MATH 201 Exam 1, Fall 2013

American University of Beirut · Calculus and Analytical Geometry III · 7 pages

All MATH 201 files
MATH 201 Exam 1, Fall 2013, page 1

Stuck on a question? A tutor can walk you through it.

MATH 201 Exam 1, Fall 2013, page 2 MATH 201 Exam 1, Fall 2013, page 3 MATH 201 Exam 1, Fall 2013, page 4 MATH 201 Exam 1, Fall 2013, page 5 MATH 201 Exam 1, Fall 2013, page 6 MATH 201 Exam 1, Fall 2013, page 7

More MATH 201 files

Show the text of this exam
Math 201 Quiz 1 Long Sample I Kamal Aziziheris Name: ……………………………………….. I.D ........................................... In computing limits, you may skip the following 1) certain justifications if they are well-known. 2) In LCT, IF you are sure that L=1, write L=1 & skip its proof. Investigate = Investigate for convergence or divergence 1. (a) Investigate the series n n en en 7) 1 ( 1     (b) Investiagte   1 n an given that n n n n n a a n n 5) cos( )1 2)(2 3 ( 7 | | 2 1       Problem 1 Problem 2 Problem 3 Problem 4 Problem 5 Total over 100 (c) Investiagte   1 n an given that n n 1 n n n! 1 | a| a    d) Investiagate ) ! (7 sin 1   n n n e) Investigate    2 ) ln 3 ln(1 n n f) Investigate / 2 3 1 )1 (     n n n (BIG Hint: n n n e n ln  ) 2a) Investigate (3 )! )1 ( )! 3 ( 100 1 n n n n    2a’) Find n 3n !) ( 3 n nlim  Hint : Use | | a | lim a| a lim n 1 n n n n n     (if this last exists) . 2b) Find the domain of convergence and the domain of Absolute convergence of      2 n n n n nln n 7 3) (2x )1 ( 3a) Find the Maclaurin series of 5 3 ) ( x e x f   to deduce f (150) (0) .... | by using the first 3 terms of the appropriat eseries & find | ) 3 2.0 0 5 3    Error dx e Estimate b x 4a) (Suppose n 1 n a    converges, prove or disprove that sin(a )) ln (2 n 1 n     converges 4b) Suppose n 1 n a    converges, prove or disprove that n n n n a ) 4 ) sin( (5 )1 ( 1      converges 4c) Investigate carefully n n n n n sin( ) )1 ( 1     5a) Find n n n 5 1 .. .......... 3 1 2 1 1 lim      5b) Use Taylor’s Remainder’s formula to show that f (x) = its Maclaurin series given that for all x for all n e x f x n n & (1000) |) ( | 7 ( )  . (For time limitations, assume x > 0) 5B) Use Taylor’s Remainder formula to find the maximum possible Error (as a simple fraction) in the approximation of first 3 terms. using only the ! 7.0 ) ( 0   n n n 5c) Use the Maclaurin series of for all n. ! to prove e n n n e x 