@math.mentor0: d/dx (tan(x)) = d/dx (sin(x)/cos(x)) = [cos(x)·d/dx(sin(x)) - sin(x)·d/dx(cos(x))] / cos^2(x) = [cos(x)·cos(x) - sin(x)(-sin(x))] / cos^2(x) = [cos^2(x) + sin^2(x)] / cos^2(x) = 1 / cos^2(x) = sec^2(x)

🎀🏳️‍🌈🏳️‍⚧️emily✝️🎀 :

I just a BEHBEH🙄😭💜

GDplayerfr :

-sec^2 x and 2x?

️ :

Logan Soucia :

heavy pootis guy :

ts so beautiful✌️

cajun squirrel chips🐿️ :

Why is it moving

monteeshirt :

ts too advanced for tt

Griefer :

mfrog3780 :

Math reference

Matthew | STREAM MAYHEM 🖤 :

Oh wow…

Timmy Baudelaire ᗢ 🏳️‍⚧️ :

Umm uhh y=mx+b

Bincoln :

i can see it

NamelessAE 💿🫧 :

Wow

Andrew S :

this is some questionablemathematicscore😭

HALF-LIGHT :

tan(x^y)=tan(y^x)

capitalism :

wow

𓆈 :

reminds me of

fraga :

hello niche community ✌️

chris :

im actually crying 😭 @naomytocin

Mia Wilkins :

@Mads @emma @Cece 🤗

dylanrahim67 :

@callum

Icy :

@Ironic

Toby :

@Veri_Trash

G :

@Evan?

 :

@rileyy.! @caitlin