

Question 1 (5 Marks) (b) Show that the series 2n-1 72+3m 3 1 n2 +3m converges...
2. (a) Show that the series sin "2n Sman 1 ) converges n = 1 (b) Find an estimate of the magnitude of the error if the sum of the series is calculated by summing up the first 20 terms of the series. [4+3=7 pts]
(1 point) Determine whether the series 2n+2 . 3-" is convergent or divergent. If it converges, find its limit. Otherwise, n=1 enter "divergent". The sum is 2/3
= 7. Determine whether the sequence an find the limit. (2n)3 +sin(n) n+n2 +6 converges or diverges. If it converges,
(a) State the First Comparison Test and show that the following series con- verges: O0 1 + cos ((2n +1)!) (b) Determine whether the following series converges (c) State the Integral Test and sketch its proof (d) Prove or disprove: If a series Σ001 an converges then Σηι an converges absolutely. e) Answer the following two questions without proof: For which r E R is the geometric series 0O convergent? What is the limit of the series in case of...
Question 21 Indicate whether the series, \sum_{n=1}^{\infty} \frac{5}{2n^2 + 4n+ 3} converges or diverges. Select one: a. Converges b. Diverges
6. (2n) a. Use the AST to show this series converges. b. Approximate the sum by calculating s c. Find a maximum for the absolute value of the error (error]) in this approximation. d. How many terms n must be added (i.e. s,) so that Jerrort .001
6. (2n) a. Use the AST to show this series converges. b. Approximate the sum by calculating s c. Find a maximum for the absolute value of the error (error]) in this approximation....
Question 2 (12 marks) (a) Consider the sequence with terms 2n35"5 log n n 1,2,3,.. 13 n8n (i) Determine whether ah diverges. If the sequence converges, find its converges or limit. o0 (ii) Determine whether r diverges. Justify your ansv swer an Converges o n-1 (b) Consider the series (2n)! 2 (n!) and determine whether it converges or diverges. Justify your answer IM8 8
Question 2 (12 marks) (a) Consider the sequence with terms 2n35"5 log n n 1,2,3,.. 13...
Vn+1 11. According to the Limit Comparison Test, the series does which of the n2+1 following? (a) It converges. (b) It diverges. (e) The test cannot be used here. (d) There is no way to tell. 2n + 5 12. Suppose that we use the Limit Comparison Test to test the series 3n3 + n2 - 4n+1 for convergence. Which of the following series should be used for comparison? (a) n 13+ n2 (b) (c) (d) În
- 1n(17)} (1 In + converges or n2 diverges. If it converges, find its limit. If it diverges, enter "infinity", or "-infinity" if applicable, or enter "divergent" if the sequence diverges (but not to +00). The limit is 5 (1 point) Determine whether the sequence nf sin converges or diverges. If it converges, find its limit. If it diverges, enter "infinity", or "-infinity" if applicable, or enter "divergent" if the sequence diverges (but not to +00). ${n* sin()} The limit...
(1 point) Select the FIRST correct reason why the given series converges. A. Convergent geometric series B. Convergent p series C. Comparison (or Limit Comparison) with a geometric or p series D. Alternating Series Test E. None of the above 1. n² + √n n4 – 4 sin?(2n) n2 E 4 (n + 1)(9)" n=1 2n + 2 cos(NT) 16. In(3n)