Chapter 12: Q. 9 (page 816)
In the problem, show that each sequence is arithmetic. Find the common difference and write out the first four terms.
Short Answer
The solution is ; first four terms.
Chapter 12: Q. 9 (page 816)
In the problem, show that each sequence is arithmetic. Find the common difference and write out the first four terms.
The solution is ; first four terms.
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Education IRA: On January 1, 1999, John’s parents decided to place \(45 at the end of each month into an Education IRA.
(a) Find a recursive formula that represents the balance at the end of each month if the rate of return is assumed to be 6% per annum compounded monthly.
(b) How long will it be before the value of the account exceeds \)4000?
(c) What will be the value of the account in 16 years when John goes to college?
In Problems 51–66, determine whether each infinite geometric series converges or diverges. If it converges, find its sum.
In Problems 71-82, find the sum of each sequence.
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?]
True or False. A function is a relation between two sets D
and R so that each element x in the first set D is related to exactly one element y in the second set R.
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