Keep it quality
[math] \text{What are} a \text{and} b \text{?} [/math]
>>8838874
That's not how you round you dumb fuck. [eqn] \pi \approx 3.14 \\ \Phi \approx 1.62 \\ 2\pi + \left ( \Phi \pi \right ) ^3 \approx 137.904 = 138 [/eqn]
>>8838874
They cancel out
>>8839088
>this is an attempt to make it look more "difficult"
>literally elementary definitions and identities
>>8839088
1+1=2
>>8839214
it's engineer humor
>>8839214
>being this new
[math] \dfrac{\dfrac{y}{mi}+ix+e^{i\pi}\dfrac{c}{mi}+\sum_{n=1}^{\infty}n}{2^{i\pi}\big(\frac{2}{1}\big)^{i\frac{\pi^2}{\tau}}\big(\frac{2}{3}\frac{4}{3}\big)^{i\frac{\pi^2}{2\tau}}\big(\frac{4}{5}\frac{6}{5}\frac{6}{7}\frac{8}{7}\big)^{i\frac{\pi^2}{2^2\tau}}\dots}=\dfrac{e^{i\tau}⋅i^4}{11.999\dots} [/math]
>>8839262
Calm down bud. Not everyone here has a PhD in pure maths from MIT like I'm sure you do :^)
>>8838769
y=mx+b true patrician and the base of every single equation in calc and graph
>>8838769
[eqn]\sum_{k=0}^{\alpha-1}\frac{\lambda^k}{k!}[a^ke^{-a\lambda}-b^ke^{-b\lambda}]=\int_{a}^{b}\frac{x^{\alpha-1}e^{-\lambda}}{(\alpha-1)!(\frac{1}{\lambda})^{\alpha}}dx, [/eqn]
>>8839309
whoops, it's [eqn] e^{-\lambda x} [/eqn] on the right
human + maths degree = doing nothing with their lives
>>8839468
human + 4chan =
I'll let you finish that one bud I think you know where I'm going
>>8839459
You shouldnt post stuff like this, most brainlets on this board dont even get it
endless procrastination
a classic:
[eqn]\lim_{t \to \infty} /sci/ = /b/ [/eqn]
>>8839659
Assuming everything else about the human condition remains constant.
But given what appears to be happening on the century timescale, I'd say the following has more truth;
limt→∞/b/=/sci/
>>8839261
lol'd
>>8839668
I like your thinking :-)