Question: Scientists have developed a recursion formula to determine the number of insects in a given population for eachinterval, n , of time, a n =
Scientists have developed a recursion formula to determine the number of insects in a given population for eachinterval, n, of time, an= kan-1(1-an-1) where k is a constant called the Malthusian factor.
1.Assuming n is measured in weeks, calculate the insect population for weeks 2, 3, and 4 if the initial population is 112, and the Malthusian factor for this population is -9.5.
2.Assuming n is measured in years, and the Malthusian factor for a species of insects is -1, what is the population in year 9 if the population in year 10 is 200?
Step by Step Solution
There are 3 Steps involved in it
Get step-by-step solutions from verified subject matter experts
