This is a pretty simple game, but it makes a nice variation on the Race-to-100 game for young children who need to work on counting by tens from any number.
See the Number Grid Game (PDF)
How to Play
You’ll need a 6-sided die, a hundred chart (printables here), and a small token to mark each player’s square. A crumpled bit of colored construction paper works well as a token.
Take turns rolling the die. If you roll:
- 1: Move either 1 or 10 squares, your choice.
- 2: Move either 2 or 20 squares.
- 3–6: Move that number of squares.
The first player to reach the final square by exact count wins the game.
Variation #1: For a shorter game, the first player to move off the board wins. You don’t have to hit the final square by exact count.
Variation #2: For a longer game, if you cannot move your full roll forward, you must move backward. Rolling 6 is a “wild card” — you can move any number from one to ten.
Variation #3: Count down. Start at the highest number on your chart and subtract each roll, moving toward zero. If you have a chart like the original shown above, a player whose move goes past zero into negatives will add the number on their next roll.
More Ways to Play on a Hundred Chart
A hundred chart can provide mathematical play from preschool to high school. The list on my blog began many years ago with seven activities, games, and logic puzzles.
Wow, has it grown!
Discover 30+ Things To Do with a Hundred Chart
If you haven’t seen the meme going around, this is a palindrome week because the dates (written American style and with the year shortened to ’19) are the same when reversed.
Here’s a math puzzle for palindrome week — or any time you want to play with math:
- Print a 100 chart.
- Choose a color code.
What do you think: Will all numbers eventually turn into palindromes?
You can find all sorts of hundred charts on my Free Math Printable Files page.
Read about the history of palindromes on Nrich Math’s Palindromes page.
Find out more about the Palindromic Number Conjecture in Mark Chubb’s article An Unsolved Problem your Students Should Attempt.
Or play with Manan Shah’s advanced palindromic number questions.
One of the sections in my book Let’s Play Math: How Families Can Learn Math Together — and Enjoy It encourages parents to make beautiful math with their children.
Do you have trouble believing that math can be beautiful?
In “Inspirations,” artist Cristóbal Vila creates a wonderful, imaginary work studio for the amazing M.C. Escher. You’ll want to view it in full-screen mode.
How many mathematical objects could you identify?
Vila offers a brief explanation of the history and significance of each item on his page Inspirations: A short movie inspired on Escher’s works.
Read about the inspirations, and then try making some math of your own.
“I looked into that enormous and inexhaustible source of inspiration that is Escher and tried to imagine how it could be his workplace, what things would surround an artist like him, so deeply interested in science in general and mathematics in particular. I imagined that these things could be his travel souvenirs, gifts from friends, sources of inspiration…”
Inspirations: A short movie inspired on Escher’s works
I created these coloring pages for my homeschool co-op math kids, and then collected them into a downloadable 42-page PDF coloring book for your family to enjoy.
The booklet includes several ready-to-color designs, a wide assortment of graph paper, advanced create-your-own tessellation pages, and links to all sorts of online math art resources.
But when I posted the link to Twitter, a friend noticed that several of the resource links were broken. (Thanks, Mark!)
While I was fixing those, I added some new links (to the wonderful School of Islamic Geometric Design pattern templates and classroom resources).
So even if you’ve downloaded the file before, you may want to pick up this new-and-improved edition.
Click to Visit My Free Printables Page
More Ways to Play with Math Art
KenKen arithmetic puzzles build mental math skills, logical reasoning, persistence, and mathematical confidence.
Free via email every Friday during the school year.
What a great way to prepare your children for success in math!
Sign up anytime:
Click Here for KenKen Classroom Newsletter
How to Play
For easy printing, right-click to open the image above in a new tab.
Place the numbers from 1 to 6 into each row and column. None of the numbers may repeat in any row or column. Within the black “cages,” the numbers must add, subtract, multiply, or divide to give the answer shown.
Math your children can enjoy.
That’s the power of living books.
And there’s a new one coming soon, from the wonderful people at Natural Math.
“Long ago in the land of China, there were many rain storms … and the land of China was slowly sinking into the sea. This is the story of how a wise emperor, an observant girl, and a magic turtle saved the villages of China from the great flood.”
So begins the story of Ying and the Magic Turtle.
Children, parents, and teachers can enjoy the book for its rich beauty in mathematics and as an ancient legend.
We can play with the mathematics, too, solving the puzzle of the turtle’s shell right alongside Ying.
And we can delve deeper into the power of magic squares by working with puzzles presented at the end of the story.
Join the Crowdfunding Campaign
For more details about Ying and the Magic Turtle, including a peek at the delightful illustrations, check out the Kickstarter crowdfunding page:
Click here for Ying and the Magic Turtle
Donate to support the ongoing adventure of playful math for children!