Author Topic: Maths megathread (Maths is fun or you get sacrificed)  (Read 2664 times)

Bonus stuff, fractals! i just decided to put this in as bonus beacuse fractals are cool:
Heres Matt Parker showing off the menger sponge fractal and how to squeeze π from it i really do reccomend watching it

this should just be a maths megathread

idk how many people would use it though, I would

no would that be GP^(GP*GP^2)
so that would be GP^GP^3?
sorry im really tired rn its 10pm
yep
it would be equal to 10103*10100+100




I'm completely and utterly pathetic at maths, and I finished High School long ago. KhanAcademy isn't helping as much as I'd like it to. Considering hiring a tutor.

i hate math but im about to graduate in engineering and it was literally all math, it was so much fun  :panda:
« Last Edit: May 15, 2016, 04:58:25 PM by Tezuni 2.0 »

Equation of a sphere anybody?


Solve this

GP^GP^GP^GP^GP^GP^GP^GP^GP^GP^GP^429

Solve this

GP^GP^GP^GP^GP^GP^GP^GP^GP^GP^GP^429
uh hi
booting hypercalc up because yes im on a limited time of like 5 mins rn
11 PT (4.29*10^102)
thats 11 with a 4.29 googolplex digits after it i think but im still tired

GP^GP^GP^GP^GP^GP^GP^GP^GP^GP^GP^429
uh hi
booting hypercalc up because yes im on a limited time of like 5 mins rn
11 PT (4.29*10^102)
thats 11 with a 4.29 googolplex digits after it i think but im still tired

sorry to shoot you down again, but yielding a result of 11 from a number that stems 10 in an exponential problem isn't possible

without putting down a million whatever zeros, the "answer" to this question would really just be {GP^GP^GP^GP^GP^GP^GP^GP^GP^GP^10^100^4290} (which implies GP being 10^100^10).

the funny thing about these problems is that even though they're multiples of ten, they could probably take a long time to solve with a computer

this should just be a maths megathread

idk how many people would use it though, I would
root 2

https://en.m.wikipedia.org/wiki/Fibonacci_number

Very simple mathematical formula that you can find everywhere in some form, though there are many different forms of the Fibonacci sequence with their own formulas.
« Last Edit: April 13, 2016, 09:44:35 AM by C-Zech Chrome Ind. »