1:3 -> 0; 3:5 -> 6
The problem statement and test suite really need some improvement, here. It's a nice problem, though! I didn't assume that the three lengths given would form a triangle, and return a NaN if they don't.
^ I used trigo rule and didn't get a round ans, idea on how to improve this?
This is'nt a general solution. See Solution 206432.
The Goldbach Conjecture, Part 2
High school cafeteria
Number of 1s in a binary string
Getting the indices from a vector
Number of digits in an integer
Size of this cup?
pressure to dB?
Vectorizing, too easy or too hard?
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