I had some fun recreating this visual, with some added interactive elements, in @desmos.com www.desmos.com/calculator/m... #mathsky

Naturally, I couldn't resist recreating this visualization in @desmos.com. It was a lot of fun chatting with Mike and the other attendees after the session, talking about my go-to Desmos strategies and the pros and cons of different instructional resources.
Graph link: www.desmos.com/calculator/j...

It was a quick overview session introducing the tool, but you can find my agenda with links to other resources here: bit.ly/DesmosNCTM25...

It’s a great feature request! Will be bringing that one back to the team.

Prompted by some fun discussions during the session, I’ve been playing around with different strategies for “tracing a point” in Desmos: www.desmos.com/geometry/ggm...
#iteachmath

Oh yea, definitely some different on-ramps depending on where kids are coming into it. Could be converted into smaller bite-size triangles to re-create using rectangular coordinates to start, but you know what would work best for your students. (Updated graph: www.desmos.com/calculator/h...)

Love this concept, and the 3D printing potential is amazing. Maybe experiment with starting with triangle polygons plotted using different points, but then rotating them into a pattern?
Graph: www.desmos.com/calculator/h...

Lovely.

That was great to see! I was pulling for you, along with the rest of the Toffee supporters apparently. (from www.reddit.com/r/Everton/co...)

I'm not going to venture to solve it directly, but this made me recall this visualization I had worked up at some point: www.desmos.com/3d/7239a9576c

Looks like a great option to give the 3D printer a spin!

Love this visual. You could do a gradual reveal using a slider, or toggle over to translucent surfaces (I know, not solids yet 🙃) to see through the outer cylinders.

So exciting - congrats, Jenny!

Right? Loved the elegance of it.