Shapes in Nature
Circles, triangles, spirals, hexagons — found in shells, honeycombs, leaves, and flowers.
Holiday homework and project guidance curated by Sunita Sharma — turning numbers, patterns, shapes, and measurements into a quiet, careful discovery.
“Look carefully. Mathematics is not only in textbooks — it is in flowers, homes, budgets, buildings, markets, and the patterns of daily life.”
The hidden mathematics around us — observed gently, drawn carefully, and explained in your own words.
Circles, triangles, spirals, hexagons — found in shells, honeycombs, leaves, and flowers.
Symmetry in butterflies, spider webs, honeycombs, leaves, and the radial bloom of flowers.
Use ruler, compass, and protractor to draw neat figures related to your topic.
Find area, perimeter, angles and measurements of each figure you use.
One clear application — bee combs, architecture borrowed from leaves, packing in pinecones.
Colourful illustrations, labels, and a thoughtful conclusion on maths in nature.
What you will explore — Observe how mathematics exists in nature through geometrical figures, symmetry, patterns, measurements and calculations — in flowers, leaves, honeycombs, shells and butterflies.
Choose your direction — money or measurement. Both ask the same quiet question: where does maths live in the world I already know?
What you will explore — Understand how mathematics works inside family budgets, shopping bills, banks, interest, shares, dividends, and graphs — the maths that quietly runs every household.
What you will explore — Explore how geometrical shapes and trigonometry are used in monuments, buildings, bridges and the natural world — and how angles let us measure what we cannot touch.
Six small habits that turn an ordinary file into one a teacher remembers. Use them in any order — but use them all.
Look for maths in real surroundings — markets, kitchens, parks, courtyards.
Draw clearly with ruler, compass, and protractor. No freehand on important diagrams.
Add numbers, units, angles, area and perimeter — never leave a diagram naked.
Use tables and graphs where comparisons help the reader understand quickly.
Every diagram should be labelled. Every label should be necessary.
End with what the project helped you understand — in your own words.
Each brief is a clean Markdown file with the full topic, activities, the Make it excellent tips, and a self-check. Open it in any notes app, or print it for your project file.
Go slowly. Read each item aloud. If something isn’t true yet, fix it — don’t hide it.