HowTo:Divide by Zero
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Dividing by zero is a difficult feat. In fact, it's long been considered impossible, like licking your elbow. However, just as quadruple-amputees recently proved that licking one's own elbow is perfectly feasible, division by zero can also be accomplished.
One caveat: attempting this may cause the implosion of the universe.
Okay.Imagine a pie. No, no, that's a flan. Imagine a pie.
Now imagine that the pie is cut in two. That's how to divide by two.
Congratulations! Now you can divide by two!
_ / | | | ______| | |____| \ |_____| |____| |___|_____
Forget about the pie. If you have imagined a nothingth of an inch, you have already divided something by zero! That wasn't so hard, now, was it?
Edit: A nothingth of an inch is actually zero divided by x, which would be zero. You actually have not imagined the division of zero, but only a division form of the zero-product property.
Theoretically, there are range of answers when you divide something finite (Example: The PiCakeFlan, or whatever.) by zero. Possible values would be infinity, negative infinity, or some abstract value so powerful, perhaps even greater or equal to absolute infinity, that mathematicians couldn't define it in words. Mathematicians named this value Undefined or NaN (Nice Ass, Nigga). Note that while this value is "undefined" by definition, it is defined in IEEE floating-point arithmetic.
There were several attempts to define Undefined, but ultimately failed. One contributor, your mom, did help with long division homework once (Example: She divides you from your home to bring you to the mall, while you work boredom, or interest for long periods of time). But it wasn't enough to define Undefined, because it hides from your mom when going to the mall.
There's probability that some, or all of these answers are impossible to obtain in applied mathematics, as it may as well have been made up (Imaginary values). You want me to apply the real answer? Not until you've finished your pie. Hurry up and finish your pie!
Ok. Now, watch closely.