

PROBLEM 5: Choose two of the following three sequences, and calculate their limit. If they are...
Sequences and series 14. Find the limit, if it exists, for each of the following sequences (a) –1, +, +, +,..., 1",... (b) .2 (e) an = n+1 120
5*. Consider all sequences (ai,. .., an) such that a, are nonnegative integers and a ai+ 2. Let P, n and Rn be the number of such sequences which start from 0, 1 and 2 respectively. (a) Compute P, Qn, Rn by writing down all such sequences for n 1,2,3. (b) Prove that P, Qn Rn satisfy the recurrence relations: (c) Translate the above equations into linear equations for the generating functions for P, Qn, Rn (d) Solve these equations...
(3 points) NOTE: Only 3 attempts are allowed for the whole problem Select the FIRST correct reason why the given series diverges A. Diverges because the terms don't have limit zero B. Divergent geometric series C. Divergent p series D. Integral test E. Comparison with a divergent p series F. Diverges by limit comparison test G. Diverges by alternating series test cos(nT) In(5) 2 1t 00 n(n) 4 1t 1t n In(n)
(3 points) NOTE: Only 3 attempts are allowed...
8.2 Determine the limits of the following sequences, and then prove your claims. (a) (n = (b) b = 1 (c) C = Amis = 1 sinn
In your answer state: (a) whether the above series Use the Limit Comparison Test to determine whether the following series is convergent or divergent Σ n +5 3 nin +4 is convergent or divergent, and (b) which series did you compare with the series is divergent, compare with E1 nin the series is convergent, compare with E 1 2. n=in the series is convergent, compare with E 1 nain the series is divergent, compare with 21 nin 1 the series...
1. For each of the following sequences, determine whether it converges. If so, find the limit. 2n+1 5n-2 a. b. 4. =(-1)"." 2n 2"-1 c. n
Determine whether the following sequences converge, and find the limit of those that converge a) (1+i)n b) 1/n[(1+i)n)] c) 1/n![(1+i)n)] d) 1/(1+i)n e) n/(1+i)n f) n!/(1+i)n
(1 pt) Test each of the following series for convergence by either the Comparison Test or the Limit Comparison Test. If either test can be applied to the series, enter CONV if it converges or DIV If it diverges. If neither test can be applied to the series, enter NA. (Note: this means that even if you know a given series converges by some other test, but the comparison tests cannot be applied to it, then you must enter NA...
Problem 6. Consider the n independent trails in Problem 5. Let On be the probability that there is no three consecutive successes in n trails. (1). Show that limn+cQn = 0 (2). Show that Qn = (1 - pQn-1 + p(1 - pQn-2 + p (1 - p)Qn-3 for n 3 (Hint: condition on the first failure). Problem 5. Suppose we do n independent trails that each has a probability P E (0,1) to result in success. Let Pn be...
a with sequences Several terms of a sequence d i are given. Find the next two rerms of the se d ind a reo the index and the first term of the sequence) nce relation that generates the sequence (supply the Find a recurvence value of the index and the first term licit formula for the nth term of the sequence. Find an e 23. 24'8 16 25. -5.5, -5,5, ..H 27. (1.2,4,8, 16,.) 29. 11,3,9, 27,81,.. 31-40. Limits of...