The population of a particular type of fish in a lake would grow logistically according to the differential equation (where t is measured in years) absent harvesting. dy 0.03y(1 dt 2800 y(0) 1320 If this lake is opening to fishing, determine how many fish can be harvested each year to maintain the population in equilibrium. Preview fish per year
The population of a particular type of fish in a lake would grow logistically according to the differential equation (where t is measured in years) absent harvesting. dy 0.03y(1 dt 2800 y(0) 1320 If this lake is opening to fishing, determine how many fish can be harvested each year to maintain the population in equilibrium. Preview fish per year
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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Transcribed Image Text:The population of a particular type of fish in a lake would grow logistically according to the differential equation
(where t is measured in years) absent harvesting.
dy
0.03y(1
dt
2800
y(0) = 1320
If this lake is opening to fishing, determine how many fish can be harvested each year to maintain the population
in equilibrium.
Preview
fish per year
Give your answer to the nearest whole fish
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