Amazing Math Animations

Amazing graphs dictated by mathematical rules, now in the animated format.

This video is a part of the series.

[ClaramayNivetta]

I really appreciate how the transitions are timed with the music

[elements]

0:18 Laser/Scanner
0:24 Rocking Chair
0:30 Flickering Light
0:45 Neutron Star
0:57 Anti-Expanding Radio Wave
1:15 Ocean Waves
1:26 Bubble Sheet
1:44 Unstable Water Ball
2:05 Corrupted Noise

2:20

2:28 Tadpole's Tail
2:44 Nobody:

What I see Before I Fall Asleep:
2:56 Raindrops in a pond
3:07 Every Sci-Fi "In Space" Movie Ever:
3:19 The Pinwheel of Life
3:45 Petri Dishes Be Like:
3:57 Wavering Ball of Plasma

[Zenzicubic]

That one at 3:18 is called a rose curve. They're pretty cool. If you want another thing like that, the Lissajous curve might be a good fit.

[bettercalldelta]

2:26 this actually kinda looks 3d, like running near a sine wave

[tentyp]

well i certainly didnt expect at the speed of light to be the song
edit: cant wait for an argument to start whether the song is from bloodbath, cataclysm, bloodlust or something different lmao

[RandomHandle-funrhymes]

As a GD player that knows nothing about this, I can clearly relate that this is an extreme demon

Edit: was not expecting this to get 1k likes but ok

[therattestofrat]

This is actually the coolest thing; I haven't seen a program like desmos do this before!

[smiley]

Bit of an unfortunate choice of a song, it would normally be ok if it wasn't heavily associated with geometry dash and will now flood your comments

[jouzibar]

Muscle memory made me hit those triple spikes at 1:50

[staticchimera]

One of my personal favourites is (x - a)^2 + (y - sin(x))^2 = 2.
A little blob that follows an invisible sine graph.
Another fun thing about this one, the larger you make the number on the right (the radius of the "circle", the more it will converge to an actual circle).

[codoudou]

The song perfectly fits with the video

[Snoopie_versus]

3:06 Galaxy ?

*the whole big bang appearing*

[The-pfzy]

Wow! This is actually really interesting and I never thought that this was possible in Desmos. I was messing around in the calculator and found this: (a+x)(a+y²)=tan(x). You get an interesting animation where there's some change being transferred from line to line while a's value goes up and down.

[The_GreenHub]

as someone who plays a lot of geometry dash and is literally trying to beat cata, i was not expecting at the speed of light to be playing

[limenlemon]

I was messing with the graph at 4:10, and if you remove the plus sign in the middle of the two parentheses, you get a twinkling star. If you multiply the entire equation by big numbers, you make the star smaller. However, if you multiply by small numbers (above 0), you make the star bigger. Multiplying it by a number -n, is in fact, the same as multiplying it by the positive version n.

[khorramzadeh]

So cool to see at the speed of light as the background music. First time I do and that feels great

[novygaming]

3:26 at a=pi or a=-pi the mandelbrot set's big bulb shape appears. This shape appears everywhere involving pi.

[StupidCupid]

2:19 this video was sponsored by Opera GX!

[youlookinalittlesussyovert]

If you graph r=cos(nθ) or r=sin(nθ) and make the graph animate extremely slow, like make 2 numbers for the animation domain at most 0.1 apart and slowest speed, and zoom into the center, you can see random hypnotic patterns from lines intersecting each other.

[lukarikid]

Thank you!!!! I use parametric to model some of my 2D animation and that “windy” graph is perfect for modeling a tail, wings or a tongue! Parametrics are my favorite!!