I consider star polygons as activities, yes, but they are indeed related to math. They’re really fun, though! You connect the vertices of the polygons in a numbered order with a ruler, and see what kind of shape you get. All make an interesting star-like shape, each having its own pattern to surprise you. In some worksheets below, you can experiment with polygons on your own. Also, they resemble dot-to-dots in a way. Have fun!
 Regular Polygons Blank 1 |
 Regular Polygons Blank 2 |
 Regular Polygons Blank 3 |
 Star Polygon {5/2} Pentagram |
 Star Polygon {6/5} Hexagram |
 Star Polygon {7/2} Heptagram1 |
 Star Polygon {7/3} Heptagram2 |
 Star Polygon {8/3} Octagram |
 Star Polygon {9/2} Nonagram |
 Star Polygon {9/4} Nonagram |
You can purchase all of these activities as a single, inexpensive PDF file with even more activities!
Instant download!
Children’s Best 101 Thanksgiving Activity Pack
Price: $4.00
Number of Pages: 104
Children’s Best Thanksgiving Activity Pack is filled with 101 fun, enjoyable activities that include dot-to-dots, copy-the-pictures, various types of matching activities, coloring pages, mazes, trace-the-dots, color by numbers, and much more! The age level spans from 4-8, though this would be a fun, printable Thanksgiving surprise for any child!
 Star Polygon {10/3} Decagram |
 Star Polygon {12/5} Dodecagram |
 Star Polygons – Decagrams: Make your own! |
 Star Polygons – Dodecagrams: Make your own! |
 Star Polygons – Hendecagrams: Make your own! |
 Star Polygons – Heptagrams: Make your own! |
 Star Polygons – Nonagrams: Make your own! |
 Star Polygons – Octagrams: Make your own! |
You can purchase all of these star polygons as a single, inexpensive PDF file!
Instant download!
Children’s Best Star Polyogns
Price: $0.95
Page Count: 21
This little booklet contains empty polygon pictures so that children can draw and experiment with different star polygon shapes. Star polygons are created by joining the vertices of a regular polygon in a certain order, such as every second vertex or every third vertex.
The booklet contains one-page worksheets for some specific star polygons, such as the nonagram {9/4} (where you connect every fourth vertex of a nonagon) or the heptagram {7/2} (connect every second vertex of a heptagon), and also pages that have several regular polygons per page.
Lastly I have included three pages with a selection of regular polygons for cut-out projects, coloring, measuring, drawing, more star polygon experiments, and so on.
