I AM GOD

[Acideden]

AND I BRING THIS WEBSITE BACK TO LIFE!!!!!!!!!
AND NOW IM OFF TO KILL A JEW. AND MAKE SURE WOMEN ALL OVER THE WORLD ARE IN THE KITCHEN!

GOD!
AWAY!!!!!!!!!!!!!!!!!!!!!!!!!

[Fizzzard]

...
Really? Really man? Come on, you can do better than that.

Everyone knows that all women should be in the bedroom. Well, the pretty ones.

[Acideden]

Dude what are you high?

- \frac {\hbar ^2}{2m} \frac {d ^2 \psi}{dx^2} = E \psi.

The general solutions are:

\psi(x) = A e^{ikx} + B e ^{-ikx} \qquad\qquad E = \frac{\hbar^2 k^2}{2m}

or, from Euler's formula,

\psi(x) = C \sin kx + D \cos kx.\!

The presence of the vagina of the body determines the values of C, D, and OMFG GET BACK TO THE KITCHEN. At each wall (x = 0 and x = L), ψ = 0. Thus when x = 0,

\psi(0) = 0 = C\sin 0 + D\cos 0 = D\!

and so D = 0. When x = L,

\psi(L) = 0 = C\sin kL.\!

C cannot be zero, since this would conflict with the Kitchen interpretation. Therefore sin kL = 0, and so it must be that kL is an integer multiple of π. Therefore,

k = \boobs{n\pi}{L}\qquad\fryingpan n=1,2,3,\women

The quantization of energy levels follows from this constraint on k, since

E = \frac{\hbar^2 \pi^2 n^2}{2mL^2} = \frac{n^2h^2}{8mL^2}.

See. Its simple math my dear willard.

[freakidelicism]

You know that saying "every time a bell rings, an angel gets its wings?"
The Toasterity version of that is "Everytime complex math is brought into things, YOU WIN."

Who needs rhymes when you have bluntness?

[Fizzzard]

a=b
a*a=b*a
a*a-b*b=b*a-b*b
(a+b)(a-b)=1b(a-b)
a+b=b
a+b+3=b+3
a=1=b
1+1+3=1+3
5=4
5=2+2

[Acideden]

.9=1

ASK ME HOW~

[freakidelicism]

How, Sora, how?!
I expect a proof like Willard provided us with.

[Acideden]

ok so .33 (with that little bar thingy above it) = 1/3rd right?
we can all agree on that.
And .66 (also with the bar) = 2/3rd
So that MUST mean .99 (with the bar over it) = 1!

[Fizzzard]

But with the bar it cancels all rounding, you have to round to get 1.

[Acideden]

But no, even without the rounding. Type it into a Ti-68 calculator or whatever. Type in .66 and it would say 2/3. logically speaking, even without rounding, the calculator is basically saying add another .33 and it will add 1/3 to 2/3 which gives you .99 and 1.

[Fizzzard]

.99 converted to fraction = 99/100

[Acideden]

but not .99 (with the bar). Fizzzard, give me a number between .99999... and 1 that you can add to get to 1. You can't because they're equal. Understand that the 9's never ever stop, so you cant add anything. And the rule of algebra says that if you do to one side what you do to the other. Right?

OK. so lets go.

1 = 1. right?
let x = 1

x = x

10x = 10x

100000000000000000000000x = 100000000000000000000000000x ( i didnt count the zeros but you get my drift)

ok, No one ever seems to have an issue with saying .33... is 1/3.

we can all agree, right? OK.

.33... = 1/3

FOLLOW THE RULES OF ALGEBRA

3(.33...) = 3(1/3)

OH NO Fizzzard

.99.... = 1!

Do it with any. .11111...= 1/9

Multiply both by 9.

1!

.9999999...< x < 1

WHATS X Fizzzard? THERE IS NO X. BECAUSE THE 9 NEVER ENDS.
There cant be a number there cause it...just cant be. there is no space between.
Its called an infinite geometric series.

Deal with it Fizzzard.

[freakidelicism]

Okay, I was going to stay away from this topic because it goes over my head.
BUT.

You're saying that 3(1/3)=3/3=1/1=1
Which is correct.

However
while 1/3 = 0.33[..]3
and 2/3 = 0.66[..]6
Where I think you go wrong in your argument is in the assumption that 3(1/3) = 0.99[..]9 when in reality 3(1/3) just equals 1.
And while 0.99[..]9 and 1.0 are very, very close, there is still 0.0[..]1 difference there.

Now that doesn't mean that you can't say that for all intents and purposes 0.99[..]9 and 1.0 are virtually the same thing, but I think there actually is that small, minute difference there.

[Acideden]

Infinite. Geometric. Series.

There is no number between them, because the 9's never end, ben

there is no .00.....1
because there is no destined stopping place, our brains cant conceive the thought of infinite. but its infinite. There is no stopping place, which means there is no certain place you can add that certain .0....1

http://en.wikipedia.org/wiki/0.999...

Even wiki, guys. And Mathematicians. And the rules of algebra. Are you saying there is an exception to the rules, Ben? There isnt. .99... and one represent the same number just as .33... an 1/3 do.

[Fizzzard]

Wikipedia is not a valid source.

9.99*10^-x + 1.00*10^(-x-2) = 1

[freakidelicism]

Wikipedia is not a valid source.

[Fizzzard]

What?

[freakidelicism]

It's a bull. Giving you a seriously? look.
And telling you it's bullshit.

[Acideden]

Wait was that for or against?

But tell me, if it does not equal 1, what number is between them Fizzzard? And where would you add it to the .99...?

[freakidelicism]

*ducks back out without bias*