The exponential function N = 2000 × 1.74d, where d is measured in decades, gives the number of individuals in a certain population. (Round decimal answers to two decimal places unless otherwise indicated and report percents to the nearest percent.) (b) What is the percentage growth rate per decade? % (c) What is the yearly growth factor rounded to three decimal places? What is the yearly percentage growth rate? % (d) What is the growth factor for a century? What is the percentage growth rate per century? %
The exponential function N = 2000 × 1.74d, where d is measured in decades, gives the number of individuals in a certain population. (Round decimal answers to two decimal places unless otherwise indicated and report percents to the nearest percent.) (b) What is the percentage growth rate per decade? % (c) What is the yearly growth factor rounded to three decimal places? What is the yearly percentage growth rate? % (d) What is the growth factor for a century? What is the percentage growth rate per century? %
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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The exponential function
N = 2000 × 1.74d,
where d is measured in decades, gives the number of individuals in a certain population. (Round decimal answers to two decimal places unless otherwise indicated and report percents to the nearest percent.)
(b) What is the percentage growth rate per decade?
%
(c) What is the yearly growth factor rounded to three decimal places?
What is the yearly percentage growth rate?
%
(d) What is the growth factor for a century?
What is the percentage growth rate per century?
%
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