> Given a known chord slice of a given circle of indeterminate size, and a know length > of that chords bisector, write a function that can compute the diameter of any size > circle. > > //Harder than it sounds....
No it's not. Sounds impossible! Then again, I'm having to learn the rules of simplifying crap with negative exponents... WTF is with that? There's really no such thing as a negative exponent! (or could you give me a real-world example if there is?) These rules are made up and make no sense, wether I can do the problems 'properly' or not.
If you're telling me that X^-Nth = 1/X^Nth, then the reverse must be true and it sure as hell is not! You can actually calculate a real number for 1/X^Nth.
Just broke my personal record for number of consecutive days without dying!
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