rp gallery

4b26cc I made the mistake of looking at the provided links below in the wiki. Pray he NEVER joins back again.

09f526 gonna get fucking killed during pe because my shoes are fucking big and will not fit in the small ass bag we had hanging around that can only fit my smaller shoes that squish easily and aren't made of like. solid as fuck materials

e22b6a (( I think I may need to just go the hell to sleep. ))

4b26cc BAD MEMORIES,BAD MEMORIES

4d1368 Woah] . . . . . . . . . . . . -[[Landa.collins]]-.......[-Hollett]

e22b6a (( I sat in my own solitude, listening to random shit that popped up on youtube for the past 6 hours. Yet it's still felt so quiet. ))

f0c2f6 why the FUCK is that in the wiki and why the FUCK is the locust here

836a7f naughty children

71bb6d ima look at the wiki on my headset

4b26cc "Gave Skeld a blowjob". Strangely, this is the calmest of things on Evan's Wiki page.

f0c2f6 I'm still finishing the text and outline but its neat

f0c2f6 diet bsoda from baldi's basics + but I redesigned it

8426a8 israelgpt generate me a video explaining integrals and antiderivatives with sophie rain and travis scott

71bb6d the wiki is blocked on my school computer 😭

4e4630 IsraelGPT generate a short video of ishowspeed and mrbeast explaining integrals

4d1368 Im switching to my laptop fuck this phone]. . . . . . . . . . . . -[[Landa.collins]]-.......[-Hollett]

35556d oh yeah I have a wiki: https://pixelartmaker.fandom.com/wiki/Ev

4d1368 I .... Have no idea how toall this math hurts my brain] . . . . . . . . . . . . -[[Landa.collins]]-.......[-Hollett]

8426a8 ill remember that when you send your wiki page again ev

35556d can bro stop yapping about mathematics like baldi

8426a8 and this is why im bombing

4d1368 I .... Have no idea how to solve equations im so cooked]] . . . . . . . . . . . . -[[Landa.collins]]-.......[-Hollett]

836a7f isn't bmos just bmo or does he use a dif one

bce8e5 you might be talking about integrals. say we have the equation y = x it's just a 45 degree line, we want to find the area under y = x from x = 2 to x = 5, we can take the antiderivative of y = x to get x^2/2, then we plug in 5 to get 25/2, and 2 to get 4/2, which is 2. then you subtract the 2 input from the 5 input, (25/2) - 2, and that's your area.

71bb6d i have the rp channel and my saving channel thats it

8426a8 bmos is js as active

4d1368 Pam lore? Goes hard] . . . . . . . . . . . . -[[Landa.collins]]-.......[-Hollett]

71bb6d bruh this is pam not a math book

4b26cc Currently, aside from Tomkat's, what is the Largest and most Active PAM server?

8426a8 antiderivative b-a nvm im thinking abt particular solutions

8426a8 pam central actually had a lot of locations and i remember at the time someone made a complete map. used to be THE playing field for a lot of major arcs the roleplayers at the time wrote up

bce8e5 what's F(b) - F(a) it just seems like the y of the larger x value - the y of the smaller x value

006d2b high key late but PAM Central was a way better name than PAM City like fuck do we look like naming our shit PAM City. Nigga ain't do nun' but step back.

bce8e5 for an antiderivative you raise the power, then divide by that new power. the 4 had a power of 0 (there was no x) so we raised it to a power of one, which made the x appear. we also divide by that new power (1), which is just 4x again. For the x^2, you raise it to x^3, then divide by that 3, so x^3/3. It's the opposite of the derivative, if you do the derivative of 4x, you lower the x's power to 0, which becomes 1, and then 4 times 1 is just 4. derivative of x^2 means you take the 2 down, becomes 2x^2, then you lower the 2 to a 1, 2x

8426a8 does that js chain into the F(b)-F(a)

09f526 this puts fear into my veins

71bb6d waddup

bce8e5 i just did an antiderivative for the question i'm on https://ibb.co/hx8jGFk6

09f526 these kinds of mathematics sound semiesoteric

8426a8 right

bce8e5 the identities are pretty stupid but if you flash card them for like a short bit they just stick, also antiderivatives are integrals basically the hard part of an integral is the antiderivate