Here is the sequence:
$$a_n = \frac{n^2}{cn^2 + 1} \mbox{ where } c < 0.$$
If I prove this function has a limit using the limit definition, as $n$ goes to infinity, does that prove the sequence converges?
|
Here is the sequence: $$a_n = \frac{n^2}{cn^2 + 1} \mbox{ where } c < 0.$$ If I prove this function has a limit using the limit definition, as $n$ goes to infinity, does that prove the sequence converges? |
||||
|
|
Yes If you are able to find a real number to which the sequence approaches as n tends to infinity the sequence then you can say that the sequence converges. I think,you can see directly this from the definition of a "Convergent Sequence" Read this page I think it will clear all your doubts http://en.wikipedia.org/wiki/Limit_of_a_sequence |
||||
|
|