Reputation
Next privilege 250 Rep.
View close votes
Badges
1 1 6
Impact
~12k people reached

  • 0 posts edited
  • 0 helpful flags
  • 7 votes cast
Mar
27
awarded  Famous Question
Oct
11
awarded  Notable Question
Mar
7
awarded  Popular Question
Mar
16
awarded  Autobiographer
Jun
28
accepted Not intersection of two sets
Jun
27
asked Not intersection of two sets
Apr
20
accepted Determining if a sequence converges
Apr
20
revised Determining if a sequence converges
edited body
Apr
20
awarded  Editor
Apr
20
revised Determining if a sequence converges
added 422 characters in body
Apr
20
comment Determining if a sequence converges
This may not be the propor place to post this but how could I ask one more question to make sure I am doing this right. After that I think I have it down pat.
Apr
20
comment Determining if a sequence converges
You say L'Hopital's Rule rule does not apply but in this example L'Hopital's Rule gets you the correct answer, convergent at $\frac{5}{8}$ is that just coincidence?
Apr
20
comment Determining if a sequence converges
So, are you safe to say as a general rule if the main terms are constants you use a limit to find the convergence point and if the limit goes to infinity then the answer is divergent.
Apr
20
comment Determining if a sequence converges
How do you know to multiply by $\frac{n}{n}$ and then are you saying that it converges at $\frac{5}{8}$?
Apr
20
asked Determining if a sequence converges
Apr
11
awarded  Scholar
Apr
11
accepted Determining the cardinality of a set
Apr
11
awarded  Supporter
Apr
11
awarded  Student
Apr
11
asked Determining the cardinality of a set