Consider a system of differential equations which has the general solution: = C1 e-5-t + C2 -1 (a) Determine the fundamental matrix O (t) which has the property (0) = I. 15 2t 8 -5t 15 -5t 8 (t) = 1...


Consider a system of differential equations which has the general solution:<br>= C1<br>e-5-t + C2<br>-1<br>(a) Determine the fundamental matrix O (t) which has the property (0) = I.<br>15 2t<br>8<br>-5t<br>15<br>-5t<br>8<br>(t) =<br>1<br>12t<br>-5t<br>е<br>+<br>8<br>(b) Use the fundamental matrix found in part (a) to quickly determine the particular solution for the following initial conditions:<br>a (t) = 3e-5t<br>y (t) =<br>2t<br>;8]-[?<br>x (0)<br>(ii)<br>x (t) =<br>y (t) =<br>

Extracted text: Consider a system of differential equations which has the general solution: = C1 e-5-t + C2 -1 (a) Determine the fundamental matrix O (t) which has the property (0) = I. 15 2t 8 -5t 15 -5t 8 (t) = 1 12t -5t е + 8 (b) Use the fundamental matrix found in part (a) to quickly determine the particular solution for the following initial conditions: a (t) = 3e-5t y (t) = 2t ;8]-[? x (0) (ii) x (t) = y (t) =

Jun 05, 2022
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