The Gompertz model has bee used to model population growth. dy ry In dt subject to the initial condition y(0) = yo- (a) Solve the Gompertz model equation. %3D Hint: You may wish to let u = In - K The solution y(t) Yo (b) For r = 0.8 per year, K = 29,000 kg, = 0.3 use the Gompertz K model to find the predicted value of y(6). NOTE: Round your answer to the nearest integer. y(6) = Kg (c) For the same data as in part (b), use the Gompertz model to find the time T for which y(7) = 0.75K. %3D NOTE: Round your answer to two decimal places. Time т- years

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
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B8
The Gompertz model has been used to model population growth.
dy
ry ln
dt
K
subject to the initial condition y(0) = yo.
= Yo.
(a) Solve the Gompertz model equation.
Hint: You may wish to let u = In)
K
The solution y(t) :
Yo
= 0.3 use the Gompertz
K
(b) For r = 0.8 per year, K= 29,000 kg,
model to find the predicted value of y(6).
NOTE: Round your answer to the nearest integer.
y(6)
Kg
(c) For the same data as in part (b), use the Gompertz model to
find the time T for which y(7) = 0.75K.
NOTE: Round your answer to two decimal places.
Time т3
years
Transcribed Image Text:The Gompertz model has been used to model population growth. dy ry ln dt K subject to the initial condition y(0) = yo. = Yo. (a) Solve the Gompertz model equation. Hint: You may wish to let u = In) K The solution y(t) : Yo = 0.3 use the Gompertz K (b) For r = 0.8 per year, K= 29,000 kg, model to find the predicted value of y(6). NOTE: Round your answer to the nearest integer. y(6) Kg (c) For the same data as in part (b), use the Gompertz model to find the time T for which y(7) = 0.75K. NOTE: Round your answer to two decimal places. Time т3 years
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