Cosine graphs but they get increasingly more AMAZING

[@MildlyIntelligent]

You should try messing around with 3d graphs.

[@Bangaudaala]

Too much power in one man's hands

[@rickroller1566]

@DonutdunotYeah it does

[@ckv1985]

He's hevipelle in disguise ​@@rickroller1566

[@ckv1985]

He is hevipelle in disguise ​@@rickroller1566

[@JoshuaTagliarino]

My suggestions: Tan graphs Log graphs Ln graphs e^x graphs 3d graphs

[@Bangaudaala]

He learned the power of double color 🥶 hes unstoppable

[@pysterium3181]

1:49 i should be correct *bowling pins*

[@AyaanaQumar]

Thanks for putting out a cosine video i was so busy so i couldn't watch it earlier, you know going on vacation getting a stomach virus and what not. normal things. now, i'll enjoy this piece of art.

[@nayutaito9421]

1:45 Okay, let's solve this using all the calculus I know. First, the formula immediately tells it is horizontally periodic with the period of π because the only x appearing is 2x inside the cos function. the change the x to -x is absorbed by the cos, so I only have to consider 0

[@johnjackson4479]

Valuable info, my brain exploded

[@Eltiodelaslavadoras]

0:51 cool saw wave (: 2:57 HAPY BOI 😂😂

[@Kumurajiva]

I think aliens communicate with these waves

[@dog27746]

3:05 when the math is sus

[@JCCyC]

Try this: \cos\left(x+\sqrt{y} ight)=\frac{1}{\cos y-\cos x}

[@emmalang5]

BTW your videos are great

[@emmalang5]

Spikey indeed

[@kadi34]

I don't need to answer this question because im already subscribed

[@TheSmileFace-YT]

Just subbed

[@puzzleticky8427]

1:49 Bowling goals???

[@natgaming2000]

pins

[@kadi34]

high water drops

[@kaspervanoverbeek4064]

Just a question, how do you even get these equations? Like do you think 'oh lets put some sin x + . . . And make it equal to tan x -. . .?'

[@TheOne_6]

0:37 but y?

[@theoneandonlymastertroller]

Free food

[@omaisajalil7474]

cos(cos((x^2)-y)5cos((y^2)x))=0

[@wendywood2215]

*promosm*

[@emmalang5]

First!