Fantastic Math Graphs

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The sequel to Amazing Math Graphs. Shout out to Hi Shibacchi for giving me interest in making such videos and my viewers for sharing them.

This is the second part of the series.

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6:45 the graph is so insane that youtube can't show it

_wetmath_

6:47
_Whatever the _*_hell_* this equation is, it seems to be incomprehensible. When I tried it, Desmos lagged like crazy and I couldn't find a spot where it wasn't just static. I'm pretty sure it was trying to summon Cthulhu, so I backed out of that.

invalid_user_handle

2:37 Its probably using the Gamma function, which is essentially factorial but expanded to cover fractions and negative numbers

amyshaw

I once watched Amazing Math Graphs like 2 minutes ago, and i liked it and instantly this part comes out

rxREDSTONE

Was not expecting this soundtrack! Opeth is my favourite band. Funny that I used to listen to the damnation album a lot back when I was studying maths! Makes me feel back to those times.

kenzoohi

6:47 Desmos is doing some weird shit here. Whether I zoom in or out, or I move the camera, there always seems to be some concentrated dots shaped like an arc at the very left of the drawing screen...

Djaketooth

Very creative!

Reminds me of 1988 (yes), when I did similar stuff on a "personal computer" with BASIC. Times sure have changed.

eriktempelman

When you want to be an artist but your parents want you to be a mathematician

-ss-

Interesting graphs I found

sin(x^y)=cos(y)
Makes an exponential equation of dots on q2 and horizontal lines on q4

|xy^-3|=sin(x)
Makes vertical lines with a gap around y=1

cos(|x^2y^5|)=sin(x^2)
Makes an interesting center gap with inverse lines surrounding it (they look like dots when zoomed out)

sin(y^2)=cos(sin(x))
Makes horizontal waves that when zoom out is poorly compressed and looks weird

cos([square root] |x^xy| +yx^2) = sin(x^y^2)
don’t know how to make square root but makes dots in form of exponential decreasing but has a jump so it is not perfect exponential

NOTE: since these are horribly impossible graphs, there is a very real possibility that they are inconsistent and do not make the same results every time

bobtheblob

this one has a fractal like effect when you zoom in or out:
tan(cos(x/y))=cot(log(y^2))

Judeity

When Desmos outputs static, you pretty much know it's displaying something very far from the truth. Desmos doesn't handle stuff that distributes evenly over the plane, even when it's very regular. The one at 6:06 was really interesting though. Might be a boundary function for a fractal, to look like that?

michaelleue

Appreciate Opeth music to such a video! Nice video

michalpachla

5:48
Replace y by 20y and zoom the graph a little do that 1, 2, 3 starts appearing on the axes. It looks fantastically beautiful. ❤️

Shreyas_Jaiswal

Fantastic Math Graphs 1 appeared on my recommended, and after watching it, this one came out.
Perfect timing.

somebodythattrulyexists

Opeth as a soundtrack for math graphs is a crossover we all wanted but never asked for

Oh, and let's appreciate how the music turns weird as soon as we enter the unpredictable graphs

matiosmi