Let f:with input D produces output Real numbers. Let x1 be an accumulation point of D. Then f has a limit (L) at x1 if and only if for every sequence {xn} converging to x1 with xn in D, (xn not equal to x1) for all n, the sequence {f(xn)} converges. I understand that this is a way to prove a limit of a function, that this uses sequences to prove a limit of a function. Your help is appreciated . Please be complete in your explanations. Thank you.
Let f:with input D produces output Real numbers. Let x1 be an accumulation point of D. Then f has a limit (L) at x1 if and only if for every sequence {xn} converging to x1 with xn in D, (xn not equal to x1) for all n, the sequence {f(xn)} converges. I understand that this is a way to prove a limit of a function, that this uses sequences to prove a limit of a function. Your help is appreciated . Please be complete in your explanations. Thank you.
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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Let f:with input D produces output Real numbers. Let x1 be an accumulation point of D. Then f has a limit (L) at x1 if and only if for every sequence {xn} converging to x1 with xn in D, (xn not equal to x1) for all n, the sequence {f(xn)} converges. I understand that this is a way to prove a limit of a function, that this uses sequences to prove a limit of a function.
Your help is appreciated . Please be complete in your explanations. Thank you.
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