a2 reted in much ce e 0, how in e of the limit ust find a value 47. 1-2.5)") 48. < a,I Find the limit of the sequence ta,} if 1. n for n n il Compare the growth rates of {n} and fe"} as n . 12 Use Theorem 10.6 to evaluate lim 49. (b), where b, if n n+1 every integer n if r ne { nl00 50. Cos nco n at S n 52 nn In n Practice Exercises 13-52. Limits of sequences Find the limit of the following sequences 53. Plot a graph of the sequenc or determine that the sequence diverges. it definition determine the limit of the n12 14. diverges. 3n12 4J nt 13. 54. Plot a graph of the sequ n 3n 16. (3n 10n n determine the limit of 2n1 15 diverges. N. This nTT 10n 18. cot 2n +2 55-70. More sequences determine that the seque 1 10n +4 17. tan (-1) 55 19. 1+ cos n 2 = (-1)" 20 fIn (+1) In (3n + 10n)} 57. an becomes larger k 1 21. In sin + In n sin (nm 22. 9k2+ 1 59. n + 1 In n 26. (5(-1.01)") 25.In 3n 28. 100(-0.0 n 27. (2"+13-1 +T 30. 29. {(0.5)" 3(0.75) " } fore, given en 3"+1 + 3 31. 372 dkod ao 199 DOX 0 32 32. 3"+ 4' + 1, to be orf n provide 33. n +1)! [( (2n)! 3U0 34. n! (2n + en/10 36 cise 105 35. tan n

a2 reted in much ce e 0, how in e of the limit ust find a value 47. 1-2.5)") 48. < a,I Find the limit of the sequence ta,} if 1. n for n n il Compare the growth rates of {n} and fe"} as n . 12 Use Theorem 10.6 to evaluate lim 49. (b), where b, if n n+1 every integer n if r ne { nl00 50. Cos nco n at S n 52 nn In n Practice Exercises 13-52. Limits of sequences Find the limit of the following sequences 53. Plot a graph of the sequenc or determine that the sequence diverges. it definition determine the limit of the n12 14. diverges. 3n12 4J nt 13. 54. Plot a graph of the sequ n 3n 16. (3n 10n n determine the limit of 2n1 15 diverges. N. This nTT 10n 18. cot 2n +2 55-70. More sequences determine that the seque 1 10n +4 17. tan (-1) 55 19. 1+ cos n 2 = (-1)" 20 fIn (+1) In (3n + 10n)} 57. an becomes larger k 1 21. In sin + In n sin (nm 22. 9k2+ 1 59. n + 1 In n 26. (5(-1.01)") 25.In 3n 28. 100(-0.0 n 27. (2"+13-1 +T 30. 29. {(0.5)" 3(0.75) " } fore, given en 3"+1 + 3 31. 372 dkod ao 199 DOX 0 32 32. 3"+ 4' + 1, to be orf n provide 33. n +1)! [( (2n)! 3U0 34. n! (2n + en/10 36 cise 105 35. tan n

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Description: Can you help me on #31 a2reted in muchce e 0, howin e of the limitust find a value47.1-2.5)")48.< a,IFind the limit of the sequence ta,} if 1.nfornnil Compare the growth rates of {n} and fe"} as n .12 Use Theorem 10.6 to evaluate lim49. (b), where b,

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter10: Sequences, Series, And Probability

Section10.1: Infinite Sequences And Summation Notation

Problem 72E

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