The result of which calculation is this number?

The result of which calculation is this number?
Answer must be given in the post, not usage of picture.
Winrar gets 50 bucks on paypal.

I don't understand why you couldn't just write this number *1 or divide the thing by some other small number. Is there some specific or famous mathematical usage of this number like in a proof or something?

it's the result of a very simple calculation.
it can be written down with less than 10 digits

3.

Is it a multiple of pi or something dumb like that

wouldn't end with zeroes

well, if you take off the zeroes and write "times 10^x" the anser could look like two exponents multiplied together

I'm too lazy to type this number into google's calculator have fun other anons

This calculation isn't possible at all, unless OP is hiding something.

no
if you can write it into one single post like this, you win.
the calculation can be written down with less than 10 digits

33 142 281 389 546 979 373 067 480 021 322 603 187 201 658 678 837 497 933 120 467 538 894 496 236 527 003 138 153 096 274 844 315 944 599 311 736 149 495 252 892 536 521 557 460 460 617 167 613 569 351 495 000 194 301 528 232 689 664 * 10
boy that was easy

too lazy to write it down but you can just write the number down + 0 and thats a valid "calculation" you dipship
stupid riddle
And if you dont let that count, well there's infinitie possibilities of having an equation having that answer, so its literally impossible to guess which one you deem the "valid" one if you dont let all be valid.

pi^pi

>10
I think you mean 50.

Just take the number below it and add 1

Hey OP.

OP is a fag.

Answer must be given in the post, no usage of picture.

your mothers weight devided by 50

it's a shitload of 0's therefore it must be some retardedly big factorial.

100!

and it's possible to find it out by counting the 0's to find out how many numbers divisible by 2 and 5 are in that factorial

no
do the calculation, win a lot of money!

Factorial between 1200! and 1300!

it's 1243!

Do I get the money? I would eventually find it, I was looking through the primes first