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(Solved): A) A system obeys the differential equation \[ 3 \ddot{y}+12 \dot{y}+9 y=9 \dot{u}+14 u(t) \] Find ...



A) A system obeys the differential equation
\[
3 \ddot{y}+12 \dot{y}+9 y=9 \dot{u}+14 u(t)
\]
Find the complete response when

A) A system obeys the differential equation \[ 3 \ddot{y}+12 \dot{y}+9 y=9 \dot{u}+14 u(t) \] Find the complete response when the initial conditions are \( y(0)=2, \dot{y}(0)=0 \) and when the input is \( u(t)=3 \epsilon^{-2 t} \) for \( t>0 \) and zero otherwise. B) Repeat Problem (A) when \( y(0)=2 \) and \( \dot{y}(0)=0 \) and when \( u(t)=6 \cos 2 t \) for \( t>0 \) and zero otherwise.


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(A) writing the differential equation : 3y¨+12y?+9y=9u?+14u(t) given initial conditions : y(0)=2,y?(0)=0 given input u(t)=3e?2t taking laplace transfo
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