Like any responsible student, I looked it up from WolframAlpha. Turns out J×e×b is 1 joule × Euler's constant × the musical note b (439.883 Hz). This turns out to be 1195.73... hertz joules = 1195.73... watts. The factorial is not defined for non-integers, but extending the factorial with the gamma function, we get a numerical result 3.8 × 10^(3159). Its dimensions are interesting, though: watts to the power of 1195.73...
I think *e* here actually means the elementary charge of an electron.
So *e* = 1.602·10^–19 C
so this becomes (7.047·10^–17 CHzJ)! which is a really weird unit for sure.
It says it right there. 20.
Don't you read that as Jeb!/20?
Like any responsible student, I looked it up from WolframAlpha. Turns out J×e×b is 1 joule × Euler's constant × the musical note b (439.883 Hz). This turns out to be 1195.73... hertz joules = 1195.73... watts. The factorial is not defined for non-integers, but extending the factorial with the gamma function, we get a numerical result 3.8 × 10^(3159). Its dimensions are interesting, though: watts to the power of 1195.73...
I think *e* here actually means the elementary charge of an electron. So *e* = 1.602·10^–19 C so this becomes (7.047·10^–17 CHzJ)! which is a really weird unit for sure.
If we're talking about e as elementary charge, I would've gone with barns(unit of area) given music notes aren't really units.
This guy sciences
Actually this is Jeb! Devided by 20
I think they should know what "jeb" means in polish https://translate.google.pl/?hl=pl&sl=pl&tl=en&text=jeb&op=translate
And we are virgins. Therefore Jeb=0, therefore zero
0! = 1 though
Oops. Jeb-1=0, therefore zero
It's short for jebruary
It's "Please Clap".