A system is of the form vec(X′)=Avec(X) + vec(f​(t)); the fundamental matrix is: Theta = {(e2t, e-3t), (2e2t, e-3t)} and the particular solution is: xp = {(e-2tcos(t)), (e-2tsin(t))}. Find the general solution to the system, vec(X(t)). If the initial value of the system is vec(x(0)) = {(3), (4)}, find the solution to the IVP.

Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
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A system is of the form vec(X′)=Avec(X) + vec(f​(t)); the fundamental matrix is:

Theta = {(e2t, e-3t), (2e2t, e-3t)} and the particular solution is:

xp = {(e-2tcos(t)), (e-2tsin(t))}.

Find the general solution to the system, vec(X(t)).

If the initial value of the system is vec(x(0)) = {(3), (4)}, find the solution to the IVP.

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