Hi,
So we have ,
In order to say that , we have to prove, in particular, that there exists an integrable function g such that :
My idea is as following :
For any n, there exists a>1 such that
For any t>a,
So we have :
By letting , we have :
, which is integrable over
So I wanted to know if this part is correct... especially the red sentence :s
And for the integral over 0 and , I don't know how to dominate
Thanks in advance ^^
i really hate these problems, especially if it's for helping friends xD