A population of willawonkar bats is modeled by P(t) which is an initial value problem. Assume t is measured in months. P= P(10-2-10-8P), P(0) = 20000. dt a) What is the limiting value of the population? b) After how many months will the population be equal to one quarter of the limiting value in (a)? Do Not round any of your numbers for this question your answer must be exact and symbolically written.

Advanced Engineering Mathematics
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Author:Erwin Kreyszig
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Chapter2: Second-order Linear Odes
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A population of willawonkar bats is modeled by P(t)
which is an initial value problem. Assume t is measured
in months.
P= P(10-2-10-8P), P(0) = 20000.
dt
a) What is the limiting value of the population?
b) After how many months will the population be
equal to one quarter of the limiting value in (a)?
Do Not round any of your numbers for this
question your answer must be exact and
symbolically written.
Transcribed Image Text:A population of willawonkar bats is modeled by P(t) which is an initial value problem. Assume t is measured in months. P= P(10-2-10-8P), P(0) = 20000. dt a) What is the limiting value of the population? b) After how many months will the population be equal to one quarter of the limiting value in (a)? Do Not round any of your numbers for this question your answer must be exact and symbolically written.
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