Learn Science with Mo: Energy

Learn all about energy with Mo the Monster and his friends in this fun first science book for children aged 5+. Mo and his cousin Rory are going on a cookery course today! They are going to learn about where the gas that cooks their eggs comes from, what heat does to butter, about the electricity that powers the toaster and much more. But can Mo stay out of trouble while he''s having so much fun? Don''t count on it! If a monster can understand science, anyone can! Join Mo the Monster as he discovers the basic principles of science. Along the way, Mo is kept focused (monsters are notoriously easily distracted) with the help of simple, clearly presented information, plenty of questions to answer and science puzzles. The funny, colourful illustrations offer lots of scope for humour and interest to keep children engaged while they learn. Aimed at readers aged 5+. Titles in the series : Energy/Forces and Magnets/Habitats/The Human Body/Life Cycles/Light and Shadows/Machines/Materials/States of Matter/Plants/The Seasons/Time Energy Contents Energy for Mo Energy from the Sun Plant-powered energy Renewable energy Gas-powered eggs Electric toast Hot enough to melt butter Project brownie Electric vs muscle energy The right temperature Ding dong Lights out Where electricity comes from Glossary Books to read & Brownie ingredients Answers

Product details

• Authors: Michael Buxton, Paul Mason, Wayland Publishers
• Assisted by: Buxton Michael (Illustration)
• Publisher: Wayland
• Languages: English
• Age Recommendation: ages 6 to 8
• Product format: Paperback / Softback
• Release: 22.05.2025, delayed
• EAN: 9781526319142
• ISBN: 978-1-5263-1914-2
• No. of pages: 32
• Dimensions: 208 mm x 260 mm x 6 mm
• Series: Learn Science with Mo
• Subjects: Children's and young people's books > Non-fiction books / Non-fiction picture books > Natural science, technology; For National Curriculum Key Stage 1 (England and Wales), For National Curriculum Key Stage 1, Interest age: from c 6 years, fossil fuels; renewable energy; environment; photosynthesis