Given a vector of lengths [a b c], determines whether a triangle with those sides lengths is a right triangle: http://en.wikipedia.org/wiki/Right_triangle.
[3 4 5] ---> true
[5 12 13] ---> true
[5 5 5] ---> false
how is [5 5 5] false?
[5 5 5] can make a triangle, but not a *right* triangle (with one 90-degree angle). See the Wikipedia page definition.
This problem, and more similar but difficult ones, are covered in depth in the CUP challenge
not a solution to the problem. solution to the testcases.
I added a test case to nullify this "solution".
right triangle>a triangle with one 90 degree_angle?from this point,we can see the expression power of English sucks when compared to that of chinese
FYI, "right triangle" is American English, "right-angled triangle" (or "right-angle triangle") is British English. Neither expression reflects the 'power' of the language.
This presupposes issorted([a b c]).
Matrix which contains the values of an other matrix A at the given locations.
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Tune your guitar
Factorize THIS, buddy
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