Shapes In Math Science And Nature

The three most basic shapes: squares, triangles and circles are all around us, from the natural world to the one we’ve engineered. Full of fascinating facts about these shapes and their 3D counterparts, Shapes in Math, Science and Nature introduces young readers to the basics of geometry and reveals its applications at home, school and everywhere in between. Puzzles and activities add to the fun factor.

Uses a variety of activities to introduce the many types of triangles we encounter in everyday life.

The three most basic shapes -- squares, triangles and circles -- are all around us, from the natural world to the one we've engineered. Full of fascinating facts about these shapes and their 3D counterparts, Shapes in Math, Science and Nature introduces young readers to the basics of geometry and reveals its applications at home, school and everywhere in between. Puzzles and activities add to the fun factor.

Explores how the square is used in everyday life and uses activities to relate maths to everyday life. Suggested level : primary, intermediate, junior secondary.

"Kids learn about geometric shapes as they solve puzzles, mazes and brain teasers. Activities such as making origami and blowing bubbles add to the fun" Cf. Our choice, 1996-1997.

"Learn about number patterns that exist in a sunflower, the reason behind the hexagonal shape of a honeycomb, and all about the Fibonacci sequence. High impact photographs will draw in young readers as they learn about mathematical concepts that exist outside their front door."--]cProvided by publisher.

Why does nature prefer some shapes and not others? The variety of sizes, shapes, and irregularities in nature is endless. Skillfully integrating striking full-color illustrations, the authors describe the efforts by scientists and mathematicians since the Renaissance to identify and describe the principles underlying the shape of natural forms. But can one set of laws account for both the symmetry and irregularity as well as the infinite variety of nature's designs? A complete answer to this question is likely never to be discovered. Yet, it is fascinating to see how the search for some simple universal laws down through the ages has increased our understanding of nature. The Parsimonious Universe looks at examples from the world around us at a non-mathematical, non-technical level to show that nature achieves efficiency by being stingy with the energy it expends.

Shapes are everywhere! Shapes in Nature helps introduce young readers to various shapes found in daily life, from a cone on a rhino horn to a hexagon honeycomb. Simple sentences along with large eye-catching photographs help illustrate the 2-dimensional and 3-dimensional shapes found in nature. Prompts for recognizing shapes at the beginning and end of the book help strengthen vocabulary, math comprehension, and critical thinking skills. Aligned to Common Core Standards and correlated to state standards. Super SandCastle is an imprint of ABDO Publishing Company.

Written in a style that is accessible to a wide audience, The Fractal Geometry of Nature inspired popular interest in this emerging field. Mandelbrot's unique style, and rich illustrations will inspire readers of all backgrounds.

Why does nature prefer some shapes and not others? The variety of sizes, shapes, and irregularities in nature is endless. Skillfully integrating striking full-color illustrations, the authors describe the efforts by scientists and mathematicians since the Renaissance to identify and describe the principles underlying the shape of natural forms. But can one set of laws account for both the symmetry and irregularity as well as the infinite variety of nature's designs? A complete answer to this question is likely never to be discovered. Yet, it is fascinating to see how the search for some simple universal laws down through the ages has increased our understanding of nature. The Parsimonious Universe looks at examples from the world around us at a non-mathematical, non-technical level to show that nature achieves efficiency by being stingy with the energy it expends.