Chapter 12: Q 49. (page 825)
For Problems 45–50, use a graphing utility to find the sum of each geometric sequence.
Short Answer
The sum of the given sequence is
Chapter 12: Q 49. (page 825)
For Problems 45–50, use a graphing utility to find the sum of each geometric sequence.
The sum of the given sequence is
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Get started for freeFibonacci Sequence: Let
define the nth term of a sequence.
(a) Show that u1= 1 and u2 = 1.
(b) Show that un+2 = un+1 + un.
(c) Draw the conclusion that {un} is the Fibonacci sequence.
In Problems 51–66, determine whether each infinite geometric series converges or diverges. If it converges, find its sum.
In Problems 37–50, a sequence is defined recursively. Write down the first five terms.
Growth of a Rabbit Colony:
A colony of rabbits begins with one pair of mature rabbits, which will produce a pair of offspring (one male, one female) each month. Assume that all rabbits mature in 1 month and produce a pair of offspring (one male, one female) after 2 months. If no rabbits ever die, how many pairs of mature rabbits are there after 7 months?
[Hint: The Fibonacci sequence models this colony. Do you see why?]
In Problems 11–16, evaluate each factorial expression.
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