A herd of 20 white-tailed deer is introduced to a coastal island where there had been no deer before. Their population is predicted to increase according to 220 A = 1 + 10e-0.3t where A is the number of deer expected in the herd after t years. (a) Determine the number of deer, rounded to a whole number, after 3 years: (b) Determine the carrying capacity, rounded to a whole number: (c) Determine the number of years, rounded to a whole number, for the herd to grow to 60 deer? years.

Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter2: Systems Of Linear Equations
Section2.4: Applications
Problem 6EQ: Redo Exercise 5, assuming that the house blend contains 300 grams of Colombian beans, 50 grams of...
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A herd of 20 white-tailed deer is introduced to a
coastal island where there had been no deer before.
Their population is predicted to increase according
to
220
A
1 + 10e-0.3t
where A is the number of deer expected in the herd
after t years.
(a) Determine the number of deer, rounded to a
whole number, after 3 years:
(b) Determine the carrying capacity, rounded to a
whole number:
(c) Determine the number of years, rounded to a
whole number, for the herd to grow to 60 deer?
years.
Transcribed Image Text:A herd of 20 white-tailed deer is introduced to a coastal island where there had been no deer before. Their population is predicted to increase according to 220 A 1 + 10e-0.3t where A is the number of deer expected in the herd after t years. (a) Determine the number of deer, rounded to a whole number, after 3 years: (b) Determine the carrying capacity, rounded to a whole number: (c) Determine the number of years, rounded to a whole number, for the herd to grow to 60 deer? years.
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