Consider the differential equation dy/dt = 2 √ |y|. (a) Show that the function y(t) = 0 for all t is an equilibrium solution.

(b) Find all solutions. [Hint: Consider the cases y > 0 and y < 0 separately. Then you need to define the solutions using language like "y(t) = . . . when t ≤ 0 and y(t) = . . . when t > 0."]

(c) Why doesn’t this differential equation contradict the Uniqueness Theorem?

(d) What does HPGSolver do with this equation?

d? maybe

step-by-step explanation:

283 square feet

step-by-step explanation:

good luck

step-by-step explanation:

given expression is .

now we need to simplify the given expression .

we know that square root is equivalent to the power 1/2. so that means we can take half of the exponents to get the square root of given expression.

expanding that will give a very very large number so let's keep answer in exponent form.

see below

step-by-step explanation:

x+2> 6

subtract 2 from each side

x+2-2 > 6-2

x > 4

there is an open circle at 4 since is it is greater than and the line goes to the right