Question: what is the matlab code to solve this, in A, and B 5) Given a Population, N0 of an cell, bacterium at time t=0, What

what is the matlab code to solve this, in A, and B

5) Given a Population, N0 of an cell, bacterium at time t=0, What is the Population N(t) at time t ? Assume that the population is large so treat N as a continuous variable. For a Fertility Rate, b, a Death Rate, d, and no Migration: A) dtdN(t)=(bd)N B) dtdN(t)=bN(1N/K) Using the Matlab solver ode45 please graph the solutions of this equation numerically in the interval of one year A) in three cases b>d,b0

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4. Explain the strengths and weaknesses of each approach.

d. Describe any challenges in trying to communicate. If there were no challenges, explain why you think it was so easy.

3. Identify the methods used within each of the three approaches.