Question: Answer as fast as possible please: 1. .-'-'-. population is modeled by the differential equation = 1.5P[1 i) sit 44 DC] {a} For I.yhat values

 Answer as fast as possible please:1. .-'-'-. population is modeled bythe differential equation = 1.5P[1 i) sit 44 DC] {a} For I.yhatvalues of P is the population increasing? {Enter your answer in interval

Answer as fast as possible please:

1.

notation.) P 6S {o] For I.yhat values of P is the populationdecreasing? [Enter your answer in interyal notation.] P 6S {(3 1.that arethe equilibrium solutions? (Enter your answers as a commaseparated list.) Find the

.-'-'-. population is modeled by the differential equation = 1.5P[1 i) sit 44 DC] {a} For I.yhat values of P is the population increasing? {Enter your answer in interval notation.) P 6S {o] For I.yhat values of P is the population decreasing? [Enter your answer in interyal notation.] P 6S {(3 1.that are the equilibrium solutions? (Enter your answers as a commaseparated list.) Find the solution of the differential equation that satisfies the given initial condition. dy = 7xey, V(0) = 0 dx 1 y = In 1 - X XSolve the differential equation xy' = y + xesy/* by making the change of variable v = _. X

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