Si < f: [0,1]_{R} ---> [0,1]_{R} & x_{n} --> f(x_{n}) = max{1,x_{n}} > ==> ...
... x_{n} [< f(x_{n})
(0.n) [< 1
Si < f: [0,1]_{R} ---> [0,1]_{R} & x_{n} --> f(x_{n}) = min{0,x_{n}} > ==> ...
... x_{n} >] f(x_{n})
(0.n) >] 0
Si < f: [0,1]_{R} ---> [0,1]_{R} & x_{n} --> f(x_{n}) = sup{1,x_{n}} > ==> ...
... x_{n} < f(x_{n})
Si < f: [0,1]_{R} ---> [0,1]_{R} & x_{n} --> f(x_{n}) = inf{0,x_{n}} > ==> ...
... x_{n} > f(x_{n})
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