Exam 2 Solution for Question - Calculus II | MATH 231, Exams of Calculus

Material Type: Exam; Class: Calculus II; Subject: Mathematics; University: University of Illinois - Urbana-Champaign; Term: Spring 2008;

Typology: Exams

Pre 2010

Uploaded on 03/11/2009

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Name:
Math 231 W3, Spring Semester 2008
Mock Exam # 2
March 7, 2008
Problem 1: State whether the following sequences converge or diverge. Find the
limit of each sequence that converges. (Show your work!)
(a) ½n2
2n
n3+ 17n2¾
n=1
(b) ½µ
1
2n¾
n=1
(c) ½n2
ln n¾
n=2
(d) ©e1/nª
n=1
pf3
pf4
pf5

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Name:

Math 231 W3, Spring Semester 2008

Mock Exam # 2

March 7, 2008

Problem 1: State whether the following sequences converge or diverge. Find the limit of each sequence that converges. (Show your work!)

(a)

n^2 − 2 n n^3 + 17n^2

n=

(b)

)n}∞

n=

(c)

n^2 ln n

n=

(d)

e^1 /n

n=

Problem 2: Determine whether the following series converge or diverge. For those that converge, determine the sum.

(a)

∑^ ∞

k=

k^2 − k

(b)

∑^ ∞

k=

1 − 2 k 3 k

(c)

∑^ ∞

k=

32 k−^1 4 k+

(d)

∑^ ∞

k=

(−1)k^

k k + 1

Problem 4: Determine whether or not the following series converge. Show your work—state any tests you use.

(a)

∑^ ∞

k=

2 k kk

(b)

∑^ ∞

k=

(−1)k+^

k

(c)

∑^ ∞

k=

k^2 ek

(d)

∑^ ∞

k=

k^2 + 1 2 k^2 − 3

Problem 5: For each of the series below, state whether the series converges absolutely, converges conditionally, or diverges:

(a)

∑^ ∞

k=

(−1)kk 2 k^

(b)

∑^ ∞

k=

(−1)k ln k