(a) Identify if the given differential equation is linear, separable, exact or bernoulli. (b) Solve each for the solution curve. Show all steps. (c) For (2) and (3), use Desmos to graph the solution...


(a) Identify if the given differential equation is linear, separable, exact or bernoulli.<br>(b) Solve each for the solution curve. Show all steps.<br>(c) For (2) and (3), use Desmos to graph the solution curve, label at least 2 points<br>and include the graphs.<br>dy<br>(1)<br>= py – 2ry y(0) = a Where p and a are constants.<br>dr<br>1<br>(2) z'y dr +r dy = 0; y(1) = 5<br>1<br>(3)<br>sin(z); (0, e) (We can leave (2) implicitly defined.)<br>e*y<br>

Extracted text: (a) Identify if the given differential equation is linear, separable, exact or bernoulli. (b) Solve each for the solution curve. Show all steps. (c) For (2) and (3), use Desmos to graph the solution curve, label at least 2 points and include the graphs. dy (1) = py – 2ry y(0) = a Where p and a are constants. dr 1 (2) z'y dr +r dy = 0; y(1) = 5 1 (3) sin(z); (0, e) (We can leave (2) implicitly defined.) e*y

Jun 03, 2022
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