Determine whether the sequence converges or diverges. If it converges, give the limit. 60, 10, 5/3, 5/18, ...
The limit is the sky! Just kidding. Do you know what the question means?
not really...
In the easiest terms that I can imagine, it asks you that if I keep this sequence on forever and ever, what would its last term be?
For example, if I keep the sequence 1, 2, 3, 4 ... on forever and ever, then its last term would be \(\infty\).
well I get that its dividing by 6 each time...but it wont be eventually 0 right?
Yeah, but it would be veeeeeeeeeeeeeeeeeeeeeeeeeery close to zero, and it would be so close to zero that it'd be effectively zero.
oh so would the answer be that it converges at 0?
Exactly.
awesome that you so much:)
No problem. ^_^
lol I meant thank you...idk why I typed that you
Stupid autocorrect.
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