Guest Session: 1 Question Remaining. Create Account to save progress.
Login
Infinite Serieseasy
0:00.0

If lim⁡n→∞anbn=L\lim_{n \to \infty} \frac{a_n}{b_n} = Llimn→∞​bn​an​​=L where 0<L<∞0 < L < \infty0<L<∞, what does the Limit Comparison Test say?