Following the pattern of her previous book, Helen McElderry offers new pictures here to colour and further opportunity for children to learn and practise their multiplication tables.
This title is intended to act as an encouragement for children to learn multiplication tables. On every page there are diagrams made up of small numbered areas. If that number will divide by the number being studied then the area has to be coloured.
This book gives us a glimpse into how mathematics started and evolved, and how it can help us from simple measurements to navigating ourselves using mathematically simplified maps. There are tasks, answers and explanations for children, students and teachers to use.
This beautiful model to cut out and glue together is the result of arranging five interpenetrating cubes in a highly symmetrical way. Each cube is printed... Læs mere
This second edition extends the models considerably - adding 60 new pages of activities. Themodels have been divided into Convex and Planar Polyhedra and Rhombic Polyhedra - usingmodular origami to the maximum effect.
Cased edition of the second edition of the major work on mathematical orgami - for durability and for library sales.
Not focusing on either science and mathematics gives the elbow room to look at things that curricula don't cover. Some of the more than 75... Læs mere
This "do-it-yourself" pop-up has six scenes from the Roman empire to cut out and make. They include the City of Rome, the Forum, and Ostia, the Port of Rome. This book is accompanied by lots of ideas and information to help bring an ancient civilization to life.
Mathematics seems, on the face of it, a cut and dried subject. But does being able to "do" mathematics mean being competent at techniques? Understanding how ideas... Læs mere
Team Games are special mathematical puzzles and problems which produce real co-operation between the members of a team. The mathematical content is that of the normal curriculum. Each player only gets some of the information and so all must play a part in arriving at a solution.