27-34 Calculate, to four decimal places, the first eight terms of the recursive sequence. Does it...

 

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27-34 Calculate, to four decimal places, the first eight terms of the recursive sequence. Does it appear to be convergent? If so, guess the value of the limit. Then assume the limit exists and determine its exact value. 27. a = 1, an+= a + 1 28. a =2, an+1=1-a 29. a = 2, an+1 2a, 1 30. a = 1, a1 = (5a 6 31. a 1, an+1 1+a ears) 32. a, 3, an+1-8-an 27-34 Calculate, to four decimal places, the first eight terms of the recursive sequence. Does it appear to be convergent? If so, guess the value of the limit. Then assume the limit exists and determine its exact value. 27. a = 1, an+= a + 1 28. a =2, an+1=1-a 29. a = 2, an+1 2a, 1 30. a = 1, a1 = (5a 6 31. a 1, an+1 1+a ears) 32. a, 3, an+1-8-an