3. Consider the definition of the limit of a sequence in calculus. We can say that the limit of a sequence an as n goes to infinity equals L and write this as: lim an = L 1148 if and only if the values of an become arbitrarily close to L as n gets larger and larger without bound. How can we express this more formally? Vee R*, 3NZ, Vn e Z, np N→ L-e
3. Consider the definition of the limit of a sequence in calculus. We can say that the limit of a sequence an as n goes to infinity equals L and write this as: lim an = L 1148 if and only if the values of an become arbitrarily close to L as n gets larger and larger without bound. How can we express this more formally? Vee R*, 3NZ, Vn e Z, np N→ L-e
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:3. Consider the definition of the limit of a sequence in calculus. We can say that the limit of a sequence an as n goes to infinity
equals L and write this as:
lim an = L
1140
if and only if the values of an become arbitrarily close to L as n gets larger and larger without bound.
How can we express this more formally?
VEER, ENZ, VneZ,n> NL-e <an<L+ €
Write the negation of the statement.
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