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A sequence is a function from positive integers to real numbers.
Standard notation uses braces, like {an}.
Terms exceed any fixed number as n increases.
The limit is unique for convergent sequences.
It approaches a specific number as n increases.
Demonstrate terms do not settle within any interval.
If an ≤ b ≤ cn and limits of an and cn are equal, then limit of b is also equal.
It equals the sum of their limits, a + b.
It equals k times the limit of an.
No limit exists that the sequence approaches.
For every ε > 0, there exists an N such that |an - L| < ε for n > N.
It diverges because it does not settle at any limit.
It converges to 1.
It converges to e as n approaches infinity.
It diverges to infinity.
It converges to 0.