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f(t) = 25(1.09) The function f, defined by the given equation, models the number of reindeer in a population t years after 1900, where 0

f(t) = 25(1.09) The function f, defined by the given equation, models the number of reindeer in a population t years after 1900, where 0

Advanced Engineering Mathematics
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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f(t) = 25(1.09) The function f, defined by the given equation, models the number of reindeer in a population t years after 1900, where 0 <t < 40. Which of the following equations best models the number of reindeer in the population d decades after 1900? (1 decade = 10 years) 1.09 A) f(d) = 25 10 B) f(d) = 25(1.09 × 10)d d C) f(d) = 25(1.09) 10 D) f(d) = 25(1.09)!0d
Transcribed Image Text:f(t) = 25(1.09) The function f, defined by the given equation, models the number of reindeer in a population t years after 1900, where 0 <t < 40. Which of the following equations best models the number of reindeer in the population d decades after 1900? (1 decade = 10 years) 1.09 A) f(d) = 25 10 B) f(d) = 25(1.09 × 10)d d C) f(d) = 25(1.09) 10 D) f(d) = 25(1.09)!0d
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