Problem 2. Consider the following four sequences of real numbers: 2n +1 1 Yn n! Зn? — 1 Xn = Zn n!' Wn = %3D 3n 4 n2 + n In this exercise, you must use the e-definition of the limit (Definition in Section 10.4) to show the following statements. (a) Show that lim xn = 2/3,

Advanced Engineering Mathematics
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ISBN:9780470458365
Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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Problem 2.
Consider the following four sequences of real numbers:
2n + 1
1
n!
3n?
1
Yn =
n!
Wn
Зп — 4'
nn'
n2 +n
In this exercise, you must use the e-definition of the limit (Definition in Section 10.4)
to show the following statements.
(a) Show that lim xn = 2/3,
(b) Show that lim yn = 0,
(c) Show that lim zn = 0,
(d) Show that lim wn = 3.
In each of these four cases above, you must write a complete detailed and self-contained
proof that the limit is the one stated. Each can be done directly from the definition.
Be clear in the use of ɛ, the quantifiers and the indices when you write the four proofs
above. In particular, write clearly what you are given and what you must prove when
writing down the definition of each of the limits.
6.
Transcribed Image Text:Problem 2. Consider the following four sequences of real numbers: 2n + 1 1 n! 3n? 1 Yn = n! Wn Зп — 4' nn' n2 +n In this exercise, you must use the e-definition of the limit (Definition in Section 10.4) to show the following statements. (a) Show that lim xn = 2/3, (b) Show that lim yn = 0, (c) Show that lim zn = 0, (d) Show that lim wn = 3. In each of these four cases above, you must write a complete detailed and self-contained proof that the limit is the one stated. Each can be done directly from the definition. Be clear in the use of ɛ, the quantifiers and the indices when you write the four proofs above. In particular, write clearly what you are given and what you must prove when writing down the definition of each of the limits. 6.
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