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Question: c solve the initialvalue problem corresponding to p0 4...

Question details
(c) Solve the initial-value problem corresponding to p0 = 4. What will the martian
population be in seventeen years?
(d) Solve the initial-value problem corresponding to p0 = 5. What will the pop-
ulation be in seventeen days?

((c) and (d) please )
1. , The population of martians (in hundreds) living in Seattle can be mod- eled by the following initial-value problem -p(1-p)(p-4) dt p(O) Po where t is the time in years, p(t) is the population of martians in Seattle at a time t (a) Sketch a direction field for the differential equation. (Feel free to use Mathe- (b) Using the direction field, describe the behavior of the martian populations cor (c) Solve the initial-value problem corresponding to Po 4. What will the martian (d) Solve the initial-value problem corresponding to po -5. What will the pop and po is the initial martian population. matica.) responding to al possible initial populations. population be in seventeen years? ulation be in seventeen days? (You may need to use a graph to answer this question.)
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