Solve the separable equation (2/1+t²) dy = (ty¬l)dt subject to y(0) = -Va where a > 0 is a constant. %3D Select one: O y(t) = VI+t + a – 1 O y(t) = +VV1+t? +a – 1 O y(t) = V1+t2 – a+1 O y(t) = V1+²...

Solve the separable equation (2/1+t²) dy = (ty¬l)dt subject to<br>y(0) = -Va where a > 0 is a constant.<br>%3D<br>Select one:<br>O y(t) =<br>VI+t + a – 1<br>O y(t) = +VV1+t? +a – 1<br>O y(t) =<br>V1+t2 – a+1<br>O y(t) =<br>V1+² +a– 1<br>

Extracted text: Solve the separable equation (2/1+t²) dy = (ty¬l)dt subject to y(0) = -Va where a > 0 is a constant. %3D Select one: O y(t) = VI+t + a – 1 O y(t) = +VV1+t? +a – 1 O y(t) = V1+t2 – a+1 O y(t) = V1+² +a– 1

Jun 04, 2022

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Solve the separable equation (2/1+t²) dy = (ty¬l)dt subject to y(0) = -Va where a > 0 is a constant. %3D Select one: O y(t) = VI+t + a – 1 O y(t) = +VV1+t? +a – 1 O y(t) = V1+t2 – a+1 O y(t) = V1+²...

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