12 Projects & Endless Hours of Creative, Math-tastic Fun! Check it out. This book was imagined and realized by MathHappens interns Saurav Gandhi and Megan Do. It contains 12 of our favorite topics, beautiful graphics and ideas. We feel really confident it can be a resource for offering math activities in a variety of settings. We are pleased to have
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This is a transformer puzzle. The template has one side set up as a hexagon and the other side a square, but the hexagon design can still be rearranged as a square as well. Maddie Wallace made this logo for University of Wisconsin by hand. Be sure to use the link to get the PDF file. Transformer Puzzle Square to
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This one is easy fun and somehow a little bit magical. Makes a great little math gift. The challenge is to make rectangles with pieces #1-5, #1-6, #1-7, and #1-8 (as below) Details, Instructions and Template Here. Here are the “versions” in a short video. These pieces are made in relation to eachother so there are many versions
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Napier’s Bones are a manually operated calculator created by John Napier in 1612. This calculator is based on Lattice Multiplication and helps math learners with multiplying large numbers by a single digit number. Math learners! Start identifying multiplication patterns by making your own set of Napier’s Bones! Materials: Napier’s Bones Paper Template: https://tinyurl.com/rh5xdajt Writing utensil (pencil or pen) Popsicle sticks
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MoMath has posted the Rosenthal Prize Lessons! Check out ours called Building a Tool to Deepen Understanding here. It has lots of great photos. We are very excited to present this activity as part of our presentation at Connected Learning Summit. It has potential for a lot of great Maker elements. You can start from scratch with two dots 2″
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We need more math where people can find it, play with it, and enjoy it. Therefore, are excited to introduce our newest project: MathHappens in the Newspaper. Elizabeth Wrightsman is heading this project and the rest of the team is contributing ideas, submissions, and landing pages for each week. Below you’ll find an up to date display of all our
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After talking with Minnesota Landscape Arboretum, we began searching for new ideas to interact with Voronoi Diagrams. During our pre-pandemic presentations and events we allowed people to interact with a Voronoi simulation that had been posted on Wikipedia. https://en.wikipedia.org/wiki/File:Voronoi_growth_euclidean.gif While brainstorming we decided to buy a flipbook kit and test out what we could do with them. One of our
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We were inspired by a post on Twitter by Olivier Longuet shown below. The object in the photo is an icosahedron, a 20-sided 3D shape, made out of three golden rectangles with side lengths that obey the golden ratio (1:1.618033…). To make a cardboard version of the icosahedron, print out this document and follow the instructions! You can also make
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George Washington Carver Museum is hosting Black History Month Kid’s Day on Saturday, March 27th, 2021. They will be hosting the event live via Zoom sessions with special guests and activities. This year’s theme is the Black Family: Representation, Identity, and Diversity. You can RSVP for the event here. MathHappens interns, Viyang Shah and Anh Nguyen, worked together to create
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This is a fantastic way to layout this problem posted on twitter by Olivier Longuet and pointed out to me by Ralph Pantozzi. The drawing progression is on the right or you can etch the left (blank) onto wood, and add the finished pieces as you figure it out. Our files are here if you want a jpg, svg, Corel
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