Math graphs but they get increasingly more interesting

These graphs are made entirely in desmos, here is the link :
www.desmos.com...
The text animation are made using manim / Math Animation (Python Library) :
github.com/sya...
Do you have any suggestions for future videos? Or have some feedback about my video? Feel free to leave them in the comments below. 💡
Music info:
------------------------------
Morning Routine by Ghostrifter Official
/ ghostrifter-official
Creative Commons - Attribution-NoDerivs 3.0 Unported
Free Download / Stream: bit.ly/_mornin...
Music promoted by Audio Library ‪@audiolibrary_‬
• Morning Routine - Ghos...
------------------------------
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[@ERRORRubiksZeraBrand]

babe wake up the math wizard dropped some fire graphs
things:
1:42 easy. just x = 0 and y = 0

[@white9763]

They said differentiating, not finding a sol tho

[@ikonikgamerz3853]

TheMathWizard: These Level 1 graphs are easy to sketch
Also TheMathWizard: *Shows me functions and graphs that I never learnt in school*

[@nieger881]

Netflix: are you still watching?
Someone's daughter: 5:20

[@arifdanielnordin4908]

3:40 *Megalovania starts playing*

[@lowercase_koppa]

4:00 looks like a bacterial infection

[@romajimamulo]

4:57 it kinda looks like the rings that appear when you approximate a sphere with cubes

[@minor_locrian7]

The time stamps
Level 1
0:15 y=2^x -x
0:24 3x^2 +y^2=2
0:33 y=|x| -x (level 1)
0:42 y=log(x^2)+x
0:51 r=\theta\ /5
1:00 sqrt(sin(x)) + sin(|x|)
1:10 ceil(sin(2x) + cos(x))
1:17 (sin(t), t + sin(t))
Level 2
1:32 |y|^x > x^2
1:41 x^3 + y^3 = x + y
1:51 y=e^sin(x) + |x|
2:01 (t + sin(2t), 2sin(t))
2:12 ln(cos(y)) + y > x
2:22 y+ sin(x) = cos(y^x)
2:31 sin(x) + sin(y) = 1
2:41 r=ceil(\theta\)
2:51 |tan(x)| = e^(ln(tan(y)))
3:00 gcd (x ,y) = 1
Level 3
3:15 y = sin(ceil(|x|) + 3cos(x))
3:26 e^2sin(x)+2csc(y) = y
3:36 y=sec(x^2) + sin(x)
3:45 (tan(8t), cos(9t))
3:54 y= 2^x/sin(x^y)
4:05 r=2+\left(\frac{\left|\cos\left(3\theta
ight)
ight|+\frac{1}{2}-2\left|\cos\left(3\theta+\frac{\pi}{2}
ight)
ight|}{2+8\left|\cos\left(6\theta+\frac{\pi}{2}
ight)
ight|}
ight) (pure desmos form)
4:17 r = 4 - ceil(8|cos(4\theta\)^2|)
r = 4 - 8|cos(4\theta\)^2|
4:28 y < sin(sin(y))/x^sin(x)
4:36 r = 6sin(1.2\theta\) - cos(6\theta\)
4:47 y = exp(1/2*arctan(100tan(4x))) sin(x)
4:57 y = x tan(x^2+y^2)
5:06 lcm(x, y) = 2gcd(x,y)
5:16 (tan(24.5t), sec(t)/cos(50t)) (thumbnail)
5:26 y = sin(x)/cos(y) x + cot(yx)
5:36 cos(2xy) = cos(x^2 +y^2) + cos(9x)
5:49 (sec(x) + tan(9y)/cos(3x), sin(x)y + cos(y) tan(x)) = 1

[@edmundwoolliams1240]

LOVE this tune!

[@user-rz5pg8dn7p]

Ah yes, it's not graphs that are nice, ITS THE TUNES!

[@enantiodromia]

Thanks for sharing. Beautiful.

[@Bangaudaala]

4:52 yooo those are musical notes

[@Bangaudaala]

I propose making a graph animation that most accurately represents the soundtrack youre using

[@the-mathwizard]

Check out this new video: ua-cam.com/video/LG_i0yAVvEs/v-deo.htmlsi=6mKopDOVzQoo9NSd It somewhat matches the darker tone of the soundtrack

[@rendavedeniega7999]

Interesting...🤔

[@appybane8481]

equation on 4:17 is just a fancy way of writing r=-4cos(8*theta)

[@rennangandara7697]

Alternative title: math graphs, but they got increasingly more sus

[@the-mathwizard]

👀

[@inqizzo]

The next level is y=x^x. You can look at it and say its easy, but you cant even start drawing it as its like counting all fractions and not even being to choose a starting point. Idk if any more functions like that exist but i happened to find its weirdness in math class when i got bored with polynomials

[@HaverBrickz]

"im not dirty minded" "im not dirty minded"

[@kvOdratui]

Huh

[@creativename.]

Bro

[@the-mathwizard]

👀

[@Mateo-rl1qb]

What graph

[@murena7777]

He's talking about the thumbnail

[@Flourish38]

I think 1:40 is my favorite, since it's very simple and the result looks almost 3D!

[@God-gi9iu]

Need me some factorial graphs

[@the-mathwizard]

got it, i'll put it on the list

[@Nick-the-fox]

Do “Amazing graphs but it’s your graphs”

[@nayutaito9421]

Oh no, gcd with fractionsl argument is cursed

[@raphaeldirrim4432]

Why wont the parametric functions not work

[@the-mathwizard]

Try opening the Desmos file in the description; all the equations are there and they all work just fine

[@A320step-official]

@the-mathwizard How do these graphs work??

[@khalief_.]

math

[@khalief_.]

i love staring at for 6 minutes

[@IcelysUnnecessary2ndChan-gv1bq]

chess battle aadvancededadav

[@khalief_.]

@@IcelysUnnecessary2ndChan-gv1bq how did you even find me

[@IcelysUnnecessary2ndChan-gv1bq]

@@khalief_. are you copy alineszsock

[@khalief_.]

@@IcelysUnnecessary2ndChan-gv1bq yes

[@khalief_.]

@@IcelysUnnecessary2ndChan-gv1bq yes

[@Arthur_IB]

x•sin(x)

[@raphaeldirrim4432]

What should I put on ≤t≤

[@raphaeldirrim4432]

Reply

[@raphaeldirrim4432]

Anyone

[@the-mathwizard]

try this (0,2pi) or just make it bigger accordingly (0,20pi)

[@Nguyễn-j9q]

Why 8th

[@monishrules6580]

Can you really not differentiate that?

[@Eujejfifkejshcifkoe]

5:15 the graph doesnt work

[@the-mathwizard]

Try opening the Desmos file in the description; all the equations are there

[@Eujejfifkejshcifkoe]

@@the-mathwizard oh got it thanks

[@user-nq1ds8ho9m]

Do you have a discord server?

[@the-mathwizard]

no

[@orrinpants]

7th