe to do, use household materials, are manageable but absorbing, and offer rewarding results. Readers are told how long each experiment lasts, what materials are needed and what the results mean. Eye-catching illustrations and engaging text make this the perfect book for the budding scientist!

Please note this book is suitable for any student studying: Exam board: OCR Level: GCSE (9-1) Subject: Physics First teaching: September 2016 First exams: June 2018 These resources have been created specifically for the new 2016 OCR Gateway GCSE (9-1) specifications, providing support for the new harder GCSE content and increased maths requirements, as well as all required practicals. As OCR's Publishing Partner for Science, we work with OCR throughout the development of the qualifications to deliver high quality resources. - Created specfically for the new OCR Gateway (9-1) specifications - Built-in assessment and differentiation makes progress tracking easy - Students of all abilities are supported through the new, more demanding GCSE with ramped questions and differentiated objectives for every topic - Maths skills are built through exclusive direct, specification-matched links to MyMaths via Kerboodle, alongside worked examples and practice questions throughout the Student Books. - Practical skills are developed throughout the Student Books, with specific practice for the new practical questions and a bank of practical activities on Kerboodle - Multiple-choice, maths, practical and synoptic questions are included throughout