- #1
Theraven1982
- 25
- 0
Hello,
I'm trying to calculate the following integral,
in the limit that n goes to infinity:
[tex] \int_{1}^{\infty} \frac{1}{n^2+x^2}dx [/tex]
I would be interested in the answer, but more in the way the answer can be obtained.
I'm rehearsing an old exam, but the first question is already a problem :(.
Any help would be greatly appreciated,
edit: i already looked on the internet, and in textbooks on how to accomplish this. But i only find integrals in which n doesn't go to infinity, but is a constant.
I'm trying to calculate the following integral,
in the limit that n goes to infinity:
[tex] \int_{1}^{\infty} \frac{1}{n^2+x^2}dx [/tex]
I would be interested in the answer, but more in the way the answer can be obtained.
I'm rehearsing an old exam, but the first question is already a problem :(.
Any help would be greatly appreciated,
edit: i already looked on the internet, and in textbooks on how to accomplish this. But i only find integrals in which n doesn't go to infinity, but is a constant.
Last edited: