The population P (in thousands) of a colony of rabbits at time (t) years is given by P(t) = 5+ ae-bt. t>0 where a and b are positive constants. If it is given that the initial population is 10, 000 rabbits and one year later this population has reduced by 1,000, find the following; (a) The values of a and b. (b) The time (to 2 decimal places) when the population becomes two-thirds of the initial popu- lation. (c) The time when there is no change in the rabbit population as time changes. Explain your answer.
The population P (in thousands) of a colony of rabbits at time (t) years is given by P(t) = 5+ ae-bt. t>0 where a and b are positive constants. If it is given that the initial population is 10, 000 rabbits and one year later this population has reduced by 1,000, find the following; (a) The values of a and b. (b) The time (to 2 decimal places) when the population becomes two-thirds of the initial popu- lation. (c) The time when there is no change in the rabbit population as time changes. Explain your answer.
Linear Algebra: A Modern Introduction
4th Edition
ISBN:9781285463247
Author:David Poole
Publisher:David Poole
Chapter6: Vector Spaces
Section6.7: Applications
Problem 13EQ
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