Limericks
Limericks
An Oxford professor named Hall
Possessed an octagonal ball
The square of its weight
Divided by eight
Was pi times the root of sod all
And everyone just uses “log” in CS because noone cares about the base.
…if you specifically want the natural one it’s ln. ld for binary, base 10 is pretty much unheard of. Such an uneven number.
Reminds me of the Math Song by Darkest of the Hillside Thickets.
As stated by cracked after hours
Math is the power to destroy nice things with logic
Yea, like my highschool pre-calculus teacher
!This is a joke he was a great teacher!<
Limerics are supposed to be filthy.
These are just limerish.
A compelling argument no doubt.
But dragonball Zed sounds better than dragonball Zee, so youre still wrong
Zee was zee long before posh English twats decided to say zed.
Source: my ass
Zed technically came first. Greek Zeta -> French Zede -> English Zed.
But I’ll do anything to get away from French influence on my language
Oldie but goodie:
< > ! * ’ ’ #
^ " ` $ $ -
! * = @ $ _
% * < > ~ # 4
& [ ] . . /
| { , , SYSTEM HALTED
Waka waka bang splat tick tick hash,
Caret quote back-tick dollar dollar dash,
Bang splat equal at dollar under-score,
Percent splat waka waka tilde number four,
Ampersand bracket bracket dot dot slash,
Vertical-bar curly-bracket comma comma CRASH!
“waka” didn’t gain popularity among people, at least not among any I ever heard about, usually it’s angle bracket. I’m quite partial to ‘tic’ and ‘tac’. The rest is standard or at least common, IMO | is pipe and {} braces. * is often called asterisk or star but splat is just better. And # is most definitely not “hashtag”. Here’s an overview of what’s out in the wild.
As programmers, we deal with a lot of unusual keyboard characters that typical users rarely need to type, much less think about: $ # % {} * [] ~ & <> Even the characters that are fairly regularly used in everyday writing -- such as the humble dash, parens, period, and question mark -- have radically different meaning in
4 + (6! - 0.5(12^2 + (403 + 1))) = 2(15^2)
Four plus the difference between The factorial of six and the mean Of twelve squared and four Hundred three (plus one more) Equals double the square of fifteen.
Roses are red
Euhler’s a hero
e^(i*pi) + 1 = 0