Practice Final Exam - Loyola University Chicago
Practice Final Exam - Loyola University Chicago
Practice Final Exam - Loyola University Chicago
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<strong>Loyola</strong> <strong>University</strong> <strong>Chicago</strong> - Department of Mathematics and Statistics<br />
MATH 162-005 Calculus II - Spring 2012 - Instructor: Marian Bocea<br />
<strong>Practice</strong> <strong>Final</strong> <strong>Exam</strong><br />
NAME (please print clearly):<br />
Question 1 (15 points):<br />
Question 2 (15 points):<br />
Question 3 (15 points):<br />
Question 4 (15 points):<br />
Question 5 (15 points):<br />
Question 6 (15 points):<br />
Question 7 (15 points):<br />
Question 8 (15 points):<br />
TOTAL SCORE:<br />
Notes:<br />
1. You have 120 minutes to complete the exam.<br />
2. For full credit you must show your work completely. Simply writing down an<br />
answer without justifying it will receive very little partial credit.<br />
3. NO TEXTBOOKS, NOTES or CALCULATORS are allowed while you take this<br />
exam.<br />
1
1. (15 points) Find the arc length function for the curve y = x3 + 3 x2 + x + 1<br />
What is the length of the curve from (0, 1/4) to (1, 59/24) ?<br />
4x+4 .<br />
2. (15 points) Let P (x) = a n x n +a n−1 x n−1 +· · · a 1 x+a 0 be any polynomial function<br />
with a i ∈ R (i = 1, · · · , n), and let E(x) = e x . Show that P = o(E) as x → ∞.<br />
2
3. (15 points) Use integration by parts to evaluate the integral<br />
∫<br />
1/ √ 2<br />
2x sin −1 (x 2 )dx.<br />
0<br />
4. (15 points) Use a comparison test for improper integrals to determine whether<br />
the integral<br />
∫ ∞<br />
1<br />
1 − e −x<br />
x<br />
converges or diverges.<br />
3
5. (15 points) For what values of the parameter a, if any, does the series ∞ ∑<br />
converge?<br />
n=1<br />
( a<br />
− )<br />
1<br />
n+2 n+4<br />
6. (15 points) Show that the series<br />
converges.<br />
∞∑<br />
n=1<br />
1 · 3 · 5 · · · · (2n − 1)<br />
[2 · 4 · 6 · · · · (2n)](3 n + 1)<br />
4
7. (15 points) (a) Find the radius of convergence and the interval of convergence of<br />
∑<br />
the power series ∞ √ x n<br />
n<br />
; For what values of x ∈ R does the series converge<br />
2 +3<br />
n=1<br />
(b) absolutely; (c) conditionally?<br />
8. (15 points) (a) Use series to evaluate the limit lim x 2 (e −1/x2 − 1); (b) Evaluate<br />
x→∞<br />
the nonelementary integral<br />
∫1/64<br />
0<br />
tan −1 x<br />
√ x<br />
using series.<br />
5