The series as represented in the task content is divergent and hence; diverges.
<h3>What convergence and divergence in series?</h3>
It follows from the task content that the series defined by the summation expression as represented above is to be identified as divergent or convergent.
It is noteworthy to know that;
If a sequence converges, it means that the limit of the sequence exists as n → ∞. Also, if the limit of the sequence as n → ∞ does not exist, Then, such series is said to diverges.
Therefore, by evaluation as the limit of the expression k sin²k / 1 + k³ as k → ∞ is; Undefined and hence does not exist.
Read more on convergence and divergence of series;
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Answer:
35
Step-by-step explanation:
6(3)=18
18+20=38
38-3=35
Answer:
the answer should be 5/16
Answer:
sbshsbsbhshsndjdudbdjdjdjdb
Step-by-step explanation:
shsbshshudhdbdudjdjdsbsbsb
