it was fun but i never saw a proof because there has never been one or because i live under a rock probably, also would love to see this kind of challenge again some time, maybe even tougher u/mandelbrot4207

they should make arctan() take 2d points next

I have a student with extreme low vision. I have found reverse contrast and the bigger “A” option. But I haven’t found a way to make this keyboard bigger. Does anyone know how? Thank you!!!!

Block 10 shows the equation of the line. Block 11 shows the fluctuating length.

I couldn't quite get the individual parts to rotate the right direction (which I imagine is a simple fix away) but the overall effect is still sorta there. https://www.desmos.com/calculator/xdktyomt9a

In my lecture today, I learnt about curvature (as a value).

Naturally, the very first thing I did was apply it to desmos. Another tool added to my collection. 😆

I hope it helps someone else, too!

https://www.desmos.com/calculator/gd2orugizj

If you think the middle shape isn't weird, try moving one of the points around :P
https://www.desmos.com/geometry/yeisrwhluz

I know this has been done before but I'm new to Desmos and wanted to challenge myself, check it out :]

Anyone else have weird/cool looking graphs?

Many fractal / recursion graphs posted in this sub appear to paint in the "No Floats Exist Here" zones near 0 (closer than minFloat, but not at 0) and near ±infinity (further than maxFloat, but not at infinity). This seems like it should be impossible.

This notebook methodically lays out inequality and limit combinations for several graph types, adapted from those previously posted in r/Desmos.

For the most part, all you have to do is press buttons or move a slider, maybe wait a few seconds, and compare to the "what I got" results.

https://www.desmos.com/notebook/fr1qdzth0w/view

I would love to know how it's possible for inequalities to paint in these zones.

I'm still new to desmos! I can do lots of problems, but these proved to be a challenge. I'd be really grateful if somebody could point out my mistakes to me!

Made a whole Desmos notebook to solve this video: https://www.instagram.com/reel/DbzBtamsSSu/?exln=MjRmaDdsam0xcmkw

The notebook: https://www.desmos.com/notebook/d0hmxjksri/view

I made this almost two weeks ago, and it dawned on me that I could share it with you guys.
There might be some errors but this answer I got. And you can yell at me about the formatting all you want.

https://www.desmos.com/notebook/99ffjapga4/view
This Desmos notebook contains notes on the uniform distribution of random points on a 2-sphere.