1. (a) Plot the first four terms of the sequence ( 3n² – 3n +2 ] 2 (b) (i) Write in bracket notation the sequence for the number of points in the following sequence of figures. (ii) Find the n such that the nth term for the sequence found in part (i) has 210 points. (c) Determine if the following sequence converges or diverges and find the limit if possible. { Sin(n + 1)²(n+2) 1{(n – 1)n²(n+1) n=6

1. (a) Plot the first four terms of the sequence ( 3n² – 3n +2 ] 2 (b) (i) Write in bracket notation the sequence for the number of points in the following sequence of figures. (ii) Find the n such that the nth term for the sequence found in part (i) has 210 points. (c) Determine if the following sequence converges or diverges and find the limit if possible. { Sin(n + 1)²(n+2) 1{(n – 1)n²(n+1) n=6

Algebra & Trigonometry with Analytic Geometry

13th Edition

ISBN:9781133382119

Author:Swokowski

Publisher:Swokowski

Chapter10: Sequences, Series, And Probability

Section10.3: Geometric Sequences

Problem 82E

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