2. Consider the sequence 2,2 + √2,2 + √√2+√√2,2+√√2+√√2+ √2,.... Assuming that the sequence converges, find the limit of this sequence. (Hint: This is a recursive sequence.) 3. Let an be an infinite series, and suppose that its sequence of partial sums is given by (1-1) 2. ∞ SN = n=1 E (b) Σ SN N=1 an (c) lim an n→∞ (d) a3 Find each of the following (or show that they diverge).
2. Consider the sequence 2,2 + √2,2 + √√2+√√2,2+√√2+√√2+ √2,.... Assuming that the sequence converges, find the limit of this sequence. (Hint: This is a recursive sequence.) 3. Let an be an infinite series, and suppose that its sequence of partial sums is given by (1-1) 2. ∞ SN = n=1 E (b) Σ SN N=1 an (c) lim an n→∞ (d) a3 Find each of the following (or show that they diverge).
Calculus: Early Transcendentals
8th Edition
ISBN:9781285741550
Author:James Stewart
Publisher:James Stewart
Chapter1: Functions And Models
Section: Chapter Questions
Problem 1RCC: (a) What is a function? What are its domain and range? (b) What is the graph of a function? (c) How...
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Question 2 and 3 please!
![2. Consider the sequence 2,2 + √2,2 + √√2+√√2,2+√√2+√√2 + √2,.... Assuming that the
sequence converges, find the limit of this sequence. (Hint: This is a recursive sequence.)
3. Let an be an infinite series, and suppose that its sequence of partial sums is given by
2n
(1-1) ²n. Find each of the following (or show that they diverge).
SN =
(a)
∞
n=1
(b)
IF IM IM8
an
N=1
SN
(c) lim an
(d) a3
n→∞](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F6544c3e6-4d3a-4b62-a63f-65195dc1b22b%2F735d4b3d-e4a3-4a9f-8462-b2718e814144%2Frvhadio_processed.jpeg&w=3840&q=75)
Transcribed Image Text:2. Consider the sequence 2,2 + √2,2 + √√2+√√2,2+√√2+√√2 + √2,.... Assuming that the
sequence converges, find the limit of this sequence. (Hint: This is a recursive sequence.)
3. Let an be an infinite series, and suppose that its sequence of partial sums is given by
2n
(1-1) ²n. Find each of the following (or show that they diverge).
SN =
(a)
∞
n=1
(b)
IF IM IM8
an
N=1
SN
(c) lim an
(d) a3
n→∞
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