"Determine whether each integral is convergent or divergent. Evaluate those that are convergent"

Sorry people, my LaTex skills break down here. Anyways,

But then from here I have to evaluate sine to infinity...

Printable View

- Feb 21st 2010, 04:11 PMLord VoldemortQuick Improper Integrals Question
"Determine whether each integral is convergent or divergent. Evaluate those that are convergent"

Sorry people, my LaTex skills break down here. Anyways,

But then from here I have to evaluate sine to infinity... - Feb 21st 2010, 04:19 PMTheEmptySet
- Feb 21st 2010, 04:22 PMLord Voldemort
Well, you're getting a bit ahead of me; we haven't yet learned to write functions as sums, so I don't think it would be acceptable to do on the homework. But here, can I just say that because the limit does not exist, it is divergent? It's doesn't exist for a different reason than what is usual in improper integrals that I have seen thus the reservation.

- Feb 21st 2010, 04:26 PMTheEmptySet
Nevermind I Think I have made an error.