Question: You don't have to include the plots. 5 Continuous Models 313 Project 5.3. The 0-logistic Equation This project explores the 0-logistic equation. 1. Figure 5.22

 You don't have to include the plots. 5 Continuous Models 313

You don't have to include the plots.

Project 5.3. The 0-logistic Equation This project explores the 0-logistic equation. 1.

5 Continuous Models 313 Project 5.3. The 0-logistic Equation This project explores the 0-logistic equation. 1. Figure 5.22 shows plots of dN/dt versus N for a 0-logistic equation for several values of 0 with r = 0.1 and K = 3. First use plotting software to reproduce this graph. Next plot the solution curves N(t) for these values of 0 assuming N(0) = 1. Mark inflection points on each. Describe in words how one would expect the population growth of a species with 0 = 5 to differ from a species with 0 = 0.5. How would both of these differ from a population with 0 = 1? Vertebrates typically have 0 2 1 while invertebrates typically have 0

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