A Solve the given Bernoulli differential equation using the substitution V- yt-n Y ? + 2y = 3y ³ A y ( t ) = ± ? ? ² + ( ett 3 y(t) = ± ?² + € ²46 It C - 21th + ?7 +62² Cest ž D Y(t) = ± ? + C = 44 the

Solve the given bennoull differential eluation wsing the substitution $v = y^{? n}$ : $y^{?} + 2 y = 3 y^{3} A y (t) = \pm \frac{3}{2} + c e^{4 t} B y (t) = \pm \frac{3}{2} + c^{? 4 t} C y (t) = \pm \frac{1}{\frac{3}{2} + c ^{4 t}} y (t) = \pm \frac{1}{\frac{3}{2} + c e ^{? 4 t}}$

Question

A Solve the given Bernoulli differential equation using the substitution V- yt-n Y ? + 2y = 3y ³ A y ( t ) = ± ? ? ² + ( ett 3 y(t) = ± ?² + € ²46 It C - 21th + ?7 +62² Cest ž D Y(t) = ± ? + C = 44 the

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Solve the given bennoull differential eluation wsing the substitution

v = y^{? n}

:

y^{?} + 2 y = 3 y^{3} A y (t) = \pm \frac{3}{2} + c e^{4 t} B y (t) = \pm \frac{3}{2} + c^{? 4 t} C y (t) = \pm \frac{1}{\frac{3}{2} + c ^{4 t}} y (t) = \pm \frac{1}{\frac{3}{2} + c e ^{? 4 t}}

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Expert Answer to - A Solve the given Bernoulli differential equation using the substitution V- yt-n Y  + 2y = 3y

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Solution for - A Solve the given Bernoulli differential equation using the substitution V- yt-n Y  + 2y = 3y

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This an additional answer to - A Solve the given Bernoulli differential equation using the substitution V- yt-n Y  + 2y = 3y

(Solved): A Solve the given Bernoulli differential equation using the substitution V- yt-n Y + 2y = 3y ...

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