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You take an initial sample from the water and estimate that there are 2 0 million microbes in the pool. Assume that the bacteria grows

You take an initial sample from the water and estimate that there are 20 million microbes in the pool. Assume that the bacteria grows according to a logistic growth model for population growth. Assume the carrying capacity is 800 million microbes and the relative growth rate is k =0.4.
(a) Determine the formula for the population of bacteria in the pool at time t, measured in months. (
b) You want to ensure that the bacteria population never exceeds 100 million. Determine when the bacteria population will reach 100 million to determine how often you should treat the water in the pool  

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The logistical growth model goes by the differential equation dpdt kP 1PK Pt K1 K PPekt where Pt Pop... blur-text-image

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