Mathematics
Mathematics, 30.05.2020 21:59, RickandMorty420710

Consider the differential equation y 0 = t 2 βˆ’ y 2 (a) Sketch the direction field for this equation. Show the isoclines for m = 0, 1, βˆ’1 and whatever other information is needed to give a good idea of how solutions behave. (b) I claim that the solution satisfying the initial condition y(1) = 1/2 also satisfies y(t) > 0 for every t > 1. Is this assertion correct? Justify your answer. (c) I claim that the solution satisfying y(1) = 1/2 also satisfies y(t) > t for some t > 1. Is this assertion correct? Justify your answer.

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Consider the differential equation y 0 = t 2 βˆ’ y 2 (a) Sketch the direction field for this equation....

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