Discover the inspiring story of Ada Lovelace, one of the first computer scientists, who predicted how computers could change our lives in this fascinating kids' biography.
Learn to grow your own vegetables and herbs, attract awesome wildlife such as butterflies and bees, and be a green gardener with lots of recycling tips.
How Food Works is your own friendly nutritionist, on hand to debunk common food myths and give you the answers to those pressing questions with easy-to-swallow information.
50 easy to follow healthy recipes with clear, short step-by-step instructions and gorgeous images which will have children cooking with confidence in no time.
50 easy to follow healthy recipes with clear, short step-by-step instructions and gorgeous images which will have children cooking with confidence in no time.
Stir up some sticky slime, build a Solar System with rubber bands, power a speed boat using soap, and construct an erupting volcano, all with Home Lab, exciting experiments for budding scientists.
Join TV Presenter, Johnny Ball for an incredible number-filled adventure, cracking secret codes and unravelling mazesLet your child join Johnny Ball on a dazzling maths adventure to infinity and beyond.
Explore the world of rocks and fossils with more than 30 fun, hands-on activitiesStart your own rock collection, grow your own gems and even create an erupting volcano!
A simple, visual guide to helping children understand maths with Carol VordermanReduce the stress of studying maths and help your child with their homework, following Help Your Kids with Maths a unique visual guide which will demystify the subject for everyone.
New series from DK designed to help kids learn how to read and learn to love readingMega Machines is a 'Starting To Read' reader, perfect for children who are beginning to read for meaning, decoding and recognising words, and enjoying reading.
Elementary and Middle School Mathematics illustrates how children in PreK to 8th grade learn math, and then shows the most effective methods of teaching math using problem-based activities.
The book opens with a description of the smooth transition from Newtonian to Einsteinian behaviour from electrons as their energy is progressively increased, and this leads directly to the relativistic expressions for mass, momentum and energy of a particle.