' Give a recursive definition for each of the following. (You don't need to prove your definitions are correct.) a) The function f(n) = 9n +3, n 2 1. b) The function f(n) = n² + n, n> 1. 111 c) The set S ={1,:

Algebra & Trigonometry with Analytic Geometry
13th Edition
ISBN:9781133382119
Author:Swokowski
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Chapter10: Sequences, Series, And Probability
Section10.1: Infinite Sequences And Summation Notation
Problem 28E
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Give a recursive definition for each of the following. (You don't need to prove
your definitions are correct.)
a) The function f (n) = 9n + 3, n > 1.
b) The function f (n) = n² + n, n 2 1.
11 1
{1,
c) The set S
-...
2'4'8
Transcribed Image Text:Give a recursive definition for each of the following. (You don't need to prove your definitions are correct.) a) The function f (n) = 9n + 3, n > 1. b) The function f (n) = n² + n, n 2 1. 11 1 {1, c) The set S -... 2'4'8
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