Will you integrate it 2015 times? - XII

Calculus Level 3

A function f : R R f : \mathbb{R} \rightarrow \mathbb{R} is at least 2015 2015 times differentiable. f ( x ) f(x) is differentiated 2015 2015 times to get g ( x ) = d 2015 d x 2015 [ f ( x ) ] g(x) = \dfrac{ d^{2015} }{dx^{2015} } \big[ f(x) \big] .

If f ( x ) f(x) is a periodic function with a fundamental period p p , then what can be said about g ( x ) g(x) ?
Choose the most appropriate option.


This problem is part of the set - Will you integrate it 2015 times? .
g ( x ) g(x) is periodic, with fundamental period less than, greater than or equal to p p . g ( x ) g(x) is periodic, with fundamental period equal to p p . g ( x ) g(x) is periodic, with fundamental period less than or equal to p p . g ( x ) g(x) is not necessarily periodic. g ( x ) g(x) is periodic, with fundamental period greater than or equal to p p .

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